A method for correlating display devices based on metaverse technology

Abstract

The present invention discloses a system and method for the interconnection of display devices based on the metaverse technology. The system includes a display device, a payment system, and AR glasses connected to a metaverse server; the display device displays specific content according to different scenarios; the metaverse server is used to generate and publish metaverse tags of the display device, create independent metaverse scenarios for users, distribute content, and respond to user requests, while providing communication with the payment system; the metaverse tags are used to identify device identity information and achieve tokenization in the metaverse; the AR glasses provide interactive operations for users, identify metaverse tags, identify content in the device, and access the network; the AR glasses receive and display data received from the metaverse server to display the user's metaverse space and provide user interaction functions; the payment system is used for user payment. The present invention realizes the interconnection and interoperability of physical devices and virtual display devices in the metaverse.

Description

Technical Field

[0001] The present invention relates to the field of Internet virtual reality technology, and particularly to a method for interconnecting display devices based on metaverse technology. Background Art

[0002] "Metaverse" is not a simple virtual space, but rather encompasses the network, hardware terminals, and users into a perpetual and wide - covering virtual reality system. In this system, there are both digital replicas of the real world and creations of the virtual world. Its technologies include content systems, blockchain systems, display systems, and operating systems, ultimately presenting as a 3D interface that transcends the limitations of the screen, representing the holographic platform era following the PC era and the mobile era.

[0003] Based on the metaverse, an ecosystem has initially taken shape. Core components and basic platforms are being gradually improved. Its business models and content scenarios are also applied in scenarios such as games. The government is also promoting related industries such as the digital economy, and there will be a complete metaverse ecosystem in the future. With the advent of intelligence, display devices have also started to become intelligent, and some devices have been networked based on dedicated management systems.

[0004] With the arrival of the metaverse era, previous display devices could only be based on the company's dedicated system and were not yet based on metaverse resources. Currently, devices exist independently based on physical devices and cannot be interconnected, and virtual display devices in the metaverse such as games cannot be accessed into the current system. The content displayed on public devices belongs to one - way / single - operation users. Each terminal can be projected to multiple users simultaneously, or each operation can only be performed by one user. Other users can only perform their operations after the user has completed their operation. Summary of the Invention

[0005] The purpose of the present invention is to provide a method for interconnecting display devices based on metaverse technology.

[0006] The technical solution adopted by the present invention is:

[0007] A system for interconnecting display devices based on metaverse technology, the system includes a metaverse server and display devices, a payment system, and AR glasses connected to the metaverse server;

[0008] The display device is used for information display and displays specific content according to different scenarios;

[0009] The metaverse server is the core of the interconnected system of display devices. The metaverse server is used to generate and publish metaverse tags for display devices, create independent metaverse scenarios for users, distribute the content of display devices, and respond to user requests. The metaverse server provides communication with the payment system; The metaverse tag (Token) is used to identify the identity information of the current device and realize tokenization in the metaverse;

[0010] The AR glasses provide interactive operations for users. The AR glasses are used to identify metaverse tags, the content in the identification device, and network access; The AR glasses receive and display the data received from the metaverse server, display the user's metaverse space, and provide user interaction functions;

[0011] The payment system is used for user payment, and the payment content of the payment system is the payment of circulating currency.

[0012] Furthermore, a management platform is installed on the metaverse server. The management platform manages display devices, distributes content, and connects to the payment system based on the metaverse tag (Token); The management platform / metaverse scenario can identify the corresponding device through the metaverse tag of the corresponding device.

[0013] Specifically, the management platform manages the registration, management, and removal of display devices.

[0014] Furthermore, the display devices include physical display devices and virtual display devices. The physical display devices have the basic functions of display and network connection, and the physical display devices maintain a connection with the metaverse server; The virtual display device is a device in the virtual world implemented according to certain functions, and the functions of the virtual display device are the same as those of the physical display device.

[0015] Furthermore, the payment system is used for user payment, and the payment content of the payment system is the payment of circulating currency; The payment device of the payment system is the user's own metaverse account currently.

[0016] Furthermore, the payment system supports users to pay through smart watches and smartphones.

[0017] A method for interconnecting display devices based on metaverse technology. When the display device is a physical display device, the method includes the following steps:

[0018] Step 11, the metaverse server performs terminal tokenization processing on the display device to generate a unique metaverse tag and complete registration on the metaverse server;

[0019] Step 12, the management platform of the metaverse server distributes content to the corresponding display device based on the metaverse tag;

[0020] Step 13, the user interacts with the corresponding display device through the AR glasses.

[0021] Further, the management platform generates metaverse tags according to specified rules, and then transmits them to the display device through the publishing metaverse server for display; as a feasible implementation method, the display device is presented to the user in the form of a QR code.

[0022] Further, the specific steps of step 13 are as follows:

[0023] Step 13-1, the user identifies the metaverse tags on the display device through the AR glasses; specifically, when the display device has multi-screen display, different areas of the display device are connected to different metaverse scenes to display different contents.

[0024] Step 13-2, the AR glasses transmit the identified metaverse tags to the metaverse server.

[0025] Step 13-3, the metaverse server admits the user into the metaverse world and creates a metaverse scene for the user;

[0026] Specifically, the metaverse scene created by the metaverse server for the user in step 13-3 is different according to the metaverse tags of the currently identified display device.

[0027] Step 13-4, the AR glasses receive the metaverse scene data, present it to the user through the AR glasses, and provide corresponding operations, such as control, selection, and payment functions; the user operates on the scene as needed.

[0028] Further, for the case of multiple users, the specific steps of step 13 are as follows:

[0029] Step 13-11, multiple users all identify the metaverse tags through the AR glasses;

[0030] Step 13-12, the AR glasses device information of each user and the metaverse tags respectively generate request codes and then are transmitted to the metaverse server respectively.

[0031] Step 13-13, the metaverse server associates a metaverse scene with each user.

[0032] Step 13-14, the AR glasses of each user respectively receive their own metaverse scene data, present it to the user through the AR glasses and provide corresponding operations. Each user has an independent and private metaverse space, and the user performs independent operations within the space.

[0033] A method for interrelating display devices based on metaverse technology. When the display device is a virtual display device, the method includes the following steps:

[0034] Step 21, the metaverse server performs terminal tokenization on the display device to generate a unique metaverse label, registers it on the metaverse server, and the management platform / metaverse scene identifies the corresponding virtual display device through the metaverse label;

[0035] Step 22, the user actively requests to join the metaverse scene of the metaverse through the virtual display device;

[0036] Step 23, the management platform transmits the scene information that the current virtual display device can join according to the metaverse label;

[0037] Step 24, the user selects and requests to join a specified metaverse scene;

[0038] Step 25, the management platform establishes a connection display between the virtual display device and the specified metaverse scene to complete the connection between the virtual display device and the metaverse scene.

[0039] Further, in step 24, the user manually selects the corresponding metaverse scene and confirms to join the specified metaverse scene;

[0040] Further, in step 24, the user inputs the specified scene ID to request to join a metaverse scene not pushed by the management platform; after being approved by the management platform or the administrator of the corresponding metaverse scene, the user joins the corresponding metaverse scene.

[0041] Further, in step 24, the administrator of the specified metaverse scene actively adds the virtual display device to the specified metaverse scene or removes the corresponding virtual display device from the specified metaverse scene through the management platform of the metaverse server according to the metaverse label.

[0042] Specifically, the management platform can actively add the device to the corresponding scene. For example, in a metaverse conference system, the host can add the device to the conference scene according to its metaverse label, or remove it. For example, using the drag-and-drop method.

[0043] The present invention adopts the above technical solutions and consists of an AR glasses, a display device (real and virtual display device), a metaverse label of the display device, a metaverse server, and a payment system. The metaverse label is used to identify the identity information of the current device, and the device is identified by this information for its uniqueness in the metaverse, and users can identify according to this identification. The AR glasses provide users with the ability to identify the metaverse label, identify the content in the display device, and access the network, and implement basic functions such as gesture movement and selection to exit, and can receive and display server data. The display device is used for information display. On the one hand, it displays information for the metaverse scene, and on the other hand, it provides users with metaverse information to facilitate user access. The display device is divided into a physical display device and a virtual display device; when users need to make a payment during operation, they can directly access the payment system (third-party support or system, and the payment content can be paid in circulating currency, etc.). The payment device can be the user's own metaverse account or can also be paid through a smart watch and a smart phone. The metaverse server is the core of the interrelated system of the display devices, creating an independent metaverse scene for users. BRIEF DESCRIPTION OF THE DRAWINGS

[0044] The present invention will be further described in detail below in conjunction with the drawings and specific embodiments;

[0045] Figure 1 It is a schematic diagram of the principle of an interrelated system of display devices based on metaverse technology according to the present invention;

[0046] Figure 2 It is a schematic diagram of the architecture when the physical display device of the present invention is associated;

[0047] Figure 3 It is a schematic diagram of the usage state of the present invention applied to a home scene. DETAILED DESCRIPTION OF THE EMBODIMENTS

[0048] To make the objectives, technical solutions, and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application will be clearly and completely described below in conjunction with the drawings in the embodiments of the present application.

[0049] As Figures 1 to 3 shown in one of them, the present invention discloses an interrelated system of display devices based on metaverse technology, and the system includes a metaverse server, a display device connected to the metaverse server, a payment system, and an AR glasses;

[0050] The display device is used for information display and displays specific content according to different scenarios;

[0051] The metaverse server is the core of the interconnected system of display devices. The metaverse server is used to generate and publish metaverse tags for display devices, create independent metaverse scenarios for users, distribute the content of display devices, and respond to user requests. The metaverse server provides communication with the payment system; the metaverse tag (Token) is used to identify the identity information of the current device and realize tokenization in the metaverse;

[0052] The AR glasses provide interactive operations for users. The AR glasses are used to identify metaverse tags, identify the content in the device, and access the network; the AR glasses receive and display the data received from the metaverse server, display the user's metaverse space, and provide user interaction functions;

[0053] The payment system is used for user payment, and the payment content of the payment system is the payment of circulating currency.

[0054] Furthermore, a management platform is installed on the metaverse server. The management platform manages display devices, distributes content, and connects to the payment system based on the metaverse tag (Token); the management platform / metaverse scenario can identify the corresponding device through the metaverse tag of the corresponding device.

[0055] Specifically, the management platform manages the registration, management, and removal of display devices.

[0056] Furthermore, the display devices include physical display devices and virtual display devices. The physical display devices have the basic functions of display and network connection, and the physical display devices remain connected to the metaverse server; the virtual display devices are devices in the virtual world realized according to certain functions, and the functions of the virtual display devices are the same as those of the physical display devices.

[0057] Furthermore, the payment system is used for user payment, and the payment content of the payment system is the payment of circulating currency; the payment device of the payment system is the user's own metaverse account currently.

[0058] Furthermore, the payment system supports users to pay through smart watches and smartphones.

[0059] A method for interconnecting display devices based on metaverse technology. When the display device is a physical display device, the method includes the following steps:

[0060] Step 11, the metaverse server performs terminal tokenization processing on the display device to generate a unique metaverse tag and complete registration on the metaverse server;

[0061] Step 12, the management platform of the metaverse server distributes content to the corresponding display device based on the metaverse tag;

[0062] Step 13, the user interacts with the corresponding display device through the AR glasses.

[0063] Further, the management platform generates metaverse tags according to specified rules, and then transmits them to the display device through the publishing metaverse server for display; as a feasible implementation method, the display device is presented to the user in the form of a QR code.

[0064] Further, the specific steps of step 13 are as follows:

[0065] Step 13-1, the user identifies the metaverse tags on the display device through AR glasses; specifically, when the display device has multi-screen display, different areas of the display device are connected to different metaverse scenes to display different contents.

[0066] Step 13-2, the AR glasses transmit the identified metaverse tags to the metaverse server.

[0067] Step 13-3, the metaverse server admits the user into the metaverse world and creates a metaverse scene for the user;

[0068] Specifically, the metaverse scene created by the metaverse server for the user in step 13-3 is different according to the metaverse tags of the currently identified display device.

[0069] Step 13-4, the AR glasses receive the metaverse scene data, present it to the user through the AR glasses, and provide corresponding operations, such as control, selection, payment and other functions; the user operates on the scene according to needs.

[0070] Further, for the case of multiple users, the specific steps of step 13 are as follows:

[0071] Step 13-11, multiple users all identify the metaverse tags through AR glasses;

[0072] Step 13-12, the AR glasses device information of each user and the metaverse tags respectively generate request codes and then are transmitted to the metaverse server respectively.

[0073] Step 13-13, the metaverse server associates a metaverse scene with each user.

[0074] Step 13-14, the AR glasses of each user respectively receive their own metaverse scene data, present it to the user through the AR glasses and provide corresponding operations. Each user has an independent and private metaverse space, and the user performs autonomous operations within the space.

[0075] A method for interrelating display devices based on metaverse technology. When the display device is a virtual display device, the method includes the following steps:

[0076] Step 21: The metaverse server performs terminal tokenization on the display device to generate a unique metaverse label, registers it on the metaverse server, and the management platform / metaverse scene identifies the corresponding virtual display device through the metaverse label;

[0077] Step 22: The user actively requests to join the metaverse scene of the metaverse through the virtual display device;

[0078] Step 23: The management platform transmits the scene information that the current virtual display device can join according to the metaverse label;

[0079] Step 24: The user selects and requests to join a specified metaverse scene;

[0080] Step 25: The management platform establishes a connection display between the virtual display device and the specified metaverse scene to complete the connection between the virtual display device and the metaverse scene.

[0081] Further, in step 24, the user manually selects the corresponding metaverse scene and confirms to join the specified metaverse scene;

[0082] Further, in step 24, the user inputs a specified scene ID to request to join a metaverse scene that is not pushed by the management platform; after being approved by the management platform or the administrator of the corresponding metaverse scene, the user joins the corresponding metaverse scene.

[0083] Further, in step 24, the administrator of the specified metaverse scene actively adds the virtual display device to the specified metaverse scene or removes the corresponding virtual display device from the specified metaverse scene through the management platform of the metaverse server according to the metaverse label.

[0084] Specifically, the management platform can actively add the device to the corresponding scene. For example, in a metaverse conference system, the host can add the device to the conference scene according to its metaverse label, or remove it. For example, using the drag-and-drop method.

[0085] The following is a detailed description of the specific working principle of the present invention:

[0086] As Figure 1 shown, the associated system of the present invention mainly consists of display devices (physical and virtual), metaverse labels, metaverse servers, payment systems, and additional devices such as AR glasses. The function definitions and brief implementations of each part are as follows:

[0087] The metaverse label Token is used to identify the identity information of the current device and realize its tokenization in the metaverse. Its general formula is as follows: Token = F(X 1 ,X 2 , …, X n), the parameters in the formula vary according to the content requirements, including but not limited to: device ID, device code, device features, etc. The Metaverse tag Token identification code contains two types of information, one part is public information, which is fully open to users; due to different technical implementations of tokenization, public chains can be used, but not limited to this.

[0088] The AR glasses provide the main way for users to operate, and the main functions are as follows: identifying Metaverse tags and the content in the device and network access; displaying the user's Metaverse space; providing user interaction functions such as choosing to exit, etc.; receiving and displaying the data received from the server.

[0089] The display device is used for information display, including virtual and physical display devices, which are used to display specific content, varying according to different scenarios, such as product advertisements, questions, pictures, document content, etc. Among them, the physical display device has basic functions such as display and network connection, and maintains a connection with the server; the virtual display device is a device in the virtual world implemented according to certain functions, and its functions are the same as those of the physical display device.

[0090] The payment system supports user payments (supported by third parties or the system, and the payment content can be paid in circulating currency, etc.). The payment device can be the user's own Metaverse account, or can be paid through a smart watch and a smart phone.

[0091] The Metaverse server is the core of the interrelated system of display devices. The main functions of the Metaverse server are: generating and publishing the Metaverse tags of display devices, allowing users to create independent Metaverse scenarios, distributing the content of display devices, responding to user requests, and communicating with the payment system.

[0092] Such as Figure 2 As shown, for the access of devices, the actual design and management of the management platform of the Metaverse server are not described in detail in the present invention, but the management platform manages the registration, management, removal of display devices, as well as the distribution of content and payments, etc. The associated access of physical display devices has the following characteristics:

[0093] (1), After the display device terminal is tokenized, it completes registration in the Metaverse and is managed by the management platform according to the Token.

[0094] (2), The management platform locates the device according to its Token and delivers the content, and the content covers Metaverse users and ordinary users

[0095] (3), The management platform generates Metaverse tags according to specified rules, and then transmits them to the display devices through the publishing system for display, and presents them to users in ways such as QR Code. The specific content to be included may vary according to business needs; the corresponding user interaction steps are as follows:

[0096] 1.1. The user discovers the required display device and identifies its metaverse tag through the AR glasses;

[0097] 1.2. Identify the metaverse tag through the AR glasses;

[0098] 1.3. Transmit it to the server side. The server allows the user to enter the metaverse world and creates a metaverse scene for the user;

[0099] 1.4. The AR glasses receive the metaverse scene data, display it for the user through the AR glasses, and provide corresponding operations, such as control, selection, and payment functions; the user operates on the scene as needed.

[0100] In addition, multi-binding is supported. Multiple users can identify this metaverse tag, generate a request code with the AR glasses device information, and then associate a metaverse scene with each user. If the device itself has multi-screen display, different areas of the display device can be connected to different metaverse scenes to display different contents.

[0101] Metaverse scene application: Corresponding to the physical display device, the virtual display device is applied to the metaverse scene (including but not limited to metaverse scenes such as games and virtual meetings). Its presentation method can be a separate virtual display device or a combined device with a display function such as a wall, which can display fixed text, images, advertisements, and videos, etc. Its metaverse generation and tokenization are the same as those of the physical display device. It has the following characteristics:

[0102] (1). The management platform registers the device, completes tokenization. Through this device's metaverse tag, the management platform / metaverse scene can identify this device;

[0103] (2). The management platform can actively add the device to the corresponding scene. For example, in the metaverse conference system, the host can add the device to the conference scene according to its metaverse tag or remove it. For example, using the drag-and-drop method;

[0104] (3). The user can actively apply to join. At this time, the control platform transmits the scene information that this device can join according to the metaverse tag. After the user obtains the scene and selects the scene they want to join and chooses to join, the connection with the metaverse scene can be completed.

[0105] Such as Figure 3As shown, for the home scenario application environment, for display devices in the home, such as smart TVs, their tokenized generation of metaverse tags is visible in the management system and the metaverse world. It can choose to actively connect to a certain scenario, such as a phone conference, etc. When the user plans to join a certain scenario, connect through the selected menu; the scenarios supported by the device will be automatically listed, and after selection, it can actively connect to that scenario; the user can also enter the specified scenario ID and then connect to that scenario.

[0106] The present invention adopts the above technical solutions and consists of an AR glasses, display devices (real and virtual display devices), metaverse tags of the display devices, a metaverse server, and a payment system. The metaverse tags are used to identify the identity information of the current device, and the device is identified by this information for its uniqueness in the metaverse, and users can identify it based on this identifier. The AR glasses provide users with the ability to identify metaverse tags, identify the content in the display devices, and access the network, and implement basic functions such as gesture movement and selection to exit, and can receive and display server data. The display devices are used for information display. On the one hand, they display information for the metaverse scenario, and on the other hand, they provide metaverse information for users to facilitate user access. The display devices are divided into physical display devices and virtual display devices; when the user's operation requires payment, they can directly access the payment system (third-party support or system, and the payment content can be paid in circulating currency, etc.). The payment device can be the user's own metaverse account, or can also be paid through a smart watch and a smart phone. The metaverse server is the core of the interrelated system of the display devices and creates an independent metaverse scenario for users.

[0107] Obviously, the described embodiments are part of the embodiments of the present application, rather than all embodiments. Without conflict, the embodiments and features in the embodiments of the present application can be combined with each other. Usually, the components of the embodiments of the present application described and illustrated in the drawings here can be arranged and designed in various different configurations. Therefore, the detailed description of the embodiments of the present application is not intended to limit the scope of the present application claimed, but merely represents the selected embodiments of the present application. Based on the embodiments in the present application, all other embodiments obtained by those of ordinary skill in the art without creative efforts belong to the scope of protection of the present application.

Claims

1. A display device interconnection system based on the metaverse technology, characterized in that: it includes a metaverse server and display devices, a payment system, and AR glasses connected to the metaverse server; The display device is used for information display and displays specific content according to different scenarios; the display device includes a physical display device and a virtual display device. The physical display device has the basic functions of display and network connection, and the physical display device maintains a connection with the metaverse server; the virtual display device is a device in the virtual world implemented according to certain functions, and the functions of the virtual display device are the same as those of the physical display device; The metaverse server is the core of the display device interconnection system. The metaverse server is used to generate and publish the metaverse tags of the display device, create independent metaverse scenarios for users, distribute the content of the display device, and respond to user requests. The metaverse server provides communication with the payment system; The metaverse tag is used to identify the identity information of the display device and realize tokenization in the metaverse; The AR glasses provide interactive operations for users. The AR glasses are used to identify the metaverse tag and the content in the display device as well as network access; The AR glasses receive and display the data received from the metaverse server. The AR glasses display the user's metaverse space and provide user interaction functions; The payment system is used for user payment, and the payment content of the payment system is currency payment.

2. A display device interconnection system based on the metaverse technology according to claim 1, characterized in that: A management platform is installed on the metaverse server. The management platform manages display devices, distributes content, and connects to the payment system based on the metaverse tags; the management platform can identify the corresponding display device through the metaverse tag of the corresponding display device.

3. A method for interconnecting display devices based on the metaverse technology, which uses a display device interconnection system based on the metaverse technology according to claim 1 or 2, characterized in that: When the display device is a physical display device, the method includes the following steps: Step 11, the metaverse server performs terminal tokenization processing on the display device to generate a unique metaverse tag and completes registration on the metaverse server; Step 12, the management platform of the metaverse server distributes content to the corresponding display device based on the metaverse tag; Step 13, the user interacts with the corresponding display device through the AR glasses. The specific steps are as follows: Step 13-1, the user uses the AR glasses to identify the metaverse tag on the display device; Step 13-2, the AR glasses transmit the identified metaverse tag to the metaverse server, Step 13-3, the metaverse server allows the user to enter the metaverse world and creates a metaverse scene for the user. The created metaverse scene is different according to the different metaverse tags of the currently identified display device; Step 13-4, the AR glasses receive the metaverse scene data, display it for the user through the AR glasses, and provide corresponding operations for the user to operate on the metaverse scene as needed.

4. A method for interconnecting display devices based on the metaverse technology according to claim 3, characterized in that: In step 11, the management platform generates metaverse tags according to specified rules, and then transmits them to the display device through the metaverse server for display.

5. A method for correlating display devices based on metaverse technology according to claim 3, characterized in that: In step 13-1, when the display device has multi-screen display, different display areas of the display device are connected to different metaverse scenarios to display different contents.

6. A method for correlating display devices based on metaverse technology according to claim 3, characterized in that: For the case of multiple users, the specific steps of step 13 are as follows: Step 13-11, multiple users identify metaverse tags through AR glasses; Step 13-12, the AR glasses device information of each user is combined with the metaverse tag to generate a request code and then transmitted to the metaverse server respectively; In step 13-13, the metaverse server associates a metaverse scenario with each user; each user has an independent metaverse space, and the space is private, and the user can perform independent operations within the space.

7. A method for correlating display devices based on metaverse technology, adopting a system for correlating display devices based on metaverse technology according to claim 1 or 2, characterized in that: When the display device is a virtual display device, the method includes the following steps: Step 21, the metaverse server performs terminal tokenization processing on the display device to generate a unique metaverse tag, completes registration on the metaverse server, and the management platform identifies the corresponding virtual display device through the metaverse tag; Step 22, the user actively requests to join the metaverse scenario through the virtual display device; Step 23, the management platform transmits the scenario information that the current virtual display device can join according to the metaverse tag; Step 24, the user selects and requests to join the metaverse scenario; Step 25, the management platform establishes a connection display between the virtual display device and the metaverse scenario to complete the connection between the virtual display device and the metaverse scenario.

8. A method for correlating display devices based on metaverse technology according to claim 7, characterized in that: In step 24, the user manually selects the corresponding metaverse scenario and confirms to join the metaverse scenario; or the user inputs a specified scenario ID to request to join a metaverse scenario not pushed by the management platform; after being approved by the management platform or the administrator of the corresponding metaverse scenario, the user joins the corresponding metaverse scenario.

9. A method for correlating display devices based on metaverse technology according to claim 7, characterized in that: In step 24, the administrator of the metaverse scenario actively adds the virtual display device to the metaverse scenario or removes the corresponding virtual display device from the metaverse scenario through the management platform of the metaverse server according to the metaverse tag.

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