WO2018054323A1

WO2018054323A1 - Vr video or game playing system based on network television, and set-top box

Info

Publication number: WO2018054323A1
Application number: PCT/CN2017/102665
Authority: WO
Inventors: 毛栋
Original assignee: 中兴通讯股份有限公司
Priority date: 2016-09-21
Filing date: 2017-09-21
Publication date: 2018-03-29
Also published as: CN108307226A

Abstract

The present invention relates to a VR video playing system based on a network television, comprising: a VR helmet used for receiving a VR video transmitted by a set-top box and sending an action request to the set-top box; the set-top box used for receiving an operating instruction from a user and sending a request instruction to an EPG network module; the EPG network module used for receiving the request instruction sent by the set-top box and responding thereto; a CDN network module used for storing the VR video and providing a playback code stream of the VR video to the set-top box; a network television intermediate module used for managing the content of the VR video; and a content management module used for uploading or deleting the VR video. Also disclosed is a VR game playing system based on a network television, and a set-top box. By connecting a VR helmet to a set-top box and obtaining a VR video program using the set-top box, the problem of use space limitation due to the need of connecting the VR helmet to a computer is solved.

Description

VR video or game playing system based on network television, set top box

Technical field

The present disclosure relates to the field of image processing technologies, and in particular, to a VR video or game playing system based on a network television, and a set top box.

Background technique

At present, with the development of IPTV technology, more and more users have begun to choose to watch movies and TV programs through Internet TV. The existing network TVs include: IPTV (Internet Protocol Television) and OTT TV (Over-The -Top TV, Internet TV), in which IPTV is a technology that uses broadband networks to integrate Internet, multimedia, and communication technologies to provide multiple interactive services to home users. OTT TV refers to an open Internet-based video service. The terminal can be a television, a computer, a set-top box, a smart phone, or the like.

VR (Virtual Reality) is a virtual environment created by computer technology as the core of modern high-tech means. Users use the special input/output devices to interact with the virtual world and provide users with visual, auditory and tactile sense. The simulation of the senses makes the user feel like being there. There are two main ways for users to experience virtual reality. One is through VR glasses and the other is through VR helmets. Compared with VR glasses, VR helmets have a wider viewing angle and a stronger immersion, which can bring users a better experience. However, current VR helmets often need to be connected to a computer, and require a large amount of activity space, resulting in limited use of the VR helmet, and the user's experience is not good.

Summary of the invention

The embodiment of the invention provides a VR video or game playing system based on network television, and a set top box, which aims to solve the problem that the use space of the VR helmet is limited due to the need to connect to the computer in the prior art, thereby achieving the purpose of improving the user experience. .

The embodiment of the invention provides a VR video playing system based on a network television, comprising: a VR helmet, a set top box, an EPG (Electronic Program Guide) network module, a CDN (Content Delivery Network) network module, and a network. TV intermediate module, content management module;

The VR helmet is used for receiving VR video transmitted by the top box and sending various action requests to the set top box, and the set top box is configured to receive an operation instruction of the user and send a request instruction to the EPG network module. The EPG network module is configured to respond to a request command sent by a receiver set top box, the CDN network module is configured to store a VR video and provide a play code stream of the VR video to the set top box, and the network television intermediate module is configured to manage the VR video content. The content management module is configured to upload or delete a VR video.

According to an exemplary embodiment, the network television intermediate module is specifically configured to:

After receiving the request message for uploading or deleting the VR video content sent by the content management module, adding or deleting the VR video content in the VR video playback system based on the network television according to the received request message;

At the same time, the CDN network module sends a request message for uploading or deleting the VR video content, so that the CDN network module saves or deletes the corresponding VR video content according to the received request message, and returns the save or delete result to the network television intermediate module.

According to an exemplary embodiment, the set top box is specifically configured to:

After receiving the request command of the user triggered request to display the VR video program list, sending the request instruction to the EPG network module, so that the EPG network module feeds back the VR video program list to the set top box;

After receiving the triggered VR video program selection instruction of the user, sending an authentication request message to the EPG network module according to the selection instruction, and receiving an authentication result sent by the EPG network module.

According to an exemplary embodiment, the EPG network module is configured to:

After receiving the authentication request message sent by the set top box, the authentication request message is sent to the network television intermediate module after being processed by a preset process;

Receiving an authentication result fed back by the network television intermediate module, and transmitting the authentication result to the set top box.

According to an exemplary embodiment, the EPG network module is configured to:

If the received authentication result of the network television intermediate module is not passed, the purchase link corresponding to the VR video program selected by the user is sent to the set top box;

After receiving the purchase information sent by the set-top box and confirming the purchase, the purchase information is sent to the network television intermediate module;

Receiving purchase feedback information sent by the network television intermediate module, and transmitting the purchase feedback information to the set top box.

According to an exemplary embodiment, the EPG network module is configured to:

If the received authentication result of the network television intermediate module is passed, or the received purchase feedback information sent by the network television intermediate module is successful, the play address corresponding to the VR video program selected by the user is sent to the set top box. .

According to an exemplary embodiment, the set top box is further configured to:

Sending a play request instruction to the CDN network module according to the received play address, so that the CDN network module sends the play code stream of the corresponding VR video to the set top box after receiving the play request instruction;

After receiving the play stream of the VR video, the play stream of the VR video is decoded and sent to the VR helmet.

The embodiment of the invention further provides a VR game playing system based on a network television, the system comprising: a VR helmet, a set top box, an EPG network module, a network television intermediate module, and a VR game background module;

Wherein, the VR helmet is used for receiving VR game data transmitted by the top box and sending various action requests to the set top box, the set top box is configured to receive an operation instruction of the user and send a request instruction to the EPG network module, the EPG network module And responding to a request command sent by the receiver set-top box for managing VR game data, the VR game background module for generating VR game data.

According to an exemplary embodiment, the VR game background module is specifically configured to:

Generate VR game data and save it in a preset memory;

Regularly save the saved VR game data to the network TV intermediate module.

The VR game data sent by the VR game background module is imported into the network TV-based VR game play system database, and the VR game data is synchronized to the EPG network module.

After receiving the request command of the user triggered request to display the VR game list, sending the request instruction to the EPG network module or the network television intermediate module, so that the EPG network module or the network television intermediate module feeds back the VR game list to the set top box;

After receiving the triggered VR game selection instruction of the user, sending an authentication request message to the EPG network module or the network television intermediate module according to the selection instruction, and receiving an authentication result sent by the EPG network module or the network television intermediate module.

According to an exemplary embodiment, the EPG network module or the network television intermediate module is used to:

If the authentication result is not passed, sending a purchase link corresponding to the VR game selected by the user to the set top box;

After receiving the purchase information confirmed by the user sent by the set top box, the purchase feedback information is sent to the Set-top box.

If the authentication result is passed, or after receiving the purchase information sent by the user of the set top box to confirm the purchase, the download link corresponding to the VR game selected by the user is sent to the set top box.

According to an exemplary embodiment, the set top box is further configured to:

Download the corresponding VR game in the VR game background module according to the received download link;

After receiving the control command sent by the VR helmet, the audio and video playback signals in the VR game are sent to the VR helmet according to the control command.

In addition, an embodiment of the present invention further provides a set top box, where the set top box includes a VR video processing module, a VR audio processing module, a VR control module, and a VR game running module.

The VR video processing module is configured to decode a video play stream of the VR video or the VR game, and send the decoded VR video or VR game to the VR helmet, where the VR audio processing module is used for the VR video. Or the audio play stream of the VR game is decoded, and the decoded VR video or the audio of the VR game is sent to the VR helmet, and the VR control module is configured to receive various actions sent by the user in the virtual environment through the VR game controller. Requesting and performing corresponding actions according to various action requests received, the VR game running module is used to run a VR stand-alone game or a VR network game.

The VR video playing system based on the network television provided by the embodiment of the invention comprises: a VR helmet, a set top box, an EPG network module, a CDN network module, a network television intermediate module, and a content management module; wherein the VR helmet is used for the receiver top box The transmitted VR video and the sending of various action requests to the set top box, the set top box is configured to receive the user's operation instruction and send a request instruction to the EPG network module, the EPG network module is used for the request instruction sent by the receiver top box and responds, and the CDN network module is used for The VR video is stored and the play stream of the VR video is provided to the set top box. The network TV intermediate module is used to manage the VR video content, and the content management module is used to upload or delete the VR video. The VR helmet is connected to the set top box, and the set top box is used to obtain the VR video program, which solves the problem that the VR helmet in the prior art has limited use space due to the need to connect the computer. The embodiment of the invention further provides a VR video playing system based on the network television. The VR helmet is connected to the set top box and the set top box is used to obtain the VR game data, thereby solving the problem that the VR helmet in the prior art is connected to the computer. The problem of using space is limited. And the embodiment of the invention further provides a set top The set-top box can establish a connection with the VR helmet, and can acquire VR video or VR game data, and solves the problem that the use space of the VR helmet in the prior art is limited due to the need to connect the computer, thereby realizing the user experience. purpose.

DRAWINGS

1 is a schematic structural diagram of a first embodiment of a VR video playing system based on a network television according to the present invention;

2 is a schematic flow chart showing the operation of the first embodiment of the VR video playing system based on the network television shown in FIG. 1 of the present invention;

3 is a schematic structural diagram of a first embodiment of a VR game playing system based on a network television according to the present invention;

4 is a schematic flow chart showing the operation of the first embodiment of the VR game playing system based on the network television shown in FIG. 3 of the present invention;

Figure 5 is a schematic view showing the structure of the first embodiment of the set top box of the present invention.

The implementation, functional features, and advantages of the present invention will be further described in conjunction with the embodiments.

detailed description

The preferred embodiments of the present invention are described in conjunction with the accompanying drawings, and the preferred embodiments described herein are intended to illustrate and explain the invention, and not to limit the invention, and The embodiments and the features in the embodiments can be combined with each other.

1 is a schematic structural diagram of a first embodiment of a VR video playing system based on a network television according to the present invention. In this embodiment, the VR video playing system 100 based on the network television includes:

VR helmet 110, set top box 120, EPG network module 130, CDN network module 140, network television intermediate module 150, content management module 160.

The VR helmet 110 is used to interface with the set top box 120, and receives the VR video transmitted by the receiver set top box 120 and sends various motion requests to the set top box 120.

The set top box 120 is configured to receive an operation instruction of the user and send a request instruction to the EPG network module 130. Specifically, after receiving the key command of the user, the set top box 120 converts to a protocol command compatible with the IPTV or OTT TV system. The set top box 120 includes a confirmation button for purchasing a VR interface, an upper, lower, left, and right keys, an exit key, and the like. The set top box 120 further includes a VR video decoding module for decoding and outputting the VR video. Go out to the VR helmet.

The EPG network module 130 is configured to respond to a request sent by the receiver to the top box. In this embodiment, the EPG network module 130 is a portal for the user to access the IPTV system or the OTT TV system, and mainly communicates with the set top box 120 to process the set top box. 120 sends a request command and returns a response. The EPG network module 130 generally adopts a multi-level distributed EPG architecture, and can provide operators with service capabilities of millions of users.

The EPG network module is mainly used to receive a request message sent by a set-top box of any user, including a display, authentication, subscription, and play request message of the VR video program. In addition, the EPG network module 130 further includes an interface for displaying, authenticating, ordering, and playing the corresponding VR video program.

The CDN network module 140 is configured to store VR video and provide a play stream of VR video to the set top box. In this embodiment, the CDN network module 140 is composed of multiple CDN nodes that provide streaming services for the user. The CDN network generally adopts a multi-level distributed CDN architecture, which can provide operators with the service capabilities of millions of users. In the embodiment of the present invention, the CDN network module 140 is mainly used to process and store a VR video source suitable for playing by an IPTV system or an OTT TV system, and provide a play stream of the VR video program to the set top box.

The network television intermediate module 150 is configured to manage VR video content. In this embodiment, the network television intermediate module 150 is mainly used for processing the release of VR video content and displaying, authenticating, and ordering VR video content.

The network television intermediate module 150 further includes an authentication, ordering, content publishing/deleting/modifying interface of the corresponding VR video program, and a corresponding VR video program ordering and playing bill interface, which is also used for storing the VR video program. Relevant data, as well as related stored procedures for processing processes such as judging authentication subscriptions.

The content management module 160 is configured to upload or delete a VR video. In this embodiment, the content management module 160 is mainly used to upload or delete a VR video program to an IPTV system or an OTT TV system.

The content management module 160 further includes a content uploading/deleting/modifying/inquiring interface of the corresponding VR video program to upload/delete/modify/query the VR video program to the IPTV system or the OTT TV system.

The network television-based VR video playing system 100 of the embodiment includes: a VR helmet 110, a set top box 120, an EPG network module 130, a CDN network module 140, a network television intermediate module 150, and a content management module 160; wherein, the VR helmet 110 for VR video transmission by the top box of the receiver and sending various action requests to the set top box, the set top box 120 is configured to receive an operation instruction of the user and send a request instruction to the EPG network module, and the EPG network module 130 is used for the request instruction sent by the receiver top box And in response, the CDN network module 140 is configured to store VR video and provide a play stream of the VR video to the set top box, the network television intermediate mode Block 150 is used to manage VR video content, and content management module 160 is used to upload or delete VR video. In this embodiment, by connecting the VR helmet to the set top box and using the set top box to obtain the VR video program, the problem that the VR helmet is limited in use space caused by the need to connect to the computer is solved, and the user experience is improved. the goal of.

Further, referring to FIG. 2, FIG. 2 is a schematic flowchart of the operation of the first embodiment of the VR video playing system based on the network television shown in FIG. 1 according to the embodiment of the present invention; The process of running a VR video playback system based on network television includes:

Step S1: After receiving the request message for uploading or deleting VR video content sent by the content management module, the network television intermediate module adds or deletes the VR video content in the VR video playback system based on the network television according to the received request message. .

Step S2: The network television intermediate module sends a request message for uploading or deleting the VR video content to the CDN network module, so that the CDN network module saves or deletes the corresponding VR video content according to the received request message.

In step S3, the CDN network module returns the save or delete result to the network television intermediate module.

In step S4, the network television intermediate module returns an operation result to the content management module.

Step S5, the set top box sends the request instruction to the EPG network module after receiving the request command of the user triggered request to display the VR video program list.

In step S6, the EPG network module feeds back the VR video program list to the set top box.

Step S7: After receiving the triggered VR video program selection instruction of the user, the set top box sends an authentication request message to the EPG network module according to the selection instruction.

Step S8: After receiving the authentication request message sent by the set top box, the EPG network module sends the authentication request message to the network television intermediate module after performing the preset processing.

In step S9, the EPG network module receives the authentication result fed back by the network television intermediate module.

Step S10: The EPG network module sends the authentication result to the set top box, where if the received authentication result fed back by the network television intermediate module is not passed, the purchase link corresponding to the VR video program selected by the user is sent to the Said set-top box.

Step S11: The set-top box sends the purchase information confirmed by the user to the EPG network module, where the EPG network module sends the purchase information to the network television intermediate module after receiving the purchase information that the user sent by the set-top box confirms the purchase, and receives the purchase information. Purchase feedback information sent by the network TV intermediate module.

Step S12: The EPG network module sends the received purchase feedback information sent by the received network television intermediate module to the set top box, where the received authentication result of the network television intermediate module is passed, or the received network television intermediate module sends If the purchase feedback information is successful, the play address corresponding to the VR video program selected by the user is sent to the set top box.

Step S13, the set top box sends a play request instruction to the CDN network module according to the received play address.

Step S14: After receiving the play request command, the CDN network module sends a play code stream of the corresponding VR video to the set top box.

Step S15: After receiving the play code stream of the VR video, the set top box decodes the play code stream of the VR video and sends it to the VR helmet.

The VR video playing system based on the network television according to the embodiment includes: a VR helmet, a set top box, an EPG network module, a CDN network module, a network television intermediate module, and a content management module; wherein the VR helmet is used for receiving a top box transmission VR video and sending various action requests to the set top box, the set top box is configured to receive an operation instruction of the user and send a request instruction to the EPG network module, where the EPG network module is used to respond to the request sent by the receiver set top box, and responds. The CDN network module is configured to store VR video and provide a play stream of VR video to the set top box, the network television intermediate module is configured to manage VR video content, and the content management module is configured to upload or delete VR video. In this embodiment, by connecting the VR helmet to the set top box and using the set top box to obtain the VR video program, the problem that the VR helmet is limited in use space caused by the need to connect to the computer is solved, and the user experience is improved. the goal of.

Further, referring to FIG. 3, FIG. 3 is a schematic structural diagram of a first embodiment of a VR game playing system based on a network television according to the present invention. In this embodiment, the VR running playback system 200 based on the network television includes: a VR helmet 210, The set top box 220, the EPG network module 230, the network television intermediate module 240, and the VR game background module 250.

The VR helmet 210 is used to interface with the set top box 220, and receives the VR video transmitted by the receiver set top box 220 and sends various motion requests to the set top box 220.

The set top box 220 is configured to receive an operation instruction of the user and send a request instruction to the EPG network module 230. Specifically, after receiving the key command of the user, the set top box 220 converts to a protocol command compatible with the IPTV or OTT TV system. The set top box 220 includes a confirmation button for purchasing a VR interface, an up, down, left, and right keys, an exit button, and the like. The set top box 220 further includes a VR game decoding module for decoding and then translating the VR game. Go out to the VR helmet.

The EPG network module 230 is used for responding to the request command sent by the receiver set-top box. In this embodiment, the EPG network module 230 is a portal for the user to access the IPTV system or the OTT TV system, and mainly communicates with the set-top box 220 to process the set-top box. 220 sends a request command and returns a response. The EPG network module 230 generally adopts a multi-level distributed EPG architecture, and can provide operators with service capabilities of millions of users.

The EPG network module 230 is mainly configured to receive a request message sent by a set-top box of any user, including a display, authentication, subscription, and play request message of the VR game directory. In addition, the EPG network module 230 further includes an interface for displaying, authenticating, ordering, and playing the corresponding VR game.

The network television intermediate module 250 is configured to manage VR game data. In this embodiment, the network television intermediate module 240 is mainly used for processing the release of VR game data and displaying, authenticating, and ordering services of the VR game.

The network television intermediate module 240 further includes an authentication, ordering, content publishing/deleting/modifying interface of the corresponding VR game, and a corresponding VR game ordering and running interface, which is also used for storing relevant data of the VR game, and Processing related stored procedures for judging processes such as authentication subscriptions.

The VR game background module 250 is specifically configured to generate VR game data and save it in a preset memory, where the VR game data includes a game name, an author, a release date, a rating, a profile, a download address, and the like.

The network television-based VR game playing system 200 of the embodiment includes: a VR helmet 210, a set top box 220, an EPG network module 230, a network television intermediate module 240, and a VR game background module 250; wherein the VR helmet 210 is configured to receive The VR game data transmitted by the set top box and various action requests are sent to the set top box. The set top box 220 is configured to receive an operation instruction of the user and send a request instruction to the EPG network module 230, and the EPG network module 230 is configured to perform a request instruction sent by the receiver top box and perform the request. In response, the network television intermediate module 240 is used to manage VR game data, and the VR game background module 250 is used to generate VR game data. By connecting the VR helmet to the set-top box and using the set-top box to obtain the VR game, the problem that the VR helmet is limited in use space due to the need to connect to the computer is solved, and the user experience is improved.

Further, referring to FIG. 4, FIG. 4 is a schematic flowchart of the operation of the first embodiment of the VR game playing system based on the network television shown in FIG. 3 according to the embodiment of the present invention; The process of running a VR game playing system based on network television includes:

In step Y1, the VR game background module saves the generated VR game data in a preset memory, and periodically synchronizes the saved VR game data to the network television intermediate module.

After receiving the VR game data synchronized by the VR game background module, the network television intermediate module imports the VR game data into the network TV-based VR game play system database, and synchronizes the VR data to the EPG network module.

In step Y2, after receiving the user-triggered request to display the VR game list request command, the set-top box sends the request command to the EPG network module or the network television intermediate module.

In step Y3, the EPG network module or the network television intermediate module feeds back the VR game list to the set top box.

In step Y4, after receiving the triggered VR game selection instruction of the user, the set top box sends an authentication request message to the EPG network module or the network television intermediate module according to the selection instruction.

In the step Y5, the EPG network module or the network television intermediate module sends the authentication result to the set top box. If the authentication result is not passed, the purchase link corresponding to the VR game selected by the user is sent to the set top box.

In step Y6, if the authentication result is not passed, the set top box sends the purchase information confirmed by the user to the EPG network module or the network television intermediate module.

Step Y7: If the EPG network module or the network television intermediate module receives the purchase information that the user sent by the set top box confirms the purchase, or if the authentication result is passed, the download link corresponding to the VR game selected by the user is sent to the set top box. .

In step Y8, the set top box sends a download request message to the VR game background module according to the received download link.

In step Y9, the VR game background module sends the corresponding VR game data to the set top box according to the received download link.

In step Y10, the set top box receives the control command sent by the VR helmet.

In step Y11, the set top box sends the audio and video playback signals in the VR game to the VR helmet according to the received control command.

The VR game playing system based on the network television according to the embodiment includes: a VR helmet, a set top box, an EPG network module, a network television intermediate module, and a VR game background module; wherein the VR helmet is used for a VR game transmitted by the receiver to the top box And sending various action requests to the set top box, the set top box is configured to receive an operation instruction of the user and send a request instruction to the EPG network module, where the EPG network module is configured to respond to the request sent by the receiver set top box, and the response is The IPTV intermediate module is used to manage VR game data. The VR game background module is used to generate VR game data. By connecting the VR helmet to the set-top box and using the set-top box to obtain the VR game, the problem that the VR helmet is limited in use space due to the need to connect to the computer is solved, and the user experience is improved.

Further, referring to FIG. 5, FIG. 5 is a schematic structural view of a first embodiment of the set top box of the present invention. Based on the foregoing embodiment, in the embodiment, the set top box 300 includes: a VR video processing module 310, a VR audio processing module 320, a VR control module 330, and a VR game running module 340.

The VR video processing 310 module is configured to decode a video playback code stream of a VR video or a VR game, and send the decoded VR video or VR game to the VR helmet. The set top box further includes an HDMI (High Definition Multimedia Interface) interface, and the set top box sends the decoded VR video or VR game to the VR helmet through the HDMI interface.

The VR audio processing module 320 is configured to decode an audio play stream of the VR video or the VR game, and send the decoded VR video or the audio of the VR game to the VR helmet, wherein the set top box further includes an AV interface. The set top box sends the decoded VR video or VR game audio to the VR helmet via the AV interface.

The VR control module 330 is configured to receive various action requests sent by the user in the virtual environment by using the VR game controller, and perform corresponding actions according to the received various action requests, wherein the set top box further includes a USB interface, Receive various action requests sent by the VR gamepad in a virtual environment.

The VR game running module 340 is used to run a VR stand-alone game or a VR network game.

The set top box is connected to the stream box of the VR helmet through the HDMI interface, the AV interface, and the USB interface, thereby interconnecting the set top box and the VR helmet.

The set top box 300 of the embodiment includes: a VR video processing module 310, a VR audio processing module 320, a VR control module 330, and a VR game running module 340; wherein, the VR video processing module 310 is used for a VR video or VR game. The video play stream is decoded, and the decoded VR video or VR game is sent to the VR helmet; the VR audio processing module 320 is used to decode the audio play stream of the VR video or VR game, and the decoded VR The audio of the video or VR game is sent to the VR helmet; the VR control module 330 is configured to receive various action requests sent by the user in the virtual environment through the VR game controller, and perform corresponding actions according to the received various action requests; the VR game The running module 340 is used to run a VR stand-alone game or a VR network game. The set top box provided by the present embodiment can be connected to the VR helmet, and the set top box The ability to acquire VR video or VR games solves the problem that the use space of the VR helmet in the prior art is limited due to the need to connect to the computer, thereby achieving the purpose of improving the user experience.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the invention, and the equivalent structure or equivalent process transformations made by the description of the present invention and the drawings are directly or indirectly applied to other related technical fields. The same is included in the scope of patent protection of the present invention.

Industrial applicability

The technical solution of the embodiment of the present invention can be applied to the technical field of image processing. In the embodiment of the present invention, the VR helmet is connected to the set top box, and the set top box is used to obtain the VR video program, which solves the problem that the use space of the VR helmet in the prior art is limited due to the need to connect the computer.

Claims

A VR video playing system based on network television, wherein the system comprises: a VR helmet, a set top box, an EPG network module, a CDN network module, a network television intermediate module, and a content management module;

The VR helmet is configured to receive VR video transmitted by the receiver set-top box and send various action requests to the set-top box, the set-top box is configured to receive an operation instruction of the user and send a request instruction to the EPG network module, where the EPG network module is configured Responding to and responding to a request command sent by the receiver set-top box, the CDN network module being configured to store the VR video and provide a play stream of the VR video to the set top box, the network television intermediate module being configured to manage the VR video content, the content management module Set to upload or delete VR videos.
The network television based VR video playing system according to claim 1, wherein the network television intermediate module is configured to:

After receiving the request message for uploading or deleting the VR video content sent by the content management module, adding or deleting the VR video content in the VR video playback system based on the network television according to the received request message;

At the same time, the CDN network module sends a request message for uploading or deleting the VR video content, so that the CDN network module saves or deletes the corresponding VR video content according to the received request message, and returns the save or delete result to the network television intermediate module.
The VR video playback system based on a network television according to claim 1, wherein the set top box is set to:

After receiving the request command of the user triggered request to display the VR video program list, sending the request instruction to the EPG network module, so that the EPG network module feeds back the VR video program list to the set top box;

After receiving the triggered VR video program selection instruction of the user, sending an authentication request message to the EPG network module according to the selection instruction, and receiving an authentication result sent by the EPG network module.
The network television-based VR video playing system according to claim 3, wherein the EPG network module is configured to:

After receiving the authentication request message sent by the set top box, the authentication request message is subjected to a preset process. Send to the network TV intermediate module;

Receiving an authentication result fed back by the network television intermediate module, and transmitting the authentication result to the set top box.
The VR video playback system based on the network television according to claim 4, wherein the EPG network module is configured to:

If the received authentication result of the network television intermediate module is not passed, the purchase link corresponding to the VR video program selected by the user is sent to the set top box;

After receiving the purchase information sent by the set-top box and confirming the purchase, the purchase information is sent to the network television intermediate module;

Receiving purchase feedback information sent by the network television intermediate module, and transmitting the purchase feedback information to the set top box.
The network television-based VR video playing system according to claim 5, wherein the EPG network module is configured to:

If the received authentication result of the network television intermediate module is passed, or the received purchase feedback information sent by the network television intermediate module is successful, the play address corresponding to the VR video program selected by the user is sent to the set top box. .
The network television-based VR video playing system according to claim 6, wherein the set top box is further configured to:

Sending a play request instruction to the CDN network module according to the received play address, so that the CDN network module sends the play code stream of the corresponding VR video to the set top box after receiving the play request instruction;

After receiving the play stream of the VR video, the play stream of the VR video is decoded and sent to the VR helmet.
A VR game playing system based on network television, wherein the system comprises: a VR helmet, a set top box, an EPG network module, a network television intermediate module, and a VR game background module;

The VR helmet is configured to receive VR game data transmitted by the receiver set-top box and send various action requests to the set-top box, and the set-top box is configured to receive an operation instruction of the user and send the request to the EPG network module. In response to the instruction, the EPG network module is configured to respond to a request command sent by the receiver set-top box, the network television intermediate module is configured to manage VR game data, and the VR game background module is configured to generate VR game data.
The VR game play system based on a network television according to claim 8, wherein the VR game background module is set to:

Generate VR game data and save it in a preset memory;

Regularly save the saved VR game data to the network TV intermediate module.
The network television based VR game playing system according to claim 9, wherein the network television intermediate module is configured to:

The VR game data sent by the VR game background module is imported into the network TV-based VR game play system database, and the VR game data is synchronized to the EPG network module.
The network television based VR game playing system according to claim 10, wherein the set top box is set to:

After receiving the request command of the user triggered request to display the VR game list, sending the request instruction to the EPG network module or the network television intermediate module, so that the EPG network module or the network television intermediate module feeds back the VR game list to the set top box;

After receiving the triggered VR game selection instruction of the user, sending an authentication request message to the EPG network module or the network television intermediate module according to the selection instruction, and receiving an authentication result sent by the EPG network module or the network television intermediate module.
The network television-based VR game playing system according to claim 11, wherein the EPG network module or the network television intermediate module is configured to:

If the authentication result is not passed, sending a purchase link corresponding to the VR game selected by the user to the set top box;

After receiving the purchase information confirmed by the user sent by the set top box, the purchase feedback information is sent to the set top box.
The network television-based VR game playing system according to claim 12, wherein the EPG network module or the network television intermediate module is configured to:

If the authentication result is passed, or after receiving the purchase information sent by the user of the set top box to confirm the purchase, the download link corresponding to the VR game selected by the user is sent to the set top box.
The network television based VR game playing system according to claim 13, wherein the set top box is further configured to:

Download the corresponding VR game in the VR game background module according to the received download link;

After receiving the control command sent by the VR helmet, the audio and video playback signals in the VR game are sent to the VR helmet according to the control command.
A set top box, wherein the set top box comprises a VR video processing module, a VR audio processing module, a VR control module, and a VR game running module;

The VR video processing module is configured to decode a video play stream of the VR video or the VR game, and send the decoded VR video or VR game to the VR helmet, and the VR audio processing module is set to the VR video. Or decoding the audio play stream of the VR game, and transmitting the decoded VR video or audio of the VR game to the VR helmet, the VR control module being configured to receive various actions sent by the user in the virtual environment through the VR game controller The request is executed and the corresponding action is performed according to the received various action requests, and the VR game running module is set to run a VR stand-alone game or a VR network game.