CN111193946A - Network interaction control terminal, network interaction system and network interaction communication method - Google Patents

Network interaction control terminal, network interaction system and network interaction communication method Download PDF

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Publication number
CN111193946A
CN111193946A CN201811357428.6A CN201811357428A CN111193946A CN 111193946 A CN111193946 A CN 111193946A CN 201811357428 A CN201811357428 A CN 201811357428A CN 111193946 A CN111193946 A CN 111193946A
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China
Prior art keywords
network
instruction
control
network interaction
control terminal
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CN201811357428.6A
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Chinese (zh)
Inventor
郭宏志
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Beijing Shengshihui Technology Co ltd
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Beijing Shengshihui Technology Co ltd
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Priority to CN201811357428.6A priority Critical patent/CN111193946A/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/41—Structure of client; Structure of client peripherals
    • H04N21/4104—Peripherals receiving signals from specially adapted client devices
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/41—Structure of client; Structure of client peripherals
    • H04N21/422—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS]
    • H04N21/42201—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS] biosensors, e.g. heat sensor for presence detection, EEG sensors or any limb activity sensors worn by the user
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/41—Structure of client; Structure of client peripherals
    • H04N21/422—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS]
    • H04N21/42203—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS] sound input device, e.g. microphone
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
    • H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
    • H04N21/41—Structure of client; Structure of client peripherals
    • H04N21/422—Input-only peripherals, i.e. input devices connected to specially adapted client devices, e.g. global positioning system [GPS]
    • H04N21/42204—User interfaces specially adapted for controlling a client device through a remote control device; Remote control devices therefor

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  • Engineering & Computer Science (AREA)
  • Signal Processing (AREA)
  • Multimedia (AREA)
  • Chemical & Material Sciences (AREA)
  • Health & Medical Sciences (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Human Computer Interaction (AREA)
  • Analytical Chemistry (AREA)
  • Biomedical Technology (AREA)
  • Biophysics (AREA)
  • General Health & Medical Sciences (AREA)
  • Neurosurgery (AREA)
  • Selective Calling Equipment (AREA)

Abstract

The invention discloses a network interactive control terminal, which is used for controlling controlled equipment to establish network interactive communication and comprises the following components: the system comprises a microprocessor, a first communication unit, a control unit and a second communication unit, wherein the first communication unit, the control unit and the second communication unit are connected with the microprocessor; the microprocessor processes the input instruction of the control unit to obtain a control instruction and/or a network interaction instruction, the first communication unit sends the control instruction to control the controlled equipment, and the network interaction instruction transmitted by the second communication unit is used for network interaction communication. When a user operates the network interactive control terminal to control the controlled electronic equipment, the network interactive communication of the program content based on the controlled electronic equipment is realized, the interactive experience of the user in controlling and watching programs is increased, the user can experience the social convenience and the real-time participation interest of the television live programs, and the convenience of network interaction and network real-time interaction in the network entertainment era is met.

Description

Network interaction control terminal, network interaction system and network interaction communication method
[ technical field ] A method for producing a semiconductor device
The present invention relates to an internet terminal device, and more particularly, to a network interactive control terminal capable of implementing network interactive communication by controlling an electronic device to view broadcast content, and further, to a network interactive system and method formed by the network interactive control terminal and a controlled electronic device.
[ background of the invention ]
The development of internet enables users to more and more conveniently enjoy audio and video programs played by electronic equipment such as internet terminals through internet terminals such as mobile phones anytime and anywhere, and also can realize interactive operation with internet contents. However, the existing electronic devices such as televisions for playing live programs cannot conveniently realize the interaction of the user controlling the television to participate in the live programs, and greatly influences the viewing experience and the participation sense of the user viewing the television programs.
In the existing electronic device for live programs, such as a television program, a user can also participate in the interaction of the television program, for example, participate in the interaction in a manner of adding a two-dimensional code given by the program through software downloaded by a mobile phone. Complicated operations are involved in the process of the user participating in the live program, and accurate real-time interaction is not facilitated. Therefore, how to more conveniently realize the real-time interaction and other network interactive communication of the user participating in the live program becomes the problem which is urgently needed to be solved for realizing the interaction of the electronic equipment of the current live program.
[ summary of the invention ]
The invention provides a network interactive control terminal which is convenient for controlling controlled equipment used for live program output and realizes network interactive communication based on program content.
In order to solve the above technical problem, the present invention provides a network interaction control terminal, configured to control a controlled device to perform network interaction communication, including: a microprocessor, a first communication unit, a control unit and a second communication unit which are connected with the microprocessor,
the control unit receives a control action of a user to obtain an input instruction;
the microprocessor processes the input instruction to obtain a control instruction and/or a network interaction instruction, controls the controlled equipment through the control instruction transmitted by the first communication unit, and performs network interaction communication through the network interaction instruction transmitted by the second communication unit.
The network interaction control terminal described above, wherein the microprocessor obtains the attribute of the input instruction, and obtains the control instruction and/or the network interaction instruction associated with the attribute of the input instruction according to the attribute of the input instruction.
The network interaction control terminal is characterized in that the microprocessor transmits the input instruction to the network through the second communication unit to obtain the attribute of the input instruction, and obtains the control instruction and/or the network interaction instruction associated with the attribute of the input instruction.
The network interaction control terminal as described above, wherein the attribute of the input command includes a time attribute, a content attribute, and a user attribute.
The network interaction control terminal as described above, wherein the control action of the user includes a key control action, a touch control action, a voice control action, and a spatial gesture control action.
The network interaction control terminal as described above, wherein the control unit includes an operation device for receiving a user control action and a monitoring device for monitoring the controlled device, and the microprocessor receives monitoring information from the monitoring device and processes the monitoring information to generate a second network interaction instruction.
The invention also provides a network interaction system, comprising:
the network interaction control terminal comprises a microprocessor, a control unit, a first communication unit and a second communication unit, wherein the first communication unit and the second communication unit are used for communication transmission, the control unit receives a control action of a user to obtain an input instruction, the microprocessor processes the input instruction to obtain a control instruction and/or a network interaction instruction, the control instruction is transmitted through the first communication unit to control a controlled device, and the network interaction instruction is transmitted through the second communication unit;
and the network server is connected with the network interaction control terminal through a network, receives the input instruction of the network interaction control terminal, and performs network interaction communication with the network interaction control terminal through the network interaction instruction transmitted by the second communication unit of the network interaction control terminal.
The network interaction system as described above, wherein the manipulation unit sends the received manipulation action to the microprocessor or the network server for processing to obtain the input instruction.
The network interaction control terminal as described above, wherein the network server processes the input instruction and obtains an attribute of the input instruction, and generates the control instruction and/or the network interaction instruction according to the attribute of the input instruction.
The network interaction control terminal as described above, wherein the microprocessor processes the input instruction and obtains an attribute of the input instruction, and generates the control instruction and/or the network interaction instruction according to the attribute of the input instruction.
Based on the network interactive control terminal, the invention further provides a method for realizing network interactive communication through the network interactive control terminal,
(1) receiving a control action of a user to obtain an input instruction;
(2) acquiring a control instruction and/or a network interaction instruction corresponding to the input instruction;
(3) controlling controlled equipment through the control instruction and/or carrying out network interactive communication through the network interactive instruction;
(4) and performing network interactive communication through the network interactive instruction.
The method as described above, wherein the step (1) further comprises determining whether the input instruction is an input instruction for network interactive communication.
The method as described above, wherein the step (1) of determining whether the input instruction is for network interactive communication includes:
(1.1) obtaining an attribute of the input instruction;
and (1.2) judging whether the input instruction is used for network interactive communication or not according to the attribute of the input instruction, if not, generating the control instruction, and if so, generating the control instruction and/or the network interactive instruction.
The method as described above, wherein in the step (1.2), generating the manipulation instruction and/or the network interaction instruction includes generating either one of a manipulation instruction, a network interaction instruction, and a network interaction instruction.
The method as described above, wherein in the step (1.1), obtaining the attribute of the input instruction includes obtaining a time attribute, a content attribute, and a user attribute of the input instruction.
In summary, the network interactive control terminal of the present invention can also implement the function of network interactive communication with the internet under the condition of performing operation control on the controlled device, which is convenient for the user to further implement the interactive network interactive communication associated with the output content of the controlled device when using or watching the output content of the controlled device, increases the network interactive communication operation beyond the single operation control of the controlled device, enhances the interactive entertainment and experience of the user, and is more convenient for obtaining the convenience brought by the internet.
[ description of the drawings ]
Fig. 1 is a schematic diagram of a network interactive system of the present invention.
Fig. 2 is a structural diagram of a network interworking control terminal of the present invention.
Fig. 3 is a schematic circuit diagram of the network interworking control terminal of the present invention.
Fig. 4 is a flowchart of a method for a user to operate a network interactive operation terminal of the present invention through voice.
Fig. 5 is a flowchart of a method for a user to manipulate a network interactive manipulation terminal of the present invention through an EPG.
Fig. 6 is a flowchart of a method for a user to control a controlled device by a control device connected with the controlled device through a network interactive control terminal of the present invention.
Fig. 7 is a flowchart of a method for controlling a network interaction control terminal according to the present invention by obtaining monitoring information through a monitoring device.
Fig. 8 is a flowchart of a method for a user to operate the network interaction control terminal of the present invention to operate and control network interaction communication.
Fig. 9 is a flowchart of a method for a network interaction control terminal to perform network interaction communication with a third-party network server through a network server according to the present invention.
[ detailed description ] embodiments
In order to further explain the technical means and effects adopted by the present invention to achieve the predetermined purpose, the following detailed description will be given to specific implementation manners, structural features and effects of the network interactive control terminal, the interactive system and the interactive method of the related control of the present invention with reference to the accompanying drawings and the embodiments.
The network interactive control terminal establishes interactive communication with the internet by controlling the controlled equipment, so that the user further realizes the corresponding network interactive communication between the user and the output content of the controlled electronic equipment on the basis of controlling the controlled equipment.
The controlled equipment which can be controlled by the network interactive control terminal comprises a television set top box, projection equipment, a television and the like, and the controlled equipment can be used for playing and outputting live programs or live content and can also be used for playing and outputting on-demand content. Under the condition that a user operates the electronic equipment, network interactive communication is also carried out between the network interactive operation terminal and the internet, so that the network interactive operation terminal disclosed by the invention can be used for operating the electronic equipment, and can also be used for realizing real-time networking participation interaction through the network interactive operation terminal, and the network communication convenience brought by the network interactive communication, such as network social interaction, network shopping, network distribution and the like, is realized by fully utilizing the internet communication technology. The invention carries out network interactive communication through the control of the network interactive control terminal and the controlled equipment, increases the interactive participation and experience sense of network interaction except the experience of unidirectional control of the controlled equipment by a user, and greatly improves the real-time and diversified viewing and control experience of the network interaction of the controlled equipment such as the existing electronic equipment including a television and the like.
The network interaction control terminal controls the controlled equipment, so that the controlled equipment realizes online live broadcast programs, and a user can also realize network interaction communication such as social contact, shopping and the like of the live broadcast programs associated with the controlled equipment through the network interaction control terminal 1.
For the purpose of explaining the principle of the technical solution of the present invention, the following embodiments specifically describe the network interaction control terminal controlling the controlled device of the present invention by taking a control television as an example. It will be appreciated by those skilled in the art that the following descriptions of the embodiments are provided to illustrate the principles, methods and system configurations of the present invention and not to limit the scope of the invention, its application, or its use in conjunction with other applications.
Referring to fig. 1, a user operates a controlled device, such as a television 2, through a network interactive control terminal 1 of the present invention, so as to implement network interactive communication between the network interactive control terminal 1 and a network server 3. The network server 3 obtains or presets the equipment information of the network interaction control terminal 1, so that a user can carry out network interaction communication based on live broadcast content of the television program with the network server 3 through the network interaction control terminal 1 under the condition that the user controls the television 2 to watch the live broadcast content of the television program through the network interaction control terminal 1. The user controls the network interactive control terminal 1 of the invention to receive the input instruction, besides the network interactive communication such as social entertainment, electronic commerce and the like between the input instruction and the network server 3, the input instruction also comprises the step of connecting the network server 3 with the third-party network server 4 to obtain more network interactive communication contents, thereby realizing richer network interactive communication functions such as social interaction, electronic commerce and the like.
Referring to fig. 2, the network interworking control terminal 2 includes an upper case 11 and a lower case 12 for enclosing circuits and elements, and further includes input/output parts for facilitating user operations as a control unit, a circuit device 17 for data and signal processing, a power supply 21 for supplying operation power, a first communication unit and a second communication unit for communication, and a connection part for fixing and structurally assembling the above-mentioned parts to the upper and lower cases. The input component comprises a keyboard 16, a touch screen, a microphone 14 and a camera device, and the output component comprises a loudspeaker, a display screen 13 and a vibration element. The network interactive control terminal can also be provided with a data interface 22 for data transmission by connecting with a computer, and the first communication unit can be an infrared transmitter 23. The display 13 and the touch screen can be combined into an integrated touch display, and the network interactive control terminal of the present invention further includes a rear housing 18 for increasing the stability and robustness of the assembly structure.
The power supply 21 includes a power management circuit for directly providing power conversion, and also includes a rechargeable battery, and also may employ a solar cell, or a consumable type power supply such as a dry cell. The top power key 24 of the network interactive control terminal is used to control the power of the network interactive control terminal of the present invention to be turned on or off, and the top key 15 can be used to implement the sleep or wake-up of the controlled device. The first communication unit is used for controlling controlled equipment such as a television and the like, and controlling the operation of the controlled equipment, including channel switching, sound, brightness and the like, and the first communication unit can adopt communication elements including infrared, laser, RF, Bluetooth, WiFi and the like. The second communication unit is used for being connected with and communicated with a network server of the internet, and the second communication unit can adopt a network communication module which comprises a WiFi module, a 3G/4G/5G mobile communication module, an optical communication module, a wired network adapter, a WIFI module and the like and can be connected to the internet.
As shown in fig. 3, the network interaction control terminal further includes a microprocessor and a peripheral circuit for data and signal processing, and the touch screen, the display screen, the voice device, the operation keys, the speaker, the motor, the WiFi module, the bluetooth module, and the infrared transceiver module are respectively connected to the microprocessor. The input component of the invention can adopt a voice device which comprises a microphone array to realize voice input, an operation key for key operation, a touch screen for touch operation and an acceleration sensor capable of perceiving the motion trail of a user as an operation and control unit so as to be convenient for the user to operate and control, a vibration motor for vibration reminding in a vibration mode, a loudspeaker for playing sound and a display screen for displaying reminding information are used as output components so as to remind the user, the WIFI module is used for being connected to an internet to carry out network interactive communication, and the Bluetooth module and the infrared receiving and transmitting module can be used as a first communication unit of the invention to communicate with a television so as to control the television. Those skilled in the art can also think that, the WIFI module performs internet communication with the internet as the second communication unit, the infrared transceiver module can be used as the communication unit between the first communication unit and the controlled television, and the bluetooth module or the WIFI module can also be used as the communication unit between the first communication unit and the controlled television, for example, the bluetooth module is arranged on the television, or the bluetooth module or the WIFI module of the television set-top box can also control the television, and the bluetooth module can also be used as the second communication unit to connect the internet for internet communication.
The input component of the network interactive control terminal comprises a keyboard for inputting through key operation, a microphone array for voice input, an EPG (Electronic Program Guide) control area arranged on a touch display screen, a software interface touch area arranged on the touch display screen in a user-defined mode, a gesture action shooting component for capturing space gesture action operation operated by a user and any other input component capable of realizing input through behavior operation of the user. The operation and control actions of the user for operating and controlling the network interactive operation and control terminal comprise EPG operation and control actions operated through an EPG operation and control area, key operation and control actions operated through keys, space attitude operation and control actions operated through a gesture action shooting component, voice operation and control actions of voice input through a microphone array, touch control and control actions through a self-defined touch area, remote operation and control actions through remote click operation and the like. The spatial gesture control action comprises a gesture control action input through an aerial gesture action, a gesture control action realized by a user waving an acceleration sensor built in the network interactive control terminal, and a gesture control action realized by the user operating a vibration motor built in the network interactive control terminal.
In order to realize the instant control response of the network interactive control terminal 1 to the content of the live program of the controlled television 2, the control unit of the network interactive control terminal also comprises a monitoring device connected with the microprocessor, and the monitoring device can adopt equipment for realizing information and scene detection feedback, such as a sound wave monitoring device for monitoring sound information, an image monitoring device for identifying images and the like. The monitoring device is used for monitoring the real-time content of the live program of the controlled television, so that the monitoring device can monitor the content of the sudden live program of the television in real time even if the content of the live program is changed due to sudden inter cut, failure and the like of the television 2. The microprocessor receives the monitoring information obtained by the monitoring device and processes the monitoring information into a second network interaction instruction, and the second network interaction instruction is used for carrying out instant network interaction communication with the network server, so that the interactive network communication for carrying out real-time interaction on the content of the sudden live program of the controlled television is realized.
For example, for sudden news breaks occurring in a live program of a television, the broadcasting sound of the news breaks can be monitored through the sound wave monitoring device, the content of the broadcast news or the change of the broadcast program can be obtained, so that a second network interaction instruction is generated to initiate audience opinion survey interaction and the like aiming at the sudden news, or in temporary events in the live program of the television, such as overtime of a football match and the like, the network interaction control terminal identifies the change of images in the television broadcast program through the image monitoring device, so that a second network interaction instruction is generated, and network interaction communication such as audience guess interaction and the like aiming at the football overtime is initiated.
The network interactive control terminal receives an input instruction obtained by the control action received by the input component, further obtains a corresponding control instruction and/or a network interactive instruction, sends the control instruction to control a controlled television through a first communication unit of the network interactive control terminal, and establishes or carries out network interactive communication with the internet through a second communication unit. The network interactive control terminal receives the control action of the user and converts the control action into an input instruction, and then the controlled equipment is controlled and/or network interactive communication is carried out with the network server through the obtained control instruction and/or network interactive instruction.
The network interactive control terminal receives the control action of a user, or is processed by a microprocessor to obtain an input instruction; or the microprocessor transmits the received electric signal generated by the manipulation action processing to the network server through the second transmission unit to process and generate an input instruction, and sends the input instruction to the network interaction manipulation terminal, for example, the user inputs a voice manipulation action through the microphone array, the microphone array converts the received voice manipulation action of the voice source of the user into a voice electric signal, the microprocessor transmits the voice electric signal to the network server through the second transmission unit, and the network server transmits the voice instruction generated by processing the voice electric signal to the network interaction manipulation terminal to process the voice electric signal as the input instruction.
According to the method, the control instruction and/or the network interactive instruction are obtained according to the obtained input instruction, on one hand, the input instruction is processed to generate the control instruction capable of controlling the controlled equipment such as a television, on the other hand, the network interactive instruction related to the attribute of the input instruction is obtained according to the attribute of the obtained input instruction, and the network interactive instruction is transmitted through the second communication unit to be in interactive network communication with the network server, so that after the user operation action is sent out, the control of the controlled equipment can be realized, and the network interactive communication between the network interactive control terminal and the internet can be established through the control action, wherein the network interactive communication comprises network interactive communication such as network social contact, network shopping, network service response and the like.
The network interaction control terminal processes the input instruction obtained by the control action, and sends the input instruction to the network server connected with the internet through the second communication unit to process and obtain the attribute of the input instruction, and the microprocessor of the network interaction control terminal can process and obtain the attribute of the input instruction. The attribute of the input instruction comprises a time attribute, a content attribute and a user attribute, wherein the time attribute comprises system time for obtaining the operation instruction and time of content corresponding to the operation instruction, the content attribute comprises operator attribute information, program content information and the like pointed by the obtained operation instruction, and the user attribute comprises user information such as the identity of a user, the authority of the user, the sex of the user, the age of the user and the like. The network interaction control terminal receives an input instruction of user operation to obtain the attribute of the input instruction, so that a network interaction instruction corresponding to the attribute of the input instruction is obtained, the network interaction instruction comprises the content, time and user information of a live program corresponding to the user operation, and the network interaction behavior based on the content, time and user information of the live program is realized according to the network interaction communication between the network interaction instruction and a network server.
After the network interactive control terminal is started, a communication channel of network interactive communication between the network interactive control terminal and a network server of the internet is established through the second communication unit. In order to increase the security and the identification of the network interactive communication, the invention can also set different user attributes such as different accounts or authentication information and the like aiming at different users, so that the user attributes are initialized and set when different users use the network interactive control terminal of the invention or log in the network server of the invention in the internet, and the experience of the network interactive communication is realized aiming at different control authorities of different users.
The network interaction control terminal obtains the attribute of an input instruction through the input of the control action of a user, and the obtaining of the control instruction and/or the network interaction instruction comprises the following steps: firstly, only obtaining a control instruction for controlling the controlled equipment through the attribute of the input instruction; acquiring a network interaction instruction for realizing network interaction communication with a network through the attribute of the input instruction; and thirdly, simultaneously obtaining a control instruction and a network interaction instruction through the attribute of the input instruction, and respectively controlling the controlled equipment through the control instruction and realizing network interaction communication through the network interaction instruction.
The invention aims at the input instruction obtained by processing the control action of the user on the network interaction control terminal, and further judges whether the control instruction and/or the network interaction instruction corresponding to the attribute of the input instruction need to be obtained according to the attribute of the input instruction. And judging whether the input instruction is used for realizing the input instruction of the network interactive communication or not, or whether the input instruction is used for controlling the input instruction of the controlled equipment or not, wherein the input instruction for realizing the network interactive communication comprises the input instruction which is used for controlling the controlled equipment, realizing the network interactive communication and only realizing any one of the two situations of the network interactive communication.
The network interaction control terminal obtains the network interaction instruction associated with the attribute of the input instruction, and comprises a network server or the network interaction control terminal for processing and obtaining the network interaction instruction associated with the attribute of the input instruction according to the attribute of any one or any combination of the time attribute, the content attribute and the user attribute of the obtained input instruction. Specifically, the condition that the input instruction is only used for controlling the controlled device is judged according to the attribute of the input instruction, the attribute of the input instruction belongs to the attributes of volume, brightness, color and the like of the controlled device, then the control instruction related to the attribute for realizing the functional control of the controlled device is generated, if the input instruction is judged to be only the input instruction belonging to the network interactive communication, the network interactive instruction related to the attribute of the input instruction is generated according to the attribute processing of the input instruction, and then the network interactive communication between the network interactive control terminal and the network server is realized through the network interactive instruction transmitted by the second communication unit. If the program content output of the input instruction belonging to the controlled device is judged to comprise channel switching, program content selection ordering and the like, the input instruction of the controlled device related to the attribute of the input instruction and a network interaction instruction for performing network interaction communication with a network server are respectively generated according to the attribute of the input instruction.
For example, if the input component of the network interactive control terminal of the present invention adopts an EPG control input mode, an EPG control area is set on the network interactive control terminal, and the EPG control area can perform software interface definition in a touch screen mode, so that each EPG control action is defined in advance, and control information of the corresponding EPG control area is displayed on a display screen of the network interactive control terminal. Those skilled in the art can also know that the EPG electronic program menu mode used by the EPG manipulation input can also be selected by key operation to operate the EPG electronic program menu for manipulation.
In this embodiment, the EPG manipulation input of the present invention adopts a software interface operation mode in which a touch display screen defines and displays each EPG manipulation action in advance, and an input component of the network interaction manipulation terminal obtains the EPG manipulation action of the user in the EPG manipulation area, so that it can be known whether the attribute of the input instruction of the EPG manipulation action is to manipulate channel switching of the manipulated device, or to perform functional operations such as volume adjustment, brightness change, and the like. If the channel switching input instruction is received, acquiring attribute information of a channel number, channel time, channel programs, operator information and the like of a control action through attributes of the input instruction, generating a corresponding control instruction and a network interactive instruction according to the acquired attribute of the input instruction, sending the control instruction by the first communication unit to control the controlled equipment to be switched to the corresponding channel, and carrying out network interactive communication with the network server through the network interactive instruction by the second communication unit. And if the attribute of the input instruction of the EPG control action is the functional operation of volume adjustment, generating a control instruction for volume adjustment by the acquired attribute of the input instruction without generating a network interaction instruction. If the attribute of the input instruction of the EPG manipulation action is judged to belong to the input instruction of network interactive communication, such as shopping operation, social chat operation and the like, the invention generates the network interactive instruction for the network interactive communication through the acquired attribute of the input instruction and does not generate the manipulation instruction for manipulating the manipulated equipment.
The control unit of the network interaction control terminal receives the control action of the user to generate the corresponding electric signal, so that the network interaction control terminal processes or transmits the electric signal corresponding to the control action to the network server to process and obtain the input instruction corresponding to the control action, thereby realizing the control of the controlled equipment and further carrying out internet communication with the network server of the internet. In a specific embodiment of the present invention, the network server obtains an input instruction transmitted by the second communication unit of the network interaction control terminal, obtains an attribute of the input instruction through processing, and the network server may process and generate the control instruction and the network interaction instruction according to the attribute of the input instruction, or may process and generate the control instruction and/or the network interaction instruction by the network interaction control terminal according to the attribute of the input instruction, thereby implementing control between the network interaction control terminal and the controlled device, and network interaction communication between the network interaction control terminal and the network server.
The communication between the network interactive control terminal and the controlled equipment and the network interactive communication between the network interactive control terminal and the network server can be realized through the control action of the user on the network interactive control terminal, and the control of the controlled equipment and the network interactive communication can be realized only by operating the network interactive control terminal of the invention by the user, thereby greatly facilitating the user, further enjoying the interactive experience brought by the network interactive communication under the condition that the user controls the controlled equipment to realize watching of the live program, and enjoying the convenience of the internet such as social contact, shopping and the like participating in the internet.
The network interaction control terminal, the controlled device and the network server which is in network interaction communication with the network interaction control terminal further form the network interaction system. The network interactive communication realized by the user through the network interactive control terminal to control the controlled equipment comprises the steps that the user controls the network interactive control terminal to control the controlled equipment and simultaneously carries out the network interactive communication with the network server, the user controls the control action of the network interactive control terminal to carry out the network interactive communication with the network server without controlling the controlled equipment, and the network interactive communication between the network interactive control terminal and the network server of the network interactive system can be realized under the two conditions. Therefore, the network interaction system of the invention can also realize network interaction communication by forming the network interaction system between the network interaction control terminal and the network server.
The network server comprises an interactive server and a communication server, the interactive server processes and acquires the attribute of the input instruction, judges whether the input instruction belongs to network interactive communication with the network server according to the attribute of the input instruction, further realizes the network interactive communication with the network interactive control terminal, and further acquires network interactive content according to a control instruction acquired according to the attribute of the input instruction and the network interactive instruction, and transmits the network interactive content to the network interactive control terminal for outputting, so that a user can further perform interactive operation or finish interactive operation through control action through the network interactive control terminal. The network interaction control terminal establishes communication connection for authentication login with the interaction server through the second communication unit, and after the interaction server receives a connection request of the network interaction control terminal and performs network authentication, further communication connection between the network interaction control terminal and the communication server is established based on control of a user on the network interaction control terminal.
The principle and method of the network interactive control terminal for controlling controlled devices and performing network interactive communication with the network server are described above, and those skilled in the art can implement the technical solutions of the present invention to achieve the technical effects of the present invention. In order to further elaborate on the method for obtaining input commands by the network interaction control terminal of the present invention to receive different control actions, the following description is provided.
As shown in fig. 4, the network interactive control terminal 1 of the present invention obtains an input instruction through a control operation on the television 2 in a voice input manner, acquires a voice of the voice control of the user, sends the voice to the internet, and controls the television through a voice processing engine at the network cloud, and the method for controlling the network interactive control terminal of the present invention by using the voice input includes the following steps:
(1) receiving a call voice of a voice control mode of a user;
(2) collecting control voice of a user, specifically, collecting the voice of the user through a microphone array arranged on a network interaction control terminal to obtain the control voice;
(3) sending the collected control voice to a network;
(4) receiving a corresponding input instruction obtained by processing the control voice by the network;
(5) processing the input instruction to obtain a corresponding control instruction and/or a network interaction instruction;
(6) controlling the controlled equipment through the control instruction;
(7) performing network interactive communication through the network interactive instruction;
(8) and (6) ending.
Wherein, the collected control voice in the step (3) is sent to the network, and the input instruction with the corresponding attribute is obtained by recognizing the input instruction generated by the voice, and the method comprises the following steps:
(3.1) sending the collected control voice to a cloud for recognizing and processing voice and semantics;
(3.2) whether the channel is changed, if yes, entering the next step, if not, entering the step (3.4)
(3.3) receiving a channel switching instruction and a channel name;
(3.4) acquiring operator information;
(3.5) sending operator information and channel names of the television controlled by the user to a network cloud for query processing;
and (3.6) sending input commands except channel switching, including input commands of volume control and input commands of brightness control.
In the above step, further, the input instruction of the attribute corresponding to the control voice processed by the internet cloud is received in the step (4), and further, the input instruction received in the step (4.1) is an input instruction corresponding to the operator information corresponding to the channel switching instruction.
In the above step, further, the input command received in the step (4.1) is a channel number corresponding to the operator information corresponding to the channel change command.
In the above step, further, in the step (5), the processing of the control instruction obtains a corresponding control instruction, and further includes searching for an infrared control instruction corresponding to a channel number in an infrared signal library, and generating an infrared control instruction.
The network interactive control terminal 1 of the present invention controls the television by collecting the voice control action mode of the voice input of the user, and the mode that the user can operate the network interactive control terminal 1 also includes operating the television by EPG (electronic program Guide), key control, touch control, etc.
As shown in fig. 5, the method for controlling a controlled device by a user operating the network interactive control terminal 1 of the present invention through an EPG control action or through an interactive application interface of a software program includes the following steps:
(1) receiving a control action clicked by a user in an EPG control area, operating a display interface on a display screen of a network interactive control terminal by the user, and performing click operation by selecting and clicking an EPG menu or program and channel information displayed in an interactive application interface;
(2) the method comprises the steps that input instructions of a user are obtained, and after clicking operation of the user can be collected through operation and control action modes such as a touch screen and key operation, the operation and control actions can be processed through a network interaction operation and control terminal according to the user, and the operation and control actions can also be sent to a network server to be processed to obtain corresponding input instructions;
(3) obtaining the attribute of the input instruction, and judging whether the network interaction control terminal or the network obtains the attribute of the input instruction by processing the input instruction, wherein the attribute comprises the corresponding program time, program content, operator information, channel information and the like;
(4) inquiring the attribute of the input instruction to obtain control information, processing the attribute of the input instruction by the network server, and inquiring to obtain operator information, channel numbers and the like corresponding to the input instruction;
(5) receiving control information to generate a corresponding control instruction, receiving a code library corresponding to the control information to generate a control instruction for controlling controlled equipment, wherein the control instruction comprises an infrared signal corresponding to information of an operator and a channel;
(6) and (6) ending.
Besides the above-mentioned network interactive control terminal of the present invention operated by voice control input, the network interactive control terminal 1 may also operate and send an input instruction through a keyboard operation interface of a software program displayed on a keyboard or a touch screen of the network interactive control terminal 1, the network interactive control terminal 1 processes the input instruction to generate a corresponding control instruction to control the television, and the corresponding control instruction generates a corresponding network interactive instruction.
The user can also click or select favorite program information through a remote operation mode on an interactive application interface set and displayed on a display screen of the network interactive control terminal, the network interactive control terminal 1 generates a corresponding control instruction according to the program information selected by the user, generates a corresponding network interactive instruction based on the program information selected by the user on the interactive application interface, and establishes communication connection with the network server.
In the above description, the network interaction control terminal provided by the invention controls the controlled device through the control instruction, and according to the principle of the technical scheme of the invention, a person skilled in the art can also know that when the controlled terminal controlled by the network interaction control terminal provided by the invention is connected with a control device capable of controlling the controlled device to realize live program output, and when the control device is provided with communication units such as bluetooth and WIFI, the network interaction control terminal provided by the invention can also communicate with the control device connected with the controlled device through the communication units such as bluetooth and WIFI, so as to realize the control operation on the controlled device.
In a specific embodiment, as shown in fig. 6, the network interaction control terminal of the present invention controls a television connected to a television set-top box, and the network interaction control terminal implements a control method for controlling the television by controlling the television set-top box, including the following steps:
(1) receiving a control action of a user;
(2) converting the control action into an input instruction;
(3) transmitting the input instruction through the first communication unit, for example, transmitting the input instruction to a bluetooth module of the television set-top box through a bluetooth protocol of the bluetooth module, generating a control instruction for controlling the television after processing by the set-top box, and feeding back an execution result of the input instruction;
(4) receiving a feedback signal of an input instruction;
(5) and processing the feedback signal and outputting and displaying an execution result.
In this embodiment, the network interaction control terminal of the present invention receives a control action of a user to obtain an input instruction, and further, the control instruction obtained by the input instruction performs data communication with a transmission module of the television set-top box through the first communication unit, and a control module of the television set-top box processes the control instruction to generate a corresponding instruction to control the television to perform a control operation. And the television set top box transmits the executed control operation result to the microprocessor through the first communication unit of the network interaction control terminal through the transmission module for processing and outputting the control result. Therefore, in the embodiment, the control instruction of the network interactive control terminal of the invention is communicated with the television set-top box to process and analyze the control instruction, and the result of the control operation can be fed back to the network interactive control terminal, which is different from the previous embodiment in which the network interactive control terminal directly performs the control operation with the television.
Referring to fig. 7, in addition to the above-mentioned operation and control of the controlled device by the user operating the network interactive control terminal 1, the present invention can also monitor the content information of the television program live-broadcast output by the television or the set-top box by using the monitoring device provided in the network interactive control terminal 1, the sound wave monitoring device for monitoring the sound information, the image recognition device for recognizing the image, and the like. The monitoring device monitors and identifies the television program selected by the user in real time to obtain a monitoring signal of the controlled device and feeds the monitoring signal back to the network interaction control terminal of the invention for processing to obtain an input instruction, for example, sound characteristics are obtained through sound wave detection, so as to identify the current television program information, aiming at the sudden interrupted program or the major news event, the network interaction control terminal of the invention generates an instant interaction instruction based on the sudden interrupted program or the major news event, the network server 3 processes the instant network interaction instruction and sends instant social information to the network interaction control terminal 1, for example, the instant social information is sent to the network interaction control terminal 1, and the participation voting aiming at the sudden interrupted program is sent, so that the participation response of the user can be conveniently and rapidly obtained.
The network interaction control terminal can monitor the controlled equipment to obtain the feedback signal through the monitoring device and the like so as to actively generate the input instruction, can recognize the expression and the behavior of the user, generates real-time data based on scene information of the user site, and sends the targeted network interaction information to the network interaction control terminal to be processed by the network server. For example, after different expressions of a television program watched by a user are processed, interactive information of a reverse scenario different from a current scenario and suitable for the expressions and behaviors of the user is sent to the network interactive control terminal, so that the problem that the traditional television program outputs the television program in one direction and lacks the singleness of user participation and the fixity of programs is greatly changed, the television program becomes stronger in interactivity and more flexible and personalized, and the watching requirements of different users are met.
The network interactive control terminal realizes network interactive communication with the internet by controlling electronic equipment such as controlled equipment including a television and the like, and interactive information of the network interactive communication between the network interactive control terminal 1 and a network server is output by an output device of the network interactive control terminal, such as a display screen, a loudspeaker, a vibration device and the like.
The network interactive control terminal increases the interactive pleasure of the user for using the controlled equipment, is convenient for the user to obtain the convenience of using the network interactive communication by controlling the controlled equipment, and accords with the development trend of the internet of things.
A user operates the network interactive control terminal of the present invention to control a controlled device, so as to implement network interactive communication of a network interactive system formed between the network interactive control terminal and a network server, as shown in fig. 8, the method for operating the controlled device to perform network interactive communication through the network interactive control terminal of the present invention includes:
(1) receiving a control action of a user to obtain an input instruction, and receiving a control action input by the user in a touch screen, key operation, voice and other modes to process to obtain a corresponding input instruction, wherein the received control action of the user can be processed by a microprocessor of the network interaction control terminal to generate the input instruction, or the received control action can be sent to a network server in an electric signal mode to process to generate the input instruction, and then the network server sends the input instruction to the network interaction control terminal;
(2) acquiring the attribute of an input instruction, and acquiring whether the control action of a user belongs to attribute information such as channel switching action, channel program conversion time and the like, channel attribute, operator information, user information and the like of network interactive communication through the acquired attribute of the input instruction; or attribute information such as system time, control content information, user information and the like controlled by the function of the controlled equipment;
(3) judging whether the input instruction is used for network interactive communication, if so, entering the next step, otherwise, obtaining a control instruction, controlling controlled equipment through the control instruction, and entering the step (8);
(4) judging whether the input instruction is used for controlling the controlled equipment, if so, entering the next step, otherwise, obtaining a network interaction instruction, and entering the step (7);
(5) acquiring a control instruction and a network interaction instruction;
(6) controlling the controlled equipment through the control instruction;
(7) performing network interactive communication through the network interactive instruction;
(8) and (6) ending.
As shown in fig. 9, further, the method for implementing network interactive communication by the network interactive control terminal 1 according to the present invention through received control actions of the user includes, in addition to the network interactive communication between the network interactive control terminal and the network server, the method for implementing network interactive communication between the network interactive control terminal according to the present invention and the third-party network server through the network server, which includes the following steps:
(1) receiving a control action of a user to obtain an input instruction, and receiving a control action input by the user in a touch screen, key operation, voice and other modes to process to obtain a corresponding input instruction, wherein the received control action of the user can be processed by a microprocessor of the network interaction control terminal to generate the input instruction, or the received control action can be sent to a network server in an electric signal mode to process to generate the input instruction, and then the network server sends the input instruction to the network interaction control terminal;
(2) the method comprises the steps that a control instruction and/or a network interaction instruction corresponding to an input instruction are obtained, the network interaction control terminal processes the input instruction to obtain the attribute of the input instruction, and obtains the control instruction and the network interaction instruction related to the attribute of the input instruction according to the attribute of the input instruction, wherein the attribute given by the input instruction comprises a time attribute, a content attribute and a user attribute, the network interaction control terminal processes the input instruction to obtain the attribute of the input instruction, and the input instruction can also be sent to a network server to process the attribute of the obtained instruction and then sent to the network interaction control terminal;
(3) the first communication unit sends a control command to control the controlled equipment, and communication signals of the control command comprise infrared signals, Bluetooth signals and the like;
(4) the network interaction command transmitted by the second communication unit and the network server carry out network interaction communication between the network interaction control terminal and the network server;
(5) and (6) ending.
In the step (4), the network interactive operation and control terminal performs network interactive communication with the network server, and the method further includes the following steps:
(4.1) judging whether to carry out network interactive communication with a third-party network server, if so, connecting the network server with the third-party network server to carry out network interactive communication, and if not, entering the step (4.4);
(4.2) acquiring and sending the network communication content of the third-party network server through the network server according to the network interaction instruction, and entering the step (4.5);
(4.3) judging whether to finish the network interactive communication with the third-party network server, if so, stopping the network communication with the third-party network server, and continuing to perform the network interactive communication with the network server, and if not, continuing to perform the step (1);
(4.4) acquiring and sending network communication contents according to the network interaction instruction;
and (4.5) outputting the received network communication content through output equipment such as a display screen, a loudspeaker and the like of the network interactive control terminal.
In the step (2), whether the input instruction is used for network interactive communication is further determined, if yes, a control instruction corresponding to the input instruction and/or a network interactive instruction is obtained, and if not, a control instruction for controlling the controlled device is generated.
In the foregoing description, the principle and method of the network interactive control terminal 1 controlling the controlled device to implement the network interactive communication with the network server according to the present invention are described and exemplified in detail with respect to the specific application scenario implementation of the network interactive communication between the network interactive control terminal 1 and the network server at the network cloud.
The network interactive control terminal 1 of the invention is provided with an EPG control area, EPG corresponds to the played television program and time, and a user operates the EPG control area of the network interactive control terminal 1 to select the EPG program information displayed on the network interactive control terminal. The network interactive control terminal 1 processes and generates a control instruction for controlling the television 2 according to an EPG input instruction generated by an EPG control action selected by a user, controls the television through the control instruction sent by the first communication unit, generates a corresponding EPG network interactive instruction according to the EPG input instruction generated by the EPG control action of the user, and the network server receives the EPG network interactive instruction sent by the second communication unit, acquires program information selected corresponding to the control instruction, sends the program information to the network interactive control terminal 1 and generates information content of corresponding interactive operation. For example, in 8 o' clock 15 minutes golden time gear on 7 th month and 14 th evening in 2018, a user selects a starlight major channel program of CCTV-1 by controlling an EPG control area displayed by a network interactive control terminal 1, the network interactive control terminal receives an EPG control action of the user and processes the received program to generate an EPG input instruction, a network server obtains a time attribute, a content attribute and a user attribute of the EPG input instruction, wherein the time attribute comprises a time point, a system time and the like of the starlight major channel program of CCTV-1 selected by the user, the content attribute comprises performers, program contents, channel operation information and the like of the starlight major channel program of CCTV-1, and the user attribute comprises user data information such as the authority, the user age, the gender and the like of the user operating the network interactive control terminal. The network server processes an EPG input instruction of a user and returns time information, channel information, infrared coding information and the like corresponding to CCTV-1 selected by the user to the network interactive control terminal, the network interactive control terminal correspondingly generates an infrared signal of a starlight avenue program channel of the CCTV-1 as a control instruction, and the infrared signal is sent by the infrared unit of the first communication unit to control the television to be switched to play and output starlight avenue live programs of the CCTV-1. The network server generates a network interaction instruction corresponding to the EPG control action generated by the middle-aged female audience of a starlight avenue of CCTV-1 with 8 o' clock and 15 min at 7, 14 and evening in 2018 according to the time attribute, the content attribute and the user attribute of the EPG input instruction. The network server further performs network interactive communication with the network interactive control terminal according to the network interactive instruction, and outputs and displays a starlight major channel program of CCTV-1 watched by middle-aged female audiences of a starlight major channel of CCTV-1 with 8 spots and 15 points in 2018, 7, month and 14 days later to generate network interactive information related to the program of the starlight major channel on the network interactive control terminal, for example, guess interaction of program ranking list eliminating wins for the starlight major channel program, or network interactive information such as chatting, approval, voting and the like for the program.
In the above embodiments, those skilled in the art can know that the network interactive control terminal of the present invention may also directly process the EPG input instruction to obtain the attribute of the EPG input instruction, so as to know the time information, the channel information, and the infrared coding information corresponding to the CCTV-1 selected by the user. Therefore, the network interaction control terminal generates a network interaction instruction corresponding to the EPG control action generated by the middle-aged female audience of the starlight avenue of the CCTV-1 with 8 o 'clock and 15 min at 14 th evening in 7 months and 14 months in 2018 according to the time attribute, the content attribute and the user attribute of the EPG input instruction, performs network interaction communication with the network server, and obtains network interaction information related to the program of the starlight avenue generated by the program of the CCTV-1 watched by the middle-aged female audience of the starlight avenue of the CCTV-1 with 8 o' clock and 15 min at 14 th evening in 7 months and 14 months in 2018.
Based on the above implementation scheme of the network interactive communication method between the network interactive control terminal 1 and the network cloud-side network server, further, the network interactive control terminal 1 of the present invention obtains the program interactive content information corresponding to the starlight avenue program of the CCTV-1 through the channel program of the CCTV-1 selected by the user, and generates the network interactive instruction based on the interactive information of the CCTV-1 program content, for example, a sponsor of the starlight avenue program of the CCTV-1 channel, for the starlight avenue program, the israel company pushes out the real-time illicit golden ceremony milk purchasing activity for watching the starlight ave program of the CCTV-1, the network interactive control terminal 1 receives the starlight ave program of the CCTV-1 selected by the user through the EPG control action, and generates the time of illicit golden ceremony milk purchasing based on the starlight ave broadcasting content of the CCTV-1 and the program time, The user can control the network interactive control terminal to input control actions through activity information such as contents, the network interactive instruction sent by the second communication unit is sent to the network server, the network server sends a network interactive request of the shopping activity according to the time attribute, the content attribute and the user attribute of the network interactive instruction, and the network server sends an interactive response aiming at the network interactive request to the network interactive control terminal 1, so that the user can operate the network interactive control terminal 1 to participate in the shopping order-placing and purchasing activity of Yili golden classical milk pushed by Party Elite of a sponsor of the Star instance of the Rough course program of CCTV-1 while enjoying the Star instance of CCTV-1 by operating the network interactive control terminal 1.
The network interactive control terminal 1 of the invention controls the television through the first communication unit, so that the user can watch the television program conveniently, and simultaneously, the real-time interactive activity based on the watched live programs such as the television program and the like can be realized, thereby enhancing the interactive entertainment and the participation experience brought by watching the television program.
Those skilled in the art can know that, in the above-described embodiment, the illite golden ceremony milk shopping activity may also be set in the network server 3 of the present invention, and the network interaction control terminal 1 of the present invention may also be connected to the network server 3 to implement network interaction communication for illite milk shopping.
The network interactive control terminal 1 of the present invention comprises a controlled device controlled by a control instruction sent by a set first communication unit, besides a television, a tablet computer, an intelligent sound box, an intelligent refrigerator, an air conditioner, etc., in the above description, no matter the operation is performed by a key, a touch control operation, or the input is performed by an EPG, a microphone array, etc., the control instruction sent by the first communication unit of the present invention is needed to control an electronic device, the control instruction comprises signals transmitted by wireless signals such as infrared, bluetooth, RF, etc., and the controlled device controlled by the control instruction of the network interactive control terminal of the present invention enables the network interactive control terminal to obtain a corresponding network interactive instruction and perform network interactive communication with a network server through a second communication unit, thereby realizing the network interactive communication corresponding to the information output by the controlled device based on the information output by the controlled device selected by a user, the network interaction control terminal is convenient for a user to realize network interaction communication by controlling the network interaction control terminal, wherein the network interaction behaviors realized by the network interaction communication comprise network behaviors of social contact, shopping, ordering and the like, and also comprise network interaction behaviors of electronic commerce such as shopping, entertainment and the like, network social contact entertainment and the like which are realized by connecting the network interaction control terminal with a network interaction service processing and third-party website through the network interaction control terminal.
In summary, the network interactive control terminal 1 of the present invention can also implement network interaction and participation between network servers connected to the internet by the network interactive control terminal, in addition to selecting live programs to watch through a user controlling a controlled device such as a television, and for a traditional live program, such as monotonicity of behaviors of watching television programs, entertainment interactivity of watching live programs such as television programs is increased through a network interactive communication manner of the network interactive control terminal and the internet, and the network interactive control terminal of the present invention can be further operated to implement more fun brought by network interactive communication and convenience of the internet.
It will be apparent to those skilled in the art that the above descriptions and illustrations of the present invention are not intended to limit the scope of the present invention, but rather the present invention is defined by the appended claims and their equivalents, which are equivalent to, or replace by, conventional techniques.

Claims (15)

1. A network interaction control terminal is used for controlling controlled equipment to carry out network interaction communication, and comprises: a microprocessor, a first communication unit connected with the microprocessor, a control unit and a second communication unit,
the control unit receives a control action of a user and converts the control action into an input instruction;
the microprocessor processes the input instruction to obtain a control instruction and/or a network interaction instruction, controls the controlled equipment through the control instruction transmitted by the first communication unit, and performs network interaction communication through the network interaction instruction transmitted by the second communication unit.
2. The network interaction control terminal according to claim 1, wherein the microprocessor obtains the attribute of the input command, and obtains the control command and/or the network interaction command associated with the attribute of the input command according to the attribute of the input command.
3. The network interaction control terminal according to claim 2, wherein the microprocessor transmits the input command to a network through the second communication unit to obtain an attribute of the input command, and obtains the control command and/or the network interaction command associated with the attribute of the input command.
4. The network interaction control terminal according to claim 2 or 3, wherein the attribute of the input command includes a time attribute, a content attribute, and a user attribute.
5. The network interaction control terminal according to claim 1, wherein the control action of the user includes a key control action, a touch control action, a voice control action, and a spatial gesture control action.
6. The network interaction control terminal according to claim 1, wherein the control unit comprises an operation device for receiving a control action of a user and a monitoring device for monitoring the controlled device, and the microprocessor receives monitoring information from the monitoring device and processes the monitoring information to generate a second network interaction instruction.
7. A network interaction system, comprising:
the network interaction control terminal comprises a microprocessor, a control unit, a first communication unit and a second communication unit, wherein the first communication unit and the second communication unit are used for communication transmission, the control unit receives a control action of a user to obtain an input instruction, the microprocessor processes the input instruction to obtain a control instruction and/or a network interaction instruction, the control instruction is transmitted through the first communication unit to control a controlled device, and the network interaction instruction is transmitted through the second communication unit;
and the network server is connected with the network interaction control terminal through a network, receives the input instruction of the network interaction control terminal, and performs network interaction communication with the network interaction control terminal through the network interaction instruction transmitted by the second communication unit of the network interaction control terminal.
8. The network interaction system of claim 6, wherein the control unit sends the input command obtained from the received control action to the microprocessor or the network server for processing to obtain the control command.
9. The network interaction system of claim 6, wherein the network server processes the input command and obtains an attribute of the input command, and generates the control command and/or the network interaction command according to the attribute of the input command.
10. The network interaction system of claim 6, wherein the microprocessor processes the input command and obtains an attribute of the input command, and generates the control command and/or the network interaction command according to the attribute of the input command.
11. A method for realizing network interactive communication through a network interactive control terminal comprises the following steps:
(1) receiving a control action of a user to obtain an input instruction;
(2) acquiring a control instruction and/or a network interaction instruction corresponding to the input instruction;
(3) controlling the controlled equipment through the control instruction;
(4) and performing network interactive communication through the network interactive instruction.
12. The method of claim 11, wherein step (1) further comprises determining whether the input command is an input command for network interactive communication.
13. The method according to claim 12, wherein the step (1) of determining whether the input command is used for network interactive communication comprises:
(1.1) obtaining an attribute of the input instruction;
and (1.2) judging whether the input instruction is used for network interactive communication or not according to the attribute of the input instruction, if not, generating the control instruction, and if so, generating the control instruction and/or the network interactive instruction.
14. The method according to claim 13, wherein in step (1.2), the generating of the manipulation instruction and/or the network interaction instruction comprises generating either one of a manipulation instruction, a network interaction instruction and a network interaction instruction.
15. The method according to claim 13, wherein in step (1.1), obtaining attributes of the input instruction comprises obtaining time attributes, content attributes, and user attributes of the input instruction.
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