CN212969924U - Interactive digital signal multimedia display processing device - Google Patents
Interactive digital signal multimedia display processing device Download PDFInfo
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- CN212969924U CN212969924U CN202120495141.0U CN202120495141U CN212969924U CN 212969924 U CN212969924 U CN 212969924U CN 202120495141 U CN202120495141 U CN 202120495141U CN 212969924 U CN212969924 U CN 212969924U
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Abstract
The utility model relates to an interactive digital signal multimedia display processing device, based on the communication connection of printed wires on a mainboard, an application Internet of things control module is designed to realize the control of each externally connected Internet of things terminal, an audio/video control module is applied to realize the output control of a display device through an audio/video output module, and then the two-way communication between the audio/video control module and the Internet of things control module is combined, and the two-way communication between the audio/video control module and the display device is combined, so that the central control aiming at each Internet of things terminal is realized while the output of common audio/video media content is realized by the display device, and the audio/video output interactive process based on the display device is obtained, thus the display device is interactively shared by the media content and the Internet of things control, a new HMI effect is obtained, and the physical isolation is carried out between the design device and the internal system of the display device, the use becomes more stable and convenient.
Description
Technical Field
The utility model relates to an interactive digital signal multimedia display processing apparatus belongs to intelligent thing and allies oneself with house technical field.
Background
Many televisions are called "smart televisions", but in these smart television products, they only implement firmware updates or have built-in streaming media resources, such as Netflix, so that it is much more convenient for users to chase after, but if the smart television is used as a smart home control center, it is not ideal. It is widely believed in the industry that the smart television should play the role of a smart home control center. For many users in ordinary apartments and hotels, a television is an indoor main electrical appliance, if the television can be used as an intelligent home control center, the convenience of using the intelligent home can be greatly improved, but with the increasing requirements on the power consumption and the design complexity of the intelligent television, the performance of a built-in mainboard is improved to a saturated state, the improvement on the production form of the television becomes fussy, and meanwhile, the existing television cannot be subjected to secondary production, so that a heterogeneous scheme is needed to realize the function of an intelligent hub without affecting the robust stability of a display body system.
SUMMERY OF THE UTILITY MODEL
The utility model aims to solve the technical problem that an interactive digital signal multimedia display processing apparatus is provided, adopt brand-new module structure design, add intelligent solution, update display device for thing antithetical couplet control center, realize the thing of brand-new mode and ally oneself with interactive application, improve the work efficiency of thing antithetical couplet central control.
The utility model discloses a solve above-mentioned technical problem and adopt following technical scheme: the utility model discloses an interactive digital signal multimedia display processing device, which realizes interactive operation of each internet of things terminal based on a display device, and comprises a mainboard, and an internet of things control module, an audio and video output module and an internet of things communication interface group which are arranged on the mainboard;
the system comprises an Internet of things control module, an Internet of things communication interface group and a communication interface group, wherein the Internet of things control module is in butt joint with the Internet of things communication interface group through printed wires on a mainboard to realize bidirectional communication between the Internet of things control module and the Internet of things communication interface group;
the audio and video control module is in butt joint with the audio and video output module through a printed wire on the mainboard, the audio and video output module is used for being connected with a display device, the audio and video output module realizes one-way output to the display device, and meanwhile, the audio and video control module is in butt joint with the internet of things control module through the printed wire on the mainboard, so that two-way communication between the audio and video control module and the internet of things control module is realized;
the audio and video control module is in butt joint with the display device to realize bidirectional communication between the audio and video control module and the display device; the display device is internally provided with a power supply to carry out power taking work or an external power supply to carry out power taking work, the display device is used for taking power and storing power on the mainboard, and each power utilization device on the mainboard is respectively supplied with power; and based on the display function of the display device, presenting interactive control of the Internet of things control module for each connected Internet of things terminal.
As an optimal technical solution of the utility model: the voice recognition device is used for collecting sound and obtaining semantics, and the output end of the voice recognition device is in butt joint with the audio and video control module through a printed wire on the mainboard, so that bidirectional communication from the voice recognition device to the audio and video control module is realized.
As an optimal technical solution of the utility model: the voice recognition device is used for collecting voice and has a networking function to realize online voice interaction.
As an optimal technical solution of the utility model: the voice recognition device comprises a sound pick-up and a local voice processing chip which are arranged on the mainboard, wherein the output end of the sound pick-up is connected with the input end of the local voice processing chip through a printed wire on the mainboard, so that one-way communication from the sound pick-up to the local voice processing chip is realized; the output end of the local voice processing chip is in butt joint with the audio and video control module through a printed wire on the mainboard, and bidirectional communication from the local voice processing chip to the audio and video control module is achieved.
As an optimal technical solution of the utility model: the display device is an intelligent television with an intelligent television board card and further comprises detection sensing devices arranged on the display device, and the audio and video control module is in butt joint with the detection sensing devices through an Ethernet-RJ45 communication link or a UWB communication link to achieve bidirectional communication between the audio and video control module and the display device.
As an optimal technical solution of the utility model: the display device is a common television which is not provided with an intelligent television board card and is provided with a remote controller with an infrared code matching learning function, the audio and video control module is connected with the remote controller through a wireless communication link, the two-way communication between the audio and video control module and the remote controller is realized, and the two-way communication between the audio and video control module and the display device is realized.
As an optimal technical solution of the utility model: the audio and video control module is connected with the remote controller through a Bluetooth communication link.
As an optimal technical solution of the utility model: still including set up in first storage module, second storage module on the mainboard, thing allies oneself with control module and passes through the first storage module of printed wire butt joint on the mainboard, realizes the two-way communication between thing allies oneself with control module and the first storage module, audio and video control module passes through the printed wire butt joint second storage module on the mainboard, realizes the two-way communication between audio and video control module and the second storage module.
As an optimal technical solution of the utility model: still including set up in communication module on the mainboard, thing allies oneself with control module, audio and video control module connect communication module through the printed conductor on the mainboard respectively to connect the internet through communication module.
As an optimal technical solution of the utility model: the power storage device is arranged on the mainboard and is respectively butted with each power utilization device on the mainboard through printed wires on the mainboard.
An interactive digital signal multimedia display processing apparatus, technical scheme compares with prior art more than adopting, has following technological effect:
the utility model relates to an interactive digital signal multimedia display processing device, based on the communication connection of printed wires on a mainboard, an application Internet of things control module is designed to realize the control of each externally connected Internet of things terminal, an audio/video control module is applied to realize the output control of a display device through an audio/video output module, and then the two-way communication between the audio/video control module and the Internet of things control module is combined, and the two-way communication between the audio/video control module and the display device is combined, so that the central control aiming at each Internet of things terminal is realized while the output of common audio/video media content is realized by the display device, and the audio/video output interactive process based on the display device is obtained, thus the display device is interactively shared by the media content and the Internet of things control, a new HMI effect is obtained, and the physical isolation is carried out between the design device and the internal system of the display device, the use becomes more convenient, and in addition, the device that designs still can use embedded operating system, realizes the data intercommunication interconnection with display device or third party system for this device that designs has high suitability.
Drawings
Fig. 1 is a schematic block diagram of an interactive digital signal multimedia display processing apparatus according to the present invention.
Detailed Description
The following description will be provided to further explain embodiments of the present invention in detail with reference to the accompanying drawings.
The utility model discloses an interactive digital signal multimedia display processing apparatus, among the practical application, as shown in FIG. 1, realize the interactive operation at each thing allies oneself with the terminal based on display device, including the mainboard and set up thing on the mainboard and ally oneself with control module, audio and video output module, thing and ally oneself with communication interface group.
The Internet of things control module is connected with the Internet of things communication interface set through printed wires on the mainboard in a butt joint mode to achieve bidirectional communication between the Internet of things control module and the Internet of things communication interface set, the Internet of things communication interface set is used for being externally connected with all Internet of things terminals, and direct connection between the Internet of things control module and all the Internet of things terminals is achieved.
In practical application, for example, the audio and video output module is connected with the display device through an HDMI (high-definition multimedia interface) wire harness, the audio and video output module realizes unidirectional output on the display device, and meanwhile, the audio and video control module is connected with the internet of things control module through the printed wires on the mainboard, so that bidirectional communication between the audio and video control module and the internet of things control module is realized.
The audio and video control module is in butt joint with the display device to realize bidirectional communication between the audio and video control module and the display device; the display device is internally provided with a power supply to carry out power taking work or an external power supply to carry out power taking work, the display device is used for taking power and storing power on the mainboard, and each power utilization device on the mainboard is respectively supplied with power; and based on the display function of the display device, presenting interactive control of the Internet of things control module for each connected Internet of things terminal.
In practical application, the further design still includes set up in speech recognition device on the mainboard, speech recognition device is for being used for gathering sound, and obtain the device of semanteme, and speech recognition device's output passes through the printed conductor butt joint on the mainboard audio and video control module realizes speech recognition device to audio and video control module's two-way communication.
In the practical product of the interactive digital signal multimedia display processing device, the voice recognition device is a voice recognition device which collects sound and has a networking function to realize online voice interaction, and particularly, the voice recognition device comprises a sound pickup and a local voice processing chip which are arranged on a mainboard, wherein the output end of the sound pickup is connected with the input end of the local voice processing chip through a printed wire on the mainboard, so that one-way communication from the sound pickup to the local voice processing chip is realized; the output end of the local voice processing chip is in butt joint with the audio and video control module through a printed wire on the mainboard, and bidirectional communication from the local voice processing chip to the audio and video control module is realized; in an actual device product, for example, a domestic inter-interrogation W02 chip or a domestic cloud acoustic hummingbird series IOT chip is designed, and a single mic or a dual mic and a dual mic are matched, so that the recognition rate of a command can be more conveniently improved particularly under complex noise (such as television background sound), and thus, a voice recognition device is realized.
In practical application, based on the two-way communication from the local voice processing chip to the audio/video control module, for example, the audio/video control module can be selectively output to the multimedia display device or a third-party loudspeaker by the audio/video output module through the local voice processing chip.
For designing an audio and video control module to be in butt joint with a display device to realize bidirectional communication between the audio and video control module and the display device, in practical application, different structural designs are respectively made for two different display devices, wherein one of the two display devices is an intelligent television with an intelligent television board card, the design also comprises each detection sensing device arranged on the display device, and the audio and video control module is in butt joint with each detection sensing device through an Ethernet-RJ45 communication link or a UWB communication link to realize bidirectional communication between the audio and video control module and the display device.
And secondly, the display device is a common television which is not provided with an intelligent television board card and is provided with a remote controller with an infrared code matching learning function, the audio and video control module is connected with the remote controller through a wireless communication link, so that the two-way communication between the audio and video control module and the remote controller is realized, the two-way communication between the audio and video control module and the display device is realized, and in practical application, the wireless communication link between the audio and video control module and the remote controller can be specifically applied by using a Bluetooth communication link to obtain a wireless communication link.
The interactive digital signal multimedia display processing device designed by the utility model, in a further design scheme, further designs a communication module arranged on the mainboard, the Internet of things control module and the audio and video control module are respectively connected with the communication module through printed wires on the mainboard, and is connected with the Internet through a communication module, thus adding the function of self-networking for the designed device, realizing the communication with the Internet service, and in addition, further designing a power supply device capable of storing electricity and arranged on the mainboard, the electric power storage device is respectively connected with each electric device on the mainboard through the printed wires on the mainboard, therefore, a self-powered structure is added to the designed device, the designed device can be timely powered in necessary time, the stability of the actual use of the designed device is ensured, and uninterrupted power supply is achieved.
Will the utility model discloses an interactive digital signal multimedia display processing apparatus is applied to in the middle of the reality, when obtaining data processing, control, in order to reach more effective, more swift data transmission to and the memory function, the redesign adds data storage structural design, and concrete design is added and is arranged in first storage module, second storage module on the mainboard, thing allies oneself with control module and passes through the first storage module of printed conductor butt joint on the mainboard, realizes the both-way communication between thing allies oneself with control module and the first storage module, audio video control module passes through the printed conductor butt joint second storage module on the mainboard, realizes the both-way communication between audio video control module and the second storage module.
Based on the technical scheme of the designed interactive digital signal multimedia display processing device, in practical use and application, the connection with a display device (television) is realized according to the mode, for the display device, the basic function is firstly that the audio and video media content is output and displayed, namely, an audio and video control module controls an audio and video output module, and the audio and video media content is transmitted to the display device to be displayed by the audio and video output module; meanwhile, as the audio and video control module and the Internet of things control module are in bidirectional communication, the Internet of things control module is used for externally connecting each Internet of things terminal through the Internet of things communication interface set to control the Internet of things terminal, the interactive information of the Internet of things terminal during control can be sent to the display device through the audio and video output module by the Internet of things control module to be displayed, namely, the interactive response of Internet of things control is realized by the display function of display transposition while the audio and video media content is obtained through the display device, in the display process, when the Internet of things control interactive information needing to be output exists, the audio and video control module can temporarily stop outputting the audio and video media content, and after the Internet of things control interactive information is displayed, the audio and video media content is continuously displayed; also can be based on the technique on picture layer, the color shading with audio and video media content, place in the second floor picture layer and continue the output, place thing allies oneself with control interactive information in the first layer simultaneously and show, treat thing allies oneself with control interactive information demonstration back, resume the color of audio and video media content again, and resume audio and video media content at the demonstration of first layer, above be two kinds of modes in only the actual design, be not limited to at actual design with this, but all make display device when realizing audio and video media content output, can realize the interactive response of thing allies oneself with control application, make and combine the utility model discloses a display device of design device, as the center of thing allies oneself with control, obtain the thing allies oneself with application that actually is more swift.
In addition, the two-way communication realized by the voice recognition device, each detection sensing device and the remote controller can realize the interaction of instruction control in practical application to obtain the two-way communication between the audio and video control module and the display device, namely after the audio and video control module obtains the instruction interaction, the two-way communication exists between the audio and video control module and the Internet of things control module, so that the interactive control on audio and video media content and the interactive control on each Internet of things terminal can be realized, and all interactive control responses can be interactively displayed on the display device by the audio and video control module through the audio and video output module.
The interactive digital signal multimedia display processing device designed by the technical proposal is based on the communication connection of printed wires on a mainboard, an application internet of things control module is designed to realize the control of each externally connected internet of things terminal, an audio and video control module is applied to realize the output control of a display device through an audio and video output module, and then the two-way communication between the audio and video control module and the internet of things control module and the two-way communication between the audio and video control module and the display device are combined, the central control aiming at each internet of things terminal is realized while the display device realizes the output of common audio and video media contents, and the audio and video output interactive process based on the display device is obtained, thus the media contents and the internet of things control interactively share the display device to obtain a new HMI effect, and the design device is physically isolated from the internal system of the display device, and the control of internet of things equipment can be independently operated, the use becomes more convenient, and in addition, the device that designs still can use embedded operating system, realizes the data intercommunication interconnection with display device or third party system for this device that designs has high suitability.
The embodiments of the present invention have been described in detail with reference to the drawings, but the present invention is not limited to the above embodiments, and various changes can be made without departing from the spirit of the present invention within the knowledge of those skilled in the art.
Claims (10)
1. An interactive digital signal multimedia display processing apparatus, characterized by: the interactive operation of each Internet of things terminal is realized based on a display device, and the interactive operation comprises a mainboard, and an Internet of things control module, an audio and video output module and an Internet of things communication interface group which are arranged on the mainboard;
the system comprises an Internet of things control module, an Internet of things communication interface group and a communication interface group, wherein the Internet of things control module is in butt joint with the Internet of things communication interface group through printed wires on a mainboard to realize bidirectional communication between the Internet of things control module and the Internet of things communication interface group;
the audio and video control module is in butt joint with the audio and video output module through a printed wire on the mainboard, the audio and video output module is used for being connected with a display device, the audio and video output module realizes one-way output to the display device, and meanwhile, the audio and video control module is in butt joint with the internet of things control module through the printed wire on the mainboard, so that two-way communication between the audio and video control module and the internet of things control module is realized;
the audio and video control module is in butt joint with the display device to realize bidirectional communication between the audio and video control module and the display device; the display device is internally provided with a power supply to carry out power taking work or an external power supply to carry out power taking work, the display device is used for taking power and storing power on the mainboard, and each power utilization device on the mainboard is respectively supplied with power; and based on the display function of the display device, presenting interactive control of the Internet of things control module for each connected Internet of things terminal.
2. The interactive digital signal multimedia display processing apparatus of claim 1, wherein: the voice recognition device is used for collecting sound and obtaining semantics, and the output end of the voice recognition device is in butt joint with the audio and video control module through a printed wire on the mainboard, so that bidirectional communication from the voice recognition device to the audio and video control module is realized.
3. The interactive digital signal multimedia display processing apparatus of claim 2, wherein: the voice recognition device is used for collecting voice and has a networking function to realize online voice interaction.
4. The interactive digital signal multimedia display processing apparatus of claim 2, wherein: the voice recognition device comprises a sound pick-up and a local voice processing chip which are arranged on the mainboard, wherein the output end of the sound pick-up is connected with the input end of the local voice processing chip through a printed wire on the mainboard, so that one-way communication from the sound pick-up to the local voice processing chip is realized; the output end of the local voice processing chip is in butt joint with the audio and video control module through a printed wire on the mainboard, and bidirectional communication from the local voice processing chip to the audio and video control module is achieved.
5. An interactive digital signal multimedia display processing apparatus according to any one of claims 1 to 4, characterized in that: the display device is an intelligent television with an intelligent television board card and further comprises detection sensing devices arranged on the display device, and the audio and video control module is in butt joint with the detection sensing devices through an Ethernet-RJ45 communication link or a UWB communication link to achieve bidirectional communication between the audio and video control module and the display device.
6. An interactive digital signal multimedia display processing apparatus according to any one of claims 1 to 4, characterized in that: the display device is a common television which is not provided with an intelligent television board card and is provided with a remote controller with an infrared code matching learning function, the audio and video control module is connected with the remote controller through a wireless communication link, the two-way communication between the audio and video control module and the remote controller is realized, and the two-way communication between the audio and video control module and the display device is realized.
7. The interactive digital signal multimedia display processing apparatus of claim 6, wherein: the audio and video control module is connected with the remote controller through a Bluetooth communication link.
8. The interactive digital signal multimedia display processing apparatus of claim 1, wherein: still including set up in first storage module, second storage module on the mainboard, thing allies oneself with control module and passes through the first storage module of printed wire butt joint on the mainboard, realizes the two-way communication between thing allies oneself with control module and the first storage module, audio and video control module passes through the printed wire butt joint second storage module on the mainboard, realizes the two-way communication between audio and video control module and the second storage module.
9. The interactive digital signal multimedia display processing apparatus of claim 1, wherein: still including set up in communication module on the mainboard, thing allies oneself with control module, audio and video control module connect communication module through the printed conductor on the mainboard respectively to connect the internet through communication module.
10. The interactive digital signal multimedia display processing apparatus of claim 1, wherein: the power storage device is arranged on the mainboard and is respectively butted with each power utilization device on the mainboard through printed wires on the mainboard.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120495141.0U CN212969924U (en) | 2021-03-09 | 2021-03-09 | Interactive digital signal multimedia display processing device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202120495141.0U CN212969924U (en) | 2021-03-09 | 2021-03-09 | Interactive digital signal multimedia display processing device |
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| CN212969924U true CN212969924U (en) | 2021-04-13 |
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| CN202120495141.0U Active CN212969924U (en) | 2021-03-09 | 2021-03-09 | Interactive digital signal multimedia display processing device |
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- 2021-03-09 CN CN202120495141.0U patent/CN212969924U/en active Active
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