CN106162364B - Intelligent television system input method and device and terminal auxiliary input method and device - Google Patents
Intelligent television system input method and device and terminal auxiliary input method and device Download PDFInfo
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Abstract
The embodiment of the invention discloses an input method of an intelligent television system, which comprises the following steps: detecting a selected event of an input control on a television display interface, and acquiring a selected first input control; acquiring a control type of the first input control, and generating an external input request according to the control type; sending the external input request to a matched auxiliary terminal, and acquiring input content by the matched auxiliary terminal through a second input control corresponding to the control type; and receiving input content returned by the auxiliary terminal, and adding the input content into the first input control. The invention also discloses an input device of the intelligent television system and an auxiliary input method and device of the terminal. The invention can avoid using the traditional television remote controller to input the input control of the intelligent television system, and adopts the auxiliary terminal with better input conditions to input, thereby improving the efficiency of input operation.
Description
Technical Field
The invention relates to the technical field of intelligent televisions and set top boxes, in particular to an intelligent television system input method and device and a terminal auxiliary input method and device.
Background
With the development of television technology, the smart television gradually replaces the traditional television. Compared with the traditional television, the intelligent television runs with an intelligent operating system, and various types of applications can be installed in the intelligent operating system. Such as an internet television client application, a gaming application, a video-on-demand application, an instant messaging application, a social networking application, and the like. The traditional television can also be converted into an intelligent television system by adding an intelligent television set top box. Namely, the intelligent system is installed in the set-top box, and the set-top box controls the content output of the display screen of the intelligent television.
An input mode of an intelligent television system in the prior art depends on a television remote controller matched with an intelligent television or a set top box provided with an intelligent operating system, a direction key, a number key and other functional keys are usually arranged on the television remote controller, and a user can control a cursor on a television display screen to input by controlling the direction key and the number key.
However, the inventor finds that the input method of the smart television system in the conventional technology has at least the following problems: because the television remote controller is usually small, when the television remote controller is designed, character input similar to a computer keyboard cannot be set, so that when character input is performed, a virtual keyboard needs to be displayed on a television display screen, and then a user selects characters on the virtual keyboard for input by moving a cursor, so that when characters are input in application, simple characters can be input by operating a large number of direction keys, and therefore, the input efficiency is low, and the convenience of operation is not enough.
Disclosure of Invention
Therefore, the input method of the intelligent television system is provided to solve the problem of low input efficiency in the prior art that the input control on the television display interface of the intelligent television system is input by using a television remote controller.
An intelligent television system input method comprises the following steps:
detecting a selected event of an input control on a television display interface, and acquiring a selected first input control;
acquiring a control type of the first input control, and generating an external input request according to the control type;
sending the external input request to a matched auxiliary terminal, and acquiring input content by the matched auxiliary terminal through a second input control corresponding to the control type;
and receiving input content returned by the auxiliary terminal, and adding the input content into the first input control.
In addition, in order to solve the problem of low input efficiency in the prior art that a television remote controller is used for inputting an input control on a television display interface of the intelligent television system, the input device of the intelligent television system is further provided.
An intelligent television system input device, comprising:
the first input control acquisition module is used for detecting a selected event of an input control on the television display interface and acquiring a selected first input control;
the external input request generation module is used for acquiring the control type of the first input control and generating an external input request according to the control type;
the external input request sending module is used for sending the external input request to the matched auxiliary terminal, and the matched auxiliary terminal acquires input content through a second input control corresponding to the control type;
and the input content receiving module is used for receiving the input content returned by the auxiliary terminal and adding the input content into the first input control.
In addition, in order to solve the problem of low input efficiency in the prior art that a television remote controller is used for inputting an input control on a television display interface of an intelligent television system, a terminal auxiliary input method is further provided.
A terminal auxiliary input method comprises the following steps:
receiving an external input request sent by an intelligent television system, and acquiring a control type according to the external input request;
displaying an input window containing a second input control, wherein the second input control corresponds to the control type;
receiving input content input through a second input control in the input window;
and generating an external input response according to the input content, returning the external input response to the intelligent television system, and displaying the input content in a first input control on a television display screen by the intelligent television system.
In addition, in order to solve the problem that the input efficiency is low when a television remote controller is used for inputting an input control on a television display interface of an intelligent television system in the prior art, the terminal auxiliary input device is further provided.
A terminal auxiliary input device comprising:
the external input request receiving module is used for receiving an external input request sent by the intelligent television system and acquiring the control type according to the external input request;
the second input control display module is used for displaying an input window containing a second input control, and the second input control corresponds to the control type;
the input content acquisition module is used for receiving input content input through a second input control in the input window;
and the input content returning module is used for generating an external input response according to the input content and returning the external input response to the intelligent television system, and the intelligent television system displays the input content in a first input control on a television display screen.
The embodiment of the invention has the following beneficial effects:
after the intelligent television system input method and device and the terminal auxiliary input method and device are adopted, after a user selects a first input control on a television display interface of the intelligent television system by using a television remote controller, a second input control which is the same as the control type of the first input control of the intelligent television system can be displayed on an auxiliary terminal matched with the intelligent television system, the user operates the second input control in a better input mode (such as the auxiliary terminal with a keyboard, a touch screen and a mouse), and then the auxiliary terminal sends input content to the intelligent television system, so that the input of the first input control can be completed. Compared with the prior art, the television remote controller with complex operation is not needed for the input operation of the first input control, and the auxiliary terminal with complete peripheral equipment such as a smart phone and a desktop computer can be used, so that the input efficiency is greatly improved, and the convenience of operation is improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Wherein:
fig. 1 is a flowchart of an input method of a smart television system in one embodiment;
fig. 2 is a schematic diagram of a television display interface of the smart television system in one embodiment;
FIG. 3 is a flow diagram of a method for terminal-assisted input in one embodiment;
FIG. 4 is a schematic diagram of an input interface of an auxiliary terminal in one embodiment;
fig. 5 is a schematic structural diagram of an input device of an intelligent television system in an embodiment;
fig. 6 is a schematic structural diagram of an auxiliary input device of a terminal according to an embodiment.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
In order to solve the above-mentioned technical problem that the input efficiency of the smart television system (smart television product or set-top box product with an intelligent operating system) in the conventional technology is low through a television remote controller, in an embodiment, a mechanism for assisting the smart television system to perform input is specifically provided, and the mechanism includes a smart television system input method for operating the smart television system of the smart television system and a terminal auxiliary input method for operating the auxiliary terminal. The above-described methods may all be implemented on a computer program running on a computer system based on the von neumann architecture. The intelligent television system can be an intelligent television or a set top box product provided with an intelligent operating system, and the auxiliary terminal can be a plurality of terminal devices such as a smart phone, a tablet computer, a palm computer, a notebook computer and a desktop computer.
It should be noted that, the "first input control" herein refers to an input control in the smart television system, and the "second input control" refers to an input control on the auxiliary terminal. For better explanation, the labels of "first" and "second" are used for explanation, and are not described in detail below.
Specifically, as shown in fig. 1, the input method of the smart television system may include:
step S102: and detecting a selected event of an input control on a television display interface, and acquiring a selected first input control.
As shown in fig. 2, fig. 2 shows an interface of a user feedback function of an application in the smart tv system, where the interface is a tv display interface on the smart tv system, and a user can observe the interface through a tv display screen.
The television display interface comprises an input control of which the control type is a textbox control, and a cursor on the television display interface is a cursor for assisting a user in inputting on the television display interface by using a television remote controller. The user can move the cursor by operating the direction key on the television remote controller, and trigger the corresponding cursor event by pressing the function key.
As shown in fig. 2, if the user presses a function key on the tv remote controller after moving the cursor into the textbox control using the tv remote controller, the user triggers a selected event of the textbox control, and the smart tv system can position the focus to the textbox control (the first input control) according to the position of the cursor corresponding to the tv remote controller.
Step S104: and acquiring the control type of the first input control, and generating an external input request according to the control type.
In this embodiment, the method may support multiple control types. In addition to the textbox controls shown in the previous example, the control types may be rich text input controls, file selection controls (e.g., a file selection control to select a picture file such as a photo, a picture, etc., a file selection control to select a document class file, a file selection control to select a multimedia file such as audio or video), voice input controls (a voice input control in an intelligent television system requires a user to input voice through a microphone external to the intelligent television system), progress bar controls (some applications adjust parameter values through a progress bar control), check box controls, calendar controls, palette controls, and so forth.
The external input request is to inform the auxiliary terminal to generate a second input control according to the acquired control type of the first input control, and then the auxiliary terminal receives a request input by a user through the second input control. The type identification corresponding to the control type can be defined for each type of input control in advance through a self-defined protocol, and after the control type of the first input control on the television display interface of the intelligent television system is obtained, the obtained type identification of the control type can be added into the external input request.
Accordingly, for some input controls, when an external input request is generated, not only the control type of the input control but also the control parameter value of the input control needs to be added.
For example, for a check box control, the selection data in the check box is the control parameter value of the check box control. If the check box control is "please select your favorite fruit", and the candidate choices include: a plurality of options such as "apple", "banana", "pear", "juicy peach", etc., then when generating the external input request, the candidate option of the check box control also needs to be added to the external input request. When the auxiliary terminal generates the corresponding second input control, the auxiliary terminal can generate the corresponding input control by using the parameters attached to the external input request.
Step S106: and sending the external input request to a matched auxiliary terminal, and acquiring input content by the matched auxiliary terminal through a second input control corresponding to the control type.
After the external input request is generated, the smart television system may send the external input request to the paired auxiliary terminal.
In this embodiment, the smart television system needs to be paired with the auxiliary terminal in advance. The auxiliary terminal can detect the intelligent television system through the wireless channel and initiate a pairing request to the intelligent television system. And the intelligent television system receives the pairing request of the auxiliary terminal, returns a pairing confirmation message and establishes the pairing with the auxiliary terminal.
The wireless channel used in pairing can be a wifi network or can be Bluetooth. For example, a user may establish a small wifi subnet in a residence through a wireless router, and the smart television system accesses the wireless router and is assigned with an IP (Internet Protocol) address in the subnet, and the smart television system may also access the Internet through the wireless router. The user can use the smart phone as an auxiliary terminal, and the smart phone is also accessed under the wireless router and is allocated with an IP address, so that the smart television system and the smart phone as the auxiliary terminal are under the same sub-network.
In the application scenario, the smart television system may monitor a preset port (for example, 80 ports may be monitored if http protocol transmission is adopted), a user may initiate a pairing request to an IP address of the smart television system and the preset port through a socket using a smart phone, after receiving the pairing request, the smart television system may obtain the IP address and the port of the smart phone through operations such as authentication, and after caching the IP address and the port, the smart television system and the auxiliary terminal establish a pairing relationship.
Optionally, the smart television system may display images such as a two-dimensional code and a barcode on the television display interface, and the user may scan the smart television system through the smart phone to enable the smart phone to obtain an IP address and a monitored port of the smart television system, and automatically send a pairing request to the IP address and the port, so that pairing operation between the smart television system and the auxiliary terminal is simpler and more convenient.
It should be noted that after the auxiliary terminal and the smart television system are paired, a long connection relationship does not need to be maintained, and the smart television system and the auxiliary terminal may cache an IP address and a port of the other terminal. When the intelligent television system sends an external input request to the auxiliary terminal, a socket connection can be established according to the cached IP address and port of the auxiliary terminal, and then an external access request is sent to the auxiliary terminal through the socket connection.
In this embodiment, after the auxiliary terminal receives the external access request, the corresponding second input control may be displayed on the operation interface of the auxiliary terminal to receive the input content of the user, and specifically, the method of the terminal auxiliary input executed by the auxiliary terminal may be as shown in fig. 3:
step S202, receiving an external input request sent by the intelligent television system, and acquiring a control type according to the external input request.
Step S204, an input window containing a second input control is displayed, and the second input control corresponds to the control type.
And step S206, receiving input contents input through the second input control in the input window.
And S208, generating an external input response according to the input content, returning to the intelligent television system, and displaying the input content in a first input control on a television display screen by the intelligent television system.
As described above, the communication protocol between the smart television system and the auxiliary terminal may be predefined, and a consistent type identifier of a control type may be defined for each type of input control. After the auxiliary terminal receives an external input request sent by the intelligent television system, the control type of the second input control to be displayed can be obtained by extracting the corresponding type identification.
As shown in fig. 4, the auxiliary terminal is a smart phone, and if the control type included in the external input request is a textbox control, a corresponding textbox control (a second input control) is also displayed on the operation interface of the smart phone, so that the user can input characters through an input window including the textbox control displayed on the smart phone. For example, a user clicks a text box control displayed on the smart phone, the smart phone calls an event processing function corresponding to the text box control on the smart phone, a virtual keyboard is displayed on an operation interface of the smart phone, and the user can quickly input characters by touching and clicking keys on the virtual keyboard. In the conventional technology, the virtual keyboard displayed after the first input control on the television display interface is clicked can only be clicked through the direction key of the remote controller operated by the user, so that the user cannot quickly and directly position the virtual key to be selected, and therefore, after the auxiliary terminal is used for inputting, the operation efficiency is improved.
For another example, if the selected first input control on the smart television system is a voice control (some social applications on the smart television system can support multi-user online voice chat), the voice control can be correspondingly displayed on the auxiliary terminal, and the user can directly input voice through a microphone of the mobile phone. In the conventional technology, the smart television system is not provided with peripherals such as a microphone and the like, and a user needs to purchase and add the peripherals by himself. After the intelligent mobile phone is used as the auxiliary terminal, a user can speak to the intelligent mobile phone to input voice without adding extra microphone equipment, and the convenience of operation is greatly improved.
For another example, for a long list or a progress bar (slider) and other types of controls, the user can slide by using a television remote controller and cannot quickly locate the position of the slide, and after using a smart phone with a touch screen as an auxiliary terminal, the user can quickly locate the position of the list or the progress bar by performing a sliding operation on the touch screen of the smart phone, so that the input efficiency is also improved.
Step S108: and receiving input content returned by the auxiliary terminal, and adding the input content into the first input control.
As described above, for example, as shown in fig. 4, when the user clicks the "next" button after inputting on the auxiliary terminal, the input content may be packaged according to the preset protocol and then sent to the smart television system, and the smart television system receives the input content.
Optionally, after receiving the external input request of the smart television system, the auxiliary terminal may maintain a connection state with the smart television system, detect a content update state in a second input control generated on the auxiliary terminal, and return updated content to the smart television system along with a change of the content in the second input control, where the smart television system also updates the input content displayed in the first input control accordingly. That is to say, the auxiliary terminal may detect an onChange event of the second input control, and when the onChange event is detected, obtain the content that has been input in the second input control, and then send the content to the smart television system, and the smart television system updates the content that is shown in the first input control on the television display interface. Therefore, the effect that the process of editing on the auxiliary terminal by the user is synchronous with the content displayed on the television display interface is achieved.
For example, in fig. 4, if the user continuously presses the delete key, the four characters "view", "wei", "nan" and "lake" are deleted in sequence, when the 'look' word is deleted, an onChange event of the textbox control is triggered, the acquired input content in the second input control is updated to 'why the jssnns is Hunan Wei', then the characters are sent to the intelligent television system, the characters in the first input control on the television display interface of the intelligent television system are also updated to be 'why Hunan Wei is jssnns', when the deletion operation is continuously executed to reach the 'toilet' word, the onChange event of the textbox control is triggered again, the acquired input content in the second input control is updated to 'why the jssnns is Hunan', the word in the first input control on the television display interface of the intelligent television system is also updated to 'why the jssnns is Hunan', therefore, real-time synchronization of the second input control on the auxiliary terminal and the content displayed in the first input control in the intelligent television system is achieved.
Optionally, after the step of acquiring the selected first input control by the smart television system, a selected event processing function of the first input control corresponding to the selected event may be further shielded.
The selected event processing function of the first input control defines the event processing logic of the input control on the intelligent television system. For example, if the smart television system is not paired with the auxiliary terminal, after the user selects the textbox control through the television remote controller, the event processing function executed by the smart television system for the selected event is to display the virtual keyboard on the television display interface. And after the intelligent television system is paired with the auxiliary terminal, the event processing logic for displaying the virtual keyboard can be shielded, so that the visual field of the user cannot be influenced by the virtual keyboard area.
Optionally, the step of generating the external input request by the smart television system according to the control type further includes: and when the control type corresponding to the selected first input control is the file selection control type, acquiring the file type corresponding to the selected first input control, and adding the file type into the external input request.
Correspondingly, the step of the auxiliary terminal displaying the input window including the second input control may include: when the acquired control type is a file selection control type, acquiring a file type contained in the external access request, and acquiring a file directory corresponding to the file type on an auxiliary terminal; generating a file selection control, and taking a file directory corresponding to the file type on the auxiliary terminal as a folder path of the file selection control; and displaying an input window containing the file selection control, wherein the file selection control is used as a second input control.
For example, if an application on the smart television system provides a picture sharing function, when the user uses the application on the smart television system, a first input control for selecting a picture file in an album (which may be stored in the smart television system or may be a certain network address on an external network, for example, a network disk) is displayed, so that a file type corresponding to the first input control is a picture and may be defined by a suffix name of the picture file.
When the auxiliary terminal receives an external input request to generate a corresponding file selection control, the generated folder path of the file selection control can be set as a storage path of a file directory for storing the picture file on the auxiliary terminal, so that a user can conveniently select a correct file type to input the file type into the second input control.
Further, after the step of obtaining the file type corresponding to the selected first input control by the smart television system, a file directory corresponding to the file type in the smart television system may also be obtained, an external access path of the obtained file directory is generated, and the external access path is added to the external input request.
And when the auxiliary terminal generates the file selection control, whether the external input request contains an external access path or not can be judged, and if yes, the external access path is added into the folder path of the file selection control.
That is, when the user selects a file in the file selection control on the secondary terminal, the file stored on the secondary terminal may be selected, and the file stored in the smart television system may also be selected. When the auxiliary terminal generates the file selection control, the external access path can be used as a folder path of the file selection control. And when the file selection control is displayed, the auxiliary terminal initiates a file browsing request to the intelligent television system according to the external access path. And after receiving a file browsing request which is initiated by the auxiliary terminal and contains the external access path, the intelligent television system acquires file information under a file directory in the intelligent television system corresponding to the external access path and returns the file information to the auxiliary terminal. The user can browse the files stored in the intelligent television system in the file selection control of the auxiliary terminal.
In the photo sharing application on the smart television system as described above, when the smart phone serving as the auxiliary terminal displays the file selection control (or the rich text control capable of adding pictures), two root directory positions may be set, where one root directory position corresponds to the album folder on the smart phone and the other root directory position corresponds to the album folder on the smart television system, and if the user clicks the root directory corresponding to the album folder on the smart phone, the smart phone reads the file directory of the local picture file and expands the file directory; if the user clicks a root directory corresponding to an album folder on the smart television system, the smart phone accesses the album folder on the smart television system according to an external access path corresponding to the root directory (for example, the album folder can be accessed externally in a network sharing folder form), the smart television system sends file information (including indexes, directory structures, file name lists and thumbnails of files) of the album folder to the smart phone, the smart phone displays the file information in a file selection control of an operation interface of the smart phone, the user can browse the content of the album folder on the smart television system, and after the selected file is clicked, a storage path of the selected file on the smart television system is used as input content to be input.
In order to solve the above-mentioned technical problem of low input efficiency of the smart television system (smart television product or set-top box product with smart operating system) in the conventional technology through a television remote controller, in one embodiment, a smart television system input device corresponding to the foregoing smart television system input method is specifically provided, as shown in fig. 5, the device includes: a first input control obtaining module 102, an external input request generating module 104, an external input request sending module 106, and an input content receiving module 108, where:
the first input control obtaining module 102 is configured to detect a selected event of an input control on a television display interface, and obtain a selected first input control.
And an external input request generating module 104, configured to obtain a control type of the first input control, and generate an external input request according to the control type.
And an external input request sending module 106, configured to send the external input request to a paired auxiliary terminal, where the paired auxiliary terminal obtains input content through a second input control corresponding to the control type.
And the input content receiving module 108 is configured to receive input content returned by the auxiliary terminal, and add the input content to the first input control.
In this embodiment, as shown in fig. 5, the apparatus further includes a terminal pairing module 110, configured to receive a pairing request from an auxiliary terminal, and establish a pairing relationship with the auxiliary terminal.
In this embodiment, as shown in fig. 5, the apparatus further includes an event processing function shielding module 112, configured to shield a selected event processing function of the first input control corresponding to the selected event.
In this embodiment, the external input request generating module is further configured to, when the control type is a file selection control type, obtain a file type corresponding to the selected first input control, and add the file type to the external input request.
In this embodiment, the external input request generating module is further configured to obtain a file directory corresponding to the file type in the smart television system, generate an external access path of the obtained file directory, and add the external access path to the external input request;
in this embodiment, as shown in fig. 5, the apparatus further includes a file information sending module 114, configured to receive a file browsing request that includes the external access path and is initiated by the auxiliary terminal, acquire file information in a file directory corresponding to the external access path, and return the file information.
In order to solve the above-mentioned technical problem of low input efficiency of the smart television system (smart television product or set-top box product with smart operating system) via the television remote controller in the conventional technology, in one embodiment, a terminal auxiliary input device corresponding to the aforementioned terminal auxiliary input method is specifically proposed, as shown in fig. 6, the device includes: an external input request receiving module 202, a second input control showing module 204, an input content obtaining module 206, and an input content returning module 208, wherein:
the external input request receiving module 202 is configured to receive an external input request sent by the smart television system, and obtain a control type according to the external input request;
a second input control display module 204, configured to display an input window including a second input control, where the second input control corresponds to the control type;
an input content obtaining module 206, configured to receive input content input through a second input control in the input window;
and an input content returning module 208, configured to generate an external input response according to the input content and return the external input response to the smart television system, where the smart television system displays the input content in a first input control on a television display screen.
In this embodiment, as shown in fig. 6, the apparatus further includes a television pairing module 210, configured to detect the smart television system through a wireless channel, and initiate a pairing request to the smart television system; and receiving a pairing confirmation message returned by the intelligent television system, and establishing a pairing relation with the intelligent television system.
In this embodiment, the second input control display module 204 is further configured to, when the obtained control type is a file selection control type, obtain a file type included in the external access request, and obtain a file directory corresponding to the file type on the auxiliary terminal; generating a file selection control, and taking a file directory corresponding to the file type on the auxiliary terminal as a folder path of the file selection control; and displaying an input window containing the file selection control, wherein the file selection control is used as a second input control.
In this embodiment, the second input control display module 204 is further configured to determine whether the external input request includes an external access path, and if so, add the external access path to the folder path of the file selection control.
After the intelligent television system input method and device and the terminal auxiliary input method and device are adopted, after a user selects a first input control on a television display interface of the intelligent television system by using a television remote controller, a second input control which is the same as the control type of the first input control of the intelligent television system can be displayed on an auxiliary terminal matched with the intelligent television system, the user operates the second input control in a better input mode (such as the auxiliary terminal with a keyboard, a touch screen and a mouse), and then the auxiliary terminal sends input content to the intelligent television system, so that the input of the first input control can be completed. Compared with the prior art, the television remote controller with complex operation is not needed for the input operation of the first input control, and the auxiliary terminal with complete peripheral equipment such as a smart phone and a desktop computer can be used, so that the input efficiency is greatly improved, and the convenience of operation is improved.
It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by a computer program, which can be stored in a computer-readable storage medium, and when executed, can include the processes of the embodiments of the methods described above. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), or the like.
The above disclosure is only for the purpose of illustrating the preferred embodiments of the present invention, and it is therefore to be understood that the invention is not limited by the scope of the appended claims.
Claims (18)
1. An input method of an intelligent television system is characterized by comprising the following steps:
detecting a selected event of an input control on a television display interface, and acquiring a selected first input control;
acquiring a control type of the first input control, and generating an external input request according to the control type;
sending the external input request to a matched auxiliary terminal, and acquiring input content by the matched auxiliary terminal through a second input control corresponding to the control type;
receiving input content returned by the auxiliary terminal, and adding the input content into the first input control;
the step of generating an external input request according to the control type further includes:
defining a type identifier corresponding to the control type for each type of input control in advance through a self-defined protocol, and after the control type of a first input control on a television display interface of the intelligent television system is obtained, adding the obtained type identifier of the control type into an external input request;
and when the control type is a file selection control type, acquiring the file type corresponding to the selected first input control, and adding the file type into the external input request.
2. The smart tv system input method according to claim 1, wherein the step of sending the external input request to the matched auxiliary terminal further comprises:
and receiving a pairing request of an auxiliary terminal, and establishing a pairing relation with the auxiliary terminal.
3. The smart television system input method of claim 1, wherein the step of obtaining the selected first input control is further followed by:
and shielding the selected event processing function of the first input control corresponding to the selected event.
4. The smart television system input method according to claim 1, wherein the step of obtaining the file type corresponding to the selected first input control further comprises:
acquiring a file directory corresponding to the file type in the intelligent television system, generating an external access path of the acquired file directory, and adding the external access path to the external input request;
and receiving a file browsing request which is initiated by the auxiliary terminal and contains the external access path, acquiring file information under a file directory corresponding to the external access path, and returning.
5. An input device of a smart television system, comprising:
the first input control acquisition module is used for detecting a selected event of an input control on the television display interface and acquiring a selected first input control;
the external input request generation module is used for acquiring the control type of the first input control and generating an external input request according to the control type;
the external input request sending module is used for sending the external input request to the matched auxiliary terminal, and the matched auxiliary terminal acquires input content through a second input control corresponding to the control type;
the input content receiving module is used for receiving input content returned by the auxiliary terminal and adding the input content into the first input control;
the external input request generation module is further used for defining a type identifier corresponding to the control type for each type of input control in advance through a self-defined protocol, and after the control type of the first input control on the television display interface of the intelligent television system is obtained, adding the obtained type identifier of the control type into the external input request;
and when the control type is a file selection control type, acquiring the file type corresponding to the selected first input control, and adding the file type into the external input request.
6. The intelligent television system input device according to claim 5, further comprising a terminal pairing module, configured to receive a pairing request from an auxiliary terminal, and establish a pairing relationship with the auxiliary terminal.
7. The intelligent television system input device according to claim 5, further comprising an event processing function masking module, configured to mask the selected event processing function of the first input control corresponding to the selected event.
8. The intelligent television system input device according to claim 5, wherein the external input request generation module is further configured to obtain a file directory corresponding to the file type in the intelligent television system, generate an external access path of the obtained file directory, and add the external access path to the external input request;
the device also comprises a file information sending module which is used for receiving a file browsing request which is initiated by the auxiliary terminal and contains the external access path, acquiring file information under a file directory corresponding to the external access path and returning the file information.
9. A terminal auxiliary input method is characterized by comprising the following steps:
receiving an external input request sent by an intelligent television system, and acquiring a control type according to the external input request;
displaying an input window containing a second input control, wherein the second input control corresponds to the control type;
receiving input content input through a second input control in the input window;
generating an external input response according to the input content, returning the external input response to the intelligent television system, and displaying the input content in a first input control on a television display screen by the intelligent television system;
receiving an external input request sent by an intelligent television system, and acquiring a control type according to the external input request, wherein the method comprises the following steps:
receiving an external input request sent by the smart television system, and obtaining a control type of a second input control to be displayed by extracting a corresponding type identifier;
when the acquired control type is a file selection control type, acquiring a file type contained in the external input request, and acquiring a file directory corresponding to the file type on an auxiliary terminal; generating a file selection control, and taking a file directory corresponding to the file type on the auxiliary terminal as a folder path of the file selection control; and displaying an input window containing the file selection control, wherein the file selection control is used as a second input control.
10. The terminal auxiliary input method according to claim 9, wherein the step of receiving the external input request transmitted by the smart television system further comprises:
detecting the smart television system through a wireless channel, and initiating a pairing request to the smart television system;
and receiving a pairing confirmation message returned by the intelligent television system, and establishing a pairing relation with the intelligent television system.
11. The method of claim 9, wherein the step of presenting an input window containing a second input control further comprises:
when the acquired control type is a file selection control type, acquiring a file type contained in the external input request, and acquiring a file directory corresponding to the file type on an auxiliary terminal;
generating a file selection control, and taking a file directory corresponding to the file type on the auxiliary terminal as a folder path of the file selection control;
and displaying an input window containing the file selection control, wherein the file selection control is used as a second input control.
12. The terminal-assisted input method of claim 11, wherein the step of generating a file selection control further comprises:
and judging whether the external input request contains an external access path, if so, adding the external access path to a folder path of the file selection control.
13. A terminal auxiliary input device, comprising:
the external input request receiving module is used for receiving an external input request sent by the intelligent television system and acquiring the control type according to the external input request;
the second input control display module is used for displaying an input window containing a second input control, and the second input control corresponds to the control type;
the input content acquisition module is used for receiving input content input through a second input control in the input window;
the input content returning module is used for generating an external input response according to the input content and returning the external input response to the intelligent television system, and the intelligent television system displays the input content in a first input control on a television display screen;
the second input control display module is further used for receiving an external input request sent by the smart television system and obtaining the control type of the second input control to be displayed by extracting the corresponding type identifier;
when the acquired control type is a file selection control type, acquiring a file type contained in the external input request, and acquiring a file directory corresponding to the file type on an auxiliary terminal; generating a file selection control, and taking a file directory corresponding to the file type on the auxiliary terminal as a folder path of the file selection control; and displaying an input window containing the file selection control, wherein the file selection control is used as a second input control.
14. The device as claimed in claim 13, further comprising a tv pairing module for detecting the smart tv system via a wireless channel and initiating a pairing request to the smart tv system; and receiving a pairing confirmation message returned by the intelligent television system, and establishing a pairing relation with the intelligent television system.
15. The terminal auxiliary input device according to claim 13, wherein the second input control presentation module is further configured to, when the obtained control type is a file selection control type, obtain a file type included in the external input request, and obtain a file directory corresponding to the file type on the auxiliary terminal; generating a file selection control, and taking a file directory corresponding to the file type on the auxiliary terminal as a folder path of the file selection control; and displaying an input window containing the file selection control, wherein the file selection control is used as a second input control.
16. The terminal auxiliary input device of claim 13, wherein the second input control presentation module is further configured to determine whether an external access path is included in the external input request, and if so, add the external access path to a folder path of the file selection control.
17. A computer storage medium having a computer program stored thereon, wherein the computer program, when executed by a processor, causes the processor to perform steps comprising any of the steps of claims 1-4.
18. A computer storage medium having a computer program stored thereon, wherein the computer program, when executed by a processor, causes the processor to perform the steps of any of claims 9-12.
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| WO2019014830A1 (en) * | 2017-07-18 | 2019-01-24 | 深圳市智晟达科技有限公司 | Photo displaying method and digital television |
| CN111866571B (en) * | 2020-06-30 | 2023-03-24 | 北京小米移动软件有限公司 | Method and device for editing content on smart television and storage medium |
| CN111787117A (en) * | 2020-07-06 | 2020-10-16 | 聚好看科技股份有限公司 | Data transmission method and display device |
| CN113938743B (en) * | 2020-07-08 | 2023-06-27 | 华为技术有限公司 | Cooperative control method and system between electronic devices |
| EP4221239A4 (en) * | 2020-10-31 | 2024-03-13 | Huawei Tech Co Ltd | Device communication method, system and apparatus |
| CN112686358A (en) * | 2020-12-09 | 2021-04-20 | Oppo（重庆）智能科技有限公司 | Data transmission method, NFC electronic tag, terminal device and storage medium |
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