CN114900530B - Display equipment and meta space virtual-actual switching and integrating system and method thereof - Google Patents
Display equipment and meta space virtual-actual switching and integrating system and method thereof Download PDFInfo
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- H04L67/00—Network arrangements or protocols for supporting network services or applications
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- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
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Abstract
The invention discloses a display device and metauniverse virtual-real switching and integrating system and a method thereof, wherein the system comprises a display device, a glasses device, a device management center and a content management center which are mutually connected through a network, wherein the device management center and the content management center operate at a cloud end, the display device is connected with the cloud end through a wired or wireless network, the display device is provided with a unique display device ID and registers the ID of the display device to the device management center after being connected with the network, the display device receives and processes a control instruction of the device management center, and the display device plays main content pushed by the content management center; the eyeglass device also has a unique eyeglass device ID; the equipment management center manages and controls the display equipment and the glasses equipment through the display equipment ID and the glasses equipment ID; the content management center stores, manages, edits, transceives the main content, the extended content, and the tag content. The invention realizes the fusion of the content presented by the display equipment and the meta-universe virtual content and provides seamless use experience for users.
Description
Technical Field
The invention relates to the technical field of Internet, in particular to a system and a method for switching and integrating display equipment and metauniverse virtual reality.
Background
The meta-universe rapidly becomes a technical hotspot, and attracts a plurality of IT companies to be put into research of the meta-universe. The meta-universe relies on AR, VR technology, and presents images of the virtual world to users through AR or VR glasses; AR, VR technology has evolved over the years and is increasingly being used in the fields of teleeducation, telemedicine, industrial control, etc.
In the field of video services, a user obtains a new use experience through an AR and VR technology, three patent/application are known at present, and the following three patents/applications are provided for providing a use scene and a method for interaction between AR and VR glasses and a display device:
hidden processing method of CN201711072846.6 television program information and glasses auxiliary terminal: the patent establishes connection between the AR and VR glasses serving as expansion display equipment of the television and the television, and the television connection server acquires expansion content and pushes the expansion content to the AR and VR glasses for display.
CN201710707371.7 is a method and system for real-time pushing AR information by combining AR glasses: in the application, a mark (breakpoint) is added in video content, and when the mark is detected in the process of playing the video by display equipment (such as a television), the video playing equipment informs AR and VR glasses to download corresponding AR models.
CN201710252016.5 is a virtual reality service scene presenting method based on home video service environment: the patent scans two-dimension codes in television programs through the VR glasses terminal, establishes connection with the server, and synchronously pushes preset contents such as scene-related information, data and the like to the VR glasses according to program contents played by display equipment (television).
In summary, in the prior art, it can be seen that in the field of video services, the glasses device has the following characteristics:
is in a common subsidiary position, for example, the CN201711072846.6 glasses device is an extension of a display device, and the CN201710707371.7 glasses device is an extension content for extending and displaying breakpoint marks of video content; passively receiving data, such as CN201710707371.7 receiving content pushed by a display device; the eyeglass device is associated with content: for example, CN201710252016.5 glasses device establishes connection with a server through two-dimension codes of video programs, and the glasses device is associated with the video programs, and when the video programs are changed, the two-dimension codes of new content need to be rebinding.
Disclosure of Invention
The invention aims to provide a display device, a metauniverse virtual-real switching and integrating system and a method thereof.
The technical scheme adopted by the invention is as follows:
the system comprises a (large screen) display device, a glasses device, a device management center and a content management center, wherein the device management center and the content management center operate on a (meta space) cloud (hereinafter referred to as a cloud), the display device is connected with the cloud through a wired or wireless network, the display device has a unique ID and registers the ID to the device management center after being connected with the network, the display device receives and processes a control instruction of the device management center, and the display device plays main content pushed by the content management center; the eyeglass device also has a unique ID; the equipment management center manages and controls the display equipment and the glasses equipment through the equipment ID; the content management center stores, manages, edits, transceives the main content, the extended content, and the tag content.
Further, the device management center manages and controls the display device and the glasses device through the device ID, including the following contents: the equipment management center receives the ID of the display equipment and the registration equipment of the glasses equipment, and manages the running state of the equipment; processing an association request of the glasses equipment, and managing the glasses equipment and the display equipment according to the ID; processing a control instruction sent by the glasses equipment, and forwarding the control instruction to a content management center or a display device associated with the glasses equipment; and processing the marked content sent by the glasses equipment and forwarding the marked content to a content management center.
Further, the content management center stores, manages, edits, transceives the main content, the extended content, and the tag content, including the following: the content management center stores and manages main content and extended content related to the main content; the content management center pushes the main content to a device (display device or glasses device) that specifies a device ID; the content management center acquires the main content which is played by the corresponding display equipment according to the ID of the display equipment, acquires the corresponding extended content according to the control instruction, and sends the extended content to the glasses equipment corresponding to the ID of the glasses equipment; the content management center acquires the main content which is played by the corresponding display device according to the ID of the display device, edits and updates the main content according to the marked content and the main content, and pushes the edited and updated main content to all devices which are receiving the main content;
further, the display device is a large screen display device including, but not limited to, a television, a display; eyeglass devices include but are not limited to AR eyeglass devices,
further, the glasses device comprises a network module, a control module, an input module and a display module, wherein the network module is connected with a cloud device management center and a content management center through the network module, the local device ID is registered to the device management center, and the input module receives a control instruction of a user; the display module is a display screen, and presents main content and extension content to a user according to a use scene, and presents virtual and real pictures for the user; the control module is used for acquiring the ID of the display equipment and sending the ID to the equipment management center, establishing association with the display equipment, processing the control instruction received by the input module and the ID of the display equipment, sending the control instruction and the ID to the cloud equipment management center through the network module, or sending the control instruction and the ID to the equipment management center after converting the control instruction and the ID into the mark content, receiving the main content or the expansion content pushed by the content management center, and presenting the information to a user through the display module.
Further, the input module of the eyeglass device includes, but is not limited to, a handle, a mouse, or a gesture control module.
Further, the control module of the glasses device is used for scanning a two-dimensional code on the display device or obtaining an ID of the display device in other modes, and reporting the ID of the display device and the ID of the local device to the device management center; the information sent to the equipment management center by the control module comprises a local ID, a display equipment ID, a control instruction and mark content; the control module receives customized content returned by the content management center and presents the customized content to a user on the display module; the control module receives the main content pushed by the content management center, constructs a virtual display device, and presents the main content to a user on the virtual display device.
A display device and meta space virtual-real switching and integrating method comprises the following steps:
step 1, a display device registers an ID to a device management center, and the device management center informs a content management center to push main content to the display device;
step 2, registering an ID (identity) to the equipment management center by the glasses equipment, acquiring the ID of the display equipment by the glasses equipment, reporting the local ID and the display equipment ID to the equipment management center, and realizing the association binding of the two equipment;
step 3, the user views the display device and the main content presented by the display device through the glasses device,
step 4, the user inputs a control instruction for the display equipment, the glasses equipment sends the local ID, the display equipment ID and the control instruction to the equipment management center, and the equipment management center forwards the control instruction to the content management center;
and 5, searching the main content being played by the equipment according to the display equipment ID, searching the extension content associated with the main content and the control instruction, replying the extension content to the glasses equipment corresponding to the glasses equipment ID as a response result, and presenting the extension content to the user by the glasses equipment.
Further, after the eyeglass device and the display device are associated and bound in step 2, the virtual display device is presented to the user through the display module of the eyeglass device.
Further, the specific steps of step 3 are as follows:
step 3-1, the device management center notifies the content management center to synchronously push the main content being played by the bound display device to the corresponding glasses device;
and 3-2, the glasses device presents the received main content on the virtual display device, and a user sees the content which is consistent with the real display device on the virtual display device through the glasses device.
Further, in step 4, the user inputs a control command to the display device through the input module of the glasses device, and the glasses device processes the control command to generate a mark content, that is, the control command is sent to the device management center in the form of the mark content.
Further, the control instruction includes both motion and position coordinates information.
Further, the mark content refers to that the control module converts the input of the user into a character or graphic mark and a position coordinate corresponding to the mark.
Further, in step 5, the content management center performs superposition and combination processing on the mark content and the main content to obtain updated main content, and the updated main content is pushed to the corresponding display device and glasses device as a response result; the user can feel that the mark made by the glasses device is embodied in the main content in real time.
According to the technical scheme, according to the use scene of the meta universe, the glasses equipment is not subordinate to the display equipment in the real environment any more, but is equal physical equipment; the cloud management center establishes association between the glasses equipment and the display equipment, and pushes content to the equipment according to the requirement of a user, so that virtual-real fusion of the content in the glasses equipment and the content of the display equipment is realized.
Drawings
The invention is described in further detail below with reference to the drawings and detailed description;
FIG. 1 is a schematic diagram of a system architecture according to the present invention.
Detailed Description
For the purposes, technical solutions and advantages of the embodiments of the present application, the technical solutions of the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application.
In the meta-universe scenario, the glasses device is an entrance for a user to access the virtual environment, the glasses device is no longer subordinate to the display device, and no longer receives data of the server in a passive manner, the glasses device should be associated with the display device, and the server responds to the control of the user according to the content currently played by the associated display device.
Display devices have long provided audio and video services to users in the real world; the meta universe based on AR and VR technology provides immersive audio and video experience for users, and the users experience virtual universe of the meta universe through glasses equipment. Currently, display devices exist in large numbers in the real world, and it is expected that display devices will exist for a long time even in the future of metauniverse large-scale applications. In this case, how to fuse the content presented by the display device with the meta-space virtual content, and provide a seamless use experience for the user is a problem to be solved.
As shown in fig. 1, the invention discloses a system for switching and integrating virtual and real space between a display device and a metauniverse, which comprises a (large screen) display device, a glasses device, a device management center and a content management center which are mutually connected through a network, wherein the device management center and the content management center operate on a (metauniverse) cloud (hereinafter referred to as a cloud), the display device is connected with the cloud through a wired or wireless network, the display device has a unique ID and registers the ID to the device management center after being connected with the network, the display device receives and processes a control instruction of the device management center, and the display device plays main content pushed by the content management center; the eyeglass device also has a unique ID; the equipment management center manages and controls the display equipment and the glasses equipment through the equipment ID; the content management center stores, manages, edits, transceives the main content, the extended content, and the tag content.
Further, the device management center manages and controls the display device and the glasses device through the device ID, including the following contents: the equipment management center receives the ID of the display equipment and the registration equipment of the glasses equipment, and manages the running state of the equipment; processing an association request of the glasses equipment, and managing the glasses equipment and the display equipment according to the ID; processing a control instruction sent by the glasses equipment, and forwarding the control instruction to a content management center or a display device associated with the glasses equipment; and processing the marked content sent by the glasses equipment and forwarding the marked content to a content management center.
Further, the content management center stores, manages, edits, transceives the main content, the extended content, and the tag content, including the following: the content management center stores and manages main content and extended content related to the main content; the content management center pushes the main content to a device (display device or glasses device) that specifies a device ID; the content management center acquires the main content which is played by the corresponding display equipment according to the ID of the display equipment, acquires the corresponding extended content according to the control instruction, and sends the extended content to the glasses equipment corresponding to the ID of the glasses equipment; the content management center obtains the main content which is played by the corresponding display device according to the ID of the display device, edits and updates the main content according to the marked content and the main content, and pushes the edited and updated main content to all devices which are receiving the main content.
Further, the display device is a large screen display device including, but not limited to, a television, a display; eyeglass devices include but are not limited to AR eyeglass devices,
further, the glasses device comprises a network module, a control module, an input module and a display module, wherein the network module is connected with a cloud device management center and a content management center through the network module, the local device ID is registered to the device management center, and the input module receives a control instruction of a user; the display module is a display screen, and presents main content and extension content to a user according to a use scene, and presents virtual and real pictures for the user; the control module is used for acquiring the ID of the display equipment and sending the ID to the equipment management center, establishing association with the display equipment, processing the control instruction received by the input module and the ID of the display equipment, sending the control instruction and the ID to the cloud equipment management center through the network module, or sending the control instruction and the ID to the equipment management center after converting the control instruction and the ID into the mark content, receiving the main content or the expansion content pushed by the content management center, and presenting the information to a user through the display module.
Further, the input module of the eyeglass device includes, but is not limited to, a handle, a mouse, or a gesture control module.
Further, the control module of the glasses device is used for scanning a two-dimensional code on the display device or obtaining an ID of the display device in other modes, and reporting the ID of the display device and the ID of the local device to the device management center; the information sent to the equipment management center by the control module comprises a local ID, a display equipment ID, a control instruction and mark content; the control module receives customized content returned by the content management center and presents the customized content to a user on the display module; the control module receives the main content pushed by the content management center, constructs a virtual display device, and presents the main content to a user on the virtual display device.
A display device and meta space virtual-real switching and integrating method comprises the following steps:
step 1, a display device registers an ID to a device management center, and the device management center informs a content management center to push main content to the display device;
step 2, registering an ID (identity) to the equipment management center by the glasses equipment, acquiring the ID of the display equipment by the glasses equipment, reporting the local ID and the display equipment ID to the equipment management center, and realizing the association binding of the two equipment;
step 3, the user views the display device and the main content presented by the display device through the glasses device,
step 4, the user inputs a control instruction for the display equipment, the glasses equipment sends the local ID, the display equipment ID and the control instruction to the equipment management center, and the equipment management center forwards the control instruction to the content management center;
and 5, searching the main content being played by the equipment according to the display equipment ID, searching the extension content associated with the main content and the control instruction, replying the extension content to the glasses equipment corresponding to the glasses equipment ID as a response result, and presenting the extension content to the user by the glasses equipment. The extended content is associated with a particular region of the display device.
Further, after the eyeglass device and the display device are associated and bound in step 2, the virtual display device is presented to the user through the display module of the eyeglass device.
Further, the specific steps of step 3 are as follows:
step 3-1, the device management center notifies the content management center to synchronously push the main content being played by the bound display device to the corresponding glasses device;
and 3-2, the glasses device presents the received main content on the virtual display device, and a user sees the content which is consistent with the real display device on the virtual display device through the glasses device.
Further, in step 4, the user inputs a control command to the display device through the input module of the glasses device, and the glasses device processes the control command to generate a mark content, that is, the control command is sent to the device management center in the form of the mark content.
Further, the control instruction includes both motion and position coordinates information.
Further, the mark content refers to that the control module converts the input of the user into a character or graphic mark and a position coordinate corresponding to the mark.
Further, in step 5, the content management center performs superposition and combination processing on the mark content and the main content to obtain updated main content, and the updated main content is pushed to the corresponding display device and glasses device as a response result; the user can feel that the mark made by the glasses device is embodied in the main content in real time.
The following is a detailed description of the specific principles of the present invention:
device entity description: the display device includes but is not limited to a large screen display device such as a television and a display, and is connected with the cloud through a wired or wireless network. The display equipment has a unique ID, and the ID is registered to the equipment management center after being connected with the network, so that the control instruction of the equipment management center can be received and processed; the main content pushed by the content management center can be played;
the glasses device includes, but is not limited to, an AR glasses device, which is mainly composed of a network module, a control module, an input module and a display module, and the glasses device also has a unique ID. The network module provides wired or wireless network connection and is connected to the cloud equipment management center and the content management center; the input module receives a control instruction of a user, and the control instruction can be a handle, a mouse, a gesture control module and the like; the display module is a display screen and presents virtual and real pictures for a user; the control module acquires the ID of the display device, and the control instruction received by the processing input module is sent to the cloud device management center or is converted into mark content and then sent to the device management center; receiving main content or extended content pushed by a content management center, and presenting information to a user through a display module; the control module can acquire the ID of the display device by scanning a two-dimensional code or other modes on the display device, report the ID of the display device and the ID of the local device to the device management center, and the device management center associates the two IDs to realize pairing and binding of the display device and the glasses device; the information sent by the control module to the equipment management center comprises a local ID, a display equipment ID, a control instruction, mark content and the like; the control instruction comprises two pieces of information, namely action and position coordinates; the marking content is that the control module converts the input of the user into a character or graphic mark and a position coordinate corresponding to the mark; the control module receives customized content returned by the content management center and presents the customized content to a user on the display module; the control module receives the main content pushed by the content management center, constructs virtual display equipment, and presents the main content to a user on the virtual display equipment;
the device management center manages and controls the display device and the glasses device through the device ID. The equipment management center receives the ID of the display equipment and the registration equipment of the glasses equipment, and manages the running state of the equipment; processing an association request of the glasses equipment, and managing the glasses equipment and the display equipment according to the ID; processing a control instruction sent by the glasses equipment, and forwarding the control instruction to a content management center or a display device associated with the glasses equipment; and processing the marked content sent by the glasses equipment and forwarding the marked content to a content management center.
The content management center stores, manages, edits, transceives main content, extended content, and tag content, including: storing and managing main content and extension content related to the main content; pushing the main content to a device (display device or glasses device) that specifies a device ID; acquiring main content which is played by the corresponding display equipment according to the display equipment ID, acquiring corresponding extension content according to the control instruction, and transmitting the extension content to the glasses equipment corresponding to the glasses equipment ID; acquiring the main content which is being played by the corresponding display device according to the display device ID, editing and updating the main content according to the marked content and the main content, and pushing the edited and updated main content to all devices which are receiving the main content;
the four types of equipment cooperate to provide the user with the use experience of the real world and virtual world fusion display, and at least provide the following use experiences:
example 1:
1) The display device registers an ID to the device management center, and the device management center notifies the content management center to push main content to the display device;
2) The glasses equipment registers ID to the equipment management center, a user watches the display equipment and the main content presented by the display equipment through the glasses equipment, the glasses equipment acquires the ID of the display equipment, and the local ID and the ID of the display equipment are reported to the equipment management center, so that the association of the two equipment is realized;
3) The user inputs controls such as selection and sliding to the display equipment, the glasses equipment sends the local ID, the display equipment ID and a control instruction to the equipment management center, and the equipment management center forwards the control instructions to the content management center;
for example: when the user views the glasses, a straight line is drawn through the mouse input device, and example 1 is to send the start and end coordinates and the mouse-down of the user's action to the device management center.
4) The content management center searches the main content being played by the device according to the ID of the display device, searches the extension content associated with the control instruction of the main content, replies the extension content to the glasses device corresponding to the ID of the glasses device as a response result, and the glasses device presents the extension content to a user.
Example 2:
1) The display device registers an ID to the device management center, and the device management center notifies the content management center to push main content to the display device;
2) The glasses equipment registers ID to the equipment management center, acquires the ID of the display equipment, and informs the equipment management center to associate and bind the glasses equipment and the display equipment;
3) After the glasses device is bound with the display device, the virtual display device is presented to a user through the display module;
4) The device management center informs the content management center to synchronously push the main content being played by the bound display device to the glasses device;
5) The glasses device presents the received main content on the virtual display device, and a user sees the content consistent with the real display device on the virtual display device through the glasses device;
example 3:
1) The display device registers an ID to the device management center, and the device management center notifies the content management center to push main content to the display device;
2) The glasses equipment registers ID to the equipment management center, a user watches the display equipment and the main content presented by the display equipment through the glasses equipment, the glasses equipment acquires the ID of the display equipment, and the local ID and the ID of the display equipment are reported to the equipment management center, so that the association of the two equipment is realized;
3) The user inputs the control of selecting, sliding and the like of the display equipment through the input module of the glasses equipment, and the glasses equipment processes the control instruction to generate marking contents such as characters, figures and the like;
specifically, example 3 is that the action of the user is handled by the glasses, and a picture including a straight line or a straight line with only the start coordinate and the end coordinate, which is called extended content, is sent to the device management center.
4) The glasses equipment sends the local ID, the display equipment ID and the marked content to the equipment management center, and the equipment management center forwards the local ID, the display equipment ID and the marked content to the content management center;
5) The content management center searches the main content being played by the device according to the ID of the display device, performs superposition and combination processing on the marked content and the main content to update the main content, and pushes the updated main content to the display device and the glasses device which are receiving the content as a response result. The user can feel that the mark made by the glasses device is embodied in the main content in real time.
According to the technical scheme, according to the use scene of the meta universe, the glasses equipment is not subordinate to the display equipment in the real environment any more, but is equal physical equipment; the cloud management center establishes association between the glasses equipment and the display equipment, and pushes content to the equipment according to the requirement of a user, so that virtual-real fusion of the content in the glasses equipment and the content of the display equipment is realized. The user can watch the content of the real large-screen display device through the glasses device, and virtual content associated with the pictures of the real large-screen display device is presented in the glasses device; the content of the virtual large-screen display device can be watched in the glasses device, and the content change of the virtual large-screen display device is fed back to the real large-screen display device. The invention realizes the fusion of the content presented by the display equipment and the meta-universe virtual content and provides seamless use experience for users.
It will be apparent that the embodiments described are some, but not all, of the embodiments of the present application. Embodiments and features of embodiments in this application may be combined with each other without conflict. The components of the embodiments of the present application, which are generally described and illustrated in the figures herein, may be arranged and designed in a wide variety of different configurations. Thus, the detailed description of the embodiments of the present application is not intended to limit the scope of the application, as claimed, but is merely representative of selected embodiments of the application. All other embodiments, which can be made by one of ordinary skill in the art based on the embodiments herein without making any inventive effort, are intended to be within the scope of the present application.
Claims (6)
1. A display device and meta space virtual-actual switching and integrating system is characterized in that: the device comprises a display device, a pair of glasses, a device management center and a content management center which are connected with each other through a network, wherein the device management center and the content management center run on a cloud end, the display device is connected with the cloud end through a wired or wireless network and is provided with a unique display device ID, the ID of the display device is registered in the device management center after the display device is connected with the network, the display device receives and processes a control instruction of the device management center, and the display device plays main content pushed by the content management center; the eyeglass device also has a unique eyeglass device ID; the equipment management center manages and controls the display equipment and the glasses equipment through the display equipment ID and the glasses equipment ID; the content management center stores, manages, edits, receives and transmits main content, extended content and marked content; the device management center manages and controls the display device and the glasses device through the device ID, and comprises the following contents: the equipment management center receives the ID of the display equipment and the registration equipment of the glasses equipment, and manages the running state of the equipment; processing an association request of the glasses equipment, and managing the glasses equipment and the display equipment according to the ID; processing a control instruction sent by the glasses equipment, and forwarding the control instruction to a content management center or a display device associated with the glasses equipment; processing the marked content sent by the glasses equipment and forwarding the marked content to a content management center; the content management center stores, manages, edits, receives and transmits main content, extended content and mark content including the following contents: the content management center stores and manages main content and extended content related to the main content; the content management center pushes the main content to the device with the specified device ID; the content management center acquires the main content which is played by the corresponding display equipment according to the ID of the display equipment, acquires the corresponding extended content according to the control instruction, and sends the extended content to the glasses equipment corresponding to the ID of the glasses equipment; the content management center obtains the main content which is played by the corresponding display device according to the ID of the display device, edits and updates the main content according to the marked content and the main content, and pushes the edited and updated main content to all devices which are receiving the main content.
2. The system for switching and integrating display device and metauniverse virtual reality of claim 1, wherein: the glasses equipment comprises a network module, a control module, an input module and a display module, wherein the network module is connected with a wired or wireless network, the glasses equipment is connected to a cloud equipment management center and a content management center through the network module, the equipment ID of the glasses equipment is registered to the equipment management center, and the input module receives a control instruction of a user; the display module is a display screen, and presents main content and extension content to a user according to a use scene, and presents virtual and real pictures for the user; the control module is used for acquiring the ID of the display equipment and sending the ID to the equipment management center, establishing association with the display equipment, processing the control instruction received by the input module and the ID of the display equipment, sending the control instruction and the ID to the cloud equipment management center through the network module, or sending the control instruction and the ID to the equipment management center after converting the control instruction and the ID into the mark content, receiving the main content or the expansion content pushed by the content management center, and presenting the information to a user through the display module.
3. The system for switching and integrating display devices and metauniverse virtual reality according to claim 2, wherein: the control module of the glasses device is used for scanning a two-dimensional code on the display device or obtaining the ID of the display device in other modes, and reporting the ID of the display device and the ID of the local device to the device management center; the information sent to the equipment management center by the control module comprises a local ID, a display equipment ID, a control instruction and mark content; the control module receives customized content returned by the content management center and presents the customized content to a user on the display module; the control module receives the main content pushed by the content management center, constructs a virtual display device, and presents the main content to a user on the virtual display device.
4. A display device and metauniverse virtual-actual switching and integrating method, adopting the display device and metauniverse virtual-actual switching and integrating system as claimed in any one of claims 1 to 3, characterized in that: the method comprises the following steps:
step 1, a display device registers an ID to a device management center, and the device management center informs a content management center to push main content to the display device;
step 2, registering an ID (identity) to the equipment management center by the glasses equipment, acquiring the ID of the display equipment by the glasses equipment, reporting the local ID and the display equipment ID to the equipment management center, and realizing the association binding of the two equipment; after the glasses equipment and the display equipment are associated and bound, virtual display equipment is presented to a user through a display module of the glasses equipment;
step 3, a user views the display device and the main content presented by the display device through the glasses device, and the specific steps of the step 3 are as follows:
step 3-1, the device management center notifies the content management center to synchronously push the main content being played by the bound display device to the corresponding glasses device;
step 3-2, the glasses device presents the received main content on the virtual display device, and the user sees the content consistent with the real display device on the virtual display device through the glasses device;
step 4, the user inputs a control instruction for the display equipment, the glasses equipment sends the local ID, the display equipment ID and the control instruction to the equipment management center, and the equipment management center forwards the control instruction to the content management center;
and 5, searching the main content being played by the equipment according to the display equipment ID, searching the extension content associated with the main content and the control instruction, replying the extension content to the glasses equipment corresponding to the glasses equipment ID as a response result, and presenting the extension content to the user by the glasses equipment.
5. The method for switching and integrating space virtual reality with display device according to claim 4, wherein: in the step 4, a user inputs a control instruction to the display device through the input module of the glasses device, and the glasses device processes the control instruction to generate marked content, namely the control instruction is sent to the device management center in the form of the marked content; the control instruction comprises two pieces of information, namely action and position coordinates; the mark content means that the control module converts the input of the user into a character or graphic mark and the position coordinates corresponding to the mark.
6. The method for switching and integrating space virtual reality with display device according to claim 5, wherein: in step 5, the content management center performs superposition and combination processing on the marked content and the main content to obtain updated main content, and the updated main content is pushed to the corresponding display equipment and glasses equipment as a response result; the user can feel that the mark made by the glasses device is embodied in the main content in real time.
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