CN105578223A - Method and system for setting over-scanning parameters of television - Google Patents
Method and system for setting over-scanning parameters of television Download PDFInfo
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- CN105578223A CN105578223A CN201410527470.3A CN201410527470A CN105578223A CN 105578223 A CN105578223 A CN 105578223A CN 201410527470 A CN201410527470 A CN 201410527470A CN 105578223 A CN105578223 A CN 105578223A
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Abstract
The invention provides a method and a system for setting the over-scanning parameters of a television. Each HDMI interface has a display data table, and the display data table of each HDMI interface only has corresponding original over-scanning parameters. An over-scanning parameter setting instruction sent by a user each time can only change the over-scanning parameters of the HDMI interface outputting the currently displayed program image, and the original over-scanning parameters in the display data table of the HDMI interface can be updated only with new over-scanning parameters. Namely, the over-scanning parameter setting instruction received each time is only applicable to the HDMI interface outputting the currently displayed program image, and has no affect on the over-scanning parameters in the display data tables of the other HDMI interfaces or the program images output by the other HDMI interfaces. Therefore, users do not need to reset the over-scanning parameters of the other HDMI interfaces, and the user operation is simplified.
Description
Technical field
The present invention relates to multimedia technology field, particularly relate to a kind of method and system that TV overscanning parameter is set.
Background technology
In the simulated television epoch, the scanning due to the camera tube of video camera is that analog level (sawtooth waveforms) determines, the fluctuation of analog level can cause the edge of television image irregular; And the scanning circuit of simulated television is linearly bad, the edge of television image is caused to distort.In order to avoid the television image distortion occurred at screen edge, television image is expanded 5% even 10%, the fault image at television image edge is extended to outside display screen scope, only show the part of good linearity in the middle part of television image, this technology is referred to as overscanning (OverSean) technology.In fact overscan technique is exactly amplified by program video, exceeds the scope of display, does not show the technology of marginal distortion image.
At present, in television set, mainly adopt HDMI (HighDefinitionMultimediaInterface, HDMI (High Definition Multimedia Interface)) technology, be a kind of can the digital interface technology of simultaneously transmission of video and audio frequency.Each television set is configured with multiple HDMI, can be respectively used to receive the signal coming from the multiple audio frequency apparatus such as DVD, PC and export.Due to HDMI transmission is digital signal, and what television set showed is also digital signal, substantially overcomes the distortion phenomenon of analog signal like this.Generally, the overscanning parameter that television set is arranged is 0 (point-to-point), but, some TV programme are in transcription, when causing playing there is " fringing " or " edge point " phenomenon (as shown in Figure 1) in program video, now need to arrange overscanning parameter, remove the fault image on program video four limit, ensure picture quality.
In prior art, overscanning parameter is global parameter, and the overscanning parameter set by television set is all effective to all HDMI.Supposing HDMI 1 junctor set top box device, there is the phenomenon of fringing, edge point in the program video exporting television set to, now needs to adopt overscan technique to arrange overscanning parameter, is used for eliminating HDMI 1 and exports the fringing of program video, the phenomenon of edge point.When being switched to other HDMI, because overscanning parameter is global parameter, the program video that other HDMI export also is exaggerated, program video edge, causes program video imperfect, user's poor visual effect, user is also needed to adjust overscanning parameter again, complicated operation.
Summary of the invention
The technical problem that the present invention solves is to provide a kind of method and system arranging TV overscanning parameter, thus overscanning parameter setting instruction can be received at every turn, only the overscanning parameter of the HDMI exporting current shown program video is arranged, the overscanning parameter of other HDMI can not be affected.
For this reason, the technical scheme of technical solution problem of the present invention is:
Arrange a method for TV overscanning parameter, store the display tables of data arranged respectively to each HDMI, the display tables of data of each HDMI comprises the former overscanning parameter corresponding with it, and described method comprises:
Receive the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user sends;
Resolve new overscanning parameter entrained in described overscanning parameter setting instruction;
Utilize the program video that HDMI described in described new overscanning parameter adjustment exports;
The former overscanning parameter in the display tables of data of described HDMI is replaced by described new overscanning parameter.
Optionally, described method also comprises:
The former overscanning parameter corresponding to described HDMI is obtained from the display tables of data of the HDMI of the current shown program video of output;
Utilize the program video that HDMI described in described former overscanning parameter display exports.
Optionally, what described reception user sent comprises the overscanning parameter setting instruction of the HDMI exporting current shown program video:
Receive the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by remote controller;
Or,
Receive the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by television operation panel.
Optionally, described method also comprises:
Receive the recovery of the overscanning default value to the described HDMI instruction that user sends;
Utilize the program video that HDMI described in the acquiescence overscanning parameter display corresponding to described HDMI exports;
The new overscanning parameter in the display tables of data of described HDMI is replaced by described acquiescence overscanning parameter.
Optionally, described method comprises:
Receive TV out code;
Obtain the acquiescence overscanning parameter that described HDMI is corresponding;
Described acquiescence overscanning parameter is utilized to replace new overscanning parameter in the display properties table of described HDMI.
Arrange a system for TV overscanning parameter, described system comprises:
Receiver, for receiving the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user sends, and is sent to main control chip by described overscanning parameter setting instruction;
Main control chip, for resolving new overscanning parameter entrained in described overscanning parameter setting instruction, by described new overscanning parameter read-in overscanning register, and is sent to database by described new overscanning parameter;
Overscanning register, for the program video utilizing HDMI described in described new overscanning parameter adjustment to export;
Database, for storing the display tables of data arranged respectively to each HDMI, and the former overscanning parameter of replacing by described new overscanning parameter in the display tables of data of described HDMI, the display tables of data of each HDMI comprises the former overscanning parameter corresponding with it.
Optionally,
Main control chip, obtains the former overscanning parameter corresponding to described HDMI in the display tables of data also for the HDMI from the current shown program video of output, and by former overscanning parameter read-in overscanning register;
Overscanning register, the program video also for utilizing HDMI described in described former overscanning parameter display to export.
Optionally, described receiver is:
Infrared receiver, for receiving the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by remote controller;
Or,
Electric signal receiver, for receiving the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by television operation panel.
Optionally,
Receiver, the overscanning default value to described HDMI also sent for receiving user recovers instruction;
Main control chip, also for by acquiescence overscanning parameter read-in overscanning register corresponding for described HDMI, and is sent to database by described acquiescence overscanning parameter;
Overscanning register, the program video also for utilizing HDMI described in described acquiescence overscanning parameter display to export;
Database, also for replacing the new overscanning parameter in the display tables of data of described HDMI by described acquiescence overscanning parameter.
Optionally,
Receiver, also for receiving TV out code, and is sent to main control chip by described TV out code;
Main control chip, also for after receiving described TV out code, obtains the acquiescence overscanning parameter that described HDMI is corresponding, and described acquiescence overscanning parameter is sent to database;
Database, also for utilizing described acquiescence overscanning parameter to replace new overscanning parameter in the display properties table of described HDMI.
Known by technique scheme, the present invention has following beneficial effect:
The invention provides a kind of method and system that TV overscanning parameter is set, store the display tables of data arranged respectively to each HDMI, the display tables of data of each HDMI comprises the former overscanning parameter corresponding with it, receives the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user sends; Resolve new overscanning parameter entrained in described overscanning parameter setting instruction; Utilize the program video that HDMI described in described new overscanning parameter adjustment exports; The former overscanning parameter in the display tables of data of described HDMI is replaced by described new overscanning parameter.Each HDMI has an one's own display tables of data, the former overscanning parameter corresponding with it is only had in the display tables of data of each HDMI, the overscanning parameter setting instruction that user sends at every turn only can change the overscanning parameter of the HDMI exporting current shown program video, also the former overscanning parameter in the display tables of data of described HDMI only can be upgraded by new overscanning parameter, namely the overscanning parameter setting instruction at every turn received is only applicable to the HDMI exporting current shown program video, the overscanning parameter in the display tables of data of other HDMI can not be affected, the program video that other HDMI export can not be had an impact, also just the overscanning parameter of user to other HDMI is not needed to reset, simplify user operation.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, 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 program video fringing and the edge point schematic diagram of HDMI output;
Fig. 2 is a kind of embodiment of the method one flow chart arranging TV overscanning parameter of the present invention;
Fig. 3 is a kind of embodiment of the method two flow chart arranging TV overscanning parameter of the present invention;
Fig. 4 is a kind of system embodiment three structural representation arranging TV overscanning parameter of the present invention.
Embodiment
The invention discloses a kind of method and system that TV overscanning parameter is set, thus overscanning parameter setting instruction can be received at every turn, only the overscanning parameter of the HDMI exporting current shown program video is arranged, simplify user operation.
Below in conjunction with accompanying drawing, the specific embodiment of the invention is described in detail.
Embodiment one
Fig. 2 is a kind of embodiment of the method one flow chart arranging TV overscanning parameter of the present invention, and described method comprises:
Step 201: store the display tables of data arranged respectively to each HDMI, the display tables of data of each HDMI comprises the former overscanning parameter corresponding with it.
Each television set is configured with multiple HDMI, arranges separately a display tables of data to each interface.The former overscanning parameter corresponding with it is had in the display tables of data of each HDMI.Time initial, arrange identical former overscanning parameter can to each HDMI, generally, the former overscanning parameter of each HDMI is 0, namely point-to-point.Point-to-point (DotbyDot), refers to that each pixel of liquid crystal screen display is corresponding with the pixel of shown image.The most important condition of point-to-point display is the resolution that the physical resolution of liquid crystal display screen equals that (or being greater than) is shown image, just likely more correspondingly with point shows, and ability all risk insurance really reproduces the original image of playback equipment output.Certainly, different former overscanning parameters is set can also to each HDMI, specifically arranges according to actual needs, specifically do not limit here.
Each former overscanning parameter is only applicable to and a HDMI corresponding to the display tables of data at its place, has nothing to do with other HDMI.Independent of one another between the display tables of data of each HDMI, also independent of one another between its former overscanning parameter.Former overscanning parameter in the display tables of data of a HDMI changes, and can not affect the former overscanning parameter of other HDMI.Conventional overscanning parameter is 0 (point-to-point), 5%, 10% etc.,
Step 202: the overscanning parameter setting instruction receiving the HDMI to the current shown program video of output that user sends.
When supposing initial, the former overscanning parameter in the display tables of data of each HDMI is 0 (point-to-point).User watches the program video exported by HDMI 1, finds that the program exported due to HDMI 1 is transcribed, and there is the phenomenon of fringing, edge point at program video edge.Now, user needs the former overscanning parameter adjusting HDMI 1, by the Nonlinear magnify exported from HDMI 1, in order to eliminate the phenomenon of program video edge bands, edge point.User sends overscanning parameter setting instruction, and described overscanning parameter setting instruction carries the new overscanning parameter that user will be arranged the HDMI exporting current shown program video.
The described overscanning parameter setting instruction receiving the HDMI to the current shown program video of output of user's transmission has two kinds of possible implementations:
The first possible implementation, user sends overscanning parameter setting instruction by remote controller:
Receive the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by remote controller.
The implementation that the second is possible, user sends overscanning parameter setting instruction by television operation panel:
Receive the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by television operation panel.
Above-mentioned two kinds of implementations, the first implementation arranges the selection key sending overscanning parameter setting instruction on a remote control, and the second implementation is the selection key arranging overscanning parameter setting instruction on television operation panel.In actual product, remote controller and television operation panel all can be provided with overscanning parameter setting instruction selection key, user can adopt any one to send the mode of overscanning parameter setting instruction by unrestricted choice.
Step 203: resolve new overscanning parameter entrained in described overscanning parameter setting instruction.
When receiving overscanning parameter setting instruction, resolve the new overscanning parameter in described overscanning parameter setting instruction, described new overscanning parameter is the overscanning parameter that user resets to the HDMI exporting current shown program video.If former overscanning parameter is 0 (point-to-point) when described HDMI is initial, then user is the value different from former overscanning parameter to the new overscanning parameter set by described HDMI.It is 5% or 10% that user can arrange new overscanning parameter, or other numerical value.Described new overscanning parameter, only to the HDMI exporting current shown program video, can not affect the program video of other HDMI output.
Step 204: utilize the program video that HDMI described in described new overscanning parameter adjustment exports.
By HDMI described in new overscanning parameter configuration, the program video that adjustment HDMI exports, namely amplifies the image that described HDMI exports, thus eliminates the phenomenon having fringing, edge point of program video.Such as: described HDMI former overscanning parameter is 0 (point-to-point), and new overscanning parameter is 5%, then the program video that HDMI described in new overscanning parameter adjustment exports is adopted.
Step 205: replace the former overscanning parameter in the display tables of data of described HDMI by described new overscanning parameter.
The former overscanning parameter in the display tables of data of the HDMI exporting current shown program video is replaced by new overscanning parameter.After receiving the overscanning parameter setting instruction of user's transmission, resolve the new overscanning parameter in described overscanning parameter setting instruction, replace the former overscanning parameter of described HDMI by new overscanning parameter.Because the display tables of data of each HDMI is independent of one another, therefore, former overscanning parameter in the display tables of data of described HDMI replaces to new overscanning parameter, the former overscanning parameter in the display tables of data of other HDMI can not be affected, i.e. the former overscanning parameter constant of other HDMI.When redirect receives the program video of other HDMI output, still export the program video after with former overscanning parameter configuration.And when recalling to the HDMI exporting current shown program video again, owing to being new overscanning parameter in the display tables of data of described HDMI, then described HDMI then configures the program video that described new overscanning parameter display exports.Certainly, if user is still unsatisfied with the program video that described HDMI exports, then can returns step 202 and send an overscanning parameter setting instruction again.
Illustrate, suppose that exporting current shown program video is HDMI 1, when user finds the problem that program video has fringing, edge is put that HDMI 1 exports, send the overscanning parameter setting instruction of adjustment HDMI 1 overscanning parameter, described overscanning parameter setting instruction carries new sweep parameter.Due to generally, time initial, the former overscanning parameter of each HDMI is 0, supposes that to the new overscanning parameter of the setting of HDMI 1 be 5%.With the program video that HDMI described in new overscanning parameter adjustment exports, and replace the former overscanning parameter in the display tables of data of HDMI 1 by new overscanning parameter.When jumping to other HDMI, because the former overscanning parameter in the display tables of data of other HDMI does not change, other HDMI still configure former overscanning parameter 0 (point-to-point) and export program video.When HDMI 1 is returned in redirect to user again, owing to being new overscanning parameter in the display tables of data of HDMI 1, then the new overscanning parameter 5% of HDMI 1 configuration exports program video.
As can be seen here, adopt a kind of method that TV overscanning parameter is set provided by the present invention, receive the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user sends, only can change the former overscanning parameter of the HDMI exporting current shown program video, can not have an impact to the former overscanning parameter of other HDMI.
And when adopting in prior art the method arranging overscanning parameter, because overscanning parameter is a global value, all HDMI all adopt a unique overscanning parameter.When user watches the problem that program video finds that there is fringing, edge is put of HDMI 1 output, heavily overscanning parameter is set to 5% by 0.When then user jumps to other HDMI, the program video that other HDMI export also adopts the overscanning parameter of 5%, and the program video that now other HDMI can be caused to export is imperfect, impact viewing.Now, user needs overscanning parameter to adjust back 0 by 5%.But, when the TV programme of HDMI 1 output is watched in redirect to user again, now HDMI 1 adopts the program video that former overscanning parameter 0 exports, and there will be again the problem of fringing, edge point, user must readjust overscanning parameter, and operating process is complicated.Adopt the method that TV overscanning parameter is set provided by the present invention only can adjust the overscanning parameter of the HDMI of the current shown program video of output, can not have an impact to the overscanning parameter of other HDMI, simplify user operation.
Here it should be noted that, overscanning parameter 0 of the present invention and overscanning parameter 5% are only conveniently be described, and are not limited in above-mentioned two kinds of overscanning parameters, can also arrange other overscanning parameters.
Overscanning parameter in Central Plains of the present invention is a relative concept, and when first time arranges the overscanning parameter of TV, former overscanning parameter is acquiescence overscanning parameter.When adjusting overscanning parameter each time, during front once adjustment overscanning parameter, the overscanning parameter of the described HDMI after upgrading in display properties table is former overscanning parameter later.That is, described former overscanning parameter is before adjustment overscanning parameter, the overscanning parameter stored in described display properties table.
In a specific embodiment, described method also comprises:
The overscanning default value receiving the described HDMI that user sends recovers instruction;
Utilize the program video that HDMI described in the acquiescence overscanning parameter display corresponding to described HDMI exports;
Described acquiescence overscanning parameter is utilized to replace new overscanning parameter in the display properties table of described HDMI.
What HDMI exported has the TV programme of the problem of fringing, edge point to finish, when starting the TV programme playing the problem that other do not have fringing, edge is put that described HDMI exports, owing to changing the overscanning parameter of described HDMI, the program video of the TV programme of current broadcasting can be caused imperfect, need the acquiescence overscanning parameter recovering described HDMI.The overscanning default value that user sends described HDMI by the operation control panel on remote controller or television set recovers instruction, described acquiescence overscanning parameter is utilized to replace new overscanning parameter in the display properties table of described HDMI, making TV when playing the TV programme of the problem that other do not have fringing, edge is put that described HDMI exports, making the program video of TV programme complete.
In another specific embodiment, described method comprises:
Receive TV out code;
Obtain the acquiescence overscanning parameter corresponding to described HDMI;
Described acquiescence overscanning parameter is utilized to replace new overscanning parameter in the display properties table of described HDMI.
Program video due to the TV programme of described HDMI output of televising has the probability of the problem of fringing, edge point less, the program video of most of TV programme that HDMI exports all does not have the problem of fringing, edge point, after user's closing television a period of time, turn on TV again, generally, the program video of the TV programme of HDMI output does not have the problem of fringing, edge point.Due to store in display properties table be according to have fringing, edge point problem program video change after new overscanning parameter, in order to make user's closing television a period of time open again television-viewing do not have fringing, edge point problem TV programme time, program video keeps complete, when user sends closing television instruction, obtain the acquiescence overscanning parameter of described HDMI, the new overscanning parameter in the display properties table utilizing described acquiescence overscanning parameter to replace corresponding to described HDMI.Like this, after user's closing television a period of time, then when turning on TV, due to the acquiescence overscanning parameter stored in the display properties table of described HDMI, utilize the TV programme that HDMI described in described acquiescence overscanning parameter display exports.
In another specific embodiment, described method also comprises:
Whether the TV programme of monitoring the output of described HDMI changes;
When the TV programme that described HDMI exports changes, obtain the acquiescence overscanning parameter that described HDMI is corresponding;
Utilize the program of HDMI described in the acquiescence overscanning parameter display corresponding to described HDMI;
Described acquiescence overscanning parameter is utilized to replace new overscanning parameter in the display properties table of described HDMI.
Generally, the program video of the TV programme that described HDMI of televising exports has the problem of fringing, edge point little, when the problem that program video has fringing, edge is put of the TV programme that a HDMI exports, in order to eliminate fringing, the edge point problem of the program video of described TV programme, have adjusted the overscanning parameter of described HDMI, when there being fringing, the TV programme of problem of edge point is when finishing, and described HDMI exports other the TV programme not having the problem of fringing, edge point.Now, because the overscanning parameter of described HDMI changes, program video is imperfect, in order to other TV programme making user normally can watch the output of described HDMI, when the TV programme monitoring the broadcasting of described HDMI changes, obtain the acquiescence overscanning parameter that described HDMI is corresponding; Utilize the TV programme that HDMI described in the acquiescence overscanning parameter display corresponding to described HDMI exports; Described acquiescence overscanning parameter is utilized to replace new overscanning parameter in the display properties table of described HDMI.Like this, automatically recover the acquiescence overscanning parameter in the display properties table of described HDMI, when making user watch other TV programme of described HDMI output, program video is complete.As shown in the above, the present invention has following beneficial effect:
Store the display tables of data arranged respectively to each HDMI, the display tables of data of each HDMI comprises the former overscanning parameter corresponding with it, receives the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user sends; Resolve new overscanning parameter entrained in described overscanning parameter setting instruction; Utilize the program video that HDMI described in described new overscanning parameter adjustment exports; The former overscanning parameter in the display tables of data of described HDMI is replaced by described new overscanning parameter.Each HDMI has an one's own display tables of data, the former overscanning parameter corresponding with it is only had in the display tables of data of each HDMI, the overscanning parameter setting instruction that user sends at every turn only can change the overscanning parameter of the HDMI exporting current shown program video, also the former overscanning parameter in the display tables of data of described HDMI only can be upgraded by new overscanning parameter, namely the overscanning parameter setting instruction at every turn received is only applicable to the HDMI exporting current shown program video, the overscanning parameter in the display tables of data of other HDMI can not be affected, the program video that other HDMI export can not be had an impact, also just the overscanning parameter of user to other HDMI is not needed to reset, simplify user operation.
Embodiment two
Fig. 3 is a kind of embodiment of the method two flow chart arranging TV overscanning parameter of the present invention, and described method comprises:
Step 301: store the display tables of data arranged respectively to each HDMI, the display tables of data of each HDMI comprises the former overscanning parameter corresponding with it.
Similar with embodiment one herein, the description of reference example one, repeats no more here.
Step 302: obtain the former overscanning parameter corresponding to described HDMI from the display tables of data of the HDMI of the current shown program video of output.
Step 303: utilize the program video that HDMI described in described former overscanning parameter display exports.
When user has just been transferred to the HDMI exporting current shown program video, the overscanning parameter obtained in the display tables of data of described HDMI is configured output program video, when the described program video that described HDMI exports has fringing, edge point problem, user needs the overscanning parameter resetting described HDMI.
Step 304: receive the overscanning Selecting parameter instruction that user sends.
Step 305: all optional overscanning parameter preset is pushed to display and is shown to user.
User selects the required overscanning parameter regulated to have a lot of implementation, can give often kind of overscanning optimum configurations button on remote controller or television operation interface, user sends overscanning parameter setting instruction by the button clicking the overscanning parameter that will adjust.
Pre-set multiple overscanning parameter, 0,5%, 10% etc.The overscanning Selecting parameter instruction that user sends can also be received, all optional overscanning parameter preset is pushed to display and is shown to user.When showing, the overscanning parameter that described HDMI is current adopted can be shown, but this overscanning parameter can not be selected; Also other overscanning parameters that the overscanning parameter current adopted from described HDMI is different can only be shown.
Step 306: the overscanning parameter setting instruction receiving the HDMI to the current shown program video of output that user sends.
Step 307: resolve new overscanning parameter entrained in described overscanning parameter setting instruction.
Step 308: utilize the program video that HDMI described in described new overscanning parameter adjustment exports.
Step 309: judge whether the overscanning Selecting parameter instruction again receiving user's transmission, if so, return step 305; If not, step 310 is performed.
Step 310: replace the former overscanning parameter in the display tables of data of described HDMI by described new overscanning parameter.
Step 306 is similar to step 310 and embodiment one, and the description of reference example one, repeats no more here.
In one embodiment, described method also comprises:
Receive the recovery of the overscanning default value to the described HDMI instruction that user sends;
Utilize the program video that HDMI described in the acquiescence overscanning parameter display corresponding to described HDMI exports;
The new overscanning parameter in the display tables of data of described HDMI is replaced by described acquiescence overscanning parameter.
When the program video that described HDMI exports recovers normal, user can send overscanning default value and recover instruction, and the new overscanning value adjusting described HDMI returns to acquiescence overscanning parameter 0, to ensure to provide good visual effect to user.Receive overscanning default value to recover after instruction, the program video utilizing acquiescence overscanning parameter 0 to show described HDMI to export, and by the new overscanning parameter in acquiescence overscanning parameter replacement display properties table.
Here it should be noted that, acquiescence overscanning parameter refers to television set when dispatching from the factory, to the overscanning parameter set by each HDMI that described television set configures.And former overscanning parameter and new overscanning parameter are relative concepts.First time, when arranging the overscanning parameter of described HDMI, the acquiescence overscanning parameter of described HDMI was former overscanning parameter.When later the overscanning parameter of described HDMI is set each time, when the last time is arranged described HDMI display tables of data in upgrade after overscanning parameter as former overscanning parameter.That is, described former overscanning parameter is before the overscanning parameter arranging described HDMI, the overscanning parameter stored in the display tables of data of described HDMI.
Embodiment three
Fig. 4 is a kind of system embodiment three structural representation arranging TV overscanning parameter of the present invention, and described system comprises:
Receiver 401, for receiving the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user sends, and is sent to main control chip by described overscanning parameter setting instruction.
Described receiver 401 has two kinds of possible execution modes:
The first: infrared receiver, for receiving the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by remote controller.
The second: electric signal receiver, for receiving the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by television operation panel.
Main control chip 402, for resolving new overscanning parameter entrained in described overscanning parameter setting instruction, by described new overscanning parameter read-in overscanning register, and is sent to database by described new overscanning parameter.
Overscanning register 403, for the program video utilizing HDMI described in described new overscanning parameter adjustment to export.
Database 404, for storing the display tables of data arranged respectively to each HDMI, and the former overscanning parameter of replacing by described new overscanning parameter in the display tables of data of described HDMI, the display tables of data of each HDMI comprises the former overscanning parameter corresponding with it.
In one embodiment, main control chip, obtains the former overscanning parameter corresponding to described HDMI in the display tables of data also for the HDMI from the current shown program video of output, and by former overscanning parameter read-in overscanning register;
Overscanning register, the program video also for utilizing HDMI described in described former overscanning parameter display to export.
In another specific embodiment, receiver, the overscanning default value to described HDMI also sent for receiving user recovers instruction;
Main control chip, also for by acquiescence overscanning parameter read-in overscanning register corresponding for described HDMI, and is sent to database by described acquiescence overscanning parameter;
Overscanning register, the program video also for utilizing HDMI described in described acquiescence overscanning parameter display to export;
Database, also for replacing the new overscanning parameter in the display tables of data of described HDMI by described acquiescence overscanning parameter.
Also have in a specific embodiment, receiver, also for receiving the overscanning Selecting parameter instruction that user sends;
Main control chip, also for analyzing described sweep parameter selection instruction, pushing to display by all optional overscanning parameter preset and being shown to user.
In another specific embodiment, receiver, also for receiving TV out code, and is sent to main control chip by described TV out code;
Main control chip, also for after receiving described TV out code, obtains the acquiescence overscanning parameter that described HDMI is corresponding, and described acquiescence overscanning parameter is sent to database;
Database, also for utilizing described acquiescence overscanning parameter to replace new overscanning parameter in the display properties table of described HDMI.
Herein with embodiment one and embodiment two similar, the description of reference example one and embodiment two, repeats no more here.
The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (10)
1. arrange a method for TV overscanning parameter, it is characterized in that, store the display tables of data arranged respectively to each HDMI, the display tables of data of each HDMI comprises the former overscanning parameter corresponding with it, and described method comprises:
Receive the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user sends;
Resolve new overscanning parameter entrained in described overscanning parameter setting instruction;
Utilize the program video that HDMI described in described new overscanning parameter adjustment exports;
The former overscanning parameter in the display tables of data of described HDMI is replaced by described new overscanning parameter.
2. method according to claim 1, is characterized in that, described method also comprises:
The former overscanning parameter corresponding to described HDMI is obtained from the display tables of data of the HDMI of the current shown program video of output;
Utilize the program video that HDMI described in described former overscanning parameter display exports.
3. method according to claim 1, is characterized in that, what described reception user sent comprises the overscanning parameter setting instruction of the HDMI exporting current shown program video:
Receive the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by remote controller;
Or,
Receive the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by television operation panel.
4. method according to claim 1, is characterized in that, described method also comprises:
Receive the recovery of the overscanning default value to the described HDMI instruction that user sends;
Utilize the program video that HDMI described in the acquiescence overscanning parameter display corresponding to described HDMI exports;
The new overscanning parameter in the display tables of data of described HDMI is replaced by described acquiescence overscanning parameter.
5. the method according to claim 1-4 any one, is characterized in that, described method comprises:
Receive TV out code;
Obtain the acquiescence overscanning parameter that described HDMI is corresponding;
Described acquiescence overscanning parameter is utilized to replace new overscanning parameter in the display properties table of described HDMI.
6. arrange a system for TV overscanning parameter, it is characterized in that, described system comprises:
Receiver, for receiving the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user sends, and is sent to main control chip by described overscanning parameter setting instruction;
Main control chip, for resolving new overscanning parameter entrained in described overscanning parameter setting instruction, by described new overscanning parameter read-in overscanning register, and is sent to database by described new overscanning parameter;
Overscanning register, for the program video utilizing HDMI described in described new overscanning parameter adjustment to export;
Database, for storing the display tables of data arranged respectively to each HDMI, and the former overscanning parameter of replacing by described new overscanning parameter in the display tables of data of described HDMI, the display tables of data of each HDMI comprises the former overscanning parameter corresponding with it.
7. system according to claim 6, is characterized in that,
Main control chip, obtains the former overscanning parameter corresponding to described HDMI in the display tables of data also for the HDMI from the current shown program video of output, and by former overscanning parameter read-in overscanning register;
Overscanning register, the program video also for utilizing HDMI described in described former overscanning parameter display to export.
8. system according to claim 6, is characterized in that, described receiver is:
Infrared receiver, for receiving the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by remote controller;
Or,
Electric signal receiver, for receiving the overscanning parameter setting instruction of the HDMI to the current shown program video of output that user is sent by television operation panel.
9. system according to claim 6, is characterized in that,
Receiver, the overscanning default value to described HDMI also sent for receiving user recovers instruction;
Main control chip, also for by acquiescence overscanning parameter read-in overscanning register corresponding for described HDMI, and is sent to database by described acquiescence overscanning parameter;
Overscanning register, the program video also for utilizing HDMI described in described acquiescence overscanning parameter display to export;
Database, also for replacing the new overscanning parameter in the display tables of data of described HDMI by described acquiescence overscanning parameter.
10. the system according to claim 6-9 any one, is characterized in that,
Receiver, also for receiving TV out code, and is sent to main control chip by described TV out code;
Main control chip, also for after receiving described TV out code, obtains the acquiescence overscanning parameter that described HDMI is corresponding, and described acquiescence overscanning parameter is sent to database;
Database, also for utilizing described acquiescence overscanning parameter to replace new overscanning parameter in the display properties table of described HDMI.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410527470.3A CN105578223A (en) | 2014-10-09 | 2014-10-09 | Method and system for setting over-scanning parameters of television |
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| CN201410527470.3A CN105578223A (en) | 2014-10-09 | 2014-10-09 | Method and system for setting over-scanning parameters of television |
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| CN105578223A true CN105578223A (en) | 2016-05-11 |
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| CN201410527470.3A Pending CN105578223A (en) | 2014-10-09 | 2014-10-09 | Method and system for setting over-scanning parameters of television |
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Application publication date: 20160511 |