WO2022095416A1

WO2022095416A1 - Multimedia system and method applicable to multimedia playing platform

Info

Publication number: WO2022095416A1
Application number: PCT/CN2021/095790
Authority: WO
Inventors: 林钰轩
Original assignee: 姊弟投资股份有限公司
Priority date: 2020-11-06
Filing date: 2021-05-25
Publication date: 2022-05-12
Also published as: CN114902690A; CN114902690B

Abstract

The present invention relates to a multimedia system, including: a database for storing channel form data and first channel audio and video data; and a server for accessing the database and in communication connection with a first processing apparatus and a first channel provider server. The server causes, according to the channel form data, the first processing apparatus to play the first channel audio and video data by means of a first display apparatus, wherein the first channel audio and video data is received by the server from the first channel provider server, and the server stores the first channel audio and video data in the database.

Description

Multimedia system and method applicable to multimedia playback platform

technical field

The present invention relates to a multimedia system and method which can be applied to a multimedia playing platform, in particular to a multimedia system and method which can provide video and audio playing services of different video and audio channel service providers through a network.

Background technique

Traditional multimedia audio and video playback platforms (such as the fourth TV platform, etc.) need to be connected to the set-top box through a data cable and then connected to the display system (such as TV) in order to provide different audio and video channel service providers (such as CNN, HBO and other TV channel service providers) video playback service. However, since the set-top box can only provide the audio and video playback service of the multimedia audio and video playback platform through the TV/Internet cable, the user cannot obtain the audio and video playback service anytime and anywhere, which will cause great inconvenience to the user.

In addition, traditional multimedia video and audio playback platforms can only provide video and audio playback services, but cannot simultaneously provide information related to the currently playing video and audio (for example, information about products appearing in the video and audio, or the TV channel currently being watched). information about the service provider, etc.). In such a situation, the user will not be able to obtain the desired information immediately while watching the video. Nor does it provide the ability for creators or channel owners to interact with viewers in two ways. In view of this, there will be a need for a multimedia system that can be applied to a multimedia playback platform, which can provide audio and video playback services of different audio and video channel service providers through the network, so that users can select and obtain the desired audio and video channel services through the network anytime, anywhere. commercial video playback services. Further, the multimedia system of the present invention can also provide information associated with the currently played video when the user is watching the video.

SUMMARY OF THE INVENTION

In order to solve the above problems, an idea of the present invention is to provide a multimedia system and a method thereof applicable to a multimedia playback platform, which can provide video and audio playback services of different video and audio channel service providers through a network. Another idea of the present invention is to provide a multimedia system and method which can be applied to a multimedia playback platform, which can provide audio and video playback services of different audio and video channel service providers through a network, and can provide audio and video playback services at the moment when a user is watching audio and video. Information associated with the audio and video being played.

Based on the foregoing concept, the present invention provides a multimedia system, comprising: a database for storing channel form data and first channel audio and video data; and a server for accessing the database and communicating with the first processing device and the first channel provider server, the The server causes the first processing device to play the first channel video data through the first display device according to the channel form data; wherein the first channel video data is received by the server from the first channel provider server, and the server and store the audio and video data of the first channel into the database.

In a preferred embodiment of the present invention, the database stores a plurality of current channel video data, the channel table data includes a plurality of channel number data, and the plurality of current channel video data are respectively associated with one of the plurality of channel number data , the plurality of channel number data respectively indicate different channels; wherein the server is communicatively connected to a plurality of second processing devices, and the server receives a request to play instructions from each of the plurality of second processing devices; wherein the server According to the sequence of receiving the playback-requesting commands respectively transmitted by the plurality of second processing devices, the video and audio data of the plurality of current channels are respectively provided to the plurality of second processing devices for playback in sequence; provide the plurality of current channel video and audio data to the plurality of second processing devices respectively, and provide the plurality of current channel video and audio data to the plurality of second processing devices according to the sequence indicated by the plurality of channel number data device.

In a preferred embodiment of the present invention, the database stores the video and audio data of the second channel, and the channel table data includes the first channel data, the second channel data, the first play sequence data and the second play sequence data; A channel data indicates that the video data of the first channel is associated with the first channel, the second channel data indicates that the video data of the second channel is associated with the first channel, and the first playback sequence data indicates that the video data of the first channel The playback sequence of the data in the first channel, the second playback sequence data indicates the playback sequence of the audio and video data of the second channel in the first channel; wherein the server is based on the first playback sequence data and/or the first playback sequence data. Second play sequence data, so that after the first processing device plays the video and audio data of the first channel through the first display device, the first processing device then plays the video and audio data of the second channel through the first display device.

In a preferred embodiment of the present invention, the database stores the audio and video data of the third channel, the channel table data includes the first channel data, the third channel data and the third play sequence data; wherein the first channel data indicates the The video data of the first channel is associated with the first channel, the third channel data indicates that the video data of the third channel is associated with the first channel, and the third playback sequence data indicates that the video data of the third channel is in the first channel The playback order of the audio and video data in the first channel is different from the playback order of the audio and video data of the first channel in the first channel; wherein the server is in the process of playing the audio and video data of the first channel by the first processing device through the first display device. The first processing device receives a first command, the server causes the first processing device to stop playing the audio and video data of the first channel through the first display device according to the first command, and the server causes the first channel to stop playing the audio and video data according to the first command. A processing device plays the audio and video data of the third channel through the first display device.

In a preferred embodiment of the present invention, the database stores the audio and video data of the fourth channel, and the channel table data includes the first channel data, the fourth channel data, the first period data and the second period data; wherein the first channel The data indicates that the audio and video data of the first channel is associated with the first channel, and the data of the fourth channel indicates that the audio and video data of the fourth channel is associated with a second channel, wherein the second channel is different from the first channel; wherein the first channel The period data indicates the first playing period of the audio and video data of the first channel, the second period data indicates the second playing period of the audio and video data of the fourth channel, wherein the first playing period and/or the second playing period covers The current time point; wherein the server receives a second instruction from the first processing device during the process of playing the audio and video data of the first channel by the first processing device through the first display device, and the server executes the second instruction according to the second instruction. The first processing device stops playing the audio and video data of the first channel through the first display device, and the server causes the first processing device to play the audio and video data of the fourth channel through the first display device according to the second instruction; wherein The server is communicatively connected to the second channel provider server, the fourth channel audio and video data is received by the server from the second channel provider server, and the server stores the fourth channel audio and video data in the database.

In a preferred embodiment of the present invention, the server receives a third instruction from the first processing device during the process of playing the audio and video data of the first channel by the first processing device through the first display device. The third instruction causes the first processing device to stop playing the audio and video data of the first channel through the first display device.

In a preferred embodiment of the present invention, the server receives a fourth command from the first processing device, the fourth command includes first time stamp data, and the first time stamp data indicates the audio and video data of the first channel. The first playback time point; wherein the server generates first connection data according to the fourth instruction, and the server transmits the first connection data to the first processing device; wherein the first connection data indicates the first channel video and audio data and the first playback time point of the audio and video data of the first channel.

In a preferred embodiment of the present invention, the server is communicatively connected to a third processing device, the server receives a fifth command from the third processing device, and the fifth command is associated with the first connection data; wherein the server according to the The fifth instruction causes the third processing device to play the audio and video data of the first channel on the second display device; wherein the third processing device starts to play the audio and video data of the first channel from the first playback time point of the audio and video data of the first channel Channel audio and video data.

In a preferred embodiment of the present invention, the server is communicatively connected to a third processing device, the server receives a sixth command from the third processing device, and the sixth command is associated with the first connection data; wherein the server according to the The sixth instruction transmits the file installation data to the third processing device.

In a preferred embodiment of the present invention, the server receives comment data from the first processing device, the server associates the comment data with the audio and video data of the first channel, and stores the comment data in the database; wherein the The comment data includes at least one of count data, text data, image data, and second time stamp data; wherein the second time stamp data indicates a second playing time point of the video and audio data of the first channel.

In a preferred embodiment of the present invention, the server generates record data according to the length of time that the video and audio data of the first channel is played on the first display device, and the server stores the record data in the database.

In a preferred embodiment of the present invention, the server generates video and audio recommendation data according to the recorded data, and stores the video and audio recommendation data in the database; wherein the database stores the fifth channel audio and video data, and the video and audio recommendation data indicates the Audio and video data of the fifth channel; wherein the server makes the first processing device display or play the audio and video data of the fifth channel through the first display device according to the video and audio recommendation data.

In a preferred embodiment of the present invention, the database stores content data, and the content data is associated with the audio and video data of the first channel; wherein the content data includes second connection data, and the second connection data indicates the channel provider website, One of an audio-visual website, a shopping mall website and a commodity web page; wherein the server makes the first processing device play the audio-visual data of the first channel and display the second channel through the first display device according to the channel form data and the content data Connect data.

In a preferred embodiment of the present invention, the content data includes third time stamp data, and the third time stamp data indicates a third playback time point of the audio and video data of the first channel; At the third playback time point of the audio and video data of the first channel, the second connection data starts to be displayed.

According to the purpose of the present invention, a multimedia method is further provided, which is applied to a multimedia system. The multimedia method includes: receiving, by a server of the multimedia system, audio and video data of a first channel from a server of a first channel provider, and converting the audio and video data of the first channel The data is stored in the database of the multimedia system; and the server makes the first processing device play the video and audio data of the first channel through the first display device according to the channel list data stored in the database.

In a preferred embodiment of the present invention, the database stores a plurality of current channel video data, the channel table data includes a plurality of channel number data, and the plurality of current channel video data are respectively associated with one of the plurality of channel number data , the plurality of channel number data respectively indicate different channels; wherein the multimedia method further comprises: receiving, by the server from each of the plurality of second processing devices, a request to play instructions; the sequence of the required playback instructions transmitted by the plurality of second processing devices respectively, and the plurality of current channel video and audio data are respectively provided to the plurality of second processing devices for playback in sequence; wherein the sequence of the plurality of The plurality of current channel video and audio data are respectively provided to the plurality of second processing devices, and the plurality of current channel video and audio data are respectively provided to the plurality of second processing devices according to the sequence indicated by the plurality of channel number data.

In a preferred embodiment of the present invention, the database stores the video and audio data of the second channel, and the channel table data includes the first channel data, the second channel data, the first play sequence data and the second play sequence data; A channel data indicates that the video data of the first channel is associated with the first channel, the second channel data indicates that the video data of the second channel is associated with the first channel, and the first playback sequence data indicates that the video data of the first channel the playing sequence of the data in the first channel, the second playing sequence data indicates the playing sequence of the audio and video data of the second channel in the first channel; wherein the multimedia method further comprises: by the server according to the first playing sequence data and/or the second playback sequence data, so that after the first processing device plays the audio and video data of the first channel through the first display device, the first processing device then plays the first channel through the first display device Two-channel audio and video data.

In a preferred embodiment of the present invention, the database stores the audio and video data of the third channel, the channel table data includes the first channel data, the third channel data and the third play sequence data; wherein the first channel data indicates the The video data of the first channel is associated with the first channel, the third channel data indicates that the video data of the third channel is associated with the first channel, and the third playback sequence data indicates that the video data of the third channel is in the first channel The playback order in the first channel is different from the playback order of the audio and video data of the first channel in the first channel; wherein the multimedia method further comprises: playing the audio and video of the first channel on the first processing device by the server through the first display device In the process of data processing, a first instruction is received from the first processing device; the server makes the first processing device stop playing the audio and video data of the first channel through the first display device according to the first instruction; and the server According to the first instruction, the first processing device plays the audio and video data of the third channel through the first display device.

In a preferred embodiment of the present invention, the multimedia method further includes: receiving, by the server, audio and video data of the fourth channel from the server of the second channel provider, and storing the audio and video data of the fourth channel in the database; During the process of playing the audio and video data of the first channel through the first display device, the first processing device receives a second instruction from the first processing device; the server stops the first processing device from passing through the first processing device according to the second instruction The first display device plays the audio and video data of the first channel; and the server causes the first processing device to play the audio and video data of the fourth channel through the first display device according to the second instruction; wherein the channel list data includes the first A channel data, a fourth channel data, a first period data and a second period data; wherein the first channel data indicates that the audio and video data of the first channel is associated with the first channel, and the fourth channel data indicates the fourth channel The audio and video data is associated with a second channel, wherein the second channel is different from the first channel; wherein the first period data indicates a first playing period of the audio and video data of the first channel, and the second period data indicates the fourth period The second playing period of the channel audio and video data, wherein the first playing period and/or the second playing period covers the current time point.

In a preferred embodiment of the present invention, the multimedia method further includes: receiving, by the server, from the first processing device during the process of playing the video and audio data of the first channel by the first processing device through the first display device a third instruction; and causing the first processing device to stop playing the audio and video data of the first channel through the first display device by the server according to the third instruction.

In a preferred embodiment of the present invention, the multimedia method further includes: receiving, by the server, a fourth command from the first processing device, wherein the fourth command includes first time stamp data indicating that the first time stamp data indicates outputting the first playback time point of the audio and video data of the first channel; generating first connection data by the server according to the fourth instruction; and transmitting the first connection data to the first processing device by the server; wherein the first The connection data indicates the audio and video data of the first channel and the first playing time point of the audio and video data of the first channel.

In a preferred embodiment of the present invention, the multimedia method further includes: receiving, by the server, a fifth command from a third processing device, wherein the fifth command is associated with the first connection data; Five instructions to make the third processing device play the audio and video data of the first channel on the second display device; wherein the third processing device starts to play the first channel from the first playing time point of the audio and video data of the first channel video data.

In a preferred embodiment of the present invention, the multimedia method further includes: receiving, by the server, a sixth command from a third processing device, wherein the sixth command is associated with the first connection data; Six instructions transmit file installation data to the third processing device.

In a preferred embodiment of the present invention, the multimedia method further includes: receiving, by the server, comment data from the first processing device; The comment data is stored in the database; wherein the comment data includes at least one of counting data, text data, image data and second time stamp data; wherein the second time stamp data indicates the second play time of the audio and video data of the first channel point.

In a preferred embodiment of the present invention, the multimedia method further includes: generating, by the server, recording data according to the length of time that the video and audio data of the first channel is played on the first display device; and, by the server, recording the recording data Data is stored in this database.

In a preferred embodiment of the present invention, the database stores video and audio data of the fifth channel; wherein the multimedia method further comprises: generating video and audio recommendation data by the server according to the recorded data, and storing the video and audio recommendation data in the database; and the server enables the first processing device to display or play the audio and video data of the fifth channel through the first display device according to the video and audio recommendation data; wherein the video and audio recommendation data indicates the audio and video data of the fifth channel.

In a preferred embodiment of the present invention, the database stores content data, and the content data is associated with the audio and video data of the first channel; wherein the content data includes second connection data, and the second connection data indicates the channel provider website, One of an audio-visual website, a shopping mall website and a commodity web page; wherein the multimedia method further comprises: causing the first processing device to play the audio-visual data of the first channel through the first display device according to the channel form data and the content data by the server and display the second connection data.

The foregoing and other aspects of the present invention will be more apparent from the following detailed description of non-limiting specific examples and with reference to the accompanying drawings.

Description of drawings

FIG. 1 is a system architecture diagram of a specific embodiment of a multimedia system of the present invention.

FIG. 2 is a schematic diagram of a specific embodiment of the multimedia system of the present invention.

FIG. 3 is a schematic diagram of a specific embodiment of the multimedia system of the present invention.

FIG. 4 is a schematic diagram of a specific embodiment of the multimedia system of the present invention.

FIG. 5 is a schematic diagram of a specific embodiment of a multimedia system of the present invention.

FIG. 6 is a schematic diagram of a specific embodiment of the multimedia system of the present invention.

FIG. 7 is a schematic diagram of a specific embodiment of a multimedia system of the present invention.

FIG. 8 is a schematic diagram of a specific embodiment of a multimedia system of the present invention.

FIG. 9 is a schematic diagram of a specific embodiment of the multimedia system of the present invention.

FIG. 10 is a schematic diagram of a specific embodiment of a display screen of the multimedia system of the present invention.

FIG. 11 is a schematic diagram of a specific embodiment of a display screen of a multimedia system of the present invention.

FIG. 12 is a schematic diagram of a specific embodiment of a display screen of the multimedia system of the present invention.

FIG. 13 is a schematic diagram of a specific embodiment of a display screen of the multimedia system of the present invention.

FIG. 14 is a schematic diagram of a specific embodiment of a display screen of the multimedia system of the present invention.

FIG. 15 is a schematic diagram of a specific embodiment of a display screen of a multimedia system of the present invention.

FIG. 16 is a schematic diagram of a specific embodiment of a display screen of a multimedia system of the present invention.

FIG. 17 is a schematic diagram of a specific embodiment of a display screen of the multimedia system of the present invention.

FIG. 18 is a flowchart of a specific embodiment of the multimedia method of the present invention.

Description of reference numbers:

100 multimedia systems

110 Database

120 Servers

800N processing device

801 Processing device

802 Processing device

803 Processing device

900N Server

901 Server

902 Server

903 Server

202 Processing device

204 Processing device

206 Processing device

212 Channel 1

214 Channel 2

216 Channel 3

310 Controls

322 Operation Actions

422 Operation Action

510 Control device

512 Pause playback command

610 Calling Apps

612 Caller ID

712 pattern

812 First connection data

912 Second connection data

914 web page

1001～1005 Connection data

1110 screen

1210 screen

1310 screen

1410 screen

1510 screen

1610 screen

1710 screen

1800 Multimedia Methods

1810～1830 Steps

Detailed ways

Please refer to FIG. 1 , which illustrates a system architecture diagram of a specific embodiment of a multimedia system according to the present invention. In the embodiment shown in FIG. 1 , the multimedia system 100 includes a database 110 and a server 120 , and the server 120 accesses (or communicates with) the database 110 . The server 120 can be communicatively connected to the

processing devices

801, 802, 803, . . . , 800N and the

servers

901, 902, 903, . . , 900N. The

servers

901 , 902 , 903 , . . . , 900N may be different servers, for example, a channel provider server, an audio and video provider server, an online mall server, etc., but not limited thereto. The

processing devices

801 , 802 , 803 , . . . , 800N can be, for example, computers, tablet computers, mobile devices, set-top boxes, TV boxes, etc., but not limited thereto. In a specific embodiment, the server 120 is communicatively connected to the

processing devices

801 , 802 , 803 , . . . , 800N and/or the

servers

901 , 902 , 903 , . Among them, the

servers

901, 902, 903, . . . , 900N. In this way, the

processing devices

801 , 802 , 803 , . . . , 800N can be connected to the server 120 through the network anytime, anywhere, so as to obtain various service functions provided by the multimedia system 100 .

In a specific embodiment, the processing device communicatively connected to the server 120 has a multimedia application program module, and the processing device obtains various service functions provided by the multimedia system 100 through the multimedia application program module, wherein the multimedia application program module It can be built in the processing device according to the requirements, or can be installed by the processing device according to the requirements (for example, downloaded and installed by the processing device through the network). In a specific embodiment, the multimedia system 100 of the present invention includes one or more processors, and implements the database 110 and/or the server 120 in a cooperative manner of hardware and software. In a specific embodiment, the

processing devices

801 , 802 , 803 , . . . , 800N may respectively include one or more processors, and may transmit, receive and process various data or instructions in a cooperative manner of hardware and software.

In a specific embodiment, the server 120 may include an internal processing device and a communication device, the internal processing device is communicatively connected to the communication device and the database 110, the database 110 is communicatively connected to the communication device, and the server 120 can communicate with the

processing devices

801 and 802 through the communication device. , 803, ..., 800N and

servers

901, 902, 903, ..., 900N. The server 120 receives various data or instructions from the

processing devices

801, 802, 803, . . . 800N and the

servers

901, 902, 903, . Or instruct the

processing devices

801, 802, 803, . . . , 800N and the

servers

901, 902, 903, . . . , 900N. In addition, the server 120 processes various data or instructions through internal processing means. Preferably, the server 120 includes one or more processors, and implements internal processing means and/or communication means in a cooperative manner of hardware and software.

In the embodiment shown in FIG. 1 , the database 110 stores the channel list data and the first channel audio and video data, and the server 120 can make the processing device 801 pass the display device (such as a TV, a computer screen, a mobile phone screen) according to the channel list data. etc., but not limited thereto) to play the audio and video data of the first channel. Wherein, the audio and video data of the first channel is received (or downloaded) by the server 120 from the server of the first channel provider (the server 901 may be, for example, the server of the first channel provider), and the server 120 stores the audio and video data of the first channel in a Database 110. It should be understood that the server 120 may receive (or download) channel audio and video data from different channel provider servers, for example, the server 120 may receive the first channel audio and video data, the second channel audio and video data, and the third channel audio and video data from the first channel provider server. etc., the server 120 may receive the audio and video data of the fourth channel from the server of the second channel provider. The channel list data stored in the database 110 may include a plurality of channel data (or may be referred to as channel number data), which respectively indicate the channel to which the audio and video data of each channel belongs. For example, the channel table data may include the first channel data, the second channel data, the third channel data and the fourth channel data, wherein, since the first channel video data, the second channel video data and the third channel video data are all downloaded from the first channel A channel provider server, and the first channel provider server corresponds to the first channel, so the first channel data indicates that the audio and video data of the first channel is associated with (or belongs to) the first channel, and the second channel data indicates that the audio and video data of the second channel Associated with (or belonging to) the first channel, the third channel data indicates that the audio and video data of the third channel is associated with (or belonged to) the first channel. In addition, since the audio and video data of the fourth channel is downloaded from the second channel provider server, and the second channel provider server corresponds to the second channel, the fourth channel data indicates that the audio and video data of the fourth channel is associated with (or belongs to) the second channel.

In a specific embodiment, the database 110 stores a plurality of current channel audio and video data, and the channel list data stored in the database 110 includes a plurality of channel number data (or may be referred to as channel data). The plurality of current channel audio-visual data are respectively associated with one of the plurality of channel number data, and the plurality of channel number data respectively indicate different channels. For example, the first channel number data indicates that the audio and video data of the first current channel is associated with (or belongs to) the first channel, the second channel number data indicates that the video and audio data of the second current channel is associated with (or belongs to) the second channel, and the third channel The number data indicates that the audio and video data of the third current channel is associated with (or belongs to) the third channel, and so on. Wherein, the server 120 respectively receives a request to play instruction from each of the plurality of processing devices. For example, the server 120 receives the first requested playback instruction from the first processing device, the second requested playback instruction from the second processing device, the third requested playback instruction from the third processing device, and so on. The server 120 may sequentially provide the plurality of current channel video and audio data to the plurality of second processing devices for playing according to the sequence of receiving the playback request commands respectively transmitted by the plurality of processing devices. Wherein, the plurality of current channel video and audio data are provided to the plurality of second processing devices in sequence, and the plurality of current channel video and audio data are respectively provided to the plurality of second processing devices according to the sequence indicated by the plurality of channel number data. second processing device. For example, if the server 120 firstly receives the first requested playback instruction from the first processing device, then receives the second requested playback instruction from the second processing device, and then receives the third requested playback instruction from the third processing device, the server 120 According to the receiving sequence, the audio and video data of the first current channel associated with (or belonging to) the first channel is provided to the first processing device for playback, and then the audio and video data of the second current channel associated with (or belonging to) the second channel is provided. The data is provided to the second processing device for playing, and then the audio and video data of the third current channel associated with (or belonging to) the third channel is provided to the third processing device for playing. The first processing device, the second processing device, and the third processing device respectively perform playback through different display devices.

Please refer to FIG. 2, which illustrates a schematic diagram of a specific embodiment of a multimedia system according to the present invention. In the embodiment shown in FIG. 2 , when the multimedia system receives a request to play instructions from the

processing devices

202, 204, and 206, respectively, to request to play the current channel audio and video data (wherein the multimedia system first receives the request to play from the processing device 202). instruction, and then receive the requested playback instruction from the processing device 204, and then receive the requested playback instruction from the processing device 206), the multimedia system can first receive the requested playback instruction. The data is provided to the processing device 202 for playback, then the audio and video data of the current channel associated with the second channel 214 is provided to the processing device 204 for playback, and then the audio and video data of the current channel associated with the third channel 216 is provided to the processing device 206 for playback. play. This practice ensures that every channel has the same chance of exposure.

Referring back to FIG. 1 , in one embodiment, the database 110 stores the audio and video data of the first channel and the audio and video data of the second channel. The audio and video data of the first channel and the audio and video data of the second channel are both downloaded by the server 120 from the server 901 of the first channel provider. Therefore, the audio and video data of the first channel and the audio and video data of the second channel are related to the first channel. The server 120 The audio and video data of the first channel and the audio and video data of the second channel are stored in the database 110 . The channel list data stored in the database 110 includes first channel data, second channel data, first play order data and second play order data. The first channel data indicates that the video and audio data of the first channel is associated with the first channel, the second channel data indicates that the video and audio data of the second channel is associated with the first channel, and the first playback sequence data indicates that the video and audio data of the first channel is in the first channel. Playing order in a channel, the second playing order data indicates the playing order of the audio and video data of the second channel in the first channel. The playing sequence of the audio and video data of the first channel in the first channel is consecutive to the playing sequence of the audio and video data of the second channel in the first channel. In this way, the server 120 can make the first processing device play through the first display device after the processing device 801 plays the audio and video data of the first channel through the first display device according to the first play sequence data and/or the second play sequence data The second channel audio and video data.

In a specific embodiment, the database 110 stores the audio and video data of the first channel and the audio and video data of the third channel. The audio and video data of the first channel and the audio and video data of the third channel are both downloaded by the server 120 from the server 901 of the first channel provider. Therefore, the audio and video data of the first channel and the audio and video data of the third channel are related to the first channel. The server 120 The audio and video data of the first channel and the audio and video data of the third channel are stored in the database 110 . The channel list data stored in the database 110 includes the first channel data, the third channel data and the third play sequence data. The first channel data indicates that the video and audio data of the first channel is associated with the first channel, the third channel data indicates that the video and audio data of the third channel is associated with the first channel, and the third playback sequence data indicates that the video and audio data of the third channel is in the first channel. The playing order in a channel is different from the playing order of the audio-visual data of the first channel in the first channel. The server receives the first instruction from the processing device 801 during the process that the processing device 801 plays the audio and video data of the first channel through the first display device. The server 120 may cause the processing device 801 to stop playing the audio and video data of the first channel through the first display device according to the first instruction. The server 120 can make the processing device 801 play the audio and video data of the third channel through the first display device according to the first instruction. The first command can be, for example, a time period selection command input by the user through the processing device 801 or through a control device (such as a remote control, for example, refer to the control device 310 shown in FIG. A specific operation action (for example, an operation action such as swiping left and right, for example, refer to the operation action 322 shown in FIG. 4 ) is performed on the control screen to select an instruction for the input period, but it is not limited thereto. For example, when the user is watching the audio and video data of the first channel played by the first channel in the current time period, the user can send the first command to the server 120 through the processing device 801, so as to request the server 120 to provide the first channel's audio and video data. The audio and video data of the channels in other time periods (eg, the audio and video data of the third channel) are played to the processing device 801 . In a specific embodiment, the user selects to watch the audio and video data of the third channel through the channel program table.

In a specific embodiment, the database 110 stores the audio and video data of the first channel and the audio and video data of the fourth channel. The audio and video data of the first channel is downloaded by the server 120 from the first channel provider server 901 , and the audio and video data of the fourth channel is downloaded by the server 120 from the second channel provider server 902 . Therefore, the audio and video data of the first channel is associated with the first channel, and the audio and video data of the fourth channel is associated with the second channel. The server 120 stores the audio and video data of the first channel and the audio and video data of the fourth channel in the database 110 . The channel list data stored in the database 110 includes first channel data, fourth channel data, first period data and second period data. The first channel data indicates that the video and audio data of the first channel is related to the first channel, and the fourth channel data indicates that the video and audio data of the fourth channel is related to the second channel, wherein the second channel is different from the first channel. In addition, the first period data indicates the first playback period of the audio and video data of the first channel, and the second period data indicates the second playback period of the fourth channel audio and video data, wherein the first playback period and/or the second playback period covers the current time point. The server 120 may receive the second instruction from the first processing device during the process that the processing device 801 plays the audio and video data of the first channel through the first display device. The server 120 can make the processing device 801 stop playing the audio and video data of the first channel through the first display device according to the second instruction, and the server 120 can make the first processing device play the fourth channel through the first display device according to the second instruction video data.

The second command can be, for example, a channel selection command input by the user through the processing device 801 or through a control device (such as a remote control) (the channel selection command can be, for example, long pressing a button or inputting a channel number, etc., but not limited thereto) , or may be, for example, a channel selection command input by the user by performing a specific operation action on the touch screen (such as an operation action such as sliding up and down, for example, refer to the operation action 422 shown in FIG. 4 ), but not limit. For example, when the user is watching the audio and video data of the first channel belonging to the first channel, the user can send the second command to the server 120 through the processing device 801, so as to request the server 120 to provide the fourth channel belonging to the second channel The video and audio data are sent to the processing device 801 for playback. In a specific embodiment, both the first playing period and the second playing period cover the current time point. In another specific embodiment, only the second broadcast period covers the current time point (for example, the current time point is 2:00 pm, and the audio and video data of the fourth channel is the program from 1:00 pm to 3:00 pm), and the first broadcast period The time period does not cover the current time point (for example, the current time point is 2:00 pm, and the audio and video data of the first channel is the program from 10:00 am to 11:00 am).

In a specific embodiment, the database 110 stores video and audio data of the first channel. The audio and video data of the first channel is downloaded by the server 120 from the server 901 of the first channel provider. The server 120 may receive a third command from the first processing device during the process of playing the audio and video data of the first channel by the processing device 801 through the first display device, and the server 120 may stop the processing device 801 from passing through the first display device according to the third command Play the audio and video data of the first channel. The third command can be, for example, a pause instruction (for example, refer to the pause play shown in FIG. 5 ) input by the user through the processing device 801 or through a control device (such as a remote control, for example, refer to the control device 510 shown in FIG. 5 ). instruction 512), or may be, for example, a pause play instruction generated by the processing device 801, but not limited thereto. In a specific embodiment, the processing device 801 stores a specific application program (the specific application program can be, for example, but not limited to, the calling application program 610 in FIG. When the caller ID 612 is a way for the calling application 610 to be activated), the processing device 801 generates a third instruction, and transmits the third instruction to the server 120, and the server 120 can stop the processing device 801 from passing through the third instruction according to the third instruction. The first display device plays the audio and video data of the first channel. In a specific embodiment, the third instruction has pause point timestamp data, which indicates the pause time point of the audio and video data of the first channel. When the server 120 receives the resume playing instruction, according to the pause point timestamp data of the third instruction, the processing device 801 can continue to play the audio and video data of the first channel from the pause time point of the audio and video data of the first channel.

In a specific embodiment, the database 110 stores video and audio data of the first channel. The audio and video data of the first channel is downloaded by the server 120 from the server 901 of the first channel provider. The server may receive a fourth command from the processing device 801 (for example, referring to FIG. 7, when the user clicks on the pattern 712, the processing device 801 may generate a fourth command), the fourth command includes the first time stamp data, the fourth command A timestamp data indicates the first playing time point of the video and audio data of the first channel. The server 120 may generate first connection data according to the fourth instruction, wherein the first connection data indicates the first channel audio and video data and a first playing time point of the first channel audio and video data. The server 120 may transmit the first connection data to the processing device 801 . In this way, the processing device 801 can provide the first connection data to other processing devices (for example, the processing device 803). When the user clicks on the first connection data (for example, refer to the first connection data 812 in FIG. 8 ) through the processing device 803 , the processing device 803 generates a fifth command, and the processing device 803 transmits the fifth command to the server 120 . Wherein, the fifth instruction is associated with the first connection data. In a specific embodiment, when the server 120 receives the fifth instruction from the processing device 803, the server 120 can cause the processing device 803 to play the audio and video data of the first channel on the second display device according to the fifth instruction, wherein the processing device 803 selects the audio and video data from the first channel. At the first playback time point of the audio and video data of a channel, the audio and video data of the first channel is started to be played.

In a specific embodiment, if the processing device 803 does not have/stores a multimedia application program module, when the user selects the first connection data through the processing device 803, the processing device 803 generates the sixth command, and the processing device 803 and transmit the sixth instruction to the server 120 . When the server 120 receives the sixth instruction from the processing device 803 , the server may transmit the file installation data to the processing device 803 according to the sixth instruction. The processing device 803 can install the multimedia application program module according to the file installation data, or the processing device 803 can connect to the file download webpage according to the file installation data, from which the processing device 803 can download the multimedia application program module.

In a specific embodiment, the server 120 may receive the comment data from the processing device 801 , the server 120 may associate the comment data with the audio and video data of the first channel, and store the comment data in the database 110 . The comment data may include at least one of count data, text data, image data, and second timestamp data. The count data may indicate the number of likes for the audio-visual data of the first channel, or may indicate the number of times that the audio-visual data of the first channel is provided with a specific emoji, etc., but not limited thereto. The second timestamp data indicates the second playback time point of the audio and video data of the first channel, wherein the second playback time point is the playback time of the audio and video data of the first channel on the first display device when the server 120 receives the comment data point.

In a specific embodiment, the database 110 stores the audio and video data of the first channel and the audio and video data of the fifth channel. The audio and video data of the first channel is downloaded by the server 120 from the server 901 of the first channel provider. The server 120 can generate recorded data according to the length of time the video and audio data of the first channel is played on the first display device, and the server 120 can store the recorded data in the database 110 . In this way, the multimedia system 100 can record the viewing time of the user for different videos, and the server 120 can thereby calculate the user's preference, and then generate video and audio recommendation data according to the recorded data, and store the video and audio recommendation data in the database 110 . Wherein, the video and audio recommendation data indicates the video and audio data of the fifth channel. The audio and video data of the fifth channel may be, for example, advertisement audio and video data, or audio and video data associated with the audio and video data of the first channel (eg, videos of the same type, series of videos, etc., but not limited thereto). The server 120 may cause the processing device 801 to display or play the video and audio data of the fifth channel through the first display device according to the video and audio recommendation data. In a specific embodiment, the user instructs the server 120 to play the audio and video data of the fifth channel through the processing device 801 . In a specific embodiment, after the audio and video data of the first channel is played, the server 120 causes the processing device 801 to play the audio and video data of the fifth channel through the first display device. In a specific embodiment, before playing the audio and video data of the first channel, the server 120 causes the processing device 801 to play the audio and video data of the fifth channel through the first display device. In a specific embodiment, the audio and video data of the first channel is reserved for a specific insertion period in advance during the playing process, so as to insert other audio and video data. The server 120 causes the processing device 801 to play the audio and video data of the fifth channel through the first display device in the specific broadcast period.

In a specific embodiment, the database 110 stores content data, and the content data is associated with the video and audio data of the first channel. The content data may include second connection data, the second connection data indicating one of a channel provider website, an audio-visual website, a shopping mall website, and a product webpage. It should be understood that the second connection data can also indicate other types of websites or webpages as required. The server 120 can make the processing device 801 play the audio and video data of the first channel through the first display device according to the channel list data and the content data, and display the second connection on the first display device during the process of playing the audio and video data of the first channel. data. In this way, the user can click on the second connection data to connect to one of the corresponding channel provider website, video and audio website, shopping mall website and product webpage. In a specific embodiment, the content data may include third time stamp data, where the third time stamp data indicates a third playback time point of the audio and video data of the first channel. The processing device 801 starts to display the second connection data from the third playback time point of the video and audio data of the first channel. In this way, at different playback time points of the video and audio data of the first channel, connection data more relevant to the current screen can be provided (for example, please refer to the second connection data 912 in FIG. 9A ). After the user clicks on the connection data, the user can connect to the corresponding webpage or website (for example, see webpage 914 in FIG. 9B ).

Please refer to FIG. 10 , which illustrates a schematic diagram of a specific embodiment of a display screen of a multimedia system according to the present invention. In the embodiment shown in FIG. 10, the user can click the connection data 1001 to display the operation instruction data associated with the multimedia system on the screen, and click the connection data 1002 to connect to a preset channel provider website (for example, The channel provider’s website associated with the currently playing channel, but not limited to this), by clicking on the connection data 1003, you can connect to a preset video and audio website (for example, the video and video data associated with the currently playing channel). audio and video website, but not limited to), by clicking on the connection data 1004, you can connect to a preset mall website (for example, the mall website associated with the currently playing channel audio and video data, but not limited to this) , by clicking the connection data 1005, it can be connected to a preset product webpage (for example, the product webpage associated with the current screen, but not limited thereto). The screen 1110 of FIG. 11 , the screen 1210 of FIG. 12 , the screen 1310 of FIG. 13 , the screen 1410 of FIG. 14 , the screen 1510 of FIG. 15 , the screen 1610 of FIG. 16 , and the screen 1710 of FIG. 17 illustrate different display screens.

Please refer to FIG. 18, which illustrates a flow chart of a specific embodiment of a multimedia method according to the present invention. In the embodiment shown in FIG. 18 , the multimedia method 1800 is applied to a multimedia system. The multimedia method 1800 begins at step 1810 by receiving, by the server of the multimedia system, the audio-visual data of the first channel from the server of the first channel provider. Next, step 1820 is performed, the server stores the video and audio data of the first channel into the database of the multimedia system. Next, step 1830 is performed, the server causes the first processing device to play the video and audio data of the first channel through the first display device according to the channel list data stored in the database.

In a specific embodiment, the database stores a plurality of current channel audio and video data, and the channel list data includes a plurality of channel number data (or may be referred to as channel data). The plurality of video and audio data of the current channel are respectively associated with one of the plurality of channel number data, and the plurality of channel number data respectively indicate different channels. Wherein, the multimedia method 1800 may further include: receiving, by the server from each of the plurality of second processing apparatuses, respectively, a request to play instructions; and receiving, by the server, the required playback instructions respectively transmitted by the plurality of second processing apparatuses order, and sequentially provide a plurality of video and audio data of the current channel to a plurality of second processing devices for playing. Wherein, the plurality of current channel video and audio data are provided to the plurality of second processing devices in sequence, and the plurality of current channel video and audio data are respectively provided to the plurality of second processing devices according to the sequence indicated by the plurality of channel number data. device. For example, if the server first receives the first requested playback instruction from the first processing device, then receives the second requested playback instruction from the second processing device, and then receives the third requested playback instruction from the third processing device, the server will In this receiving sequence, the audio and video data of the first current channel associated with (or belonging to) the first channel is first provided to the first processing device for playback, and then the audio and video data of the second current channel associated with (or belonging to) the second channel is provided. The audio and video data of the third current channel associated with (or belonging to) the third channel is provided to the third processing device for playing. The first processing device, the second processing device, and the third processing device respectively perform playback through different display devices.

In a specific embodiment, the database stores the video and audio data of the second channel, and the channel table data includes the first channel data, the second channel data, the first play sequence data and the second play sequence data. The first channel data indicates that the video and audio data of the first channel is associated with the first channel, the second channel data indicates that the video and audio data of the second channel is associated with the first channel, and the first playback sequence data indicates that the video and audio data of the first channel is in the first channel. Playing order in a channel, the second playing order data indicates the playing order of the audio and video data of the second channel in the first channel. The playing sequence of the audio and video data of the first channel in the first channel is consecutive to the playing sequence of the audio and video data of the second channel in the first channel. The multimedia method 1800 may further include: after the first processing device plays the audio and video data of the first channel through the first display device according to the first play sequence data and/or the second play sequence data, the server then causes the first processing device to pass the audio and video data of the first channel. The first display device plays the audio and video data of the second channel.

In a specific embodiment, the database stores the audio and video data of the third channel, and the channel list data includes the first channel data, the third channel data and the third play sequence data. The first channel data indicates that the video and audio data of the first channel is associated with the first channel, the third channel data indicates that the video and audio data of the third channel is associated with the first channel, and the third playback sequence data indicates that the video and audio data of the third channel is in the first channel. The playing order in a channel is different from the playing order of the video and audio data of the first channel in the first channel. The multimedia method 1800 further includes: receiving, by the server, a first instruction from the first processing device during the process of playing the audio and video data of the first channel by the first processing device through the first display device; Stop playing the audio and video data of the first channel through the first display device; and make the first processing device play the audio and video data of the third channel through the first display device according to the first instruction by the server.

In a specific embodiment, the multimedia method 1800 further includes: receiving, by the server, the audio and video data of the fourth channel from the server of the second channel provider, and storing the audio and video data of the fourth channel in a database; In the process of playing the audio and video data of the first channel, the device receives a second instruction from the first processing device; the server causes the first processing device to stop playing the audio and video data of the first channel through the first display device according to the second instruction; The second instruction causes the first processing device to play the audio and video data of the fourth channel through the first display device. The channel form data includes first channel data, fourth channel data, first period data and second period data. The first channel data indicates that the video and audio data of the first channel is associated with the first channel, and the fourth channel data indicates that the video and audio data of the fourth channel is associated with the second channel, wherein the second channel is different from the first channel. The first time period data indicates the first playing period of the video data of the first channel, and the second time period data indicates the second playing period of the fourth channel video data, wherein the first playing period and the second playing period both cover the current time point.

The second command can be, for example, a channel selection command input by the user through the first processing device or through a control device (such as a remote control) (the channel selection command can be, for example, long pressing a button or inputting a channel number, etc., but not limited thereto ), or may be, for example, a channel selection command input by the user by performing a specific operation action (such as an operation action such as sliding up and down) on the touch screen, but not limited thereto. For example, when the user is watching the audio and video data of the first channel belonging to the first channel, the user can send the second command to the server through the first processing device, so as to request the server to provide the audio and video data of the fourth channel belonging to the second channel The data is played to the first processing device. In a specific embodiment, both the first playing period and the second playing period cover the current time point. In another specific embodiment, only the second broadcast period covers the current time point (for example, the current time point is 2:00 pm, and the audio and video data of the fourth channel is the program from 1:00 pm to 3:00 pm), and the first broadcast period The time period does not cover the current time point (for example, the current time point is 2:00 pm, and the audio and video data of the first channel is the program from 10:00 am to 11:00 am).

In a specific embodiment, the multimedia method 1800 further includes: receiving, by the server, a third instruction from the first processing device during the process of playing the audio and video data of the first channel by the first processing device through the first display device; Two instructions to make the first processing device stop playing the audio and video data of the first channel through the first display device. The third instruction may be, for example, a pause instruction input by the user through the first processing device or through the control device, or may be, for example, a pause instruction generated by the first processing device, but not limited thereto. In a specific embodiment, the first processing device stores a specific application program, wherein when the specific application program is activated, the first processing device generates a third instruction, and transmits the third instruction to the server, and the server can execute the third instruction according to the third instruction. The instruction is to make the first processing device stop playing the audio and video data of the first channel through the first display device. In a specific embodiment, the third instruction has pause point timestamp data, which indicates the pause time point of the audio and video data of the first channel. When receiving the resume playing instruction, the server can make the first processing device continue to play the audio and video data of the first channel from the pause time point of the audio and video data of the first channel according to the pause point timestamp data of the third instruction.

In a specific embodiment, the multimedia method 1800 further includes: receiving, by the server, a fourth instruction from the first processing device, wherein the fourth instruction includes first time stamp data, and the first time stamp data indicates the first time stamp of the audio and video data of the first channel. a playback time point; the server generates first connection data according to the fourth instruction; and the server transmits the first connection data to the first processing device. Wherein, the first connection data indicates the video and audio data of the first channel and the first playing time point of the video and audio data of the first channel.

In a specific embodiment, the multimedia method 1800 further includes: receiving, by the server, a fifth instruction from the third processing device, wherein the fifth instruction is associated with the first connection data; and causing, by the server, the third processing device to The second display device plays the audio and video data of the first channel. Wherein, the third processing device starts to play the audio and video data of the first channel from the first playing time point of the audio and video data of the first channel.

In another specific embodiment, the multimedia method 1800 further includes: receiving, by the server, a sixth instruction from the third processing device, wherein the sixth instruction is associated with the first connection data; and transmitting, by the server, the file installation data to the third processing device. For example, if the third processing device does not have/stores a multimedia application program module related to the multimedia system, when the user clicks the first connection data through the third processing device, the third processing device generates the sixth instruction, the third processing means and transmits the sixth instruction to the server. When the server receives the sixth instruction from the third processing device, the server may transmit the file installation data to the third processing device according to the sixth instruction. The third processing device can install the multimedia application module according to the file installation data, or the third processing device can connect to the file download webpage from which the third processing device can download the multimedia application module according to the file installation data.

In a specific embodiment, the multimedia method 1800 further includes: receiving, by the server, comment data from the first processing device; and associating, by the server, the comment data with the audio and video data of the first channel, and storing the comment data in a database. The comment data includes at least one of count data, text data, image data and second timestamp data. The second time stamp data indicates the second playing time point of the video and audio data of the first channel. The count data may indicate the number of likes for the audio-visual data of the first channel, or may indicate the number of times that the audio-visual data of the first channel is provided with a specific emoji, etc., but not limited thereto. The second timestamp data indicates the second playback time point of the audio and video data of the first channel, wherein the second playback time point is the playback time of the audio and video data of the first channel on the first display device when the server 120 receives the comment data point.

In a specific embodiment, the multimedia method 1800 further comprises: generating, by the server, recording data according to the time length of the video and audio data of the first channel played on the first display device; and storing, by the server, the recording data in a database. In a specific embodiment, the database stores audio and video data of the fifth channel. The multimedia method 1800 further includes: generating, by the server, video and audio recommendation data according to the recorded data, and storing the video and audio recommendation data in a database; and, by the server, according to the video and audio recommendation data, so that the first processing device displays or plays the fifth channel through the first display device video data. Wherein, the video and audio recommendation data indicates the video and audio data of the fifth channel.

The audio and video data of the fifth channel may be, for example, advertisement audio and video data, or audio and video data associated with the audio and video data of the first channel (eg, videos of the same type, series of videos, etc., but not limited thereto). The server may, according to the video and audio recommendation data, cause the first processing device to display or play the video and audio data of the fifth channel through the first display device. In a specific embodiment, the user instructs the server to play the audio and video data of the fifth channel through the first processing device. In a specific embodiment, after the audio and video data of the first channel is played, the server makes the first processing device play the audio and video data of the fifth channel through the first display device. In a specific embodiment, before playing the audio and video data of the first channel, the server makes the first processing device play the audio and video data of the fifth channel through the first display device. In a specific embodiment, the audio and video data of the first channel is reserved for a specific insertion period in advance during the playing process, so as to insert other audio and video data. The server causes the first processing device to play the audio and video data of the fifth channel through the first display device during the specific broadcast period.

In a specific embodiment, the database stores content data, and the content data is associated with the video and audio data of the first channel. Wherein, the content data includes second connection data, the second connection data indicates one of the channel company website, the video website, the mall website and the commodity webpage (it should be understood that the second connection data may also indicate other types of websites according to requirements. or webpage). The multimedia method 1800 further includes: causing the first processing device to play the audio and video data of the first channel and display the second connection data through the first display device according to the channel form data and the content data. In this way, the user can click on the second connection data to connect to one of the corresponding channel provider website, video and audio website, shopping mall website and product webpage.

In a specific embodiment, the content data includes third time stamp data, and the third time stamp data indicates a third playback time point of the video and audio data of the first channel. Wherein, the first processing device starts to display the second connection data from the third playback time point of the video and audio data of the first channel. In this way, the connection data more related to the current picture can be provided at different playback time points of the audio and video data of the first channel. After the user clicks the connection data, the user can connect to the corresponding webpage or website.

So far, the multimedia system and the method thereof applicable to the multimedia playback platform of the present invention have been described by the above descriptions and drawings. However, it should be understood that the specific embodiments of the present invention are only used for illustration, and various changes can be made without departing from the scope and spirit of the present invention, and should be included in the scope of the present invention. Therefore, the specific embodiments described in this specification are not intended to limit the present invention, and the true scope and spirit of the present invention are disclosed in the following claims.

Claims

A multimedia system comprising:

a database that stores channel form data and first channel audio and video data; and

The server accesses the database, and communicates with the first processing device and the first channel provider server, and the server enables the first processing device to play the audio and video data of the first channel through the first display device according to the channel form data;

The audio and video data of the first channel is received by the server from the server of the first channel provider, and the server stores the audio and video data of the first channel in the database.
The multimedia system of claim 1 , wherein the database stores a plurality of current channel video data, the channel list data includes a plurality of channel number data, and the plurality of current channel video data are respectively associated with one of the plurality of channel number data , the plurality of channel number data respectively indicate different channels;

Wherein the server is communicatively connected to a plurality of second processing devices, and the server respectively receives a request to play instruction from each of the plurality of second processing devices;

Wherein, the server sequentially provides the plurality of current channel audio-visual data to the plurality of second processing devices for playing according to the sequence of receiving the plurality of second processing devices respectively transmitting the required playback instructions;

Wherein, the plurality of current channel video and audio data are provided to the plurality of second processing devices in sequence, and the plurality of current channel video and audio data are respectively provided to the plurality of second processing devices according to the sequence indicated by the plurality of channel number data. a second processing unit.
The multimedia system according to claim 1, wherein the database stores the audio and video data of the second channel, and the channel list data includes the first channel data, the second channel data, the first play sequence data and the second play sequence data;

The first channel data indicates that the video data of the first channel is associated with the first channel, the second channel data indicates that the video data of the second channel is associated with the first channel, and the first playback sequence data indicates that the first channel is associated with the first channel. The playback sequence of the audio and video data of a channel in the first channel, and the second playback sequence data indicates the playback sequence of the audio and video data of the second channel in the first channel;

Wherein, according to the first playback sequence data and/or the second playback sequence data, the server causes the first processing device to pass the audio and video data of the first channel after the first processing device plays the audio and video data of the first channel through the first display device. The first display device plays the audio and video data of the second channel.
The multimedia system according to claim 1, wherein the database stores the audio and video data of the third channel, and the channel list data includes the first channel data, the third channel data and the third play sequence data;

The first channel data indicates that the video and audio data of the first channel is associated with the first channel, the third channel data indicates that the video data of the third channel is associated with the first channel, and the third playback sequence data indicates that the first channel is associated with the first channel. The playback order of the audio and video data of the three channels in the first channel is different from the playback order of the audio and video data of the first channel in the first channel;

The server receives a first command from the first processing device during the process of playing the audio and video data of the first channel by the first processing device through the first display device, and the server executes the first processing according to the first command The device stops playing the audio and video data of the first channel through the first display device, and the server makes the first processing device play the audio and video data of the third channel through the first display device according to the first instruction.
The multimedia system according to claim 1, wherein the database stores audio and video data of the fourth channel, and the channel table data includes the first channel data, the fourth channel data, the first period data and a second period data;

The first channel data indicates that the video data of the first channel is associated with the first channel, and the fourth channel data indicates that the video data of the fourth channel is associated with the second channel, wherein the second channel is different from the first channel ;

Wherein the first period data indicates the first playback period of the audio and video data of the first channel, the second period data indicates the second playback period of the fourth channel audio and video data, wherein the first playback period and/or the first playback period 2. The playback period covers the current time point;

The server receives a second command from the first processing device during the process of playing the audio and video data of the first channel by the first processing device through the first display device, and the server executes the first processing according to the second command The device stops playing the audio and video data of the first channel through the first display device, and the server causes the first processing device to play the audio and video data of the fourth channel through the first display device according to the second instruction;

The server is communicatively connected to the second channel provider server, the fourth channel audio and video data is received by the server from the second channel provider server, and the server stores the fourth channel audio and video data in the database.
The multimedia system according to claim 1, wherein the server receives a third instruction from the first processing device during the process of playing the audio and video data of the first channel by the first processing device through the first display device, the server according to The third instruction causes the first processing device to stop playing the audio and video data of the first channel through the first display device.
The multimedia system according to claim 1, wherein the server receives a fourth command from the first processing device, the fourth command includes first time stamp data, the first time stamp data indicates the audio and video data of the first channel the first playback time point;

wherein the server generates first link data according to the fourth instruction, and the server transmits the first link data to the first processing device;

Wherein, the first link data indicates the video data of the first channel and the first playing time point of the video data of the first channel.
The multimedia system of claim 7, wherein the server is communicatively connected to a third processing device, and the server receives a fifth command from the third processing device, the fifth command being associated with the first link data;

wherein the server causes the third processing device to play the audio and video data of the first channel on the second display device according to the fifth instruction;

Wherein the third processing device starts to play the audio and video data of the first channel from the first playing time point of the audio and video data of the first channel.
The multimedia system of claim 7, wherein the server is communicatively connected to a third processing device, and the server receives a sixth command from the third processing device, the sixth command being associated with the first link data;

The server transmits the file installation data to the third processing device according to the sixth instruction.
The multimedia system according to claim 1, wherein the server receives comment data from the first processing device, the server associates the comment data with the audio and video data of the first channel, and stores the comment data in the database;

Wherein the comment data includes at least one of count data, text data, image data and second timestamp data;

The second time stamp data indicates a second playback time point of the audio and video data of the first channel.
The multimedia system of claim 1 , wherein the server generates recording data according to the length of time that the video and audio data of the first channel is played on the first display device, and the server stores the recording data in the database.
The multimedia system according to claim 11, wherein the server generates video and audio recommendation data according to the recorded data, and stores the video and audio recommendation data in the database;

Wherein the database stores the audio and video data of the fifth channel, and the audio and video recommendation data indicates the audio and video data of the fifth channel;

The server enables the first processing device to display or play the video and audio data of the fifth channel through the first display device according to the video and audio recommendation data.
The multimedia system according to claim 1, wherein the database stores content data, and the content data is associated with the video and audio data of the first channel;

Wherein the content data includes second link data, and the second link data indicates one of the channel business website, the video and audio website, the shopping mall website and the product webpage;

The server causes the first processing device to play the video and audio data of the first channel and display the second link data through the first display device according to the channel form data and the content data.
The multimedia system according to claim 13, wherein the content data comprises third time stamp data, and the third time stamp data indicates a third playback time point of the video and audio data of the first channel;

The first processing device starts to display the second link data from the third playback time point of the video and audio data of the first channel.
A multimedia method applied to a multimedia system, the multimedia method comprising:

receiving, by the server of the multimedia system, the audio and video data of the first channel from the server of the first channel provider, and storing the audio and video data of the first channel in the database of the multimedia system; and

The server causes the first processing device to play the video and audio data of the first channel through the first display device according to the channel list data stored in the database.
The multimedia method of claim 15 , wherein the database stores a plurality of current channel video data, the channel list data includes a plurality of channel number data, and the plurality of current channel video data are respectively associated with one of the plurality of channel number data , the plurality of channel number data respectively indicate different channels;

Wherein the multimedia method further comprises:

receiving, by the server from each of the plurality of second processing devices, a request to play instruction, respectively; and

The server sequentially provides the plurality of current channel video and audio data to the plurality of second processing devices for playback according to the sequence in which the required playback instructions respectively transmitted by the plurality of second processing devices are received;

Wherein, the plurality of current channel video and audio data are provided to the plurality of second processing devices in sequence, and the plurality of current channel video and audio data are respectively provided to the plurality of second processing devices according to the sequence indicated by the plurality of channel number data. a second processing unit.
The multimedia method according to claim 15, wherein the database stores the video and audio data of the second channel, and the channel table data comprises the first channel data, the second channel data, the first play sequence data and the second play sequence data;

The first channel data indicates that the video data of the first channel is associated with the first channel, the second channel data indicates that the video data of the second channel is associated with the first channel, and the first playback sequence data indicates that the first channel is associated with the first channel. The playback sequence of the audio and video data of a channel in the first channel, and the second playback sequence data indicates the playback sequence of the audio and video data of the second channel in the first channel;

Wherein the multimedia method further comprises:

By the server according to the first play sequence data and/or the second play sequence data, after the first processing device plays the audio and video data of the first channel through the first display device, then the first processing device is passed through The first display device plays the audio and video data of the second channel.
The multimedia method according to claim 15, wherein the database stores the audio and video data of the third channel, and the channel list data includes the first channel data, the third channel data and the third play sequence data;

The first channel data indicates that the video and audio data of the first channel is associated with the first channel, the third channel data indicates that the video data of the third channel is associated with the first channel, and the third playback sequence data indicates that the first channel is associated with the first channel. The playback order of the audio and video data of the three channels in the first channel is different from the playback order of the audio and video data of the first channel in the first channel;

Wherein the multimedia method further comprises:

receiving, by the server, a first instruction from the first processing device during the process of playing the audio and video data of the first channel by the first processing device through the first display device;

causing the first processing device to stop playing the audio and video data of the first channel through the first display device according to the first instruction by the server; and

The server causes the first processing device to play the audio and video data of the third channel through the first display device according to the first instruction.
The multimedia method of claim 15, further comprising:

receiving, by the server, the audio and video data of the fourth channel from the server of the second channel provider, and storing the audio and video data of the fourth channel in the database;

receiving, by the server, a second instruction from the first processing device during the process of playing the audio and video data of the first channel by the first processing device through the first display device;

causing the first processing device to stop playing the audio and video data of the first channel through the first display device according to the second instruction by the server; and

The server causes the first processing device to play the audio and video data of the fourth channel through the first display device according to the second instruction;

Wherein the channel form data includes first channel data, fourth channel data, first period data and second period data;

The first channel data indicates that the video data of the first channel is associated with the first channel, and the fourth channel data indicates that the video data of the fourth channel is associated with the second channel, wherein the second channel is different from the first channel ;

Wherein the first period data indicates the first playback period of the audio and video data of the first channel, the second period data indicates the second playback period of the fourth channel audio and video data, wherein the first playback period and/or the first playback period The second play period covers the current time point.
The multimedia method of claim 15, further comprising:

receiving, by the server, a third instruction from the first processing device during the process of playing the audio and video data of the first channel by the first processing device through the first display device; and

The server causes the first processing device to stop playing the audio and video data of the first channel through the first display device according to the third instruction.
The multimedia method of claim 15, further comprising:

receiving, by the server, a fourth instruction from the first processing device, wherein the fourth instruction includes first time stamp data, and the first time stamp data indicates a first playback time point of the audio and video data of the first channel;

generating first link data by the server according to the fourth instruction; and

transmitting the first link data by the server to the first processing device;

Wherein, the first link data indicates the video data of the first channel and the first playing time point of the video data of the first channel.
The multimedia method of claim 21, further comprising:

receiving, by the server, a fifth instruction from a third processing device, wherein the fifth instruction is associated with the first link data; and

causing the third processing device to play the audio and video data of the first channel on the second display device according to the fifth instruction;

Wherein the third processing device starts to play the audio and video data of the first channel from the first playing time point of the audio and video data of the first channel.
The multimedia method of claim 21, further comprising:

receiving, by the server, a sixth instruction from a third processing device, wherein the sixth instruction is associated with the first link data; and

The server transmits the file installation data to the third processing device according to the sixth instruction.
The multimedia method of claim 15, further comprising:

receiving, by the server, review data from the first processing device; and

The server associates the comment data with the audio and video data of the first channel, and stores the comment data in the database;

Wherein the comment data includes at least one of count data, text data, image data and second timestamp data;

The second time stamp data indicates a second playback time point of the audio and video data of the first channel.
The multimedia method of claim 15, further comprising:

generating recorded data by the server according to the length of time that the video and audio data of the first channel is played on the first display device; and

The record data is stored in the database by the server.
The multimedia method of claim 25, wherein the database stores audio and video data of the fifth channel;

Wherein the multimedia method further comprises:

generating video and audio recommendation data by the server according to the recorded data, and storing the video and audio recommendation data in the database; and

by the server according to the video and audio recommendation data, so that the first processing device displays or plays the video and audio data of the fifth channel through the first display device;

The video and audio recommendation data indicates the video and audio data of the fifth channel.
The multimedia method according to claim 15, wherein the database stores content data, the content data is associated with the video and audio data of the first channel;

Wherein the content data includes second link data, and the second link data indicates one of the channel business website, the video and audio website, the shopping mall website and the product webpage;

Wherein the multimedia method further comprises:

The server causes the first processing device to play the video and audio data of the first channel and display the second link data through the first display device according to the channel form data and the content data.
The multimedia method according to claim 27, wherein the content data comprises third time stamp data, the third time stamp data indicates a third playback time point of the video and audio data of the first channel;

The first processing device starts to display the second link data from the third playback time point of the video and audio data of the first channel.
A multimedia system comprising:

a database that stores channel form data, first channel audio and video data, and a plurality of current channel audio and video data; and

The server accesses the database and communicates with the first processing device, the first channel provider server and a plurality of second processing devices, the server enables the first processing device to play the first processing device through the first display device according to the channel list data One channel audio and video data;

The audio and video data of the first channel is received by the server from the server of the first channel provider, and the server stores the audio and video data of the first channel in the database;

Wherein the channel list data includes a plurality of channel number data, the plurality of current channel audio and video data are respectively associated with one of the plurality of channel number data, and the plurality of channel number data respectively indicate different channels;

Wherein, the server respectively receives a request to play instruction from each of the plurality of second processing devices;

Wherein, the server sequentially provides the plurality of current channel audio-visual data to the plurality of second processing devices for playing according to the sequence of receiving the plurality of second processing devices respectively transmitting the required playback instructions;

Wherein, the plurality of current channel video and audio data are provided to the plurality of second processing devices in sequence, and the plurality of current channel video and audio data are respectively provided to the plurality of second processing devices according to the sequence indicated by the plurality of channel number data. a second processing unit.
A multimedia method applied to a multimedia system, the multimedia method comprising:

receiving, by the server of the multimedia system, the audio and video data of the first channel from the server of the first channel provider, and storing the audio and video data of the first channel in the database of the multimedia system; and

The server causes the first processing device to play the audio and video data of the first channel through the first display device according to the channel list data stored in the database;

The database stores a plurality of current channel audio and video data, the channel table data includes a plurality of channel number data, the plurality of current channel audio and video data are respectively associated with one of the plurality of channel number data, and the plurality of channel number data respectively indicate different channels;

Wherein the multimedia method further comprises:

receiving, by the server from each of the plurality of second processing devices, a request to play instruction, respectively; and

The server sequentially provides the plurality of current channel video and audio data to the plurality of second processing devices for playback according to the sequence in which the required playback instructions respectively transmitted by the plurality of second processing devices are received;

Wherein, the plurality of current channel video and audio data are provided to the plurality of second processing devices in sequence, and the plurality of current channel video and audio data are respectively provided to the plurality of second processing devices according to the sequence indicated by the plurality of channel number data. a second processing unit.