CN105376629A - Browsing method of smart TV program and smart TV - Google Patents
Browsing method of smart TV program and smart TV Download PDFInfo
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- CN105376629A CN105376629A CN201410422871.2A CN201410422871A CN105376629A CN 105376629 A CN105376629 A CN 105376629A CN 201410422871 A CN201410422871 A CN 201410422871A CN 105376629 A CN105376629 A CN 105376629A
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Abstract
The present invention discloses a browsing method of a smart TV program and a smart TV, belonging to the field of electrical equipment. The smart TV comprises an application processing module (11) for generating an application signal, a TV video processing module (12) which is used for carrying out format conversion on a received TV video signal corresponding to a TV channel so as to generate a TV signal and sending the TV signal to a signal superposition module (13) when the smart TV receives the channel request of a user, the signal superposition module (13) which is used for carrying out first processing on a received application signal such that an application signal is displayed in a screen in a full screen mode by a display module (14) and also is used for carrying out second processing on the received TV signal such that the display module (14) carries out superposition display of the TV signal at the preset display position of the display interface of the application signal according to a preset display dimension. According to the browsing method of a smart TV program and the smart TV, through the above scheme, while the playing of the application is realized, a TV program can be watched at the same time.
Description
Technical field
The present invention relates to electric equipment field, particularly relate to a kind of browsing method and intelligent television of intelligent television TV programme.
Background technology
Intelligent television, that there is full open model platform, carry operating system, user, while appreciation general television content (i.e. TV programme), can install and unload types of applications software voluntarily, continues the new tv product expanding function and upgrade, namely intelligent television is passed through, user both can watch TV programme, also can open various application, such as Online Music, somatic sensation television game, video calling, family KTV, educated the application such as online.
User is when using intelligent television, when user needs the TV programme exiting viewing, when running certain application, need to return main interface (in time applying more main interface usually can icon of each application of point multihead display), find the interface at the application place wanting to enter, click the icon of the application on this interface, can application be entered; When user needs application viewing TV programme out of service, need equally to return to main interface, click " preview of TV port signal " icon, enter the window of TV programme preview, at TV programme the preview window, select the channel wanting to see, click the icon of this channel, enter this channel.
User is when using application, and such as user, when playing games, listening to the music online, can not understand the program situation of TV channels in real time, need to exit current application, enter main interface, just can enter television channel and browse and watch each TV programme, complex operation, inconvenient.
Summary of the invention
The present invention, in order to solve the problem of prior art, provides a kind of browsing method and intelligent television of intelligent television TV programme, when not interrupting application, can understand the situation of TV programme.
The invention provides a kind of intelligent television, described intelligent television comprises application processing module, television video processing module, Signal averaging module and display module, wherein:
Described application processing module, for the application video and graphic signals corresponding with TV applications received is carried out format conversion, to generate application signal, and sends to described Signal averaging module by described application signal;
Described television video processing module, for the television video frequency signal corresponding with television channel received is carried out format conversion, to generate TV signal, and when intelligent television receives the channel request of user, described TV signal is sent to described Signal averaging module;
Described Signal averaging module, carries out the first process to the described application signal received, and is displayed in full screen described application signal on a display screen to make described display module; Also for carrying out the second process to the described TV signal received, to make described display module according to the display size preset, TV signal described in the display position Overlapping display preset of the display interface of described application signal.
According in intelligent television of the present invention, described application video and graphic signals comprises video section and/or visuals, and described application processing module comprises:
Application video processing unit, for carrying out format conversion to the video section in described application video and graphic signals;
Graphics Application processing unit, for carrying out format conversion to the visuals in described application video and graphic signals;
Transmitting element, for generating described application signal according to the signal after described application video processing unit and the conversion of described Graphics Application processing unit, and sends to described Signal averaging module by described application signal.
According in intelligent television of the present invention, described Signal averaging module specifically comprises:
Application signal processing unit, for arranging the display size of described application signal;
TV signal size setting unit, for presetting the display size of described TV signal.
TV signal position setting unit, for presetting the display position of described TV signal;
Superpositing unit, for according to described default display size, superposes described TV signal at the described default display position of the display interface of described application signal.
According in intelligent television of the present invention, described TV signal size setting unit, time also for receiving size switching appointment at intelligent television, according to putting in order of the display size in size list, the display size of described TV signal is set to next display size from current display size.
According in intelligent television of the present invention, described TV signal position setting unit is also for receiving position switching appointment during at intelligent television, according to putting in order of display position in display position list, the display position of TV signal is set to next display position from current display display.
According in intelligent television of the present invention, described Signal averaging module also comprises:
Video window unit, for arranging video window, to make described display module video window described in the display position Overlapping display preset of the display interface of described application signal, and described TV signal is presented in described video window.
The embodiment of the present invention additionally provides a kind of browsing method of TV programme, is applicable to above-mentioned intelligent television, comprises the following steps:
Step 201: receive the application video and graphic signals corresponding with TV applications, carries out format conversion to generate application signal to described application video and graphic signals;
Step 202: the first process is carried out to described application signal, thus be displayed in full screen described application signal on a display screen;
Step 203: receive the television video frequency signal corresponding with television channel, carries out format conversion to generate TV signal to described television video frequency signal;
Step 204: when receiving the channel request of user, carry out the second process to described TV signal, thus the display position preset of the display interface of described application signal on a display screen, superpose the described TV signal according to the display size display preset.
In the browsing method according to intelligent television TV programme of the present invention, described application video and graphic signals comprises video section and/or visuals, then described to described application video and graphic signals carry out format conversion with generate application signal, specifically comprise:
Step 2011: format conversion is carried out to the video section in described application video and graphic signals;
Step 2012: format conversion is carried out to the visuals in described application video and graphic signals;
Step 2013: generate application signal according to the video section in the described application video and graphic signals after changing and the visuals in described application video and graphic signals.
In the browsing method according to intelligent television TV programme of the present invention, described method also comprises:
Step 205: the size switching command receiving user, according to described size switching command, switches the display size of described TV signal.
In the browsing method according to intelligent television TV programme of the present invention, described method also comprises:
Step 206: the position switching command receiving user, according to described position switching command, switches the display position of described TV signal.
The beneficial effect that the technical scheme that the embodiment of the present invention provides is brought is: when intelligent television is at broadcasting application signal, and when receiving the channel request of user, TV signal is sent to Signal averaging module by the television video processing module of intelligent television, then Signal averaging module processes respectively to the application signal received and TV signal, and the TV signal of process is superimposed upon on the display position preset of the application signal of process with the display size preset, then display module will will be superimposed upon on the display interface of the application signal be displayed in full screen with the display interface of the TV signal of the display size preset display, thus achieve when broadcasting application, without the need to interrupting application, enter main interface enter television channel without the need to exiting application, TV programme can be play, namely when playing the display interface of application signal, the information of TV programme can be watched simultaneously, easy to use.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the structured flowchart of a kind of intelligent television that the embodiment of the present invention one provides;
Fig. 2 is the method flow diagram browsing TV programme of a kind of intelligent television that the embodiment of the present invention two provides;
Fig. 3 is the flow chart of the generation application signal that the embodiment of the present invention two provides.
Embodiment
For making the object, technical solutions and advantages of the present invention clearly, below in conjunction with accompanying drawing, embodiment of the present invention is described further in detail.
Embodiment one
Embodiments provide a kind of intelligent television, as shown in Figure 1, this intelligent television comprises application processing module 11, television video processing module 12, Signal averaging module 13 and display module 14, wherein:
Application processing module 11, for the application video and graphic signals corresponding with TV applications received is carried out format conversion, to generate application signal, and sends to Signal averaging module 13 by application signal;
Television video processing module 12, for the television video frequency signal corresponding with television channel received is carried out format conversion, to generate TV signal, and when intelligent television receives the channel request of user, sends to Signal averaging module 13 by TV signal;
Signal averaging module 13, for carrying out the first process to the application signal received, is displayed in full screen application signal on a display screen to make display module 14; Also for carrying out the second process to the TV signal received, to make display module 14 according to the display size preset, in the predeterminated position Overlapping display TV signal of the display interface of application signal.
In specific implementation process, application video and graphic signals comprises video section and/visuals, and intelligent television is generally video section and visuals are separately processed, then application processing module 11 comprises:
Application video processing unit 111, for carrying out format conversion to the video section in application video and graphic signals;
Graphics Application processing unit 112, for carrying out format conversion to the visuals in application video and graphic signals;
Transmitting element 113, generates application signal for changing rear visuals according to the video section after the conversion of application video processing unit 111 and Graphics Application processing unit 112, and this application signal is sent to Signal averaging module 13.
Particularly, when the application video and graphic signals received only includes video section, the video section that application video processing unit 111 is changed by transmitting element 113 is as application signal; When the application video and graphic signals received only includes visuals, the visuals that Graphics Application processing unit 112 is changed by transmitting element 113 is as application signal; When the application video and graphic signals received not only had comprised video section but also had comprised visuals, the video section that transmitting element 113 is changed according to application video processing unit 111 and the visuals synthesis application signal that Graphics Application processing unit 112 is changed.Particularly, during synthesis, the video section after conversion and the position of visuals in application signal, identical with the position of visuals with video section in the application video and graphic signals received.
It should be noted that, in the present embodiment, application video and graphic signals is carried out to format conversion, carries out format conversion to television video frequency signal, convert application video and graphic signals and television video frequency signal the digital signal of consolidation form to respectively, can by the form of intelligent television identification or convert other of consolidation form to.
In the specific implementation, Signal averaging module 13 specifically comprises:
Application signal processing unit 131, for arranging the display size of application signal;
TV signal size setting unit 132, for the display size of default TV signal;
Superpositing unit 133, for according to the display size preset, in the display position the preset superposition TV signal of the display interface of application signal.
Particularly, Signal averaging module 13 carries out the first process to application signal, namely refers to the display size being arranged application signal by application signal processing unit 131, its display size is set to full screen display.
Signal averaging module 13 pairs of TV signal carry out the second process, namely refer to by TV signal size setting unit 132 preset TV signal display size, to be preset by TV signal position setting unit 134 TV signal be shown as child, by superpositing unit 133 according to the display size preset, in the display position the preset superposition TV signal of the display interface of application signal.
In specific implementation process, intelligent television can arrange the display size list of TV signal, generally comprise large size, medium size, trumpet in size list, generally medium size can be set to default size, then apply signal processing unit 131 and generally default display size can be set to default size.Certainly, the concrete size user of large size, medium size and trumpet can sets itself according to demand, and apparently, user also can increase other display sizes in size list, also can change display size putting in order in size list.
It should be noted that, default size can be set as unchangeably, and such as default size is medium size always; Apparently, default size also can be change, such as, default size can be changed to large size by medium size; Or the display size last time of such as TV signal is small size, then, when this time showing TV signal, default size be just trumpet.
In specific implementation process, intelligent television is also provided with display position list, five positions are generally comprised: the centre position of display screen in display position list, upper left position, position, the upper right corner, position, the lower left corner, lower right position, then default display position generally can be set to default location by TV signal position setting unit 134.Apparently, user also can increase other display positions in display position list, also can change display position putting in order in display position list.
It should be noted that, default location can be set as unchangeably, and such as default location is centre position always; Apparently, default location also can be change, such as, change to position, the upper right corner by centre position, or such as last default location is lower right position, then this time when superposing TV signal, and default location lower right position.
In specific implementation process, user can switch the size at television video interface, then TV signal size setting unit 132, time also for receiving size switching appointment at intelligent television, according to putting in order of the display size in size list, the display size of TV signal is set to next display size from current display size.
When intelligent television receives size switching command, size can be switched successively according to the order in size list.Such as, the display interface of current television signal is medium size, then when receiving size switching command, the display size of TV signal is set to trumpet by TV signal size setting unit 132, then the display size of the display interface of TV signal that user sees just becomes trumpet from medium size; When intelligent television receives size switching command again, the display size of TV signal is set to large size by TV signal size setting unit 132, the display size of the display interface of TV signal that then user sees just becomes large size from trumpet, by that analogy, circulates successively.
Usually, the display unit one in intelligent television, the display interface of acquiescence full screen display application signal, namely applies the size of the display interface of signal and the measure-alike of display screen.In the present invention, for convenience of explanation, the display position of TV signal take display screen as object of reference, namely when needing the display interface by TV signal where to be presented at display screen, just TV signal is superimposed upon the relevant position of application signal.Such as, when needing when the display interface of the centre position of display screen display TV signal, then TV signal is superimposed upon on application signal by superpositing unit 133, and be positioned at the centre position of application signal, namely, when showing, the display interface of TV signal will apply the interface in the centre position of the display interface of signal to sheltering from.In specific implementation process, this blocking can be transparent, namely the display interface through TV signal can be seen by the display interface of its application signal blocked, apparently, this blocking also can be opaque, namely the display interface through TV signal be cannot see by the display interface of its application signal blocked, as first Book is superimposed upon on second book, be presented at the moment be that the front cover of first Book and second book be not by remaining front cover that first Book shelters from, wherein, application signal is equivalent to second book, and TV signal is equivalent to first Book.
In specific implementation process, the display position of TV signal also can switch, then TV signal position setting unit 134, time also for receiving position switching appointment at intelligent television, according to putting in order of display position in display position list, the display position of TV signal is set to next display position from current display display.
When intelligent television receives position switching command, display position can be switched successively according to the order in display position list.Such as, the display position of current television signal is the centre position of display screen, then when receiving position switching command, the display position of TV signal is set to upper left position by TV signal position setting unit 134, then the display position of TV signal that user sees just becomes upper left position from centre position; When intelligent television receives position switching command again, the display position of TV signal is set to position, the upper right corner by TV signal position setting unit 134, then the display position of TV signal that user sees just becomes position, the upper right corner from upper left position; When intelligent television receives again position switching command, the display position of TV signal is set to position, the lower left corner by TV signal position setting unit 134, then the display position of TV signal that user sees just becomes position, the lower left corner from position, the upper right corner ... by that analogy, circulate successively.
In specific implementation process, in order to meet consumers' demand, have visual sense of beauty, generally can play television video interface in a video window, then Signal averaging module 13 also comprises:
Video window unit 135, for arranging video window, to make display module 14 at the display position Overlapping display video window preset of the display interface of application signal, and TV signal is presented in video window.
In the specific implementation, the size of video window and the display size of TV signal adapt, and the position of video window on the display interface of application signal is the display position of TV signal.That is, during display, the display interface of TV signal is positioned at video window, and video window is superimposed upon on the display interface of application signal.
The beneficial effect that the technical scheme that the embodiment of the present invention provides is brought is: when intelligent television is at broadcasting application signal, and when receiving the channel request of user, TV signal is sent to Signal averaging module by the television video processing module of intelligent television, then Signal averaging module processes respectively to the application signal received and TV signal, and the TV signal of process is superimposed upon on the display position preset of the application signal of process with the display size preset, then display module will will be superimposed upon on the display interface of the application signal be displayed in full screen with the display interface of the TV signal of the display size preset display, thus achieve when broadcasting application, without the need to interrupting application, enter main interface enter television channel without the need to exiting application, TV programme can be play, namely when playing the display interface of application signal, the information of TV programme can be watched simultaneously, easy to use.
Embodiment two
Embodiments provide a kind of method browsing TV programme of intelligent television, the intelligent television provided in embodiment is provided, this intelligent television comprises application processing module 11, television video processing module 12, Signal averaging module 13 and display module 14, as shown in Figure 2, the method comprises:
Step 201: receive the application video and graphic signals corresponding with TV applications, carries out format conversion to generate application signal to application video and graphic signals; This step performs especially by application processing module 11;
Step 202: the first process is carried out to application signal, thus signal is applied in full screen display on a display screen; This step performs especially by Signal averaging module 13 and display module 14;
Step 203: receive the television video frequency signal corresponding with television channel, carries out format conversion to generate TV signal to television video frequency signal; This step performs especially by television video processing module 12;
Step 204: when receiving the channel request of user, carrying out the second process, thus apply the predeterminated position of the display interface of signal on a display screen to TV signal, superposes the TV signal according to the display size display preset; This step performs especially by Signal averaging module 13 and display module 14.
In the specific implementation, application processing module 11 comprises application video processing unit 111, Graphics Application processing unit 112 and transmitting element 113, in step 201, application video and graphic signals comprises video section and/or visuals, then see Fig. 3, format conversion is carried out to generate application signal to application video and graphic signals, specifically comprises:
Step 2011: format conversion is carried out to the video section in application video and graphic signals; This step realizes especially by application video processing unit 111;
Step 2012: format conversion is carried out to the visuals in application video and graphic signals; This step realizes especially by Graphics Application processing unit 112;
Step 2013: generate application signal according to the visuals in the video section in the application video and graphic signals after changing and application video and graphic signals; This step realizes especially by transmitting element 113.
Particularly, in step 2013, when the application video and graphic signals received only includes video section, then the video section changed is application signal; When the application video and graphic signals received only includes visuals, the visuals of conversion is application signal; When the application video and graphic signals received not only had comprised video section but also had comprised visuals, then the visuals synthesis application signal of the video section changed and conversion.Particularly, during synthesis, the video section after conversion and the position of the visuals in changing in application signal, identical with the position of visuals with video section in the application video and graphic signals received.
It should be noted that, in the present embodiment, application video and graphic signals is carried out to format conversion, carries out format conversion to television video frequency signal, convert application video and graphic signals and television video frequency signal the digital signal of consolidation form to respectively, can by the form of intelligent television identification or convert other of consolidation form to.
In concrete enforcement, superposition comprises 13 and comprises application signal processing unit 131, TV signal size setting unit 132, superpositing unit 133 and TV signal position setting unit 134, then, in step 202, carry out the first process, specifically comprise application signal:
The display size of application signal is set, its display size is set to full screen display; This step performs especially by application signal processing unit 131.
In step 204, the second process is carried out to TV signal, specifically comprises:
Preset the display size of TV signal; This step performs especially by TV signal size setting unit 132;
Preset the display position of TV signal; This step performs especially by TV signal position setting unit 134;
Apply the display position preset of the display interface of signal on a display screen, superpose the TV signal according to the display size display preset; This step performs especially by superpositing unit 133.
In specific implementation process, intelligent television can arrange the display size list of TV signal, generally comprises large size, medium size, trumpet in size list, generally medium size can be set to default size, then that applies signal shows dimensions as default size by what preset.Certainly, the concrete size user of large size, medium size and trumpet can sets itself according to demand, and apparently, user also can increase other display sizes in size list, also can change display size putting in order in size list.
It should be noted that, default size can be set as unchangeably, and such as default size is medium size always; Apparently, default size also can be change, such as, default size can be changed to large size by medium size; Or the display size last time of such as TV signal is small size, then, when this time showing TV signal, default size be just trumpet.
In specific implementation process, intelligent television is also provided with display position list, five positions are generally comprised: the centre position of display screen in display position list, upper left position, position, the upper right corner, position, the lower left corner, lower right position, then the display position preset of TV signal is set to default location.Apparently, user also can increase other display positions in display position list, also can change display position putting in order in display position list.
It should be noted that, default location can be set as unchangeably, and such as default location is centre position always; Apparently, default location also can be change, such as, change to position, the upper right corner by centre position, or such as last default location is lower right position, then this time when superposing TV signal, and default location lower right position.
In concrete enforcement, after step 204, the method also comprises:
Step 205: the size switching command receiving user, according to size switching command, switches the display size of TV signal.
Particularly, when intelligent television receives the size switching command of user, TV signal size setting unit 132 putting in order according to the display size in size list, is set to next display size by the display size of TV signal from current display size.
When intelligent television receives size switching command, size can be switched successively according to the order in size list.Such as, the display interface of current television signal is medium size, then when receiving size switching command, the display size of TV signal is set to trumpet by TV signal size setting unit 132, then the display size of the display interface of TV signal that user sees just becomes trumpet from medium size; When intelligent television receives size switching command again, the display size of TV signal is set to large size by TV signal size setting unit 132, the display size of the display interface of TV signal that then user sees just becomes large size from trumpet, by that analogy, circulates successively.
Usually, the display unit one in intelligent television, the display interface of acquiescence full screen display application signal, namely applies the size of the display interface of signal and the measure-alike of display screen.In the present invention, for convenience of explanation, the display position of TV signal take display screen as object of reference, namely when needing the display interface by TV signal where to be presented at display screen, just TV signal is superimposed upon the relevant position of application signal.Such as, when needing when the display interface of the centre position of display screen display TV signal, then TV signal is superimposed upon on application signal by superpositing unit 133, and be positioned at the centre position of application signal, namely, when showing, the display interface of TV signal will apply the interface in the centre position of the display interface of signal to sheltering from.In specific implementation process, this blocking can be transparent, namely the display interface through TV signal can be seen by the display interface of its application signal blocked, apparently, this blocking also can be opaque, namely the display interface through TV signal be cannot see by the display interface of its application signal blocked, as first Book is superimposed upon on second book, be presented at the moment be that the front cover of first Book and second book be not by remaining front cover that first Book shelters from, wherein, application signal is equivalent to second book, and TV signal is equivalent to first Book.
In concrete enforcement, after step 205, the method also comprises:
Step 206: the position switching command receiving user, according to position switching command, switches the display position of TV signal.
Particularly, when intelligent television receives position switching appointment, TV signal position setting unit 134 puts in order according to display position in display position list, and the display position of TV signal is set to next display position from current display display.
When intelligent television receives position switching command, display position can be switched successively according to the order in display position list.Such as, the display position of current television signal is the centre position of display screen, then when receiving position switching command, the display position of TV signal is set to upper left position by TV signal position setting unit 134, then the display position of TV signal that user sees just becomes upper left position from centre position; When intelligent television receives position switching command again, the display position of TV signal is set to position, the upper right corner by TV signal position setting unit 134, then the display position of TV signal that user sees just becomes position, the upper right corner from upper left position; When intelligent television receives again position switching command, the display position of TV signal is set to position, the lower left corner by TV signal position setting unit 134, then the display position of TV signal that user sees just becomes position, the lower left corner from position, the upper right corner ... by that analogy, circulate successively.
It should be noted that, in concrete enforcement, the order of step 205 and step 206 can be put upside down.
In concrete enforcement, Signal averaging module 203 also comprises video window unit 135, then carry out the second process to TV signal and also comprise:
Video window is set, thus applies the display position preset of the display interface of signal on a display screen, overlay video window, and TV signal is put into this video window; This step realizes especially by video window unit 135 and superpositing unit 133.
Particularly, the size of video window and the display size of TV signal adapt.
The beneficial effect that the technical scheme that the embodiment of the present invention provides is brought is: by when receiving the channel request of user, second process is carried out to TV signal, thus apply the predeterminated position of the display interface of signal on a display screen, superpose the TV signal according to the display size display preset, thus achieve while broadcasting, the display interface of TV signal can be play, without the need to interrupting application, enter main interface enter television channel without the need to exiting application, the method is simple to operate, easy to use, and can switching TV program; And the display position of TV signal and display size all can regulate, hommization is more set; And this TV signal can also be presented in video window, namely watches TV programme in video window.
It should be noted that: the intelligent television that above-described embodiment provides, when using application and browse TV programme simultaneously, only be illustrated with the division of above-mentioned each functional module, in practical application, can distribute as required and by above-mentioned functions and be completed by different functional modules, internal structure by intelligent television is divided into different functional modules, to complete all or part of function described above.
Should be understood that; the foregoing is only preferred embodiment of the present invention, originally not practical in order to restriction, for those of ordinary skills; can be improved according to the above description or convert, and all these improve and convert the protection range that all should belong to claims of the present invention.
Claims (10)
1. an intelligent television, is characterized in that, described intelligent television comprises application processing module (11), television video processing module (12), Signal averaging module (13) and display module (14), wherein:
Described application processing module (11), for the application video and graphic signals corresponding with TV applications received is carried out format conversion, to generate application signal, and sends to described Signal averaging module (13) by described application signal;
Described television video processing module (12), for the television video frequency signal corresponding with television channel received is carried out format conversion, to generate TV signal, and when intelligent television receives the channel request of user, described TV signal is sent to described Signal averaging module (13);
Described Signal averaging module (13), for carrying out the first process to the described application signal received, is displayed in full screen described application signal on a display screen to make described display module (14); Also for carrying out the second process to the described TV signal received, to make described display module (14) according to the display size preset, TV signal described in the display position Overlapping display preset of the display interface of described application signal.
2. intelligent television according to claim 1, is characterized in that, described application video and graphic signals comprises video section and/or visuals, and described application processing module (11) comprising:
Application video processing unit (111), for carrying out format conversion to the video section in described application video and graphic signals;
Graphics Application processing unit (112), for carrying out format conversion to the visuals in described application video and graphic signals;
Transmitting element (113), for generating described application signal according to the signal after described application video processing unit (111) and described Graphics Application processing unit (112) conversion, and described application signal is sent to described Signal averaging module (13).
3. intelligent television according to claim 2, is characterized in that, described Signal averaging module (13) specifically comprises:
Application signal processing unit (131), for arranging the display size of described application signal;
TV signal size setting unit (132), for presetting the display size of described TV signal;
TV signal position setting unit (134), for presetting the display position of described TV signal;
Then described superpositing unit (133), for according to described default display size, superposes described TV signal at the described default display position of the display interface of described application signal.
4. intelligent television according to claim 3, it is characterized in that, described TV signal size setting unit (132), time also for receiving size switching appointment at intelligent television, according to putting in order of the display size in size list, the display size of described TV signal is set to next display size from current display size.
5. intelligent television according to claim 4, it is characterized in that, TV signal position setting unit (134), time also for receiving position switching appointment at intelligent television, according to putting in order of display position in display position list, the display position of TV signal is set to next display position from current display display.
6. intelligent television according to claim 5, is characterized in that, described Signal averaging module (13) also comprises:
Video window unit (135), for arranging video window, to make described display module (14) video window described in the display position Overlapping display preset of the display interface of described application signal, and described TV signal is presented in described video window.
7. the method browsing TV programme of intelligent television, is characterized in that, comprise the following steps:
Step 201: receive the application video and graphic signals corresponding with TV applications, carries out format conversion to generate application signal to described application video and graphic signals;
Step 202: the first process is carried out to described application signal, thus be displayed in full screen described application signal on a display screen;
Step 203: receive the television video frequency signal corresponding with television channel, carries out format conversion to generate TV signal to described television video frequency signal;
Step 204: when receiving the channel request of user, carry out the second process to described TV signal, thus the display position preset of the display interface of described application signal on a display screen, superpose the described TV signal according to the display size display preset.
8. method according to claim 7, is characterized in that, described application video and graphic signals comprises video section and/or visuals, then described to described application video and graphic signals carry out format conversion with generate application signal, specifically comprise:
Step 2011: format conversion is carried out to the video section in described application video and graphic signals;
Step 2012: format conversion is carried out to the visuals in described application video and graphic signals;
Step 2013: generate application signal according to the video section in the described application video and graphic signals after changing and the visuals in described application video and graphic signals.
9. method according to claim 8, is characterized in that, described method also comprises:
Step 205: the size switching command receiving user, according to described size switching command, switches the display size of described TV signal.
10. method according to claim 9, is characterized in that, described method also comprises:
Step 206: the position switching command receiving user, according to described position switching command, switches the display position of described TV signal.
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