WO2019071924A1 - 一种智能影音播放方法及系统 - Google Patents

一种智能影音播放方法及系统 Download PDF

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Publication number
WO2019071924A1
WO2019071924A1 PCT/CN2018/081233 CN2018081233W WO2019071924A1 WO 2019071924 A1 WO2019071924 A1 WO 2019071924A1 CN 2018081233 W CN2018081233 W CN 2018081233W WO 2019071924 A1 WO2019071924 A1 WO 2019071924A1
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Prior art keywords
storage device
client
private cloud
smart
module
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PCT/CN2018/081233
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English (en)
French (fr)
Inventor
战鹏州
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北京春鸿科技有限公司
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Publication of WO2019071924A1 publication Critical patent/WO2019071924A1/zh

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04NPICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/43Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
    • H04N21/433Content storage operation, e.g. storage operation in response to a pause request, caching operations
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network arrangements or protocols for supporting network services or applications
    • H04L67/01Protocols
    • H04L67/02Protocols based on web technology, e.g. hypertext transfer protocol [HTTP]
    • H04L67/025Protocols based on web technology, e.g. hypertext transfer protocol [HTTP] for remote control or remote monitoring of applications
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network arrangements or protocols for supporting network services or applications
    • H04L67/01Protocols
    • H04L67/10Protocols in which an application is distributed across nodes in the network
    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04LTRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00Network arrangements or protocols for supporting network services or applications
    • H04L67/01Protocols
    • H04L67/10Protocols in which an application is distributed across nodes in the network
    • H04L67/1097Protocols in which an application is distributed across nodes in the network for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]

Definitions

  • the invention relates to a smart video and audio playing method and system, and belongs to the technical field of intelligent video and audio.
  • the existing cable TV uses a set-top box for program playback, but the space of the set-top box is limited and cannot be expanded, resulting in limited use.
  • Current solutions such as LeTV can be used to play resources on the network through a web address.
  • some TV sets provide U disk sockets, Playing the resources in the USB flash drive, but it is inconvenient to find a special USB flash drive socket. After inserting the USB flash drive, a series of complicated operations are required to play the program, which requires a higher level of operation.
  • most of the elderly are now bringing children at home, but it is difficult for the elderly to play smart TV programs through the above methods, and it is impossible to realize remote control programs.
  • the patent application with the application number 201320154140.5 discloses a NAS cloud storage system based on the Android system set-top box.
  • the set-top box is used to share the hardware cost of the NAS, thereby realizing the promotion and application of the NAS, but the system still The problem of expansion of the set-top box and the problem of remote control program playback cannot be solved.
  • the problem of high network requirements and high requirements for personnel is to achieve effective expansion of the set-top box.
  • a smart video and audio playing method including the following steps:
  • the storage device and the smart TV or the set top box are configured with a DLNA protocol, an airplay protocol or a SAMBA protocol;
  • a private cloud platform is running in the storage device, the smart TV, and the set top box;
  • the smart TV or the set top box is connected with the storage device, and the audio and video resources in the storage device are read for playing.
  • the step S2 includes: the smart TV or the set top box is connected to the storage device in the same local area network, and the audio and video resources in the storage device are read according to the IP address of the storage device for playing. Therefore, in the same local area network, the smart TV or the set top box can quickly acquire and play the audio and video resources in the storage device, and the cost is low.
  • step S2 comprises:
  • S21 Bind the client user account to the storage device ID; the client runs a private cloud platform;
  • the smart TV or the set top box uses the same account as the client to log in to the private cloud platform to obtain the path of the audio and video resources;
  • the smart TV or the set top box is connected to the storage device in the same local area network, and directly reads the audio and video resources of the corresponding path in the matching storage device according to the IP address of the storage device (the audio and video resources are original existing The resource or the resource currently stored by the user is played.
  • the smart TV can be quickly controlled by the client to accurately play the audio and video resources in the storage device, and the security of the data access is ensured.
  • step S2 comprises:
  • the client user account is bound to the storage device ID; the client runs a private cloud platform;
  • the client logs in to the private cloud platform through the user account and sends a video data access request to the private cloud server through the private cloud platform;
  • the storage device accesses the private cloud platform through the external network.
  • the private cloud server feeds back the domain name of the corresponding storage device to the client according to the binding relationship between the client user account and the storage device ID.
  • the client accesses the storage device according to the domain name of the storage device, performs remote video data reading or remotely stores the audio and video data into the storage device, and then sends the path of the audio and video resource to the private cloud server;
  • the smart TV or the set top box accesses the private cloud server by using the same account as the client, and obtains the path of the audio and video resource;
  • the SX6, the smart TV or the set-top box is connected to the storage device in the same local area network, and reads the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device (the audio and video resource is the original existing resource or the current user The saved resource) is played.
  • the client user account and the storage device ID are bound by the following method: the client sends a broadcast, and the storage device in the same local area network feeds back its own ID information, and the client will use the ID information according to the ID information.
  • the storage device ID is bound to the client user account (compared to UPNP and the like), so that some fields can be searched, the search efficiency is very high, and the interference is less, and the binding efficiency is improved.
  • the client has a WIFI module.
  • the client user account and the storage device ID are bound by the following method: when the client contacts the storage device, the ID of the storage device is transmitted to the client through the NFC module in the storage device, and the client After the ID is received, the storage device ID is bound to the client user account, so that the client and the storage device can be bound simply and quickly.
  • the client user account and the storage device ID are bound by the following methods: using LDAP technology to establish multiple independent accounts and respectively binding with the ID of the storage device, and simultaneously making the storage device independent and independent.
  • the binding relationship between the primary account and the sub-account and the storage device ID is established by setting a primary account and a sub-account. Thereby, multiple people are equal or have different rights to securely access data of the same storage device.
  • step S21 or SX1 further includes:
  • the private cloud platform of the storage device determines whether the storage device ID is bound, and if it has been bound, rejects If the user is not bound, the binding request is granted.
  • the client and the storage device save the binding relationship, and the private cloud server updates the user account and the storage device. The corresponding binding relationship list of the ID.
  • the smart TV is turned on by remote switch control; or the smart TV is put into standby, and then the television is turned on by the network function of the smart TV (ie, the network card is turned on), thereby realizing the remote control of the smart TV switch machine.
  • step S2 further includes: the private cloud platform acquires the video playing record and learns; (the human body sensor can sense the position of the human body, and then periodically pushes the program to the closest to the human body (that is, the distance from the human body sensor) Recently, the TV is played. Thereby, a more intelligent automatic video and audio playback can be realized, and the user is not required to perform any operation, which greatly facilitates the user.
  • a smart video playback system comprising:
  • a configuration module for configuring a DLNA protocol, an airplay protocol, or a SAMBA protocol for a storage device and a smart TV or a set top box (the set top box has an operating system such as an Android system or an Apple system; the smart TV includes a television set top box having an operating system)
  • the storage device, the smart TV, and the set top box all run a private cloud platform;
  • the connection and resource reading module is configured to connect the smart TV or the set top box with the storage device, and read the audio and video resources in the storage device for playing.
  • connection and resource reading module comprises:
  • a first binding module configured to bind the client user account and the storage device ID; the client runs a private cloud platform;
  • the first video resource access module is configured to: if the client and the storage device are in the same local area network, the client and the storage device are connected, and access the IP address of the storage device, read the audio and video resources in the storage device, or save the audio and video resources. Into the storage device, and then send the path of the audio and video resource to the private cloud platform;
  • the first login module is used for the smart TV or the set top box to log in to the private cloud platform by using the same account as the client to obtain the path of the audio and video resources;
  • a first connection module configured to connect a smart TV or a set top box with a storage device in a same local area network
  • the first resource acquisition module is configured to read, by the smart TV, the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device for playing.
  • connection and resource reading module comprises:
  • a second binding module configured to bind the client user account and the storage device ID; the client runs a private cloud platform;
  • the audio and video resource access request module is configured to: when the client and the storage device are in different networks, the client logs in the private cloud platform through the user account and sends the video data access request to the private cloud server through the private cloud platform;
  • a storage device access module configured to use the external network to access the private cloud server through the private cloud platform, and send the domain name to the private cloud server through the private cloud platform;
  • the domain name feedback module is configured to feed back the domain name of the corresponding storage device to the client according to the binding relationship between the client user account and the storage device ID;
  • a second audio-visual resource access module configured to: the client accesses the storage device according to the domain name of the storage device, performs remote video data reading or remotely stores the audio-visual data into the storage device, and then sends the path of the audio-visual resource To a private cloud server;
  • a second login module configured for the smart TV or the set top box to log in to the private cloud server by using the same account as the client, to obtain the path of the audio and video resource;
  • a second connection module configured to connect the smart TV or the set top box with a storage device in the same local area network
  • the second resource acquisition module is configured to: the smart TV reads the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device for playing.
  • the first binding module or the second binding module further includes:
  • a broadcast sending module configured to send a broadcast by the client
  • An ID information feedback module configured to return back to the ID information of the storage device in the same local area network
  • the A binding module is configured to bind the ID of the storage device to the client account according to the ID information.
  • the first binding module or the second binding module further includes:
  • the B binding module is configured to transmit the ID of the storage device to the client through the NFC module in the storage device when the client contacts the storage device, and the client stores the ID of the device and the client account after receiving the ID. Bind.
  • the first binding module or the second binding module further includes:
  • the multi-account binding module is configured to establish multiple independent accounts by using the LDAP technology and bind the IDs of the storage devices respectively;
  • a storage space allocation module configured to store, by the device, an independent storage space corresponding to each independent account
  • first binding module or the second binding module further includes:
  • the primary account and the sub-account binding module are used to establish a binding relationship between the primary account and the sub-account and the storage device ID.
  • the first binding module or the second binding module further includes:
  • a judging module configured to: when the client sends a binding request of the user account and the storage device ID through the private cloud platform, the private cloud platform of the storage device determines whether the storage device ID is bound; if it has been bound Rejecting the binding request; if not bound, agreeing to the binding request;
  • the binding relationship storage module is configured to: after the user account is bound to the storage device ID, the client and the storage device save the binding relationship;
  • the binding relationship list update module is configured to: after the user account is bound to the storage device ID, the private cloud server updates the corresponding binding relationship list of the user account and the storage device ID.
  • connection and resource reading module further includes:
  • the program push module is used for sensing the position of the human body (through the human body sensor), and then periodically pushing the program to play on the television closest to the human body (that is, closest to the human body sensor).
  • the present invention has the following advantages:
  • DLNA protocol, airplay protocol or SAMBA protocol is configured by giving storage devices and smart TVs or set-top boxes (the set-top boxes have operating systems, such as Android system or Apple system; smart TVs include TV set-top boxes with operating systems);
  • the smart TV or the set-top box is connected with the storage device, and the audio and video resources in the storage device can be read and played, thereby realizing the effective expansion of the set-top box, and the operation is simple and convenient, and the requirements for personnel and the network are relatively low;
  • the invention obtains the path of the audio and video resources by using the private cloud, so that the smart TV or the set top box can be accurately controlled by the client to accurately play the audio and video resources in the storage device, and the security of the data access is ensured;
  • the invention obtains the domain name of the storage device and the path of the audio and video resources by using the private cloud server, thereby realizing remote control of the specific audio and video content in the smart TV or the set top box playing storage device, which greatly facilitates the people watching the audio and video programs without having to Have any level of operation requirements while ensuring the security of data access;
  • the invention determines whether the storage device is bound by using the private cloud platform, thereby performing corresponding operations, thereby avoiding illegal access to the data of the storage device (for example, illegally obtaining the ID information of the storage device of another person), thereby ensuring the security of the data. Sex.
  • FIG. 2 is a flow chart of a method of another embodiment of the present invention.
  • Embodiment 1 of the present invention A method for playing a smart video and audio, as shown in FIG. 1, includes the following steps:
  • the storage device and the smart TV or the set top box are configured with a DLNA protocol, an airplay protocol or a SAMBA protocol;
  • a private cloud platform is running in the storage device, the smart TV, and the set top box;
  • the smart TV or the set top box is connected with the storage device, and the audio and video resources in the storage device are read for playing.
  • the smart TV or the set top box is connected to the storage device in the same local area network, and the audio and video resources in the storage device are read according to the IP address of the storage device for playing.
  • the smart TV can be turned on by remote switch control; or the smart TV can be put on standby, and then the television can be turned on through the network function of the smart TV.
  • the step S2 may further include: acquiring, by the private cloud platform (in the smart TV or the set top box), the audio and video playback record and learning; (using the human body sensor) to sense the location of the human body, and then periodically pushing the program to the nearest person (also That is, the TV that is closest to the human body sensor is played.
  • a smart video playback system comprising:
  • a configuration module for configuring a DLNA protocol, an airplay protocol, or a SAMBA protocol for a storage device and a smart TV or a set top box (the set top box has an operating system such as an Android system or an Apple system; the smart TV includes a television set top box having an operating system)
  • the storage device, the smart TV, and the set top box all run a private cloud platform;
  • the connection and resource reading module is configured to connect the smart TV or the set top box with the storage device, and read the audio and video resources in the storage device for playing.
  • connection and resource reading module further includes:
  • the program push module is used for sensing the position of the human body (through the human body sensor), and then periodically pushing the program to play on the television closest to the human body (that is, closest to the human body sensor).
  • Embodiment 2 A smart video playback method, as shown in FIG. 2, includes the following steps:
  • the storage device and the smart TV or the set top box are configured with a DLNA protocol, an airplay protocol or a SAMBA protocol;
  • a private cloud platform is running in the storage device, the smart TV, and the set top box;
  • the smart TV or the set top box is connected to the storage device, and the audio and video resources in the storage device are read and played; specifically, the following steps are included:
  • S21 Bind the client user account to the storage device ID; the client runs a private cloud platform;
  • the smart TV or the set top box uses the same account as the client to log in to the private cloud platform to obtain the path of the audio and video resources;
  • the smart TV or the set top box is connected to the storage device in the same local area network, and reads the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device for playing.
  • the client and the storage device can be bound by the following method: the client sends a broadcast, and the storage device in the same local area network feeds back its own ID information, and the client will use the ID information according to the ID information.
  • the storage device ID is bound to the client user account.
  • a smart video playback system comprising:
  • a configuration module for configuring a DLNA protocol, an airplay protocol, or a SAMBA protocol for a storage device and a smart TV or a set top box (the set top box has an operating system such as an Android system or an Apple system; the smart TV includes a television set top box having an operating system)
  • the storage device, the smart TV, and the set top box all run a private cloud platform;
  • the connection and resource reading module is configured to connect the smart TV or the set top box with the storage device, and read the audio and video resources in the storage device for playing.
  • connection and resource reading module includes:
  • a first binding module configured to bind the client user account and the storage device ID; the client runs a private cloud platform;
  • the first video resource access module is configured to: if the client and the storage device are in the same local area network, the client and the storage device are connected, and access the IP address of the storage device, read the audio and video resources in the storage device, or save the audio and video resources. Into the storage device, and then send the path of the audio and video resource to the private cloud platform;
  • the first login module is used for the smart TV or the set top box to log in to the private cloud platform by using the same account as the client to obtain the path of the audio and video resources;
  • a first connection module configured to connect a smart TV or a set top box with a storage device in a same local area network
  • the first resource acquisition module is configured to read, by the smart TV, the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device for playing.
  • the first binding module includes:
  • a broadcast sending module configured to send a broadcast by the client
  • An ID information feedback module configured to return back to the ID information of the storage device in the same local area network
  • the A binding module is configured to bind the ID of the storage device to the client account according to the ID information.
  • Embodiment 3 A method for playing a smart video and audio, comprising the following steps:
  • the storage device and the smart TV or the set top box are configured with a DLNA protocol, an airplay protocol or a SAMBA protocol;
  • a private cloud platform is running in the storage device, the smart TV, and the set top box;
  • the smart TV or the set top box is connected to the storage device, and the audio and video resources in the storage device are read and played; specifically, the following steps are included:
  • S21 Bind the client user account to the storage device ID; the client runs a private cloud platform;
  • the smart TV or the set top box uses the same account as the client to log in to the private cloud platform to obtain the path of the audio and video resources;
  • the smart TV or the set top box is connected to the storage device in the same local area network, and reads the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device for playing.
  • the client and the storage device can be bound by the following method: the client user account and the storage device ID are bound by the following method: when the client contacts the storage device, The NFC module in the storage device transmits the ID of the storage device to the client, and the client binds the storage device ID to the client user account after receiving the ID.
  • a smart video playback system differs from Embodiment 2 in that:
  • the first binding module includes:
  • the B binding module is configured to transmit the ID of the storage device to the client through the NFC module in the storage device when the client contacts the storage device, and the client stores the ID of the device and the client account after receiving the ID. Bind.
  • Embodiment 4 A method for playing smart video and audio, comprising the following steps:
  • the storage device and the smart TV or the set top box are configured with a DLNA protocol, an airplay protocol or a SAMBA protocol;
  • a private cloud platform is running in the storage device, the smart TV, and the set top box;
  • the smart TV or the set top box is connected to the storage device, and the audio and video resources in the storage device are read and played; specifically, the following steps are included:
  • S21 Bind the client user account to the storage device ID; the client runs a private cloud platform;
  • the smart TV or the set top box uses the same account as the client to log in to the private cloud platform to obtain the path of the audio and video resources;
  • the smart TV or the set top box is connected to the storage device in the same local area network, and reads the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device for playing.
  • step S21 the client and the storage device can be bound by using a two-dimensional code.
  • a smart video playback system is the same as in the second embodiment.
  • Embodiment 5 A smart video playback method, as shown in FIG. 2, includes the following steps:
  • the storage device and the smart TV or the set top box are configured with a DLNA protocol, an airplay protocol or a SAMBA protocol;
  • a private cloud platform is running in the storage device, the smart TV, and the set top box;
  • the smart TV or the set top box is connected to the storage device, and the audio and video resources in the storage device are read and played; specifically, the following steps are included:
  • the client user account is bound to the storage device ID; the client runs a private cloud platform;
  • the client logs in to the private cloud platform through the user account and sends a video data access request to the private cloud server through the private cloud platform;
  • the storage device accesses the private cloud platform through the external network.
  • the private cloud server feeds back the domain name of the corresponding storage device to the client according to the binding relationship between the client user account and the storage device ID.
  • the client accesses the storage device according to the domain name of the storage device, performs remote video data reading or remotely stores the audio and video data into the storage device, and then sends the path of the audio and video resource to the private cloud server;
  • the smart TV or the set top box accesses the private cloud server by using the same account as the client, and obtains the path of the audio and video resource;
  • the SX6, the smart TV or the set-top box is connected to the storage device in the same local area network, and reads the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device (the audio and video resource is the original existing resource or the current user The saved resource) is played.
  • the client and the storage device can be bound by using the LDAP technology to establish multiple independent accounts and respectively bind to the ID of the storage device, and at the same time, allocate independent storage corresponding to each independent account in the storage device. space.
  • a smart video playback system comprising:
  • a configuration module for configuring a DLNA protocol, an airplay protocol, or a SAMBA protocol for a storage device and a smart TV or a set top box (the set top box has an operating system such as an Android system or an Apple system; the smart TV includes a television set top box having an operating system)
  • the storage device, the smart TV, and the set top box all run a private cloud platform;
  • the connection and resource reading module is configured to connect the smart TV or the set top box with the storage device, and read the audio and video resources in the storage device for playing.
  • connection and resource reading module includes:
  • a second binding module configured to bind the client user account and the storage device ID; the client runs a private cloud platform;
  • the audio and video resource access request module is configured to: when the client and the storage device are in different networks, the client logs in the private cloud platform through the user account and sends the video data access request to the private cloud server through the private cloud platform;
  • a storage device access module configured to use the external network to access the private cloud server through the private cloud platform, and send the domain name to the private cloud server through the private cloud platform;
  • the domain name feedback module is configured to feed back the domain name of the corresponding storage device to the client according to the binding relationship between the client user account and the storage device ID;
  • a second audio-visual resource access module configured to: the client accesses the storage device according to the domain name of the storage device, performs remote video data reading or remotely stores the audio-visual data into the storage device, and then sends the path of the audio-visual resource To a private cloud server;
  • a second login module configured for the smart TV or the set top box to log in to the private cloud server by using the same account as the client, to obtain the path of the audio and video resource;
  • a second connection module configured to connect the smart TV or the set top box with a storage device in the same local area network
  • the second resource acquisition module is configured to: the smart TV reads the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device for playing.
  • the second binding module includes:
  • the multi-account binding module is configured to establish multiple independent accounts by using the LDAP technology and bind the IDs of the storage devices respectively;
  • a storage space allocation module configured to store, by the device, an independent storage space corresponding to each independent account
  • Embodiment 6 A method for playing smart video and audio, comprising the following steps:
  • the storage device and the smart TV or the set top box are configured with a DLNA protocol, an airplay protocol or a SAMBA protocol;
  • a private cloud platform is running in the storage device, the smart TV, and the set top box;
  • the smart TV or the set top box is connected to the storage device, and the audio and video resources in the storage device are read and played; specifically, the following steps are included:
  • the client user account is bound to the storage device ID; the client runs a private cloud platform; wherein the binding the client user account with the storage device ID further includes:
  • the private cloud platform of the storage device determines whether the storage device ID is bound, and if it has been bound, rejects If the user is not bound, the binding request is granted.
  • the client and the storage device save the binding relationship, and the private cloud server updates the user account and the storage device. a list of corresponding binding relationships of IDs;
  • the client logs in to the private cloud platform through the user account and sends a video data access request to the private cloud server through the private cloud platform;
  • the storage device accesses the private cloud platform through the external network.
  • the private cloud server feeds back the domain name of the corresponding storage device to the client according to the binding relationship between the client user account and the storage device ID.
  • the client accesses the storage device according to the domain name of the storage device, performs remote video data reading or remotely stores the audio and video data into the storage device, and then sends the path of the audio and video resource to the private cloud server;
  • the smart TV or the set top box accesses the private cloud server by using the same account as the client, and obtains the path of the audio and video resource;
  • the SX6, the smart TV or the set-top box is connected to the storage device in the same local area network, and reads the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device (the audio and video resource is the original existing resource or the current user The saved resource) is played.
  • the client and the storage device can be bound by the following methods: setting a primary account and a sub-account, respectively establishing a binding relationship between the primary account and the sub-account and the storage device ID.
  • a smart video playback system comprising:
  • a configuration module for configuring a DLNA protocol, an airplay protocol, or a SAMBA protocol for a storage device and a smart TV or a set top box (the set top box has an operating system such as an Android system or an Apple system; the smart TV includes a television set top box having an operating system)
  • the storage device, the smart TV, and the set top box all run a private cloud platform;
  • the connection and resource reading module is configured to connect the smart TV or the set top box with the storage device, and read the audio and video resources in the storage device for playing.
  • connection and resource reading module includes:
  • a second binding module configured to bind the client user account and the storage device ID; the client runs a private cloud platform;
  • the audio and video resource access request module is configured to: when the client and the storage device are in different networks, the client logs in the private cloud platform through the user account and sends the video data access request to the private cloud server through the private cloud platform;
  • a storage device access module configured to use the external network to access the private cloud server through the private cloud platform, and send the domain name to the private cloud server through the private cloud platform;
  • the domain name feedback module is configured to feed back the domain name of the corresponding storage device to the client according to the binding relationship between the client user account and the storage device ID;
  • a second audio-visual resource access module configured to: the client accesses the storage device according to the domain name of the storage device, performs remote video data reading or remotely stores the audio-visual data into the storage device, and then sends the path of the audio-visual resource To a private cloud server;
  • a second login module configured for the smart TV or the set top box to log in to the private cloud server by using the same account as the client, to obtain the path of the audio and video resource;
  • a second connection module configured to connect the smart TV or the set top box with a storage device in the same local area network
  • the second resource acquisition module is configured to: the smart TV reads the audio and video resources of the corresponding path in the storage device according to the IP address of the storage device for playing.
  • the first binding module or the second binding module further includes:
  • a judging module configured to: when the client sends a binding request of the user account and the storage device ID through the private cloud platform, the private cloud platform of the storage device determines whether the storage device ID is bound; if it has been bound Rejecting the binding request; if not bound, agreeing to the binding request;
  • the binding relationship storage module is configured to: after the user account is bound to the storage device ID, the client and the storage device save the binding relationship;
  • the binding relationship list update module is configured to: after the user account is bound to the storage device ID, the private cloud server updates the corresponding binding relationship list of the user account and the storage device ID.
  • the second binding module further includes:
  • the primary account and the sub-account binding module are used to establish a binding relationship between the primary account and the sub-account and the storage device ID.
  • Zhang San has a mobile hard disk (the mobile hard disk is configured with DLNA protocol, airplay protocol or SAMBA protocol; and runs a private cloud platform), which stores a lot of audio and video resources, and Zhang San uses the smart TV or set-top box at home (
  • the smart TV or the set-top box is configured with a DLNA protocol, an airplay protocol or a SAMBA protocol; and a private cloud platform is run, and when the set-top box is used, it can be played through an ordinary television) directly playing the audio and video resources in the mobile hard disk, and then the smart
  • the audio and video resources in the storage device can be read and played (if the smart TV or the set-top box and the mobile hard disk are on the same local area network, the smart TV or the set-top box is connected with the storage device in the same local area network. And reading the audio and video resources in the storage device according to the IP address of the storage device for playing).
  • Zhang San wants to use a client such as a mobile phone (running a private cloud platform) on the same LAN as a smart TV or set-top box or a mobile hard disk to select audio and video resources in the mobile hard disk, and then play it through a smart TV or a set-top box, first,
  • the client user account is bound to the storage device ID (for example, the binding can be performed by the client: the client sends a broadcast, and the storage device in the same local area network feeds back its own ID information, and the client will use the ID information according to the ID information.
  • the storage device ID is bound to the client user account; or the following method is used: when the client contacts the storage device, the ID of the storage device is transmitted to the client through the NFC module in the storage device, and the client receives the ID. Then bind the storage device ID to the client user account; or bind it by QR code or other existing methods; or if the whole family wants to control the smart TV or set-top box to play the mobile hard disk through their mobile phone
  • LDAP technology to create multiple independent accounts and separate them with the ID of the storage device.
  • Binding allows the storage device to allocate independent storage space corresponding to each independent account; or want the whole family to want to control the smart TV or set-top box to play the audio and video resources in the mobile hard disk through their mobile phones, but assign different permissions
  • the primary account and the sub-account respectively establishing the binding relationship between the primary account and the sub-account and the storage device ID
  • the user directly accesses the IP address of the mobile hard disk through the mobile phone, and reads the audio-visual resources in the mobile hard disk.
  • the smart TV or the set-top box uses the same account as the mobile phone to log in to the private cloud to obtain the path of the audio and video resource.
  • the smart TV or set-top box is connected to the mobile hard disk in the same LAN. , According to the IP address of the mobile hard disk, reads the movie resource corresponding movement path of the hard disk for playback.
  • Zhang San is in the company and wants to play the cartoons in the mobile hard disk to the children at home
  • the mobile phone passes the user account.
  • the mobile hard disk accesses the private cloud server through the external network, and sends the domain name to the private cloud server;
  • the private cloud server corresponds to the ID information of the mobile hard disk according to the user account
  • Binding relationship the domain name of the corresponding mobile hard disk is fed back to the client;
  • the mobile phone accesses the mobile hard disk according to the domain name of the storage device, reads the required animation or the user instantly transfers the cartoon in the mobile phone to the mobile phone
  • the hard disk and then send the path of the cartoon (which may be an animation in the previous mobile hard disk or an animation that the user just transmitted) to the private cloud server;
  • the smart TV or the set top box logs in to the private cloud server by using the same account as the mobile
  • the private cloud platform of the storage device determines Whether the storage device ID is bound, if it has been bound, rejecting the binding request; if not bound, agreeing to the binding request; after the user account is bound with the storage device ID.
  • the client and the storage device save the binding relationship, and the private cloud server updates the corresponding binding relationship list between the user account and the storage device ID.
  • the smart TV can be turned on by remote switch control; or the smart TV can be placed in standby, and then the TV can be turned on via the network function of the smart TV. This eliminates the need for people at home to manually turn on the TV.
  • Zhang San the private cloud in the smart TV or set-top box can capture and record the video playback of Zhang San (such as I know that Zhang San will watch the news broadcast every night at 7:00 pm; (and then through the human body sensor) to sense the position of Zhang San (such as in the bathroom), and finally push the program to the nearest to the human body (that is, the closest to the human body sensor) Smart TV or set-top box for playback.
  • Zhang San such as I know that Zhang San will watch the news broadcast every night at 7:00 pm; (and then through the human body sensor) to sense the position of Zhang San (such as in the bathroom), and finally push the program to the nearest to the human body (that is, the closest to the human body sensor) Smart TV or set-top box for playback.

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Abstract

本发明公开了一种智能影音播放方法及系统,所述方法包括以下步骤:S1,给存储设备和智能电视或机顶盒均配置 DLNA 协议、airplay 协议或SAMBA 协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;S2,智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放。本发明可以实现机顶盒的有效扩容,对存储设备中的影音资源进行播放,操作简单方便,而且对网络和人员的要求相对较低;另外,本发明通过利用私有云获取影音资源的路径,从而可以在局域网中,通过客户端快速控制智能电视准确的播放存储设备中的影音资源,同时保证了数据访问的安全性。

Description

一种智能影音播放方法及系统 技术领域
本发明涉及一种智能影音播放方法及系统,属于智能影音技术领域。
背景技术
现有的有线电视采用机顶盒进行节目播放,但是机顶盒的空间有限,无法扩展,导致使用受限。目前的解决办法比如乐视可实现通过网址播放网络中的资源。但是这种方式仍然存在很多不便之处:每次都需要输入网址查找,非常麻烦,而且对网络要求较高,对人员的要求也较高;另外,虽然有的电视机提供U盘插口,可以播放U盘中的资源,但是需要找专门的U盘插口,不方便,而且插入U盘后,还需要一系列复杂的操作才能播放出节目,对人员的操作水平要求较高。此外,现在大多是老人在家带孩子,但是老人通过以上方式操作智能电视播放节目难度较高,无法实现远程控制节目的播放。
申请号为201320154140.5的专利申请公开了一种基于Android系统机顶盒的NAS云存储系统,通过在机顶盒中配置NAS云存储系统,从而利用机顶盒分担NAS的硬件成本,实现NAS的推广应用,但是该系统仍然无法解决机顶盒扩容的问题及远程控制节目播放的问题。
发明内容
本发明的目的在于,提供一种智能影音播放方法及系统,它可以有效解决现有技术中存在的问题,尤其是通过网址播放网络中的资源,每次都需要输入网址查找,非常麻烦,而且对网络要求较高,对人员的要求也较高的问题,实现机顶盒的有效扩容。
为解决上述技术问题,本发明采用如下的技术方案:一种智能影音播放方法,包括以下步骤:
S1,给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
S2,智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放。
优选的,步骤S2包括:智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址读取存储设备中的影音资源进行播放。从而可以实现在同一局域网中,智能电视或机顶盒可以快速获取并播放存储设备中的影音资源,成本较低。
优选的,步骤S2包括:
S21,将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
S22,若客户端与存储设备处于同一个局域网,则客户端和存储设备连接,并访问存储设备的IP地址,读取存储设备中的影音资源或将影音资源存入存储设备中,然后将所述影音资源的路径发送至私有云平台;
S23,智能电视或机顶盒利用与客户端相同的账号登陆私有云平台,获得所述的影音资源的路径;
S24,智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址,直接读取与其匹配的存储设备中的相应路径的影音资源(所述的影音资源为原始存在的资源或者用户当前存入的资源)进行播放。
从而可以在局域网中,通过客户端快速控制智能电视准确的播放存储设备中的影音资源,同时保证了数据访问的安全性。
或者优选的,步骤S2包括:
SX1,将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
SX2,若客户端与存储设备处于不同的网络中,则客户端通过用户账号登陆私有云平台并通过私有云平台向私有云服务器发送影音数据存取请求;存储设备利用外部网络通过私有云平台访问私有云服务器,并将其域名通过私有云平台发送至私有云服务器;
SX3,私有云服务器根据客户端用户账号与存储设备ID的对应绑定关系,将相应的存储设备的域名反馈给客户端;
SX4,客户端根据所述的存储设备的域名访问存储设备,进行远程影音数据读取或远程将影音数据存入存储设备中,然后将所述影音资源的路径发送至私有云服务器;
SX5,智能电视或机顶盒利用与客户端相同的账号访问私有云服务器,获得所述的影音资源的路径;
SX6,智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址,读取存储设备中的相应路径的影音资源(所述的影音资源为原始存在的资源或者用户当前存入的资源)进行播放。
通过以上方法,从而可以实现远程控制播放存储设备中的特定影音内容,大大方便了收看影音节目的人群,无需对其有任何操作水平的要求,同时保证了数据访问的安全性。
进一步优选的,所述的客户端用户账号与存储设备ID通过以下方法进行绑定:客户端发出广播,处于同一局域网的存储设备反馈回自身的ID信息,客户端根据所述的ID信息,将存储设备ID与客户端用户账号进行绑定,(相比于UPNP等方式)从而可以通过设定某些字段来进行搜索,搜索效率非常高,而且干扰较少,提高了绑定效率。
所述的客户端具有WIFI模块。
或者优选的,所述的客户端用户账号与存储设备ID通过以下方法进行绑定:当客户端和存储设备接触时,通过存储设备中的NFC模块将存储设备的ID传输给客户端,客户端接收到所述ID后将存储设备ID与客户端用户账号进行绑定,从而可以实现客户端与存储设备简单、快捷的进行绑定。
或者优选的,所述的客户端用户账号与存储设备ID通过以下方法进行绑定:利用LDAP技术建立多个独立账号并分别与存储设备的ID进行绑定,同时使得存储设备中分配与各个独立账号对应的独立的存储空间。者优选的,通过设置主账号及子账号,分别建立所述主账号及子账号与存储设备ID的绑定关系。从而实现了多人平等的或具有不同权限的对同一个存储设备的数据进行安全存取。
前述的智能影音播放方法中,步骤S21或SX1还包括:
SX0,当客户端通过私有云平台发送用户账号与存储设备ID的绑定请求时,存储设备的私有云平台判断所述的存储设备ID是否被绑定过,如果已被绑定过,则拒绝该绑定请求;如果未被绑定过,则同意该绑定请求;用户账号与存储设备ID进行绑定后,客户端、存储设备保存该绑定关系,私有云服务器更新用户账号与存储设备ID的对应绑定关系列表。从而避免了非法访问存储设备的数据,保证了数据的安全性。
前述的智能影音播放方法中,通过远程开关控制打开智能电视;或者使智能电视待机,然后通过智能电视的网络功能打开电视(即通过网卡开机),从而实现了智能电视开关机的远程控制。
上述的智能影音播放方法,步骤S2还包括:私有云平台获取影音播放记录并进行学习;(可通过人体感知器)感应人体所在位置,然后定时推送节目至距离人体最近(也即距离人体感知器最近)的电视进行播放。从而可以实现更智能化的自动进行影音播放,无需用户进行任何操作,大大方便了用户。
一种智能影音播放系统,包括:
配置模块,用于给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
连接及资源读取模块,用于智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放。
优选的,所述的连接及资源读取模块包括:
第一绑定模块,用于将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
第一影音资源存取模块,用于若客户端与存储设备处于同一个局域网,则客户端和存储设备连接,并访问存储设备的IP地址,读取存储设备中的影音资源或将影音资源存入存储设备中,然后将所述影音资源的路径发送至私有云平台;
第一登陆模块,用于智能电视或机顶盒利用与客户端相同的账号登陆私有云平台,获得所述的影音资源的路径;
第一连接模块,用于智能电视或机顶盒与处于同一局域网中的存储设备进行连接;
第一资源获取模块,用于智能电视根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放。
优选的,所述的连接及资源读取模块包括:
第二绑定模块,用于将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
影音资源存取请求模块,用于若客户端与存储设备处于不同的网络中,客户端通过用户账号登陆私有云平台并通过私有云平台向私有云服务器发送影音数据存取请求;
存储设备访问模块,用于存储设备利用外部网络通过私有云平台访问私有云服务器,并将其域名通过私有云平台发送至私有云服务器;
域名反馈模块,用于私有云服务器根据客户端用户账号与存储设备ID的对应绑定关系,将相应的存储设备的域名反馈给客户端;
第二影音资源存取模块,用于客户端根据所述的存储设备的域名访问存储设备,进行远程影音数据读取或远程将影音数据存入存储设备中,然后将所述影音资源的路径发送至私有云服务器;
第二登陆模块,用于智能电视或机顶盒利用与客户端相同的账号登陆私有云服务器,获得所述的影音资源的路径;
第二连接模块,用于智能电视或机顶盒与处于同一局域网中的存储设备进行连接;
第二资源获取模块,用于智能电视根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放。
优选的,所述的第一绑定模块或第二绑定模块还包括:
广播发送模块,用于客户端发出广播;
ID信息反馈模块,用于处于同一局域网的存储设备反馈回自身的ID信息;
A绑定模块,用于客户端根据所述的ID信息,将存储设备的ID与客户端账号进行绑定。
或者优选的,所述的第一绑定模块或第二绑定模块还包括:
B绑定模块,用于当客户端和存储设备接触时,通过存储设备中的NFC模块将存储设备的ID传输给客户端,客户端接收到所述ID后将存储设备的ID与客户端账号进行绑定。
或者优选的,所述的第一绑定模块或第二绑定模块还包括:
多账号绑定模块,用于利用LDAP技术建立多个独立账号并分别与存储设备的ID进行绑定;
存储空间分配模块,用于存储设备分配与各个独立账号对应的独立的存储空间;
或者所述的第一绑定模块或第二绑定模块还包括:
主账号及子账号绑定模块,用于建立主账号及子账号与存储设备ID的绑定关系。
优选的,所述的第一绑定模块或第二绑定模块还包括:
判断模块,用于当客户端通过私有云平台发送用户账号与存储设备ID的绑定请求时,存储设备的私有云平台判断所述的存储设备ID是否被绑定过;如果已被绑定过,则拒绝该绑定请求;如果未被绑定过,则同意该绑定请求;
绑定关系存储模块,用于用户账号与存储设备ID进行绑定后,客户端、存储设备保存该绑定关系;
绑定关系列表更新模块,用于用户账号与存储设备ID进行绑定后,私有云服务器更新用户账号与存储设备ID的对应绑定关系列表。
本发明所述的智能影音播放系统中,所述的连接及资源读取模块还包括:
学习模块,用于私有云平台获取影音播放记录并进行学习;
节目推送模块,用于(可通过人体感知器)感应人体所在位置,然后定时推送节目至距离人体最近(也即距离人体感知器最近)的电视进行播放。
与现有技术相比,本发明具有以下优点:
1、通过给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;然后智能电视或机顶盒与存储设备进行连接,即可读取存储设备中的影音资源进行播放,实现了机顶盒的有效扩容,而且操作简单方便,而且对人员和网络的要求相对较低;
2、本发明通过利用私有云获取影音资源的路径,从而可以在局域网中,通过客户 端快速控制智能电视或机顶盒准确的播放存储设备中的影音资源,同时保证了数据访问的安全性;
3、本发明通过利用私有云服务器获取存储设备的域名以及影音资源的路径,从而可以实现远程控制智能电视或机顶盒播放存储设备中的特定影音内容,大大方便了收看影音节目的人群,无需对其有任何操作水平的要求,同时保证了数据访问的安全性;
4、本发明通过利用私有云平台判断存储设备是否被绑定过,从而执行相应的操作,避免了非法访问存储设备的数据(比如非法获得了别人存储设备的ID信息),保证了数据的安全性。
附图说明
图1是本发明的一种实施例的方法流程图;
图2是本发明的另一实施例的方法流程图。
下面结合附图和具体实施方式对本发明作进一步的说明。
具体实施方式
本发明的实施例1:一种智能影音播放方法,如图1所示,包括以下步骤:
S1,给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
S2,智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放。
具体的,智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址读取存储设备中的影音资源进行播放。
本实施例中,可通过远程开关控制打开智能电视;或者使智能电视待机,然后通过智能电视的网络功能打开电视。
可选的,步骤S2还可包括:(智能电视或机顶盒的)私有云平台获取影音播放记录并进行学习;(可通过人体感知器)感应人体所在位置,然后定时推送节目至距离人体最近(也即距离人体感知器最近)的电视进行播放。
一种智能影音播放系统,包括:
配置模块,用于给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平 台;
连接及资源读取模块,用于智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放。
所述的连接及资源读取模块还包括:
学习模块,用于私有云平台获取影音播放记录并进行学习;
节目推送模块,用于(可通过人体感知器)感应人体所在位置,然后定时推送节目至距离人体最近(也即距离人体感知器最近)的电视进行播放。
实施例2:一种智能影音播放方法,如图2所示,包括以下步骤:
S1,给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
S2,智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放;具体包括以下步骤:
S21,将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
S22,若客户端与存储设备处于同一个局域网,则客户端和存储设备连接,并访问存储设备的IP地址,读取存储设备中的影音资源或将影音资源存入存储设备中,然后将所述影音资源的路径发送至私有云平台;
S23,智能电视或机顶盒利用与客户端相同的账号登陆私有云平台,获得所述的影音资源的路径;
S24,智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放。
其中,步骤S21中,所述的客户端与存储设备可通过以下方法进行绑定:客户端发出广播,处于同一局域网的存储设备反馈回自身的ID信息,客户端根据所述的ID信息,将存储设备ID与客户端用户账号进行绑定。
一种智能影音播放系统,包括:
配置模块,用于给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
连接及资源读取模块,用于智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放。
所述的连接及资源读取模块包括:
第一绑定模块,用于将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
第一影音资源存取模块,用于若客户端与存储设备处于同一个局域网,则客户端和存储设备连接,并访问存储设备的IP地址,读取存储设备中的影音资源或将影音资源存入存储设备中,然后将所述影音资源的路径发送至私有云平台;
第一登陆模块,用于智能电视或机顶盒利用与客户端相同的账号登陆私有云平台,获得所述的影音资源的路径;
第一连接模块,用于智能电视或机顶盒与处于同一局域网中的存储设备进行连接;
第一资源获取模块,用于智能电视根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放。
所述的第一绑定模块包括:
广播发送模块,用于客户端发出广播;
ID信息反馈模块,用于处于同一局域网的存储设备反馈回自身的ID信息;
A绑定模块,用于客户端根据所述的ID信息,将存储设备的ID与客户端账号进行绑定。
实施例3:一种智能影音播放方法,包括以下步骤:
S1,给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
S2,智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放;具体包括以下步骤:
S21,将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
S22,若客户端与存储设备处于同一个局域网,则客户端和存储设备连接,并访问存储设备的IP地址,读取存储设备中的影音资源或将影音资源存入存储设备中,然后将所述影音资源的路径发送至私有云平台;
S23,智能电视或机顶盒利用与客户端相同的账号登陆私有云平台,获得所述的影音资源的路径;
S24,智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放。
其中,步骤S21中,所述的客户端与存储设备可通过以下方法进行绑定:所述的客户端用户账号与存储设备ID通过以下方法进行绑定:当客户端和存储设备接触时,通过存储设备中的NFC模块将存储设备的ID传输给客户端,客户端接收到所述ID后将存储设备ID与客户端用户账号进行绑定。
一种智能影音播放系统,与实施例2不同的是:
所述的第一绑定模块包括:
B绑定模块,用于当客户端和存储设备接触时,通过存储设备中的NFC模块将存储设备的ID传输给客户端,客户端接收到所述ID后将存储设备的ID与客户端账号进行绑定。
实施例4:一种智能影音播放方法,包括以下步骤:
S1,给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
S2,智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放;具体包括以下步骤:
S21,将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
S22,若客户端与存储设备处于同一个局域网,则客户端和存储设备连接,并访问存储设备的IP地址,读取存储设备中的影音资源或将影音资源存入存储设备中,然后将所述影音资源的路径发送至私有云平台;
S23,智能电视或机顶盒利用与客户端相同的账号登陆私有云平台,获得所述的影音资源的路径;
S24,智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放。
其中,步骤S21中,所述的客户端与存储设备可通过二维码的方式进行绑定。
一种智能影音播放系统,同实施例2。
实施例5:一种智能影音播放方法,如图2所示,包括以下步骤:
S1,给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协 议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
S2,智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放;具体包括以下步骤:
SX1,将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
SX2,若客户端与存储设备处于不同的网络中,则客户端通过用户账号登陆私有云平台并通过私有云平台向私有云服务器发送影音数据存取请求;存储设备利用外部网络通过私有云平台访问私有云服务器,并将其域名通过私有云平台发送至私有云服务器;
SX3,私有云服务器根据客户端用户账号与存储设备ID的对应绑定关系,将相应的存储设备的域名反馈给客户端;
SX4,客户端根据所述的存储设备的域名访问存储设备,进行远程影音数据读取或远程将影音数据存入存储设备中,然后将所述影音资源的路径发送至私有云服务器;
SX5,智能电视或机顶盒利用与客户端相同的账号访问私有云服务器,获得所述的影音资源的路径;
SX6,智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址,读取存储设备中的相应路径的影音资源(所述的影音资源为原始存在的资源或者用户当前存入的资源)进行播放。
所述的客户端与存储设备可通过以下方法进行绑定:利用LDAP技术建立多个独立账号并分别与存储设备的ID进行绑定,同时使得存储设备中分配与各个独立账号对应的独立的存储空间。
一种智能影音播放系统,包括:
配置模块,用于给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
连接及资源读取模块,用于智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放。
所述的连接及资源读取模块包括:
第二绑定模块,用于将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
影音资源存取请求模块,用于若客户端与存储设备处于不同的网络中,客户端通过用户账号登陆私有云平台并通过私有云平台向私有云服务器发送影音数据存取请求;
存储设备访问模块,用于存储设备利用外部网络通过私有云平台访问私有云服务器,并将其域名通过私有云平台发送至私有云服务器;
域名反馈模块,用于私有云服务器根据客户端用户账号与存储设备ID的对应绑定关系,将相应的存储设备的域名反馈给客户端;
第二影音资源存取模块,用于客户端根据所述的存储设备的域名访问存储设备,进行远程影音数据读取或远程将影音数据存入存储设备中,然后将所述影音资源的路径发送至私有云服务器;
第二登陆模块,用于智能电视或机顶盒利用与客户端相同的账号登陆私有云服务器,获得所述的影音资源的路径;
第二连接模块,用于智能电视或机顶盒与处于同一局域网中的存储设备进行连接;
第二资源获取模块,用于智能电视根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放。
所述的第二绑定模块包括:
多账号绑定模块,用于利用LDAP技术建立多个独立账号并分别与存储设备的ID进行绑定;
存储空间分配模块,用于存储设备分配与各个独立账号对应的独立的存储空间;
实施例6:一种智能影音播放方法,包括以下步骤:
S1,给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
S2,智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放;具体包括以下步骤:
SX1,将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;其中,所述的将客户端用户账号与存储设备ID进行绑定还包括:
SX0,当客户端通过私有云平台发送用户账号与存储设备ID的绑定请求时,存储设备的私有云平台判断所述的存储设备ID是否被绑定过,如果已被绑定过,则拒绝该绑定请求;如果未被绑定过,则同意该绑定请求;用户账号与存储设备ID进行绑定后,客户端、存储设备保存该绑定关系,私有云服务器更新用户账号与存储设备ID的对应绑定关系列表;
SX2,若客户端与存储设备处于不同的网络中,则客户端通过用户账号登陆私有云平台并通过私有云平台向私有云服务器发送影音数据存取请求;存储设备利用外部网络通过私有云平台访问私有云服务器,并将其域名通过私有云平台发送至私有云服务器;
SX3,私有云服务器根据客户端用户账号与存储设备ID的对应绑定关系,将相应的存储设备的域名反馈给客户端;
SX4,客户端根据所述的存储设备的域名访问存储设备,进行远程影音数据读取或远程将影音数据存入存储设备中,然后将所述影音资源的路径发送至私有云服务器;
SX5,智能电视或机顶盒利用与客户端相同的账号访问私有云服务器,获得所述的影音资源的路径;
SX6,智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址,读取存储设备中的相应路径的影音资源(所述的影音资源为原始存在的资源或者用户当前存入的资源)进行播放。
所述的客户端与存储设备可通过以下方法进行绑定:通过设置主账号及子账号,分别建立所述主账号及子账号与存储设备ID的绑定关系。
一种智能影音播放系统,包括:
配置模块,用于给存储设备和智能电视或机顶盒(所述的机顶盒具有操作系统,如Android系统或苹果系统等;智能电视包含具有操作系统的电视机顶盒)均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
连接及资源读取模块,用于智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放。
所述的连接及资源读取模块包括:
第二绑定模块,用于将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
影音资源存取请求模块,用于若客户端与存储设备处于不同的网络中,客户端通过用户账号登陆私有云平台并通过私有云平台向私有云服务器发送影音数据存取请求;
存储设备访问模块,用于存储设备利用外部网络通过私有云平台访问私有云服务器,并将其域名通过私有云平台发送至私有云服务器;
域名反馈模块,用于私有云服务器根据客户端用户账号与存储设备ID的对应绑定关系,将相应的存储设备的域名反馈给客户端;
第二影音资源存取模块,用于客户端根据所述的存储设备的域名访问存储设备,进行远程影音数据读取或远程将影音数据存入存储设备中,然后将所述影音资源的路径发送至私有云服务器;
第二登陆模块,用于智能电视或机顶盒利用与客户端相同的账号登陆私有云服务器,获得所述的影音资源的路径;
第二连接模块,用于智能电视或机顶盒与处于同一局域网中的存储设备进行连接;
第二资源获取模块,用于智能电视根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放。
所述的第一绑定模块或第二绑定模块还包括:
判断模块,用于当客户端通过私有云平台发送用户账号与存储设备ID的绑定请求时,存储设备的私有云平台判断所述的存储设备ID是否被绑定过;如果已被绑定过,则拒绝该绑定请求;如果未被绑定过,则同意该绑定请求;
绑定关系存储模块,用于用户账号与存储设备ID进行绑定后,客户端、存储设备保存该绑定关系;
绑定关系列表更新模块,用于用户账号与存储设备ID进行绑定后,私有云服务器更新用户账号与存储设备ID的对应绑定关系列表。
所述的第二绑定模块还包括:
主账号及子账号绑定模块,用于建立主账号及子账号与存储设备ID的绑定关系。
本发明的一种实施例的工作原理:
假设张三有一个移动硬盘(所述移动硬盘配置有DLNA协议、airplay协议或SAMBA协议;并且运行有私有云平台),里面存储了很多的影音资源,张三要利用家里的智能电视或机顶盒(所述的智能电视或机顶盒均配置有DLNA协议、airplay协议或SAMBA协议;并且运行有私有云平台,用机顶盒时,可以通过普通的电视进行播放)直接播放移动硬盘中的影音资源,则将智能电视或机顶盒与存储设备进行连接后,即可读取存储设备中的影音资源进行播放(如果智能电视或机顶盒与移动硬盘处于同一局域网,则智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址读取存储设备中的影音资源进行播放)。
如果张三想利用与智能电视或机顶盒、移动硬盘处于同一局域网中的客户端如手机(运行有私有云平台)来选择移动硬盘中的影音资源,然后通过智能电视或机顶盒进行播放,则首先,将客户端用户账号与存储设备ID进行绑定(比如可通过以下方式进行绑定:客户 端发出广播,处于同一局域网的存储设备反馈回自身的ID信息,客户端根据所述的ID信息,将存储设备ID与客户端用户账号进行绑定;或者通过以下方式:当客户端和存储设备接触时,通过存储设备中的NFC模块将存储设备的ID传输给客户端,客户端接收到所述ID后将存储设备ID与客户端用户账号进行绑定;或者通过二维码方式或者现有的其他方式进行绑定;或者如果全家人都想通过自己的手机控制智能电视或机顶盒播放移动硬盘中的影音资源,则利用LDAP技术建立多个独立账号并分别与存储设备的ID进行绑定,同时使得存储设备中分配与各个独立账号对应的独立的存储空间;或者想让全家人都想通过自己的手机控制智能电视或机顶盒播放移动硬盘中的影音资源,但是分配不同的权限,则通过设置主账号及子账号,分别建立所述主账号及子账号与存储设备ID的绑定关系);然后,用户通过手机直接访问移动硬盘的IP地址,读取移动硬盘中的影音资源或将影音资源存入移动硬盘中,然后将所述影音资源的路径发送至私有云平台(比如从移动硬盘中选择了樱桃小丸子动画片,然后将该动画片的路径发送至私有云;或者将用户手机中的视频资源存入移动硬盘中,然后将该视频资源的路径发送给私有云);然后,智能电视或机顶盒利用与手机相同的账号登陆私有云,获得所述的影音资源的路径;最后,智能电视或机顶盒与处于同一局域网中的移动硬盘进行连接,并根据移动硬盘的IP地址,读取移动硬盘中的相应路径的影音资源进行播放。
如果张三在公司,想给在家的孩子播放移动硬盘中的动画片,则首先,将张三的手机与移动硬盘进行绑定(可以预先在家的时候进行绑定);然后,手机通过用户账号登陆私有云服务器并向私有云服务器发送影音数据存取请求;移动硬盘通过外部网络访问私有云服务器,并将其域名发送至私有云服务器;私有云服务器根据用户账号与移动硬盘的ID信息的对应绑定关系,将相应的移动硬盘的域名反馈给客户端;手机根据所述的存储设备的域名访问移动硬盘,读取到所需的动画片或者用户将手机中的动画片即时的传送至移动硬盘,然后将所述动画片(可以是之前移动硬盘中的动画片或者是用户刚传上去的动画片)的路径发送至私有云服务器;智能电视或机顶盒利用与手机相同的账号登陆私有云服务器,获得所述的影音资源的路径;最后,智能电视或机顶盒与处于同一局域网中的移动硬盘进行连接,并根据移动硬盘的IP地址,读取移动硬盘中的相应路径的动画片进行播放。
为了防止移动硬盘中的数据被非法访问,比如移动硬盘丢失时,数据被非法访问,则当客户端通过私有云平台发送用户账号与存储设备ID的绑定请求时,存储设备的私有云平台判断所述的存储设备ID是否被绑定过,如果已被绑定过,则拒绝该绑定请求;如果未被绑定过,则同意该绑定请求;用户账号与存储设备ID进行绑定后,客户端、存储设备保存 该绑定关系,私有云服务器更新用户账号与存储设备ID的对应绑定关系列表。
可通过远程开关控制打开智能电视;或者使智能电视待机,然后通过智能电视的网络功能打开电视。这样就不需要家里的人手动去打开电视了。
另外,如果张三家里有多台智能电视或多个机顶盒,他想定时让电视推送节目到他所在的房间,则智能电视或机顶盒中的私有云获取张三的影音播放记录并进行学习(比如知道张三每周一晚上7点都会收看新闻联播);(然后可通过人体感知器)感应张三所在位置(比如在浴室),最后定时推送节目至距离人体最近(也即距离人体感知器最近)的智能电视或机顶盒进行播放。

Claims (11)

  1. 一种智能影音播放方法,其特征在于,包括以下步骤:
    S1,给存储设备和智能电视或机顶盒均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
    S2,智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放。
  2. 根据权利要求1所述的智能影音播放方法,其特征在于,步骤S2包括:
    S21,将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;优选为,所述的客户端用户账号与存储设备ID通过以下方法进行绑定:客户端发出广播,处于同一局域网的存储设备反馈回自身的ID信息,客户端根据所述的ID信息,将存储设备ID与客户端用户账号进行绑定;或者所述的客户端用户账号与存储设备ID通过以下方法进行绑定:当客户端和存储设备接触时,通过存储设备中的NFC模块将存储设备的ID传输给客户端,客户端接收到所述ID后将存储设备ID与客户端用户账号进行绑定;或者所述的客户端用户账号与存储设备ID通过以下方法进行绑定:利用LDAP技术建立多个独立账号并分别与存储设备的ID进行绑定,同时使得存储设备中分配与各个独立账号对应的独立的存储空间;或者通过设置主账号及子账号,分别建立所述主账号及子账号与存储设备ID的绑定关系;
    S22,若客户端与存储设备处于同一个局域网,则客户端和存储设备连接,并访问存储设备的IP地址,读取存储设备中的影音资源或将影音资源存入存储设备中,然后将所述影音资源的路径发送至私有云平台;
    S23,智能电视或机顶盒利用与客户端相同的账号登陆私有云平台,获得所述的影音资源的路径;
    S24,智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放。
  3. 根据权利要求1所述的智能影音播放方法,其特征在于,步骤S2包括:
    SX1,将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;优选为,所述的客户端用户账号与存储设备ID通过以下方法进行绑定:客户端发出广播,处于同一局域网的存储设备反馈回自身的ID信息,客户端根据所述的ID信息,将存储设备ID与客户端用户账号进行绑定;或者所述的客户端用户账号与存储设备ID通过以下方法进行绑定:当客户端和存储设备接触时,通过存储设备中的NFC模块将存储设备的ID传输给客户端,客户端接收到所述ID后将存储设备ID与客户端用户账号进行绑定;或者所述的客户端用户账号与存储设备ID通过以下方法进行绑定:利用LDAP技术建立多个独立账 号并分别与存储设备的ID进行绑定,同时使得存储设备中分配与各个独立账号对应的独立的存储空间;或者通过设置主账号及子账号,分别建立所述主账号及子账号与存储设备ID的绑定关系;
    SX2,若客户端与存储设备处于不同的网络中,则客户端通过用户账号登陆私有云平台并通过私有云平台向私有云服务器发送影音数据存取请求;存储设备利用外部网络通过私有云平台访问私有云服务器,并将其域名通过私有云平台发送至私有云服务器;
    SX3,私有云服务器根据客户端用户账号与存储设备ID的对应绑定关系,将相应的存储设备的域名反馈给客户端;
    SX4,客户端根据所述的存储设备的域名访问存储设备,进行远程影音数据读取或远程将影音数据存入存储设备中,然后将所述影音资源的路径发送至私有云服务器;
    SX5,智能电视或机顶盒利用与客户端相同的账号访问私有云服务器,获得所述的影音资源的路径;
    SX6,智能电视或机顶盒与处于同一局域网中的存储设备进行连接,并根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放。
  4. 根据权利要求2或3所述的智能影音播放方法,其特征在于,步骤S21或SX1还包括:
    SX0,当客户端通过私有云平台发送用户账号与存储设备ID的绑定请求时,存储设备的私有云平台判断所述的存储设备ID是否被绑定过,如果已被绑定过,则拒绝该绑定请求;如果未被绑定过,则同意该绑定请求;用户账号与存储设备ID进行绑定后,客户端、存储设备保存该绑定关系,私有云服务器更新用户账号与存储设备ID的对应绑定关系列表。
  5. 根据权利要求1所述的智能影音播放方法,其特征在于,通过远程开关控制打开智能电视;或者使智能电视待机,然后通过智能电视的网络功能打开电视。
  6. 根据权利要求1所述的智能影音播放方法,其特征在于,步骤S2还包括:私有云平台获取影音播放记录并进行学习;感应人体所在位置,然后定时推送节目至距离人体最近的电视进行播放。
  7. 一种智能影音播放系统,其特征在于,包括:
    配置模块,用于给存储设备和智能电视或机顶盒均配置DLNA协议、airplay协议或SAMBA协议;所述的存储设备、智能电视、机顶盒中均运行有私有云平台;
    连接及资源读取模块,用于智能电视或机顶盒与存储设备进行连接,读取存储设备中的影音资源进行播放。
  8. 根据权利要求7所述的智能影音播放系统,其特征在于,所述的连接及资源读取模块包 括:
    第一绑定模块,用于将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
    第一影音资源存取模块,用于若客户端与存储设备处于同一个局域网,则客户端和存储设备连接,并访问存储设备的IP地址,读取存储设备中的影音资源或将影音资源存入存储设备中,然后将所述影音资源的路径发送至私有云平台;
    第一登陆模块,用于智能电视或机顶盒利用与客户端相同的账号登陆私有云平台,获得所述的影音资源的路径;
    第一连接模块,用于智能电视或机顶盒与处于同一局域网中的存储设备进行连接;
    第一资源获取模块,用于智能电视根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放;
    优选为,所述的第一绑定模块还包括:
    广播发送模块,用于客户端发出广播;
    ID信息反馈模块,用于处于同一局域网的存储设备反馈回自身的ID信息;
    A绑定模块,用于客户端根据所述的ID信息,将存储设备的ID与客户端账号进行绑定;
    或者所述的第一绑定模块还包括:
    B绑定模块,用于当客户端和存储设备接触时,通过存储设备中的NFC模块将存储设备的ID传输给客户端,客户端接收到所述ID后将存储设备的ID与客户端账号进行绑定;
    或者所述的第一绑定模块还包括:
    多账号绑定模块,用于利用LDAP技术建立多个独立账号并分别与存储设备的ID进行绑定;
    存储空间分配模块,用于存储设备分配与各个独立账号对应的独立的存储空间;
    或者所述的第一绑定模块还包括:
    主账号及子账号绑定模块,用于建立主账号及子账号与存储设备ID的绑定关系。
  9. 根据权利要求7所述的智能影音播放系统,其特征在于,所述的连接及资源读取模块包括:
    第二绑定模块,用于将客户端用户账号与存储设备ID进行绑定;所述的客户端中运行有私有云平台;
    影音资源存取请求模块,用于若客户端与存储设备处于不同的网络中,客户端通过用户账号登陆私有云平台并通过私有云平台向私有云服务器发送影音数据存取请求;
    存储设备访问模块,用于存储设备利用外部网络通过私有云平台访问私有云服务器,并将其域名通过私有云平台发送至私有云服务器;
    域名反馈模块,用于私有云服务器根据客户端用户账号与存储设备ID的对应绑定关系,将相应的存储设备的域名反馈给客户端;
    第二影音资源存取模块,用于客户端根据所述的存储设备的域名访问存储设备,进行远程影音数据读取或远程将影音数据存入存储设备中,然后将所述影音资源的路径发送至私有云服务器;
    第二登陆模块,用于智能电视或机顶盒利用与客户端相同的账号登陆私有云服务器,获得所述的影音资源的路径;
    第二连接模块,用于智能电视或机顶盒与处于同一局域网中的存储设备进行连接;
    第二资源获取模块,用于智能电视根据存储设备的IP地址,读取存储设备中的相应路径的影音资源进行播放;
    优选为,所述的第二绑定模块还包括:
    广播发送模块,用于客户端发出广播;
    ID信息反馈模块,用于处于同一局域网的存储设备反馈回自身的ID信息;
    A绑定模块,用于客户端根据所述的ID信息,将存储设备的ID与客户端账号进行绑定;
    或者所述的第二绑定模块还包括:
    B绑定模块,用于当客户端和存储设备接触时,通过存储设备中的NFC模块将存储设备的ID传输给客户端,客户端接收到所述ID后将存储设备的ID与客户端账号进行绑定;
    或者所述的第二绑定模块还包括:
    多账号绑定模块,用于利用LDAP技术建立多个独立账号并分别与存储设备的ID进行绑定;
    存储空间分配模块,用于存储设备分配与各个独立账号对应的独立的存储空间;
    或者所述的第二绑定模块还包括:
    主账号及子账号绑定模块,用于建立主账号及子账号与存储设备ID的绑定关系。
  10. 根据权利要求8或9所述的智能影音播放系统,其特征在于,所述的第一绑定模块或第二绑定模块还包括:
    判断模块,用于当客户端通过私有云平台发送用户账号与存储设备ID的绑定请求时,存储设备的私有云平台判断所述的存储设备ID是否被绑定过;如果已被绑定过,则拒绝该绑定请求;如果未被绑定过,则同意该绑定请求;
    绑定关系存储模块,用于用户账号与存储设备ID进行绑定后,客户端、存储设备保存该绑定关系;
    绑定关系列表更新模块,用于用户账号与存储设备ID进行绑定后,私有云服务器更新用户账号与存储设备ID的对应绑定关系列表。
  11. 根据权利要求7所述的智能影音播放系统,其特征在于,所述的连接及资源读取模块还包括:
    学习模块,用于私有云平台获取影音播放记录并进行学习;
    节目推送模块,用于感应人体所在位置,然后定时推送节目至距离人体最近的电视进行播放。
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