CN103888808B

CN103888808B - Image display method, display device, auxiliary equipment and system

Info

Publication number: CN103888808B
Application number: CN201310627305.0A
Authority: CN
Inventors: 吴楠; 谌天洲; 侯潇沐; 高应军
Original assignee: Xiaomi Inc
Current assignee: Xiaomi Inc
Priority date: 2013-11-26
Filing date: 2013-11-26
Publication date: 2017-10-24
Anticipated expiration: 2033-11-26
Also published as: CN103888808A

Abstract

The disclosure is directed to a kind of image display method, display device, auxiliary equipment and system, belong to MultiMedia Field.Methods described includes：Alternately show each image frame at least two vision signal groups；Video synchronization signal is sent to auxiliary equipment；Whether the image frame currently shown according to video synchronization signal judgement by auxiliary equipment belongs to corresponding vision signal group to switch the dispaly state of radical occlusion device.The disclosure is by alternately showing each image frame at least two vision signal groups；Video synchronization signal is sent to auxiliary equipment, indicate that auxiliary equipment judges whether the image frame currently shown belongs to corresponding vision signal group to switch the dispaly state of radical occlusion device according to video synchronization signal, solve and only have the pixel of half to be used to show same video frequency program in correlation technique in screen, the problem of resolution ratio for the video frequency program that user watches can only achieve the half of original resolution, reaches the purpose for improving display effect.

Description

Image display method, display device, auxiliary equipment and system

Technical field

This disclosure relates to MultiMedia Field, more particularly to a kind of image display method, display device, auxiliary equipment and it is System.

Background technology

Television set is all indispensable part in each family all the time.With game machine, video player and The popularization using television set as the amusement equipment of display platform such as DTV STB, point that the demand of different home member also becomes Dissipate, existing solution is in a television screen while playing different content of multimedia.

In related image display method, television set shows different video program respectively in the parity rows of screen, meanwhile, electricity Two sets of polarized lenses are configured with depending on machine, a set of polarized lenses are filtered in odd-numbered line content, another set of polarized lenses filtering even number line Hold, user can watch different video frequency programs respectively by two sets of polarized lenses.

During the disclosure is realized, it is found that correlation technique at least has the following disadvantages：

In the image display method shown in correlation technique, with even number line different regard is shown in the odd-numbered line of screen respectively Only have the pixel of half to be used to show same video frequency program, the resolution ratio for the video frequency program that user watches in frequency program, i.e. screen The half of original resolution is can only achieve, display effect is poor.

The content of the invention

In order to solve only have the pixel of half to be used to show same video frequency program in correlation technique in screen, what user watched The problem of resolution ratio of video frequency program can only achieve the half of original resolution, the embodiment of the present disclosure is shown there is provided a kind of video Method, display device, auxiliary equipment and system.The technical scheme is as follows：

On the one hand there is provided a kind of image display method, in display device, methods described to include：

At least two vision signal groups are obtained, each vision signal group includes some image frames, the image frame To that should have the reproduction time each in corresponding vision signal group；

According to the reproduction time in each comfortable corresponding vision signal group of the image frame, alternating shows described at least two Each image frame in vision signal group；

The video synchronization signal corresponding with the image frame currently shown is sent to auxiliary equipment, by the auxiliary equipment root Judge whether the image frame currently shown belongs to the corresponding vision signal group of the auxiliary equipment according to the video synchronization signal Switch the dispaly state for the radical occlusion device that the auxiliary equipment is included.

Optionally, the reproduction time in each comfortable corresponding vision signal group according to the image frame, alternately shows Each image frame at least two vision signals group, including：

According to the reproduction time in each comfortable corresponding vision signal group of the image frame, at least two video is believed Each image frame in number group is alternately added to fifo fifo queue；

Each described image frame is extracted one by one from the fifo queue；

According to each image frame described in preset frequency display extraction.

Wherein, methods described also includes：

The audio synchronous signal corresponding with the image frame currently shown is sent to the auxiliary equipment, is set by the auxiliary It is standby that the audio corresponding with the image frame currently shown is played according to the audio synchronous signal.

Optionally, methods described also includes：

Before the audio synchronous signal corresponding with the image frame currently shown is sent to the auxiliary equipment, to described Auxiliary equipment sends the audio corresponding with the image frame currently shown.

On the other hand there is provided a kind of image display method, in auxiliary equipment, the auxiliary equipment to be set in advance as Corresponding with one at least two vision signal groups, the auxiliary equipment, which includes to be placed in immediately ahead of human eye, blocks dress Put, the radical occlusion device includes light transmission state and opacus state；Methods described includes：

The video synchronization signal that display device is sent is received, the video synchronization signal is the display device according to institute State reproduction time alternating of each image frame included at least two vision signal groups in each self-corresponding vision signal group Sent described in display during each image frame, the signal of the image frame currently shown corresponding to the display device；

Judge whether the image frame currently shown belongs to the auxiliary equipment correspondence according to the video synchronization signal Vision signal group；

, will if judged result, which is the image frame currently shown, belongs to the corresponding vision signal group of the auxiliary equipment The radical occlusion device switches to light transmission state；

, will if judged result, which is the image frame currently shown, is not belonging to the corresponding vision signal group of the auxiliary equipment The radical occlusion device switches to opacus state.

Wherein, methods described also includes：

Receive what the display device was sent, audio synchronous signal corresponding with the image frame currently shown；

Detect whether the image frame currently shown belongs to the auxiliary equipment correspondence according to the audio synchronous signal Vision signal group；

If testing result, which is the image frame currently shown, belongs to the corresponding vision signal group of the auxiliary equipment, root Play what is prestored according to the audio synchronous signal, audio corresponding with the image frame currently shown.

Optionally, methods described also includes：

Playing what is prestored according to the audio synchronous signal, audio corresponding with the image frame currently shown Before, receive the audio corresponding with the image frame currently shown and store.

Another aspect includes there is provided a kind of display device, the display device：

Video acquiring module, for obtaining at least two vision signal groups, each vision signal group includes some Image frame, the image frame is to that should have the reproduction time each in corresponding vision signal group；

Display module, it is alternately aobvious for according to the reproduction time in each comfortable corresponding vision signal group of the image frame Show each image frame at least two vision signals group；

First signal transmitting module, for sending the audio video synchronization corresponding with the image frame currently shown to auxiliary equipment Signal, judges whether the image frame currently shown belongs to the auxiliary and set by the auxiliary equipment according to the video synchronization signal Switch the dispaly state for the radical occlusion device that the auxiliary equipment is included for corresponding vision signal group.

Optionally, the display module, including：

Queue adding device, for according to the reproduction time in each comfortable corresponding vision signal group of the image frame, inciting somebody to action Each image frame at least two vision signals group is alternately added to fifo fifo queue；

Extraction unit, for extracting each described image frame one by one from the fifo queue；

Display unit, for according to each image frame described in preset frequency display extraction.

Wherein, the display device also includes：

Secondary signal sending module, for sending the audio corresponding with the image frame currently shown to the auxiliary equipment Synchronizing signal, plays corresponding with the image frame currently shown by the auxiliary equipment according to the audio synchronous signal Audio.

Optionally, the display device also includes：

Audio sending module, for what is sent and currently show to the auxiliary equipment in the secondary signal sending module Before the corresponding audio synchronous signal of image frame, send described with the image frame phase currently shown to the auxiliary equipment Corresponding audio.

Another further aspect includes there is provided a kind of display device, the display device：

One or more processors；

Memory；With

One or more modules, one or more of modules are stored in the memory and are configured to by described one Individual or multiple computing devices, one or more of modules have following function：

The video synchronization signal corresponding with the image frame currently shown is sent to auxiliary equipment, the auxiliary equipment is advance It is set to corresponding with one at least two videos group；The auxiliary equipment, which is included, can be placed in the screening immediately ahead of human eye Blocking means, the radical occlusion device includes light transmission state and opacus state；The auxiliary equipment is used to be believed according to the audio video synchronization Number judge whether the image frame currently shown belongs to the corresponding vision signal group of the auxiliary equipment, in the current display Image frame the radical occlusion device is switched into light transmission state when belonging to the auxiliary equipment corresponding vision signal group, described The image frame currently shown is not belonging to switch to the radical occlusion device during the corresponding vision signal group of the auxiliary equipment opacus State；

Another further aspect is there is provided a kind of auxiliary equipment, and the auxiliary equipment is set in advance as and at least two vision signals One in group is corresponding, and the auxiliary equipment includes the radical occlusion device that can be placed in immediately ahead of human eye, the radical occlusion device bag Include light transmission state and opacus state；The auxiliary equipment includes：

First signal receiving module, the video synchronization signal for receiving display device transmission, the video synchronization signal Each image frame included in according at least two vision signals group for the display device is in each self-corresponding video What the reproduction time in signal group was sent when alternately showing each described image frame, currently shown corresponding to the display device The signal of image frame；

Judge module, described in judging whether the image frame currently shown belong to according to the video synchronization signal The corresponding vision signal group of auxiliary equipment；

First handover module, belongs to institute for the judged result in the judge module for the image frame currently shown When stating the corresponding vision signal group of auxiliary equipment, the radical occlusion device is switched into light transmission state；

Second handover module, is not belonging to for the judged result in the judge module for the image frame currently shown During the corresponding vision signal group of the auxiliary equipment, the radical occlusion device is switched into opacus state.

Wherein, the auxiliary equipment also includes：

Secondary signal receiving module, sends for receiving the display device, with the image frame pair currently shown The audio synchronous signal answered；

Detection module, described in whether being belonged to according to the audio synchronous signal detection image frame currently shown The corresponding vision signal group of auxiliary equipment；

Audio playing module, belongs to institute for the testing result in the detection module for the image frame currently shown When stating the corresponding vision signal group of auxiliary equipment, play what is prestored according to the audio synchronous signal, it is and described current aobvious The corresponding audio of image frame shown.

Optionally, the auxiliary equipment also includes：

Audio receiving module, is prestored for being played in the audio playing module according to the audio synchronous signal , before audio corresponding with the image frame currently shown, receive described corresponding with the image frame currently shown Audio is simultaneously stored.

One or more processors；

Memory；With

, will if judged result, which is the image frame currently shown, is not belonging to the corresponding vision signal group of the auxiliary equipment The radical occlusion device switches to opacus state；

Wherein, one or more of modules also have following function：

Another further aspect includes there is provided a kind of video display system, the system：

Display device and auxiliary equipment described in terms of as described above.

The beneficial effect brought of technical scheme that the embodiment of the present disclosure is provided is：

By obtaining at least two vision signal groups, alternating shows each picture at least two vision signals group Frame；And the video synchronization signal corresponding with the image frame currently shown is sent to auxiliary equipment, by auxiliary equipment according to video Synchronizing signal judges whether the image frame currently shown belongs to the corresponding vision signal group of the auxiliary equipment and set to switch the auxiliary It is standby comprising radical occlusion device dispaly state, as long as it is auxiliary that in the image frame currently shown the dispaly state of radical occlusion device is belonged into this Light transmission state is switched to when helping the corresponding vision signal group of equipment, other moment switch to opacus state, you can with auxiliary by this Help equipment to watch video corresponding with the auxiliary equipment, solve and only have the pixel of half to be used to show in correlation technique in screen Show same video frequency program, the problem of resolution ratio for the video frequency program that user watches can only achieve the half of original resolution reaches Improve the purpose of display effect.

It should be appreciated that the general description of the above and detailed description hereinafter are only exemplary, this public affairs is not intended to limit Open.

Brief description of the drawings

In order to illustrate more clearly of the technical scheme in the embodiment of the present disclosure, make required in being described below to embodiment Accompanying drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the present disclosure, for For those of ordinary skill in the art, on the premise of not paying creative work, other can also be obtained according to these accompanying drawings Accompanying drawing.

Fig. 1 is the exemplary method flowchart for the image display method that disclosure one embodiment is provided；

Fig. 2 is the exemplary method flowchart for the image display method that another embodiment of the disclosure is provided；

Fig. 3 is the exemplary method flowchart for the image display method that the another embodiment of the disclosure is provided；

Fig. 4 is the exemplary method flowchart for the image display method that disclosure one embodiment is provided；

Fig. 5 is the exemplary method flowchart for the image display method that another embodiment of the disclosure is provided；

Fig. 6 is the exemplary method flowchart for the image display method that disclosure one embodiment is provided；

Fig. 7 is the example devices pie graph for the display device that disclosure one embodiment is provided；

Fig. 8 is the example devices pie graph for the display device that another embodiment of the disclosure is provided；

Fig. 9 is the example devices pie graph for the display device that the another embodiment of the disclosure is provided；

Figure 10 is the example devices pie graph for the auxiliary equipment that disclosure one embodiment is provided；

Figure 11 is the example devices pie graph for the auxiliary equipment that another embodiment of the disclosure is provided；

Figure 12 is the example devices pie graph for the auxiliary equipment that the another embodiment of the disclosure is provided；

Figure 13 is the example system pie graph for the video display system that disclosure one embodiment is provided.

Pass through above-mentioned accompanying drawing, it has been shown that the clear and definite embodiment of the disclosure, will hereinafter be described in more detail.These accompanying drawings It is not intended to limit the scope that the disclosure is conceived by any mode with word description, but is by reference to specific embodiment Those skilled in the art illustrate the concept of the disclosure.

Embodiment

To make the purpose, technical scheme and advantage of the disclosure clearer, the disclosure is made into one below in conjunction with accompanying drawing Step ground is described in detail.Here, the exemplary embodiment of the disclosure and illustrating to be used to explain the disclosure, but it is not intended as to this It is disclosed to limit.

Fig. 1 is refer to, the illustrative methods flow of the image display method provided it illustrates disclosure one embodiment Figure.The image display method can be used in display device, such as show at least two-path video in television set simultaneously.The video shows Show that method can include：

In a step 101, at least two vision signal groups are obtained, each vision signal group includes some image frames, should Image frame is to that should have the reproduction time each in corresponding vision signal group.

In a step 102, according to the reproduction time in each comfortable corresponding vision signal group of image frame, alternating shows this extremely Each image frame in few two vision signal groups.

In step 103, the video synchronization signal corresponding with the image frame currently shown is sent to auxiliary equipment, by auxiliary Help equipment according to video synchronization signal judge the image frame that currently shows whether belong to the corresponding vision signal group of auxiliary equipment come The dispaly state for the radical occlusion device that switchover facilitation apparatus is included.

In summary, the image display method that the embodiment of the present disclosure is provided, by obtaining at least two vision signal groups, is handed over For each image frame shown at least two vision signals group；And send the image frame phase with currently showing to auxiliary equipment Corresponding video synchronization signal, it is auxiliary whether the image frame currently shown according to video synchronization signal judgement by auxiliary equipment belongs to this The corresponding vision signal group of equipment is helped to switch the dispaly state for the radical occlusion device that the auxiliary equipment is included, as long as by radical occlusion device Dispaly state switch to light transmission state when the image frame currently shown belongs to the corresponding vision signal group of the auxiliary equipment, its Its moment switches to opacus state, you can to watch video corresponding with the auxiliary equipment by the auxiliary equipment, solve Only have the pixel of half to be used to show same video frequency program, the resolution ratio for the video frequency program that user watches in correlation technique in screen The problem of can only achieve the half of original resolution, reaches the purpose for improving display effect.

Fig. 2 is refer to, the illustrative methods flow of the image display method provided it illustrates another embodiment of the disclosure Figure.The image display method can be used in display device, such as show at least two-path video in television set simultaneously.The video shows Show that method can include：

In step 201, at least two vision signal groups are obtained, each vision signal group includes some image frames, should Image frame is to that should have the reproduction time each in corresponding vision signal group.

So that display device is television set as an example, television set can receive two-path video simultaneously, per video all the way all by some Individual image frame is constituted, and each image frame includes respective reproduction time.

In step 202., according to the reproduction time in each comfortable corresponding vision signal group of the image frame, by this at least two Each image frame in individual vision signal group is alternately added to fifo fifo queue.

With the difference of the corresponding play frame rate of different video signal group, each image frame in different video signal group exists Reproduction time in respective vision signal group is also differed, in this regard, display device can be according in different vision signal groups Image frame in each vision signal group is alternately added to FIFO (First Input by the reproduction time of each image frame First Output, FIFO) queue.

Assuming that television set shows the road video of N1, N2 and N3 tri-, and each image frame in three road videos is next with NnFn respectively Mark, i.e. each frame in video N1 be each frame in N1F1, N1F2, N1F3 ..., video N2 be N2F1, N2F2, Each frame in N2F3 ..., video N3 is N3F1, N3F2, N3F3 ....Wherein, Fn represents n-th of picture in video all the way Face frame.

It is when the play frame rate of three road videos is identical, such as electric when being all 30fps (Frames Per Second, frame is per second) Order addition depending on machine by each image frame with N1F1, N2F1, N3F1, N1F2, N2F2, N3F2, N1F3, N2F3, N3F3 ... To fifo queue；When the play frame rate of three road videos is differed, such as, N1 play frame rate is 60fps, N2 and N3 broadcasting frame When rate is 30fps, what television set was by each image frame with N1F1, N2F1, N1F2, N3F1, N1F3, N2F2, N1F4, N3F2 ... Order is added to fifo queue.

In step 203, each image frame is extracted one by one from the fifo queue, and show what is extracted according to preset frequency Each image frame.

Wherein, the preset frequency can be the broadcasting frequency that is pre-set in display device or by display device According to the broadcasting frequency that code check is dynamically set of playing of each vision signal group.

Such as, the broadcasting frequency of display device can be set to fixed value, such as 180fps in advance.Or, display is set It is standby broadcasting frequency dynamically to be set according to the play frame rate of each vision signal group, such as, with television set show N1, N2 and Exemplified by the road videos of N3 tri-, when the play frame rate that N1 play frame rate is 60fps, N2 and N3 is 30fps, television set will can be drawn The display frequency of face frame is set to 120fps.

In step 204, the video synchronization signal corresponding with the image frame currently shown is sent to auxiliary equipment.

Auxiliary equipment can judge whether the image frame currently shown belongs to the auxiliary equipment pair according to video synchronization signal The vision signal group answered switches the dispaly state for the radical occlusion device that the auxiliary equipment is included.

Display device can previously generate the video synchronization signal corresponding with each image frame, show a certain image frame When, corresponding video synchronization signal is sent to auxiliary equipment.Or, display device can also show a certain image frame when, Corresponding video synchronization signal is generated in real time and is sent.

Wherein, the auxiliary equipment is set in advance as corresponding with one at least two videos group；The auxiliary equipment Comprising the radical occlusion device that can be placed in immediately ahead of human eye, the dispaly state of the radical occlusion device includes light transmission state and opacus state.Than Such as, the auxiliary equipment could be arranged to shape of glasses to carry.

The auxiliary equipment is used to judge whether the image frame currently shown belongs to the auxiliary according to the video synchronization signal The corresponding vision signal group of equipment, the image frame shown in this prior should when belonging to the corresponding vision signal group of the auxiliary equipment Radical occlusion device switches to light transmission state, so that auxiliary equipment shows the image frame that display device is currently shown, shows in this prior Image frame be not belonging to that the radical occlusion device is switched into opacus state during the auxiliary equipment corresponding vision signal group so that auxiliary The image frame that display device is currently shown is fallen in device mask.So, user can watch display by different auxiliary equipments The video corresponding with the auxiliary equipment shown by equipment, and realizing user can be watched not by same display device Display content.

So that display device is television set as an example, the multiple auxiliary equipments of television set correspondence, it is assumed that television set shows 3 simultaneously Road video N1, N2 and N3, three auxiliary equipments corresponding with television set are respectively set to corresponding with three road videos in advance.TV When machine at a time shows a certain image frame, the mark of the corresponding video of the image frame is sent in the way of radio broadcasting Three all auxiliary equipments, such as, when the current display picture frame of television set is N1F1, television set is sent out to three auxiliary equipments The mark N1 of corresponding video is sent, auxiliary equipment is received after the mark of the video, this is current according to the label detection of the video Whether the video belonging to the image frame of display is itself corresponding video, if so, radical occlusion device is then switched into light transmission state, it is no Then, radical occlusion device is switched into opacus state.

Because human eye is in observing scene, the incoming cerebral nerve of optical signal need to be by one of short duration time, the effect of light After end, VIS does not disappear immediately, and the vision of this residual claims " after image ", this phenomenon of vision be then referred to as " depending on Feel is persisted ".The retentivity time of eye of human eye is probably 0.1~0.4s.General film can connect in 24 frame per second in human eye formation Continuous picture.Similarly, as long as frame numbers enough to a user in one second, you can form continuous sense.Human eye also has simultaneously One characteristic, both the picture higher to brightness was more sensitive, persisted phenomenon more obvious.Based on this, by the above method, user can be with The video corresponding with auxiliary equipment is watched by different auxiliary equipments, and will not be by the corresponding video of other auxiliary equipments Interference.

Fig. 3 is refer to, the illustrative methods flow of the image display method provided it illustrates the another embodiment of the disclosure Figure.The image display method can be used in display device, such as show at least two-path video in television set simultaneously.The video shows Show that method can include：

In step 301, at least two vision signal groups are obtained, each vision signal group includes some image frames, should Image frame is to that should have the reproduction time each in corresponding vision signal group.

In step 302, according to the reproduction time in each comfortable corresponding vision signal group of the image frame, by this at least two Each image frame in individual vision signal group is alternately added to fifo fifo queue.

It is when the play frame rate of three road videos is identical, such as electric when being all 30fps (Frames Per Second, frame is per second) Order addition depending on machine by each image frame with N1F1, N2F1, N3F1, N1F2, N2F2, N3F2, N1F3, N2F3, N3F3 ... To fifo queue；When the play frame rate of three road videos is differed, such as, video N1 play frame rate is 60fps, video N2 and is regarded Frequency N3 play frame rate be 30fps when, television set by each image frame with N1F1, N2F1, N1F2, N3F1, N1F3, N2F2, N1F4, N3F2 ... order are added to fifo queue.

In step 303, each image frame is extracted one by one from the fifo queue, and show what is extracted according to preset frequency Each image frame.

Such as, the broadcasting frequency of display device can be set to fixed value, such as 180fps in advance.Or, display is set It is standby broadcasting frequency dynamically to be set according to the play frame rate of each vision signal group, such as, with television set show N1, N2 and Exemplified by the road videos of N3 tri-, when the play frame rate that video N1 play frame rate is 60fps, video N2 and video N3 is 30fps, electricity The display frequency of image frame can be set to 120fps depending on machine.

In step 304, the video synchronization signal corresponding with the image frame currently shown is sent to auxiliary equipment.

Wherein, the auxiliary equipment is set in advance as corresponding with one at least two videos group；The auxiliary equipment Comprising the radical occlusion device that can be placed in immediately ahead of human eye, the radical occlusion device includes light transmission state and opacus state.Such as, the auxiliary is set Standby to can be designed as shape of glasses in order to carry, radical occlusion device can be the eyeglass of spectacle equipment, and the eyeglass can be designed For transparent display screen glasses lens, under light transmission state, display screen glasses lens are in pellucidity, under opacus state, display screen mirror Piece is with filled black.

Because human eye is in observing scene, the incoming cerebral nerve of optical signal need to be by one of short duration time, the effect of light After end, VIS does not disappear immediately, and the vision of this residual claims " after image ", this phenomenon of vision be then referred to as " depending on Feel is persisted ".The retentivity time of eye of human eye is probably 0.1~0.4s.As long as the general film frame image frame of broadcasting 24 per second In human eye formation continuous pictures.Similarly, as long as showing enough frame numbers to a user in one second, you can form continuous Sense.Human eye also has a characteristic simultaneously, and both the picture higher to brightness was more sensitive, persisted phenomenon more obvious.Based on this, by upper Method is stated, user can watch the video corresponding with auxiliary equipment by different auxiliary equipments, and will not be by other auxiliary The corresponding video of equipment is helped to be disturbed.

In step 305, the audio synchronous signal corresponding with the image frame currently shown is sent to auxiliary equipment.

The auxiliary equipment is used to detect whether the image frame currently shown belongs to the auxiliary and set according to the audio synchronous signal Standby corresponding vision signal group, is that the image frame currently shown belongs to the corresponding vision signal group of the auxiliary equipment in testing result When, play what is prestored according to the audio synchronous signal, the audio corresponding with the image frame that this currently shows.Wherein, exist Sent to the auxiliary equipment before the audio synchronous signal corresponding with the image frame currently shown, display device is also to the auxiliary Equipment sends the audio corresponding with the image frame currently shown.

So that display device is television set as an example, the multiple auxiliary equipments of television set correspondence, it is assumed that television set shows 3 simultaneously Road video N1, N2 and N3, three auxiliary equipments corresponding with television set are respectively set to corresponding with three road videos in advance.In order to Sound interference is not produced when playing multi-channel video at the same time, each auxiliary equipment can play the corresponding sound of video to user respectively Frequently, such as, each auxiliary equipment can set a set of headphones, for individually playing audio to using the user of the auxiliary equipment. During television for play multi-channel video, the corresponding audio of each video can be sent to corresponding auxiliary equipment, wherein, audio is needed Shift to an earlier date intervals transmission, so that auxiliary equipment can be played all with working as at once while audio synchronous signal is received The corresponding audio of image frame of preceding display.Such as, television set pre-set each image frame mark it is corresponding with the image frame Audio is corresponding, and when TV currently shows certain image frame, such as when being designated N1F1 image frame, television set will carry the picture The mark N1F1 of face frame audio synchronous signal is sent to auxiliary equipment, and auxiliary equipment is worked as according to audio synchronous signal detection When the image frame of preceding display belongs to the auxiliary equipment corresponding vision signal group, extract advance according to the mark N1F1 of the image frame Receive audio and the broadcasting of storage.

It should be noted that in actual applications, display device when sending video synchronization signal and audio synchronous signal, Video synchronization signal and audio synchronous signal can be merged and sent, i.e., display device is included and regarded simultaneously in same wireless information Vertical synchronizing signal and audio synchronous signal.Or, display device can also use same synchronizing signal to indicate auxiliary equipment Picture and audio are synchronized, such as, still so that display device is television set as an example, the multiple auxiliary of television set correspondence are set Standby, it is assumed that television set shows 3 road video N1, N2 and N3 simultaneously, three auxiliary equipments corresponding with television set are set respectively in advance The road videos of Wei Yu tri- are corresponding.The mark audio corresponding with the image frame that television set pre-sets each image frame is corresponding, When TV currently shows certain image frame, such as when being designated N1F1 image frame, television set will carry the mark of the image frame N1F1 synchronizing signal is sent to auxiliary equipment.Auxiliary equipment is examined according to the front two in the mark N1F1 of the image frame received When measuring the image frame and belonging to the corresponding video of the auxiliary equipment, radical occlusion device is adjusted to light transmission state, while according to the picture The mark N1F1 of face frame extracts corresponding audio and played；If auxiliary equipment detects that the image frame is not belonging to the auxiliary equipment pair The video answered, then be adjusted to opacus state by radical occlusion device.

In addition, display device can not also send audio synchronous signal, but while certain image frame is shown, this is drawn Frame corresponding audio in face is transmitted directly to corresponding auxiliary equipment, and the audio is played by auxiliary equipment.Such as, television set is in display During multi-channel video, the audio signal of output multi-channel video can be distinguished by bluetooth approach, each auxiliary equipment can individually connect Receive corresponding audio signal and play.

Fig. 4 is refer to, the illustrative methods flow of the image display method provided it illustrates disclosure one embodiment Figure.The image display method can be used in the auxiliary equipment matched with display device, coordinate display device to user's exhibition Show the video all the way in the multi-channel video that display device is shown simultaneously.Wherein, the auxiliary equipment is set in advance as and at least two One in vision signal group is corresponding, and the auxiliary equipment includes the radical occlusion device that can be placed in immediately ahead of human eye, and this blocks dress Put including light transmission state and opacus state.The image display method can include：

In step 401, the video synchronization signal that display device is sent is received, the video synchronization signal is the display device In broadcasting of each image frame included in according at least two vision signals group in each self-corresponding vision signal group Between alternately show what is sent during each image frame, the signal of the image frame currently shown corresponding to the display device.

In step 402, judge whether the image frame currently shown belongs to the auxiliary and set according to the video synchronization signal Standby corresponding vision signal group, if so, into step 403, otherwise, into step 404.

In step 403, the radical occlusion device is switched into light transmission state.

In step 404, the radical occlusion device is switched into opacus state.

In summary, the embodiment of the present disclosure provide image display method, by receive display device according to this at least Alternately display should for reproduction time of each image frame included in two vision signal groups in each self-corresponding vision signal group Sent during each image frame, corresponding to the video synchronization signal of the image frame currently shown, according to the video synchronization signal When judging that the image frame currently shown belongs to the corresponding vision signal group of the auxiliary equipment, radical occlusion device is switched into printing opacity shape State, otherwise, opacus state is switched to by radical occlusion device, user is watched auxiliary equipment correspondence by the auxiliary equipment Video, solve in correlation technique and to only have the pixel of half to be used to show same video frequency program in screen, what user watched regards The problem of resolution ratio of frequency program can only achieve the half of original resolution, reaches the purpose for improving display effect.

Fig. 5 is refer to, the illustrative methods flow of the image display method provided it illustrates another embodiment of the disclosure Figure.The image display method can be used in the auxiliary equipment matched with display device, coordinate display device to user's exhibition Show the video all the way in the multi-channel video that display device is shown simultaneously.Wherein, the auxiliary equipment is set in advance as and at least two One in vision signal group is corresponding, and the auxiliary equipment includes the radical occlusion device that can be placed in immediately ahead of human eye, and this blocks dress Put including light transmission state and opacus state.The image display method can include：

In step 501, video synchronization signal and audio synchronous signal that display device is sent are received.

The video synchronization signal and audio synchronous signal are the display device in according at least two vision signals group Comprising reproduction time of each image frame in each self-corresponding vision signal group alternately show each image frame when send , the signal of the image frame currently shown corresponding to the display device.

Wherein, the step of display device shows each image frame included at least two vision signal groups refers to Fig. 2 Or the description in method shown in Fig. 3, here is omitted.

In step 502, judge whether the image frame currently shown belongs to the auxiliary and set according to the video synchronization signal Standby corresponding vision signal group, if so, into step 503, otherwise, into step 504.

Wherein, so that display device is television set as an example simultaneously, it is assumed that television set shows 3 road video N1, N2 and N3, auxiliary is set It is corresponding with video N1 for being set in advance as.When television set at a time shows a certain image frame, regard the image frame is corresponding The mark of frequency is sent to all auxiliary equipments in the way of radio broadcasting, such as, when the current display picture frame of television set is During N1F1, television set sends the mark N1 for including corresponding video to all auxiliary equipments, and auxiliary equipment receives this and regarded After the mark of frequency, whether the video belonging to image frame that this currently shows according to the label detection of the video is that itself corresponding is regarded Frequently.

Such as, the mark N1 of the video can be locally stored when pre-setting corresponding with video N1 in auxiliary equipment, It is when receiving the video synchronization signal of television set transmission, the image frame of the current display carried in video synchronization signal is corresponding The mark of video of the mark of video with being locally stored is compared, if both matchings, judge the image frame currently shown Belong to the corresponding video of the auxiliary equipment, otherwise, judge that the image frame currently shown is not belonging to that the auxiliary equipment is corresponding to be regarded Frequently.

In step 503, the radical occlusion device is switched into light transmission state.

Such as, the auxiliary equipment pre-sets, video when the video synchronization signal that receives in corresponding with video N1 When being designated N1, auxiliary equipment judges that the image frame currently shown belongs to the corresponding vision signal group of the auxiliary equipment, then will Radical occlusion device switches to light transmission state, so that auxiliary equipment shows the image frame that display device is currently shown.

Wherein, the auxiliary equipment is comprising that can be placed in the radical occlusion device immediately ahead of human eye, and the radical occlusion device includes light transmission state With opacus state.Such as, the auxiliary equipment can be designed as shape of glasses in order to carry, radical occlusion device can the spectacle set Standby eyeglass, the eyeglass can be designed as transparent display screen glasses lens, under light transmission state, and display screen glasses lens are in transparence State, under opacus state, display screen glasses lens are with filled black.It should be noted that the embodiment of the present disclosure is only set with auxiliary equipment It is calculated as shape of glasses to be illustrated, in actual applications, auxiliary equipment and its radical occlusion device can be designed as other shapes, Its light transmission state and opacus state can also realize that the embodiment of the present disclosure is not limited this based on other principles.

In step 504, the radical occlusion device is switched into opacus state.

The auxiliary equipment pre-set it is corresponding with video N1, when the video labeling in the video synchronization signal received not During for N1, auxiliary equipment judges that the image frame currently shown is not belonging to the corresponding vision signal group of the auxiliary equipment, then will hide Blocking means switch to opacus state, so that auxiliary equipment masks the image frame that display device is currently shown.

In step 505, detect whether the image frame currently shown belongs to the auxiliary and set according to the audio synchronous signal Standby corresponding vision signal group.

Still so that display device is television set as an example, the multiple auxiliary equipments of television set correspondence, it is assumed that television set is simultaneously Show 3 road video N1, N2 and N3.The mark audio corresponding with the image frame that television set pre-sets each image frame is relative Should, when TV currently shows certain image frame, such as when being designated N1F1 image frame, television set will carry the mark of the image frame The audio synchronous signal for knowing N1F1 is sent to auxiliary equipment, and auxiliary equipment is detecting what is currently shown according to the audio synchronous signal Whether image frame belongs to the corresponding vision signal group of the auxiliary equipment.

In step 506, the corresponding video letter of the auxiliary equipment is belonged to if testing result is the image frame currently shown Number group, then play what is prestored, audio corresponding with the image frame that this currently shows according to the audio synchronous signal.

Wherein, prestore being played according to audio synchronous signal, corresponding with the image frame currently shown audio it Before, auxiliary equipment needs to receive audio corresponding with the image frame currently shown and stored.

Sound interference is not produced during multi-channel video in order to play at the same time, each auxiliary equipment can be played to user respectively The corresponding audio of video, such as, each auxiliary equipment can set a set of headphones, for individually to the use using the auxiliary equipment Play audio in family.During television for play multi-channel video, the corresponding audio of each video can be sent to corresponding auxiliary equipment, Wherein, audio needs intervals transmission in advance, so that auxiliary equipment can be all while audio synchronous signal be received Audio corresponding with the image frame currently shown is played at once.

Such as, the auxiliary equipment pre-sets audio synchronous signal corresponding with video N1, to be received when auxiliary equipment In when being designated N1F1 of image frame of current display that includes, auxiliary equipment goes out current aobvious according to the label detection of the image frame The image frame shown belongs to the corresponding image frame of the auxiliary equipment, and auxiliary equipment is extracted according to the mark N1F1 of the image frame and connect in advance Receive and keep audio and the broadcasting of storage.

Fig. 6 is refer to, the illustrative methods flow of the image display method provided it illustrates disclosure one embodiment Figure.The image display method can be used in a display device while display at least two-path video.The image display method It can include：

In step 601, display device obtains at least two vision signal groups, and each vision signal group includes some pictures Face frame, the image frame is to that should have the reproduction time each in corresponding vision signal group.

In step 602, display device, will according to the reproduction time in each comfortable corresponding vision signal group of the image frame Each image frame at least two vision signals group is alternately added to fifo fifo queue.

Assuming that television set shows the road video of N1, N2 and N3 tri-, and each image frame in three road videos is next with NnFn respectively Mark, i.e. each frame in N1 videos are N1F1, N1F2, N1F3 ..., each frame in N2 videos is N2F1, N2F2, Each frame in N2F3 ..., N3 video is N3F1, N3F2, N3F3 ....Wherein, Fn represents n-th of picture in video all the way Face frame.

In step 603, display device extracts each image frame one by one from the fifo queue, and aobvious according to preset frequency Show each image frame of extraction.

In step 604, display device sends the audio video synchronization corresponding with the image frame currently shown to auxiliary equipment Signal and audio synchronous signal.

Display device can previously generate the video synchronization signal and audio synchronous signal corresponding with each image frame, When showing a certain image frame, corresponding video synchronization signal and audio synchronous signal are sent to auxiliary equipment.Or, display is set It is standby to generate corresponding video synchronization signal and audio synchronous signal in real time when showing a certain image frame and send.

In step 605, auxiliary equipment judges whether the image frame currently shown belongs to according to the video synchronization signal The corresponding vision signal group of the auxiliary equipment, if so, switching to light transmission state, otherwise, radical occlusion device is switched radical occlusion device For opacus state.

Wherein, the auxiliary equipment is set in advance as corresponding with one at least two videos group；The auxiliary equipment Comprising the radical occlusion device that can be placed in immediately ahead of human eye, the radical occlusion device includes light transmission state and opacus state.Such as, the auxiliary is set It is standby to could be arranged to shape of glasses to carry.

In step 606, auxiliary equipment detects whether the image frame currently shown belongs to according to the audio synchronous signal The corresponding vision signal group of the auxiliary equipment, if so, then play what is prestored according to the audio synchronous signal, it is current aobvious with this The corresponding audio of image frame shown.

Wherein, before the audio synchronous signal corresponding with the image frame currently shown is sent to the auxiliary equipment, show Show that equipment also sends the audio corresponding with the image frame currently shown to the auxiliary equipment.

It should be noted that in actual applications, display device when sending video synchronization signal and audio synchronous signal, Video synchronization signal and audio synchronous signal can be merged and sent, i.e., display device is included and regarded simultaneously in same wireless information Vertical synchronizing signal and audio synchronous signal.Or, display device can also use same synchronizing signal to indicate auxiliary equipment Picture and audio are synchronized, such as, television set pre-sets the mark audio corresponding with the image frame of each image frame Corresponding, when TV currently shows certain image frame, such as when being designated N1F1 image frame, television set will carry the image frame Mark N1F1 synchronizing signal be sent to auxiliary equipment.Auxiliary equipment is according to before in the mark N1F1 of the image frame received Radical occlusion device when detecting that the image frame belongs to the corresponding video of the auxiliary equipment, is adjusted to light transmission state, while root by two Corresponding audio is extracted according to the mark N1F1 of the image frame and is played；If auxiliary equipment detects that the image frame is not belonging to the auxiliary The corresponding video of equipment, then be adjusted to opacus state by radical occlusion device.

In summary, the image display method that the embodiment of the present disclosure is provided, by obtaining at least two vision signal groups, is handed over For each image frame shown at least two vision signals group；And send the image frame phase with currently showing to auxiliary equipment Corresponding video synchronization signal, judges that the image frame currently shown belongs to the auxiliary by auxiliary equipment according to the video synchronization signal The radical occlusion device is switched into light transmission state during equipment corresponding vision signal group, judges that the image frame currently shown is not belonging to this The radical occlusion device is switched into opacus state during auxiliary equipment corresponding vision signal group, user is passed through the auxiliary equipment Video corresponding with the auxiliary equipment is watched, solves and only has the pixel of half to be used to show same in correlation technique in screen Video frequency program, the problem of resolution ratio for the video frequency program that user watches can only achieve the half of original resolution reaches that raising is aobvious Show the purpose of effect.

Fig. 7 is refer to, the example devices pie graph of the display device provided it illustrates disclosure one embodiment should Display device can be used for performing the image display method as shown in Fig. 1 to Fig. 3 is any.The display device includes：

Video acquiring module 701, for obtaining at least two vision signal groups, if each vision signal group includes Dry image frame, the image frame is to that should have the reproduction time each in corresponding vision signal group；

Display module 702, for according to the reproduction time in each comfortable corresponding vision signal group of the image frame, alternating Show each image frame at least two vision signals group；

First signal transmitting module 703, for sending the video corresponding with the image frame currently shown to auxiliary equipment Synchronizing signal, judges whether the image frame currently shown belongs to described auxiliary by the auxiliary equipment according to the video synchronization signal The corresponding vision signal group of equipment is helped to switch the dispaly state for the radical occlusion device that the auxiliary equipment is included.

In summary, the display device that the embodiment of the present disclosure is provided, it is alternately aobvious by obtaining at least two vision signal groups Show each image frame at least two vision signals group；And send corresponding with the image frame currently shown to auxiliary equipment Video synchronization signal, judge whether the image frame that currently shows belongs to the auxiliary and sets according to video synchronization signal by auxiliary equipment Switch the dispaly state for the radical occlusion device that the auxiliary equipment is included for corresponding vision signal group, as long as showing radical occlusion device Show that state switches to light transmission state, Qi Tashi when the image frame currently shown belongs to the corresponding vision signal group of the auxiliary equipment Switch to opacus state quarter, you can to watch video corresponding with the auxiliary equipment by the auxiliary equipment, solve correlation Only have the pixel of half to be used to show same video frequency program in technology in screen, the resolution ratio for the video frequency program that user watches can only The problem of reaching the half of original resolution, reaches the purpose for improving display effect.

Fig. 8 is refer to, the example devices pie graph of the display device provided it illustrates another embodiment of the disclosure should Display device can be used for performing the image display method as shown in Fig. 1 to Fig. 3 is any.The display device includes：

Video acquiring module 801, for obtaining at least two vision signal groups, if each vision signal group includes Dry image frame, the image frame is to that should have the reproduction time each in corresponding vision signal group；

Display module 802, for according to the reproduction time in each comfortable corresponding vision signal group of the image frame, alternating Show each image frame at least two vision signals group；

First signal transmitting module 803, for sending the video corresponding with the image frame currently shown to auxiliary equipment Synchronizing signal, judges whether the image frame currently shown belongs to described auxiliary by the auxiliary equipment according to the video synchronization signal The corresponding vision signal group of equipment is helped to switch the dispaly state for the radical occlusion device that the auxiliary equipment is included.

The display module 802, including：

Queue adding device 802a, during for according to broadcasting in each comfortable corresponding vision signal group of the image frame Between, each image frame at least two vision signals group is alternately added to fifo fifo queue；

Extraction unit 802b, for extracting each described image frame one by one from the fifo queue；

Display unit 802c, for according to each image frame described in preset frequency display extraction.

The display device also includes：

Secondary signal sending module 804, for sending corresponding with the image frame currently shown to the auxiliary equipment Audio synchronous signal, plays relative with the image frame currently shown by the auxiliary equipment according to the audio synchronous signal The audio answered.

The display device also includes：

Audio sending module 805, for being sent in the secondary signal sending module 804 to the auxiliary equipment and current Before the corresponding audio synchronous signal of the image frame of display, send described with the picture currently shown to the auxiliary equipment The corresponding audio of face frame.

Fig. 9 is refer to, the example devices pie graph of the display device provided it illustrates the another embodiment of the disclosure should Display device can be used for performing the image display method as shown in Fig. 1 to Fig. 3 is any.The display device includes：

One or more processors 901；

Memory 902；With

One or more modules 903, one or more of modules 903 be stored in the memory and be configured to by One or more of processors 901 are performed, and one or more of modules 903 have following function：

Reproduction time in each comfortable corresponding vision signal group according to the image frame, alternately described in display at least Each image frame in two vision signal groups, including：

Each described image frame is extracted one by one from the fifo queue；

According to each image frame described in preset frequency display extraction.

The function also includes：

The audio synchronous signal corresponding with the image frame currently shown is sent to the auxiliary equipment, the auxiliary is set It is standby, it is corresponding for detecting whether the image frame currently shown belongs to the auxiliary equipment according to the audio synchronous signal Vision signal group, is that the image frame currently shown belongs to the corresponding vision signal group of the auxiliary equipment in testing result When, play what is prestored according to the audio synchronous signal, the audio corresponding with the image frame currently shown.

The function also includes：

Embodiment of the disclosure also provide be stored with a kind of non-volatile readable storage medium, the storage medium one or Multiple modules (programs), when one or more modules are employed in the handheld device, can cause the handheld device to hold The instruction (instructions) of row following steps：

Each described image frame is extracted one by one from the fifo queue；

According to each image frame described in preset frequency display extraction.

The step also includes：

Figure 10 is refer to, the example devices pie graph of the auxiliary equipment provided it illustrates disclosure one embodiment. The auxiliary equipment can be used for performing the image display method shown in Fig. 4 or Fig. 5.The auxiliary equipment is set in advance as and at least two One in individual vision signal group is corresponding, and the auxiliary equipment includes the radical occlusion device that can be placed in immediately ahead of human eye, blocks dress Put including light transmission state and opacus state.The auxiliary equipment includes：

First signal receiving module 1001, the video synchronization signal for receiving display device transmission, the audio video synchronization Signal is each image frame for being included in according at least two vision signals group of the display device each self-corresponding What the reproduction time in vision signal group was sent when alternately showing each described image frame, currently show corresponding to the display device The signal of the image frame shown；

Judge module 1002, for judging whether the image frame currently shown belongs to according to the video synchronization signal The corresponding vision signal group of the auxiliary equipment；

First handover module 1003, for being the picture currently shown in the judged result of the judge module 1002 When frame belongs to the auxiliary equipment corresponding vision signal group, the radical occlusion device is switched into light transmission state；

Second handover module 1004, for being the picture currently shown in the judged result of the judge module 1002 When frame is not belonging to the auxiliary equipment corresponding vision signal group, the radical occlusion device is switched into opacus state.

In summary, the embodiment of the present disclosure provide auxiliary equipment, by receive display device according to this at least two Reproduction time of each image frame included in vision signal group in each self-corresponding vision signal group alternately shows this each Send, corresponding to the video synchronization signal of the image frame currently shown, judge according to the video synchronization signal during image frame When going out the image frame currently shown and belonging to the corresponding vision signal group of the auxiliary equipment, radical occlusion device is switched into light transmission state, Otherwise, radical occlusion device is switched into opacus state, user is watched that the auxiliary equipment is corresponding by the auxiliary equipment Video, solves and only has the pixel of half to be used to show same video frequency program, the video that user watches in correlation technique in screen The problem of resolution ratio of program can only achieve the half of original resolution, reaches the purpose for improving display effect.

Figure 11 is refer to, the example devices pie graph of the auxiliary equipment provided it illustrates another embodiment of the disclosure. The auxiliary equipment can be used for performing the image display method shown in Fig. 4 or Fig. 5.The auxiliary equipment is set in advance as and at least two One in individual vision signal group is corresponding, and the auxiliary equipment includes the radical occlusion device that can be placed in immediately ahead of human eye, blocks dress Put including light transmission state and opacus state.The auxiliary equipment includes：

First signal receiving module 1101, the video synchronization signal for receiving display device transmission, the audio video synchronization Signal is each image frame for being included in according at least two vision signals group of the display device each self-corresponding What the reproduction time in vision signal group was sent when alternately showing each described image frame, currently show corresponding to the display device The signal of the image frame shown；

Judge module 1102, for judging whether the image frame currently shown belongs to according to the video synchronization signal The corresponding vision signal group of the auxiliary equipment；

First handover module 1103, for being the picture currently shown in the judged result of the judge module 1102 When frame belongs to the auxiliary equipment corresponding vision signal group, the radical occlusion device is switched into light transmission state；

Second handover module 1104, for being the picture currently shown in the judged result of the judge module 1102 When frame is not belonging to the auxiliary equipment corresponding vision signal group, the radical occlusion device is switched into opacus state.

The auxiliary equipment also includes：

Secondary signal receiving module 1105, sends for receiving the display device, with the picture currently shown The corresponding audio synchronous signal of frame；

Detection module 1106, for detecting whether the image frame currently shown belongs to according to the audio synchronous signal The corresponding vision signal group of the auxiliary equipment；

Audio playing module 1107, for being the picture currently shown in the testing result of the detection module 1106 When frame belongs to the auxiliary equipment corresponding vision signal group, play what is prestored according to the audio synchronous signal, with institute State the corresponding audio of the image frame currently shown.

The auxiliary equipment also includes：

Audio receiving module 1108, for playing pre- according to the audio synchronous signal in the audio playing module 1107 First store, before audio corresponding with the image frame currently shown, receive the described and image frame currently shown Corresponding audio is simultaneously stored.

Figure 12 is refer to, the example devices pie graph of the auxiliary equipment provided it illustrates the another embodiment of the disclosure. The auxiliary equipment can be used for performing the image display method shown in Fig. 4 or Fig. 5.The auxiliary equipment is set in advance as and at least two One in individual vision signal group is corresponding.The auxiliary equipment includes：

The radical occlusion device 1201 that can be placed in immediately ahead of human eye, radical occlusion device 1201 includes light transmission state and opacus state；

One or more processors 1202；

Memory 1203；With

One or more modules 1204, one or more of modules 1204 be stored in the memory 1203 and by with It is set to and is performed by one or more of processors 1202, one or more of modules 1204 has following function：

The function also includes：

The step also includes：

Figure 13 is refer to, the example system composition of the video display system provided it illustrates disclosure one embodiment Figure, the video display system can be including the display device 001 as shown in above-mentioned Fig. 7 to Fig. 9 is any and such as above-mentioned Figure 10 extremely Any described auxiliary equipments 002 of Figure 12.

In summary, the video display system that the embodiment of the present disclosure is provided, display device is by obtaining at least two videos Signal group, alternating shows each image frame at least two vision signals group；And sent and current display to auxiliary equipment The corresponding video synchronization signal of image frame, the image frame for judging currently to show according to the video synchronization signal by auxiliary equipment The radical occlusion device is switched into light transmission state when belonging to the auxiliary equipment corresponding vision signal group, the picture currently shown is judged Frame is not belonging to that the radical occlusion device is switched into opacus state during the auxiliary equipment corresponding vision signal group, passes through user The auxiliary equipment watches the corresponding video of the auxiliary equipment, and solving the pixel for there was only half in screen in correlation technique is used for Same video frequency program is shown, the problem of resolution ratio for the video frequency program that user watches can only achieve the half of original resolution reaches To the purpose for improving display effect.

In addition, the computer program for being also implemented as being performed by CPU according to disclosed method.In the computer journey When sequence is performed by CPU, the above-mentioned functions limited in disclosed method are performed.

In addition, above method step and system unit can also utilize controller and cause controller real for storing The computer readable storage devices of the computer program of existing above-mentioned steps or Elementary Function are realized.

In addition, it should be appreciated that computer readable storage devices (for example, memory) as described herein can be volatile Property memory or nonvolatile memory, or both volatile memory and nonvolatile memory can be included.It is used as example Son and it is nonrestrictive, nonvolatile memory can include read-only storage (ROM), programming ROM (PROM), electrically programmable ROM (EPROM), electrically erasable programmable ROM (EEPROM) or flash memory.Volatile memory can include arbitrary access Memory (RAM), the RAM can serve as external cache.Nonrestrictive as an example, RAM can be with more The form of kind is obtained, such as synchronous random access memory (DRAM), dynamic ram (DRAM), synchronous dram (SDRAM), double data rate SDRAM (DDR SDRAM), enhancing SDRAM (ESDRAM), synchronization link DRAM (SLDRAM) and directly RambusRAM (DRRAM).Institute The storage device of disclosed aspect is intended to the memory of including but not limited to these and other suitable type.

Those skilled in the art will also understand is that, the various illustrative logical blocks with reference to described by disclosure herein, mould Block, circuit and algorithm steps may be implemented as the combination of electronic hardware, computer software or both.It is hard in order to clearly demonstrate This interchangeability of part and software, the function with regard to various exemplary components, square, module, circuit and step it is entered General description is gone.This function is implemented as software and is also implemented as hardware depending on concrete application and application Design constraint to whole system.Those skilled in the art can in a variety of ways realize described for every kind of concrete application Function, but this realize that decision should not be interpreted as causing a departure from the scope of the present disclosure.

Various illustrative logical blocks, module and circuit with reference to described by disclosure herein, which can be utilized, to be designed to The following part of function described here is performed to realize or perform：General processor, digital signal processor (DSP), special collection Into circuit (ASIC), field programmable gate array (FPGA) or other PLDs, discrete gate or transistor logic, divide Any combinations of vertical nextport hardware component NextPort or these parts.General processor can be microprocessor, but alternatively, processing Device can be any conventional processors, controller, microcontroller or state machine.Processor can also be implemented as computing device Combination, for example, the combination of DSP and microprocessor, multi-microprocessor, one or more microprocessors combination DSP core or any Other this configurations.

The step of method with reference to described by disclosure herein or algorithm, can be directly contained in hardware, be held by processor In capable software module or in combination of the two.Software module may reside within RAM memory, flash memory, ROM storages Device, eprom memory, eeprom memory, register, hard disk, removable disk, CD-ROM or known in the art it is any its In the storage medium of its form.Exemplary storage medium is coupled to processor so that processor can be from the storage medium Middle reading information writes information to the storage medium.In an alternative, the storage medium can be with processor collection Into together.Processor and storage medium may reside within ASIC.ASIC may reside within user terminal.In a replacement In scheme, processor and storage medium can be resident in the user terminal as discrete assembly.

In one or more exemplary designs, the function can be real in hardware, software, firmware or its any combination It is existing.If realized in software, the function can be stored in as one or more instructions or code computer-readable Transmitted on medium or by computer-readable medium.Computer-readable medium includes computer-readable storage medium and communication media, The communication media includes helping to be sent to computer program into any medium of another position from a position.Storage medium It can be any usable medium that can be accessed by a general purpose or special purpose computer.It is nonrestrictive as an example, the computer Computer-readable recording medium can include RAM, ROM, EEPROM, CD-ROM or other optical disc memory apparatus, disk storage equipment or other magnetic Property storage device, or can be used for carrying or storage form for instruct or data structure needed for program code and can Any other medium accessed by universal or special computer or universal or special processor.In addition, any connection can It is properly termed as computer-readable medium.If for example, using coaxial cable, optical fiber cable, twisted-pair feeder, digital subscriber line (DSL) or such as infrared ray, radio and microwave wireless technology come from website, server or other remote sources send software, Then the wireless technology of above-mentioned coaxial cable, optical fiber cable, twisted-pair feeder, DSL or such as infrared elder generations, radio and microwave is included in The definition of medium.As used herein, disk and CD include compact disk (CD), laser disk, CD, digital versatile disc (DVD), floppy disk, Blu-ray disc, wherein disk generally magnetically reproduce data, and CD utilizes laser optics ground reproduce data.On The combination for stating content should also be as being included in the range of computer-readable medium.

Although content disclosed above shows the exemplary embodiment of the disclosure, it should be noted that without departing substantially from power On the premise of profit requires the scope of the present disclosure of restriction, it may be many modifications and change.According to described herein open real The function, step and/or action for applying the claim to a method of example are not required to perform with any particular order.Although in addition, the disclosure Element can describe or require in individual form, be unless explicitly limited odd number it is also contemplated that multiple.

Above-described embodiment, purpose of this disclosure, technical scheme and beneficial effect have been carried out further Describe in detail, should be understood that the embodiment that the foregoing is only the disclosure, be not used to limit the disclosure Protection domain, it is all the disclosure spirit and principle within, any modification, equivalent substitution and improvements done etc. all should be included Within the protection domain of the disclosure.

Claims

1. a kind of image display method, in display device, it is characterised in that methods described includes：

At least two vision signal groups are obtained, each vision signal group includes some image frames, the image frame correspondence There is the reproduction time in each comfortable corresponding vision signal group, the reproduction time is with the corresponding broadcasting frame of the vision signal group Rate it is different and different；

According to the reproduction time in each comfortable corresponding vision signal group of the image frame, alternating shows at least two video Each image frame in signal group；

The video synchronization signal corresponding with the image frame currently shown is sent to auxiliary equipment, by the auxiliary equipment according to institute State video synchronization signal and judge whether the image frame currently shown belongs to the corresponding vision signal group of the auxiliary equipment to switch The dispaly state for the radical occlusion device that the auxiliary equipment is included；

Wherein, the reproduction time in each comfortable corresponding vision signal group according to the image frame, alternately described in display extremely Each image frame in few two vision signal groups, including：

According to the reproduction time in each comfortable corresponding vision signal group of the image frame, by least two vision signals group In each image frame alternately be added to fifo fifo queue；

Each described image frame is extracted one by one from the fifo queue；

According to each image frame described in preset frequency display extraction；

Wherein, methods described also includes：

The audio synchronous signal corresponding with the image frame currently shown is sent to the auxiliary equipment, by the auxiliary equipment root The audio corresponding with the image frame currently shown is played according to the audio synchronous signal.

2. according to the method described in claim 1, it is characterised in that methods described also includes：

Before the audio synchronous signal corresponding with the image frame currently shown is sent to the auxiliary equipment, to the auxiliary Equipment sends the audio corresponding with the image frame currently shown.

3. a kind of image display method, in auxiliary equipment, it is characterised in that the auxiliary equipment be set in advance as with least One in two vision signal groups is corresponding, and the auxiliary equipment includes the radical occlusion device that can be placed in immediately ahead of human eye, institute Stating radical occlusion device includes light transmission state and opacus state；Methods described includes：

Receive display device send video synchronization signal, the video synchronization signal be the display device according to it is described extremely Reproduction time of each image frame included in few two vision signal groups in each self-corresponding vision signal group is alternately shown Sent during each described image frame, the signal of the image frame currently shown corresponding to the display device, the reproduction time With the different and different of the corresponding play frame rate of the vision signal group；

Judge whether the image frame currently shown belongs to that the auxiliary equipment is corresponding to be regarded according to the video synchronization signal Frequency signal group；

, will be described if judged result, which is the image frame currently shown, belongs to the corresponding vision signal group of the auxiliary equipment Radical occlusion device switches to light transmission state；

, will be described if judged result, which is the image frame currently shown, is not belonging to the corresponding vision signal group of the auxiliary equipment Radical occlusion device switches to opacus state；

Wherein, methods described also includes：

Detect whether the image frame currently shown belongs to that the auxiliary equipment is corresponding to be regarded according to the audio synchronous signal Frequency signal group；

If testing result, which is the image frame currently shown, belongs to the corresponding vision signal group of the auxiliary equipment, according to institute State audio synchronous signal and play what is prestored, audio corresponding with the image frame currently shown.

4. method according to claim 3, it is characterised in that methods described also includes：

Prestored being played according to the audio synchronous signal, corresponding with the image frame currently shown audio it Before, receive the audio corresponding with the image frame currently shown and store.

5. a kind of display device, it is characterised in that the display device includes：

Video acquiring module, for obtaining at least two vision signal groups, each vision signal group includes some pictures Frame, the image frame is to that should have the reproduction time each in corresponding vision signal group, and the reproduction time is with the video The corresponding play frame rate of signal group it is different and different；

Display module, for according to the reproduction time in each comfortable corresponding vision signal group of the image frame, alternately showing institute State each image frame at least two vision signal groups；

First signal transmitting module, believes for sending the audio video synchronization corresponding with the image frame currently shown to auxiliary equipment Number, judge whether the image frame currently shown belongs to the auxiliary equipment according to the video synchronization signal by the auxiliary equipment Corresponding vision signal group switches the dispaly state for the radical occlusion device that the auxiliary equipment is included；

Secondary signal sending module, for sending the audio sync corresponding with the image frame currently shown to the auxiliary equipment Signal, the sound corresponding with the image frame currently shown is played by the auxiliary equipment according to the audio synchronous signal Frequently；

Wherein, the display module, including：

Queue adding device, for according to the reproduction time in each comfortable corresponding vision signal group of the image frame, by described in Each image frame at least two vision signal groups is alternately added to fifo fifo queue；

6. display device according to claim 5, it is characterised in that the display device also includes：

Audio sending module, for sending the picture with currently showing to the auxiliary equipment in the secondary signal sending module Before the corresponding audio synchronous signal of frame, send described corresponding with the image frame currently shown to the auxiliary equipment Audio.

7. a kind of display device, it is characterised in that the display device includes：

One or more processors；

Memory；With

One or more modules, one or more of modules be stored in the memory and be configured to by one or Multiple computing devices, one or more of modules have following function：

Each described image frame is extracted one by one from the fifo queue；

8. a kind of auxiliary equipment, it is characterised in that the auxiliary equipment be set in advance as with least two vision signal groups One corresponding, and the auxiliary equipment includes the radical occlusion device that can be placed in immediately ahead of human eye, and the radical occlusion device includes printing opacity State and opacus state；The auxiliary equipment includes：

First signal receiving module, the video synchronization signal for receiving display device transmission, the video synchronization signal is institute Each image frame that display device includes in according at least two vision signals group is stated in each self-corresponding vision signal What the reproduction time in group was sent when alternately showing each described image frame, the picture currently shown corresponding to the display device The signal of frame, the reproduction time is different and different with the corresponding play frame rate of the vision signal group；

Judge module, for judging whether the image frame currently shown belongs to the auxiliary according to the video synchronization signal The corresponding vision signal group of equipment；

First handover module, belongs to described auxiliary for the judged result in the judge module for the image frame currently shown When helping the corresponding vision signal group of equipment, the radical occlusion device is switched into light transmission state；

Second handover module, is not belonging to described for the judged result in the judge module for the image frame currently shown During the corresponding vision signal group of auxiliary equipment, the radical occlusion device is switched into opacus state；

Wherein, the auxiliary equipment also includes：

Secondary signal receiving module, sends for receiving the display device, corresponding with the image frame currently shown Audio synchronous signal；

Detection module, for detecting whether the image frame currently shown belongs to the auxiliary according to the audio synchronous signal The corresponding vision signal group of equipment；

Audio playing module, belongs to described auxiliary for the testing result in the detection module for the image frame currently shown When helping the corresponding vision signal group of equipment, play what is prestored according to the audio synchronous signal, currently shown with described The corresponding audio of image frame.

9. auxiliary equipment according to claim 8, it is characterised in that the auxiliary equipment also includes：

Audio receiving module, for playing what is prestored according to the audio synchronous signal in the audio playing module, with Before the corresponding audio of the image frame currently shown, the audio corresponding with the image frame currently shown is received simultaneously Storage.

10. a kind of auxiliary equipment, it is characterised in that the auxiliary equipment be set in advance as with least two vision signal groups One corresponding, and the auxiliary equipment includes the radical occlusion device that can be placed in immediately ahead of human eye, and the radical occlusion device includes printing opacity State and opacus state；The auxiliary equipment includes：

One or more processors；

Memory；With

Wherein, one or more of modules also have following function：

11. a kind of video display system, it is characterised in that the system includes：

Display device as described in above-mentioned claim 5 to 7 is any and the auxiliary as described in above-mentioned claim 8 to 10 is any Equipment.

12. a kind of computer-readable recording medium, is stored thereon with computer program, it is characterised in that described program is processed The step of device realizes claim 1 or 2 methods described when performing.

13. a kind of computer-readable recording medium, is stored thereon with computer program, it is characterised in that described program is processed The step of device realizes claim 3 or 4 methods described when performing.