CN102340680B - Image playing system, correlated apparatus thereof and methods thereof - Google Patents

Abstract

The invention relates to an image playing system, a correlated apparatus thereof and methods thereof. According to the image playing system, a pair of glasses is utilized to cooperate a display so as to play a three-dimensional data content, so that a same display is capable of providing multiplexing services for users wearing different glasses. And in the multiplexing services, the display displays alternatively pictures of various data contents. Besides, a preset data content can be provided for a user and the glasses can shield other data contents.

Description

Image playing system, relevant apparatus and method

Technical field

The present invention is about a kind of image playing system, relevant apparatus and method, and the espespecially a kind of ability that can utilize image playing system to play three-dimensional data content realizes multiplex's service and provides the image playing system of different pieces of information content to different users, relevant apparatus and method with same display.

Background technology

In modernization information-intensive society, various messages, information, news, knowledge, suggestion, intention, experience and interaction content have been turned to the data content of numerical digit in large quantities by electronics; These data contents can play to user by image playing system.

In common, the most general image playing system, for example TV, can be provided with a display, so that data content is converted to image frame.But, in many kind application, need to present respectively for the different users of same display the picture of different pieces of information content.For example, the each member in family is in the time sharing same display, and different members wishes to watch respectively the data content of different channel.Or while sharing the electronic game that the different users of same display will carry out interaction, cooperates or vie each other, also needing provides different data contents for different users.

For adapting to aforesaid application and demand, prior art is the picture that presents different pieces of information content in the mode of divided frame with same display.For example, some known TVs adopt the technology of side by side pictures (PBP, Picture By Picture), and the viewing area of display is divided into left and right (or upper and lower) two halves, present respectively the picture of different pieces of information content.Similarly technology also comprises PIP (PIP, Picture In Picture) and stacked picture (POP, Picture Out Picture); The former marks off a sub regions to show a data content in viewing area, and shows another data content in all the other regions; Latter marks off two different subregions to show respectively different pieces of information content in whole viewing area.

But above-mentioned prior art still has many shortcomings.For instance, different data contents cannot with in the complete viewing area that is presented on display of the form of full screen, for example, in the game of the tennis doubles of electronic game machine WII, be the picture that represents different visual angles with picture cutting.In addition, different pieces of information content also can phase mutual interference; The user of a certain data content still can see other data content, cannot be absorbed in the data content of demand own.If the electronic game that uses the user of same display to vie each other, above-mentioned shortcoming can be leaked opponent's data content mutually, significantly reduces the enjoyment of game.

Summary of the invention

For making different users obtain the data content of demand separately by same display, the present invention can image application played three-dimensional data content ability provide multiplex (MUX) to serve, to provide respectively different data contents for the different users of same display.

One of object of the present invention is to provide a kind of image playing system, and it includes a display, the first glasses and secondary glasses.Display can operate on three dimensional pattern to play three-dimensional data content, and the multiplex's pattern that also can operate on is to provide multiplex (MUX) to serve.When display operates on three dimensional pattern, display shows a left picture and a right picture of three-dimensional data content.When display operates on multiplex's pattern, display shows first picture and the second picture that shows the second data content of the first data content.The first glasses in image playing system and a secondary glasses are all provided with a left eyeglass and a right eyeglass.In the time that display operates on multiplex's pattern, the user of the first data content can wear the first glasses, the left eyeglass of the first glasses and right eyeglass all cover the second picture that display shows, and first picture that at least one of them meeting penetration indicator shows of the left eyeglass of the first glasses and right eyeglass, makes the user of the first glasses can see the first data content and get rid of the second data content.In like manner, the user of second content wears secondary glasses, and its left eyeglass and right eyeglass all cover the first picture that display shows, and second picture that at least one of them penetration indicator shows of the left eyeglass of secondary glasses and right eyeglass.

The present invention can be applicable to the three-dimensional data content image playing system of sequential keyboard encoder, its display shows alternately the first picture and the second picture in sequential, and the first glasses, secondary glasses are active shutter glasses (shutter glasses).Under multiplex's pattern, the left eyeglass of the first glasses is synchronizeed and is covered the second picture that display shows with right eyeglass in the time that display shows the second picture.In like manner, the left eyeglass of secondary glasses is synchronizeed and is covered the first picture that display shows with right eyeglass in the time that display shows the first picture.The present invention also can promote so that N glasses show respectively N different data content; When wherein the user of glasses provides corresponding data content, these glasses only penetrate the picture that this data content is corresponding, and cover the corresponding picture of other data contents.

The present invention also can be applicable to the three-dimensional data content image playing system based on polarisation polarization, and its display carries out respectively left demonstration and right demonstration with the first different polarisation polarization and the second polarisation polarization.In the time providing multiplex (MUX) to serve with this kind of image playing system, the left eyeglass of the first glasses and right eyeglass all penetrate the light of the first polarisation polarization and cover the light of the second polarisation polarization; The left eyeglass of secondary glasses and right eyeglass all penetrate the light of the second polarisation polarization and cover the light of the first polarisation polarization.

For providing multiplex (MUX) to serve, the first glasses and secondary glasses have respectively the first identification code and the second identification code.Display can be given respectively the first glasses and secondary glasses by the first identification code and the second identification code via a preset program.For example, the first glasses and secondary glasses have respectively the first switch and second switch; When display is broadcasted an identification code, if the first switch held up by, the first glasses can be the first identification code of the first glasses by this identification code recording; At the same time, if second switch do not held up by, secondary glasses can be not or not second identification code by the identification code recording of broadcast.That is to say, the user of the first glasses and secondary glasses can be by optionally holding up by the first switch and second switch, with optionally by identification code recording to the first glasses of broadcast and secondary glasses.In another embodiment, the first glasses and secondary glasses have respectively the first switch and second switch, in order to setting identification code; By adjusting the first switch and second switch, just can make the first glasses there is the first identification code, and secondary glasses have the second identification code.

Another object of the present invention is to provide a kind of glasses that are applied to a display.Glasses operate on three dimensional pattern and multiplex's pattern, and it includes a left eyeglass and a right eyeglass.In the time operating on three dimensional pattern, the left picture that left eyeglass penetration indicator shows also covers the right picture that display shows, the right picture that right eyeglass penetration indicator shows also covers the left picture that display shows.While operating on multiplex's pattern, display shows respectively the first picture of the first data content and the second picture of the second data content to show the mode of left picture and right picture, first picture that at least one of them penetration indicator shows of left eyeglass and right eyeglass, and both all cover the second picture that display shows.These glasses can arrange a switch, in order to plan that an identification code is to glasses itself; Be for example that the identification code recording of being held up on time display broadcast when switch is the identification code of glasses itself, or receive the identification code of user's selection.

Another object of the present invention is to provide a kind of method of image application Play System, and the ability of utilizing image playing system to play three-dimensional data content provides multiplex (MUX) to serve.The method comprises: in the time providing multiplex (MUX) to serve, the first picture of the first data content is arranged to left picture, and the second picture of the second data content is arranged to right picture; In addition, make the left eyeglass of glasses and right eyeglass all cover the right picture that display shows, make the left eyeglass of another glasses and right eyeglass all cover the left picture that display shows.

Another object of the present invention is to provide a kind of image playing system, comprises a display and multiple glasses.Display can present multiple pictures; In the time that display presents a certain predetermined picture, penetrable this predetermined picture of one or more glasses in those glasses (can be that left and right eyeglass all penetrates, or only having one in the eyeglass of left and right penetrates), other glasses cover this predetermined picture (being for example that left and right eyeglass all covers).Those pictures can be relevant to multiple data contents; That is to say, display can be presented in different pieces of information content respectively different pictures and think that the multi-user of many glasses provides multiplex (MUX) to serve.Preferably, display sequentially presents those pictures in sequential, is for example to coordinate shutter glasses to show in turn alternately the picture of different pieces of information content.Or display can present the picture of different pieces of information content in same picture frame simultaneously, it is for example the picture that simultaneously presents respectively different pieces of information content with different polarisation polarization light.

A kind of method that multiplex (MUX) of providing shows service is provided a further object of the present invention, comprising: multiple data contents are integrated in to same crossfire, and each data content comprises multiple pictures, and crossfire comprises multiple picture frames, and those picture frames are relevant to respectively those pictures; Crossfire is transferred to an image playing system; Utilize this image playing system to play picture frame in crossfire to show the picture of multiple data contents.Same picture frame can be relevant to the picture of different pieces of information content, or same picture frame can be relevant to a picture in a data content.Image playing system comprises a display and multiple glasses; In the time playing crossfire with image playing system, show those picture frames with display, and optionally penetrate and cover those picture frames with each glasses.

In order to understand better feature of the present invention and technology contents, refer to following about detailed description of the present invention and accompanying drawing, but accompanying drawing only provide with reference to and explanation, be not used for the present invention to be limited.

Brief description of the drawings

Fig. 1 has shown according to the schematic diagram of the know-why of the embodiment of the present invention.

Fig. 2 has shown according to the present invention the circuit block diagram of image playing system.

Fig. 3 has shown the schematic diagram of realizing three dimensional pattern and multiplex's pattern according to the embodiment of the present invention with Fig. 2 image playing system.

Fig. 4 to Fig. 9 signal be the data content under the integration multiplex (MUX) pattern of the embodiment of the present invention.

What Figure 10 illustrated is the image playing system of the embodiment of the present invention.

What Figure 11 illustrated is the image playing system of another embodiment of the present invention.

That Figure 12 to Figure 14 illustrates is the various embodiment that realize multiplex's pattern in Figure 11 image playing system.

Figure 15 demonstration shows service procedure schematic diagram according to the multiplex (MUX) of the embodiment of the present invention.

Main element symbol description

10,20,50 image playing systems

12,22,52 displays

24 screens

26 image-processing circuits

28 image output circuit

30 controllers

32,36 interface circuits

34 mode detectors

38 control circuits

40R, 40L driver

42 loud speakers

44 electromagnetic shakers

100 flow processs

102-108 step

F (2*j)-f (2*j+1), f (3*j)-f (3*j+2), f (4*j)-f (4*+3), P_Main, P_Sub picture

G1-G2, G, Gp, G1p-G2p, GpB, GpC glasses

G1R, G2R, GR, GRp, G1Rp-G2Rp, GpBR-GpBR ', the right eyeglass of GpCR

G1L, G2L, GL, GLp, G1Lp-G2Lp, GpBL-GpBL ', the left eyeglass of GpCL

C0-C2, M, S data content

C0_R (i)-C0_R (i+1), C0_L (i)-C0_L (i+1), C1 (i)-C1 (i+1), C2 (i)-C2 (i+1), C0_Ro (i)-C0_Re (i), C0_Lo (i)-C0_Le (i), C1o (i)-C1e (i), C2o (i)-C2e (i) data PR, the polarization of PL polarisation

S (.) scan line

S (.) a, the segmentation of s (.) b scan line

ST signal

Embodiment

Please refer to Fig. 1, show the know-why of image playing system 10 according to an embodiment of the invention.Image playing system 10 includes the glasses of a display 12 and collocation, in Fig. 1 using glasses G1, G2 as representative.Glasses G1 is provided with left eyeglass G1L and right eyeglass G1R, and glasses G2 is provided with left eyeglass G2L and right eyeglass G2R.Image playing system 10 has the ability that shows three-dimensional data content C0.For example, data content C0 can be rendered as a data crossfire, includes data C0_L (i), C0_R (i), C0_L (i+1), C0_R (i+1) etc.In data C0_L (i), C0_L (i+1) corresponding three-dimensional data content, to be presented to the left picture (being for example picture frame) of user's left eye, in data C0_R (i), C0_R (i+1) corresponding three-dimensional data content, will be presented to the right picture of user's right eye.Display 12 operates on a three dimensional pattern to play three-dimensional data content C0; Display 12 can carry out a left demonstration data C0_L (i), C0_L (i+1) are shown as to corresponding left picture, and carries out a right demonstration data C0_R (i), C0R (i+1) are shown as to corresponding right picture.Because left picture and right picture are mixed display, each glasses are used for left picture and right picture to be sent to respectively user's (wearer) left eye and right eye.Illustrate as an example of glasses G1 example, the left eyeglass G1L of glasses G1 makes the left picture that data C0_L (i), C0_L (i+1) are corresponding can be penetrated into user's left eye, and covers data C0_R (i), the corresponding right picture of C0_R (i+1).Similarly, right eyeglass G1R makes the penetrable user's of being presented in of right picture that data C0_R (i), C0_R (i+1) are corresponding right eye, and covers left picture.Via the effect of left eyeglass G1L and right eyeglass G1R, user's right and left eyes just can be experienced parallax, simulates 3-dimensional image.

Utilize image playing system 10 to play the ability of three-dimensional data content, the present invention can set up multiplex's pattern provides multiplex (MUX) to show service, makes same display 12 independently provide different data contents for different users, is for example data content C1 and C2.In data content C1, there are data C1 (i), C1 (i+1) etc., can distinguish the different pictures (being for example picture frame) in representative data content C1.Similarly, in data content C2, there are data C2 (i), C2 (i+1) etc., respectively the different pictures in corresponding data content C2.In the time that image playing system 10 operates on multiplex's pattern, show data C1 (i), the corresponding picture of C1 (i+1) according to the mode that shows left picture under three dimensional pattern, and show data C2 (i), the corresponding picture of C2 (i+1) according to the mode that shows right picture under three dimensional pattern.

Coordinate the running of display 12, under multiplex's pattern, the left eyeglass G1L of glasses G1 and right eyeglass G1R all cover the data C2 (i) and C2 (i+1) that present with right picture, and the data C1 only presenting with left picture (i) and C1 (i+1) just can penetrate.The left eyeglass G1L of glasses G2 and the consistent data C1 (i) and C1 (i+1) that present with left picture of covering of right eyeglass G1R, the data C2 (i) that only corresponds to right picture just can penetrate with C2 (i+1).Therefore,, concerning the user of the G1 that wears glasses, display 12 can, with full screen display data content C1, can not be subject to the interference of data content C2.In like manner, the user that the watch data content C2 G2 that can wear glasses, data content C2 also can present in the mode of full screen, and except the picture of data content C1, reaching by this present invention provides multiplex (MUX) to show the object of service with same display side by side.

Please refer to Fig. 2, it shows according to the circuit block diagram of the image playing system 20 of the embodiment of the present invention.In image playing system 20, include the glasses of a display 22 and multiple collocation; In Fig. 2 using a glasses G as representative.In display 22, be provided with a screen 24, an image-processing circuit 26, an image output circuit 28, a controller 30, an interface circuit 32 and a mode detector 34.In glasses G, be provided with another interface circuit 36, a control circuit 38, two driver 40R and 40L, left eyeglass GL and right eyeglass GR.One loud speaker (earphone) 42 and/or an electromagnetic shaker 44 are also optionally set in glasses G.The running of the controller 30 master control displays 22 in display 22, mode detector 34 can be analyzed data content and/or receive user's instruction, make controller 30 can determine according to this how to present data content, and control the operating mode of display 22/ image playing system 20.Image-processing circuit 26 carries out corresponding image processing to the crossfire of data content, comprises decoding, decompression, convergent-divergent (scaling) and/or release of an interleave (de-interlacing) etc.Screen 24 can be a display panels, and 28, image output circuit drives screen 24 according to the image processing result of image-processing circuit 26 under the control of controller 30, and data content is converted to the picture that user can watch.

In this embodiment, glasses G is an active shutter glasses.For example, in left eyeglass GL and right eyeglass GR, be filled with liquid crystal, its state is controlled by respectively the electronic signal that driver 40L and 40R provide.When the liquid crystal controlled change state in left eyeglass GL and right eyeglass GR, just can change respectively the transparency of left eyeglass GL and right eyeglass GR, the picture that makes left eyeglass GL and right eyeglass GR make separately display 22 show penetrates or covers.Interface circuit 32 in display 22 is set up the pipeline of communicating with each other for display 22 with glasses G with the interface circuit 36 in glasses G, and glasses G and display 22 can coordinate synchronization be operated.For example, interface circuit 32 and 36 can be set up remote control line of communication with radio (as radio-frequency (RF) radio or bluetooth radio) or infrared signal.The running of 38 master control glasses G of control circuit in glasses G.For instance, signal controlling driver 40L and 40R that control circuit 38 can receive according to interface circuit 36, and driver 40L just can penetrate or cover to regulate and control it by the left eyeglass GL of controlled driving.In like manner, the penetrating or cover by driver 40R and drive and control of right eyeglass GR.

Please refer to Fig. 3; That Fig. 3 illustrates is a kind of embodiment that image playing system 20 applying three-dimensional data content ability to play of the present invention are realized multiplex's service.Fig. 3 be taking display 22 arrange in pairs or groups two glasses G1 and G2 as example illustrates technology of the present invention, the glasses G in structure and operation principles and Fig. 2 of glasses G1 and G2 is identical.

In the time that image playing system 20 operates on three dimensional pattern and each data C0_L (i), C0_R (i), the C0_L (i+1) that will play three-dimensional data content C0 during with C0_R (i+1), display 22 is that these data are sequentially shown as to picture f (2*j), f (2*j+1), f (2*j+2) and f (2*j+3).That is to say, picture f (2*j) and f (2*j+2) are the left picture of three-dimensional data C0, and picture f (2*j+1) and f (2*j+3) are the right picture of three-dimensional data C0.

At interface circuit 32 with under 36 synchronizeing, the left eyeglass of glasses G1 and G2 can synchronously allow left picture f (2*j) penetrate in the time of display 22 display frame f (2*j), makes left picture f (2*j) can be transferred to user (wearer's of glasses G1 or G2) left eye; Right eyeglass synchronously covers left picture f (2*j).In the time that display 22 shows an inferior picture f (2*j+1), the right eyeglass of glasses G1 and G2 can synchronously allow this right picture f (2*j+1) penetrate, left eyeglass synchronously covers picture f (2*j+1), makes picture f (2*j+1) only can be transferred to user's right eye.In other words, in the time that image playing system 20 will be play three-dimensional data content, display 22 can show alternately left picture and right picture in sequential, left eyeglass/right eyeglass of glasses G1 and G2 synchronously penetrate/cover and cover/penetrate between alternately, and the user of wear glasses G1 and G2 just can together with watch same three-dimensional data content C0.Under three dimensional pattern, in the time that display 22 is opened the arbitrary picture of demonstration to user, the left eyeglass of same glasses and right eyeglass are complementary runnings, and one of them penetrates, and another just covers, and both can not cover simultaneously or penetrate.

In this embodiment, in the time that image playing system 20 operates on multiplex's pattern, can provide multiple different multiplex (MUX)s service, as shown in Figure 3.The wearer that image playing system 20 can be glasses G1 and G2 plays respectively two 2-D data content C1 and C2 independently.In the time providing this kind of multiplex (MUX) to serve, in 2-D data content C1, the data C1 (i) of corresponding each picture can be shown respectively device 22 with data C1 (i+1) and be arranged in picture f (2*j) and f (2*j+2), is namely treated as left picture and shows.Each data C2 (i) in 2-D data content C2 can be shown device 22 with data C2 (i+1) and be arranged in respectively picture f (2*j+1) and f (2*j+3), shows with the form of right picture.Further, in the time of display 22 display frame f (2*j), the left eyeglass of glasses G1 can be synchronizeed and as one man allow picture f (2*j) penetrate with right eyeglass, and the left eyeglass of glasses G2 is synchronizeed and as one man covered picture f (2*j) with right eyeglass.On the other hand, in the time that display 22 shows an inferior picture f (2*j+1), the left eyeglass of glasses G1 can be synchronizeed and as one man cover picture f (2*j+1) with right eyeglass, and the left eyeglass of glasses G2 is synchronizeed and as one man made picture f (2*j+1) penetrate with right eyeglass.

Along with display 22 sequentially shows each picture f (2*j), f (2*j+1), f (2*j+2) and f (2*j+3), the user of G1 of wearing glasses can sequentially see data C1 (i) and the corresponding picture of C1 (i+1) with eyes in the time of display frame f (2*j) and f (2*j+2), also just data content C1 can be played to the user of the G1 that wears glasses.Due to the left eyeglass of glasses G1 and right eyeglass can together with cover the picture f (2*j+1) and f (2*j+3) that are relevant to data C2 (i) and C2 (i+1), the user of glasses G1 can not watch data content C2, allows user can not be subject to the interference of data content C2.In like manner, the user of G2 of wearing glasses can sequentially see data C2 (i) and the corresponding picture of C2 (i+1) with eyes in the time of display frame f (2*j+1) and f (2*j+3), data content C2 is played to the user of glasses G2, and get rid of data content C1 for it.In addition, because the each data C1 (j) in data content C1 and C2, C1 (i+1) and C2 (i), C2 (i+1) can be respectively by complete each picture f (2*j), f (2*j+1) and f (2*j+2), the f (2*j+3) of being shown in, therefore the user of glasses G1 and G2 can watch complete data content C1 and C2 separately with full screen.

In another specific embodiment, multiplex (MUX) service also can mix provide 2-D data content from three-dimensional data content to different users.For example, in the time that 2-D data content C1 and three-dimensional data C2 are offered respectively to the user of glasses G1 and G2, display 22 can be by corresponding with C1 (i+1) the data C1 (i) in 2-D data content C1 picture f (3*j) and the f (3*j+3) of being shown in.In three-dimensional data content C2, the data C2_L (i) that should be presented in left eye can be arranged at picture f (3*j+1) and f (3*j+4) with C2_L (i+1), and the data C2_R (i) of corresponding right eye and C2_R (i+1) can be shown in picture f (3*j+2) and f (3*j+5).In the time of display 22 display frame f (3*j), the left eyeglass of glasses G1 is synchronizeed with right eyeglass as one man makes picture f (3*j) penetrate, and the left eyeglass of glasses G2 and right eyeglass cover picture f (3*j) simultaneously.In the time that display 22 shows an inferior picture f (3*j+1), the right eyeglass of glasses G2, the left eyeglass of glasses G1 are all synchronizeed and are as one man covered with right eyeglass, and allow the left eyeglass of glasses G2 penetrate this picture f (3*j+1).Similarly, in the time that display 22 shows an inferior picture f (3*j+2) again, the left eyeglass of glasses G2, the left eyeglass of glasses G1 are all synchronizeed and are as one man covered with right eyeglass, and allow the right eyeglass of glasses G2 penetrate by this picture f (3*j+2).

In other words, while sequentially showing f (3*j) to f (3*j+5) along with display 22, the user of glasses G1 can sequentially see data C1 (i) and the corresponding picture f of C1 (i+1) (3*j) and f (3*j+3) with eyes, watches data content C1 in two-dimentional mode.The user of glasses G2 can sequentially see data C2_L (i), C2_R (i), C2_L (i+1) and the corresponding picture f of C2_R (i+1) (3*j+1), f (3*j+2), f (3*j+4) and f (3*j+5) with the order of left eye, right eye, left eye, right eye, therefore can play three-dimensional data content C2 for the user of glasses G2.

In another specific embodiment, the user who also can be glasses G1 and G2 plays respectively three-dimensional data content C1 and C2.In data content C1, the data C1_L (i) of corresponding left eye and C1_L (i+1) can be arranged in picture f (4*j) and f (4*j+4), and the data C1_R (i) of corresponding right eye and C1_R (i+1) can be shown in picture f (4*j+2) and f (4*j+6).In like manner, in data content C2, the data C2_L of corresponding left eye (i) can be presented in picture f (4*j+1) and f (4*j+5) with C2_L (i+1), and the data C2_R (i) of corresponding right eye and C2_R (i+1) are corresponding to picture f (4*j+3) and f (4*j+7).When display 22 is when sequentially display frame f (4*j), f (4*j+1), f (4*j+2) are to f (4*j+3), the left eyeglass of glasses G1, the left eyeglass of glasses G2, the right eyeglass of glasses G1 and the right eyeglass of glasses G2 sequentially penetrate.Under the synchronous operation of display 22 and each glasses, the user of glasses G1 sequentially sees data C1_L (i), C1_R (i), C1_L (i+1) and the corresponding picture of C1_R (i+1) by picture f (4*j), f (4*j+2), f (4*j+4) with f (4*j+6) with the order of left eye, right eye, left eye, right eye, to watch three-dimensional data content C1.Similarly, data C2_L (i), C2_R (i), C2_L (i+1) and the corresponding picture of C2_R (i+1) can be presented to according to the order of left eye, right eye, left eye, right eye the user of glasses G2 in picture f (4*j+1), f (4*j+3), f (4*j+5) and f (4*j+7), be that it plays three-dimensional data content C2.

Although Fig. 3 is multiplex's service of the present invention as example illustrates taking two data content C1 and C2, the present invention can promote the use the multiplex (MUX) of pen (more than two) data content at the most, is not limited to the multiplex (MUX) of two data contents.For example, each data C1 (i), the C2 (i) of three 2-D data content C1, C2 and C3 and C3 (i) can be arranged at respectively picture f (3*j), f (3*j+1) and f (3*j+2), the left eyeglass of three glasses G1, G2 and G3 (not shown) and right eyeglass only penetrate respectively in the time of display frame f (3*j), f (3*j+1) and f (3*j+2), all the other times cover, and so data content C1, C2 and C3 multiplex (MUX) can be played to the user of glasses G1, G2 and G3.

Further, if make different glasses synchronous operations, the user of different glasses can be by group together to watch identical data content.The embodiment of continuity Fig. 3, under multiplex's pattern, if another glasses G3 to penetrate/cover sequential consistent with glasses G1, the user of the glasses G3 just user of energy and glasses G1 watches identical data content C1.

While stating embodiment in realization, that can utilize that different technology realizes glasses penetrates/covers control.In one embodiment, each glasses in image playing system 20 can be endowed different identification codes, the controller 30 (Fig. 2) of display 22 is in the time coordinating the running of each glasses, can utilize interface circuit 32 to send glasses control command, and indicate the corresponding identification code of this instruction, penetrate/cover running with what indicate respectively to each glasses that it should carry out.Each glasses, in the time receiving instruction and identification code, can first be compared the identification code receiving and the identification code of itself, if both conform to, these glasses are carried out this instruction; Otherwise, if identification code is not inconsistent, represent that this instruction is to send for other glasses, can be ignored.For example, in the time will playing 2-D data content C1 and 2-D data content C2 with two glasses G1 and G2 multiplex (MUX), the controller 30 of display 22 can send the instruction of " left eyeglass and right eyeglass penetrate " when display frame f (2*j) along with the identification code of glasses G1, and send the instruction of " left eyeglass and right eyeglass cover " with the identification code of glasses G2, allow the user of glasses G1 see the picture f (2*j) that data C1 (i) is corresponding with eyes, and allow the user of glasses G2 see the picture f (2*j+1) that data C2 (i) is corresponding with eyes.

In the time giving different identification code for different glasses, also can there is multiple different execution mode.For example, the control circuit 38 of glasses G itself can be with regard to a built-in unique identification code (as one group of serial number is burned onto to the ROM (not shown) in control circuit 38) in the time dispatching from the factory, control circuit 38 can send this identification code via interface circuit 36, allow display 22 can obtain via interface circuit 32 identification code of glasses G, include glasses G in a member that (certification) is image playing system 20.Or controller 30 can be initiatively that each glasses are given an identification code via preset program.For example, one setting button (switch) can be set on each glasses, in the time that image playing system 20 will provide multiplex (MUX) to serve, can (via screen 24) continue to press setting button, the identification code of simultaneously going on the air with the user of picture or auditory tone cues data content C1.Receiving after the identification code of broadcast, set button by hold up by glasses can be recorded as identification code itself, set the button glasses that are not pressed and ignore this identification code.After a while, the user that display 22 can reminder-data content C2 presses the setting button (switch) of its glasses, and broadcasts another identification code.Thus, each glasses just can be endowed an identification code, make user can watch according to demand different data contents.

Or, also can the controllable interface of setup and use person on each glasses, be for example thumb-acting switch or wire jumper (jumper) switch, its glasses of wearing arrange an identification code from behavior to allow user.For example, in the time that image playing system 20 starts to provide multiplex (MUX) to serve, the user that display 22 can reminder-data content C1 is set as 1 by the thumb-acting switch of its glasses, and the user of data content C2 is set as 2 by the thumb-acting switch of its glasses.So, between display 22 and each glasses, also can reach identification registration, to realize multiplex's service.

On the other hand, even if do not use identification code, also can realize multiplex's service of the present invention.For example, display 22 is only masked as left picture and right picture with the broadcast of interface circuit 32 by each picture in the time showing each picture, does not send specific instruction for specific glasses; The controllable interface switch of setup and use person on glasses, determines by user how its glasses of wearing will be controlled penetrating of left picture and right picture and cover.For example, in the time that image playing system 20 wants multiplex (MUX) to play two 2-D data content C1 and C2, the user of glasses G1 can set the left eyeglass that makes glasses G1 and right eyeglass consistent penetrating when left picture (as picture f (2*j)) via interface switch, and unanimously covers in right picture (picture f (2*j+1)) time.The user of glasses G2 is set and is made glasses G2 one cause left eyeglass and right eyeglass to cover when left picture (as picture f (2*j)) by the interface switch of glasses G2, and unanimously penetrates in right picture (picture f (2*j+1)) time.

In multiplex's pattern, except the picture of different pieces of information content is offered to user, also can be different users provides the sound of different pieces of information content.As shown in Figure 2, in glasses G, can be provided with loud speaker 42, it can be the earphone of monophony or multichannel.The present invention can via the interface circuit 32 between display 22 and glasses G with 36 by the data transmission in network telephony of different pieces of information content to corresponding glasses, the loud speaker on glasses is converted to sound wave by voice data, listens to so that sound is played to user.For example, when image playing system 20 offers the picture of data content C1 and C2 respectively the user of glasses G1 and G2, also can synchronously data content C1 and the corresponding voice data of C2 be sent to respectively to glasses G1 and G2; And the loud speaker of glasses G1 and G2 just can be respectively the sound of its user's played data content C1 and C2.So, user can not only visually see data content, also can hear the sound that data content is corresponding.

In like manner, if also comprise the sensorial data of other kinds in data content, the present invention also can be converted to by the sensorial data of these electronics the stimulus to the sense organ that user can actually discover via the corresponding actuator (actuator) arranging on glasses.For example, the glasses G in Fig. 2 can set up electromagnetic shaker 44; If there is vibration data in data content, the electromagnetic shaker 44 in glasses G just can be converted to vibration data actual seismic wave, allows user can experience corresponding vibrations.Be similar to the multiplex (MUX) service of voice data, the present invention also can multiplex (MUX) ground plays to the various vibration data/sensorial data in different pieces of information content the user of different glasses.Except transmitting above-mentioned sound/vibrations/sensorial data with interface circuit 32/36, the interface circuit that also can set up other kinds between display 22 and glasses G transmits each sound/vibrations/sensorial data specially.

In the embodiment of Fig. 2, image-processing circuit 26 can be the crossfire that is received data content by the external news source of display 22, also can be received by the built-in news source of display 22 crossfire of data content.Display 22 can be coupled to external news source via various audio-visual reception terminals or signal connector, is for example via AV terminal, HDMI (high-definition multimedia interface, High Definition Multi-Media Interface) terminal, DVI (numerical digit video interface, Digital Video Interface) terminal, VGA (Video Graphics Array, Video Graphic Array) terminal, DisplayPort terminal, and/or USB (USB, Universal Serial Bus), IEEE1394, Firewire, eSATA (external serial advanced technology attachment interface, external serial advanced technology attachment interface) signal connector etc. is connected to DVD (numerical digit Multifunctional optical-disk, Digital Versatile Disc) projector/Video Recorder, Blu-ray Disc projector/Video Recorder, projector/the Video Recorder of hard disc/storage card, wired and/or wireless network receives box (set-top box) on the machine of data content, there is the hand-held device (mobile phone of video/audio function, personal assistant device, digital still camera/video camera), electronic game machine (game console) and/or computer etc. external device.In addition, display 22 can built-in one or more tuner (tuner), with the program that parses one or more channel from the electric vision signal that wired or wireless TV station was provided using as news source.Display 22 also can built-in card reader, to read the crossfire in news source from storage card; Or, also can built-in hard disc in display 22 etc. non-volatile storage using as one of news source.For example, display 22 can arrange wireless network communication module or wireless signal receiver (being for example the communication module group of mobile communication specification, receiver of WiFi signal specification etc.), to receive wireless signal as news source.

In the time realizing three dimensional pattern and multiplex's pattern, can utilize the form of three-dimensional data content that the multiple data contents under multiplex's pattern are integrated into same crossfire, provide multiplex (MUX) to serve with the three-dimensional ability to play that utilizes image playing system 20.Please refer to Fig. 4, what it was illustrated be the present invention integrates a kind of embodiment of multiple data contents.The crossfire signal that image-processing circuit 26 receives can represent with a signal ST.In signal ST, be to carry data content taking each scan line s (k-1), s (k) to s (k+1) etc. as unit.For example, in each scan line, record many pixel datas, the three primary color components of the corresponding pixel of each pixel data; Gather each pixel data that each scan line records, with regard to capable of being combined go out the corresponding each picture of data content.The sequential of signal ST can corresponding one-period vertical synchronizing signal (not shown), the one-period of this vertical synchronizing signal is corresponding to a picture frame, corresponding multi-scan-line in each picture frame.In the embodiment of Fig. 4, signal ST carries the single three-dimensional data content C0 under three dimensional pattern with the form of picture frame staggered (frame interleave).In three-dimensional data C0, data C0_L (i) and C0_R (i) corresponding left picture and a right picture respectively, to synthesize a 3-dimensional image; Left picture and the right picture of a corresponding inferior 3-dimensional image respectively of data C0_L (i+1) and C0_R (i+1).And in the embodiment of Fig. 4, the data C0_L (i) of corresponding left picture (left picture frame) is recorded in the scan line s (k1) of signal ST to s (k1+M-1), and in same 3-dimensional image, the data C0_R of corresponding right picture (i) is recorded in follow-up scan line s (k2) to s (k2+M-1).In an inferior 3-dimensional image data C0_L (i+1) of corresponding left picture and right picture and C0_R (i+1) be sequentially recorded in respectively scan line s (k3) in signal ST to s (k3+M-1) with s (k4) to s (k4+M-1), wherein k2 is more than or equal to (k1+M), k3 is more than or equal to (k2+M), k4 is more than or equal to (k3+M), by that analogy.In this embodiment, M corresponding same vertical synchronizing signal cycle of scan line, that is to say, scan line s (k1) is to a corresponding vertical synchronizing signal cycle of s (k1+M-1), scan line s (k2) is to corresponding another vertical synchronizing signal cycle of s (k2+M-1), by that analogy.

Under multiplex's pattern, different data content C1 and C2 also can be integrated in same signal ST.For example, the data C1 (i) of a certain picture of corresponding data content C1 (picture frame) can be recorded in scan line s (k1) to s (k1+M-1), and in data content, the data C1 (i+1) of a corresponding time picture is recorded in scan line s (k3) to s (k3+M-1).In other words,, under multiplex's pattern, each picture of data content C1 represents each the left picture that belongs to three-dimensional data C0 under three dimensional pattern.In like manner, in data content C2 the data C2 (i) of corresponding two adjacent pictures (picture frame) and C2 (i+1) can be respectively recorded in scan line s (k2) to s (k2+M-1) with scan line s (k4) to s (k4+M-1), the right picture of similar three-dimensional data C0.Under so arranging, the multiple data contents under multiplex's pattern just can be integrated in same crossfire signal, and utilize the three-dimensional ability to play of image playing system 20 to be play; Coordinate the running of each glasses, multiple data contents just can multiplex (MUX) offer different users.

That please refer to Fig. 5 it illustrates is another embodiment that the present invention integrates the each data content of multiplex's pattern.For the three-dimensional data content C0 under three dimensional pattern, data C0_Lo (i) and data C0_Le (i) the odd number figure field (field) and even number figure field of corresponding interlock in left picture (interleaving) respectively; Data C0_Ro (i) distinguishes the odd number figure field (field) and even number figure field in corresponding right picture with data C0_Re (i).In data ST, data C0_Lo (i), C0_Le (i), C0_Ro (i) and C0_Re (i) be sequentially recorded in scan line s (k1) to s (k1+Mo-1), s (k2) to s (k2+Mo-1), s (k3) to s (k3+Me-1) with s (k4) to s (k4+Me-1), wherein k2 is more than or equal to (k1+Mo), k3 is more than or equal to (k2+Mo), k4 is more than or equal to (k3+Me), by that analogy; And Mo and Me can be identical or different.In this embodiment, scan line s (k1) to s (k1+Mo-1), s (k2) to s (k2+Mo-1), s (k3) can be arranged in two vertical synchronizing signal cycles to s (k3+Me-1) and s (k4) to s (k4+Me-1).

In the embodiment of Fig. 5, the mode that signal ST carries three-dimensional data content is applied to picture frame encapsulation (frame packaging) and schemes in a three-dimensional data form that replaces (field alternative).According to this mode that carries three-dimensional data content, the present invention also can be integrated into the different pieces of information content C1 under multiplex's pattern and C2 in signal ST.As shown in Figure 5, for the data content C1 under multiplex's pattern, data C1o (i) distinguishes odd number figure field and the even number figure field of corresponding same picture in data content C1 with C1e (i); Similarly, data C2o (i) and C2e (i) belong to odd number figure field and the even number figure field of same picture in corresponding data content C2.The data C1o (i) of data content C1 and C1e (i) can be respectively carry out in addition record to s (k1+Mo-1) and scan line s (k3) to s (k3+Me-1) with scan line s (k1), be equal to the data C0_Lo (i) and data C0_Le (i) of three-dimensional data content C0; In like manner, data C2o (i) and C2e (i) are recorded in respectively scan line s (k2) to s (k2+Mo-1) and scan line s (k4) to s (k4+Me-1), similarly are the data C0_Ro (i) and data C0_Re (i) of three-dimensional data content C0.

Please refer to Fig. 6, its signal be the another embodiment that the present invention integrates different pieces of information content.In this embodiment, the three-dimensional data C0 under three dimensional pattern is that the mode that replaces (line alternat ive) with scan line is recorded in signal ST.The left picture data C0_L (i) of corresponding same 3-dimensional image can be recorded in respectively scan line s (k), s (k+2), s (k+4), s (k+6) etc. to s (k+2*M-2) with the form of interval one scan line, the data C0_R of corresponding right picture (i) is recorded in scan line s (k+1), s (k+3), s (k+5), s (k+7) etc. alternately to s (k+2*M-1).While applying to multiplex's pattern, in data content C1, the data C1 of a corresponding picture (i) can be recorded in scan line s (k), s (k+2), s (k+4), s (k+6) etc. to s (k+2*M-2), in data content C2, the data C2 of a corresponding picture (i) is recorded in scan line s (k+1), s (k+3), s (k+5), s (k+7) etc. alternately to s (k+2*M-1), just as the data C0_L (i) in three-dimensional data content C0 and C0_R (i).In this embodiment, scan line s (k) can be arranged in the same vertical synchronizing signal cycle to s (k+2*M-1).

Please refer to Fig. 7, its signal be the embodiment again that the present invention integrates different pieces of information content.In this embodiment, the three-dimensional data C0 under three dimensional pattern be with left and right side by side the mode of (side by side) be recorded in signal ST.Two segmentations before and after each scan line of signal ST is divided into, the corresponding multiple pixels of difference in each segmentation; As scan line s (k) is divided into scan line segmentation s (k) a and s (k) b, scan line s (k+1) is divided into scan line segmentation s (k+1) a and s (k+1) b, by that analogy.Under three dimensional pattern, the left picture data C0_L (i) of corresponding same 3-dimensional image can be respectively recorded in scan line segmentation s (k) a, s (k+1) a, s (k+2) a to s (k+M-1) a, and the data C0_R (i) of corresponding right picture is recorded in scan line segmentation s (k) b, s (k+1) b, s (k+2) b to s (k+M-1) b.While applying to multiplex's pattern, in data content C1, the data C1 of a corresponding picture (i) can be recorded in scan line segmentation s (k) a, s (k+1) a, s (k+2) a to s (k+M-1) a, and in data content C2, the data C2 of a corresponding picture (i) is recorded in scan line segmentation s (k) b, s (k+1) b, s (k+2) b to s (k+M-1) b.In this embodiment, scan line s (k) is to the corresponding same vertical synchronizing signal cycle of s (k+M-1).

That Fig. 8 illustrates is the another kind of embodiment that the present invention integrates different pieces of information content.In this embodiment, the three-dimensional data C0 under three dimensional pattern is recorded in signal ST in the mode of (up and down, or top and bottom) up and down side by side.In same 3-dimensional image, the data C0_L of corresponding left picture and right picture (i) and C0_R (i) are recorded in respectively scan line s (k0), s (k0+1), s (k0+2) to s (k0+M-1), and follow-up scan line s (k0+M), s (k0+M+1), s (k0+M+2) are to s (k0+M+Mt-1); Similarly, in an inferior 3-dimensional image, the data C0_L (i+1) of corresponding left picture and right picture and C0_R (i+1) are recorded in respectively scan line s (k1) to s (k1+M-1), and follow-up scan line s (k1+M) is to s (k1+M+Mt-1), wherein k1 is more than or equal to (k0+M+Mt-1).Under multiplex's pattern, the data C1 (i) of corresponding adjacent two pictures and C1 (i+1) representative data C0_L (i) and C0_L (i+1) in data content C1, thus data C1 (i) and C1 (i+1) can be recorded in respectively scan line s (k0) to s (k0+M-1) with scan line s (k1) to s (k1+M-1); Similarly, in data content C1 the data C2 (i) of corresponding adjacent two pictures and C2 (i+1) can analogize for data C0_R (i) and C0_R (i+1) be recorded in scan line s (k0+M) to s (k0+M+Mt-1) with scan line s (k1+M) to s (k1+M+Mt-1).In this embodiment, scan line s (k0) can be arranged in the same vertical synchronizing signal cycle to s (k0+M+Mt-1), and scan line s (k1) can be relevant to time vertical synchronizing signal cycle to s (k1+M+Mt-1).

As once discussed in Fig. 3, multiplex's service of the present invention also can be different users provides different three-dimensional data content C1 and C2.In one embodiment, the present invention can in conjunction with the technology of Fig. 7 and Fig. 8 by the different three-dimensional data content integrations under multiplex's pattern to signal ST.Please refer to Fig. 9, that it is illustrated is the another embodiment that the present invention integrates different pieces of information content.As shown in Figure 9, in three-dimensional data content C1, data C1_L (i) and C1_R (i) corresponding left picture and a right picture respectively, so that three-dimensional data content C1 is synthesized to 3-dimensional image data, data C1_L (i+1) and C1_R (i+1) be left picture and the right picture of corresponding 3-dimensional image data.In like manner, concerning three-dimensional data content C2, data C2_L (i) and C2_R (i) left picture and the right picture of corresponding same 3-dimensional image respectively, data C2_L (i+1) and left picture and the right picture of corresponding 3-dimensional image data of C2_R (i+1).

The embodiment of similar Fig. 7, in Fig. 9, each scan line can be divided into two segmentations.Wherein, data C1_L (i) can be recorded in scan line segmentation s (k0) a, s (k0+1) a, s (k0+2) a to s (k0+M-1) a, data C1_R (i) is recorded in rear demi-section, namely scan line segmentation s (k0) b, s (k0+1) b, s (k0+2) b to s (k0+M-1) b.Each data C2_L (i) of another data content C2 and C2_R (i) are recorded in respectively front and back two segmentations of successive scan lines, namely scan line segmentation s (k0+M) a, s (k0+M+1) a, s (k0+M+2) a to s (k0+M+Mt-1) a, and scan line segmentation s (k0+M) b, s (k0+M+1) b, s (k0+M+2) b to s (k0+M+Mt-1) b.In like manner, for data C1_L (i+1), C1_R (i+1), the C2_L (i+1) of three-dimensional data content C1 and the synthetic time 3-dimensional image of C2 are recorded in respectively scan line segmentation s (k1) a to s (k1+M-1) a, s (k1) b to s (k1+M-1) b, s (k1+M) a to s (k1+M+Mt-1) a and scan line segmentation s (k1+M) b to s (k1+M+Mt-1) b with C2_R (i+1), wherein k1 is greater than (k0+M+Mt-1).In this embodiment, scan line s (k0) can be relevant to the same vertical synchronizing signal cycle to s (k0+M+Mt-1), and scan line s (k1) can be relevant to time vertical synchronizing signal cycle to s (k1+M+Mt-1).

In each embodiment of Fig. 4 to Fig. 9, when the data C1 (i) that will record corresponding each picture with the each pixel data in the segmentation of each scan line/scan line is during with C2 (i) (and even data C1_L (i), C1_R (i) and C2_L (i), C2_R (i)), in the segmentation of each scan line/scan line, total pixel number not necessarily will equate with the number of pixels of full screen according to number.For example, the resolution of screen 24 (Fig. 2) can be 1960*1080, and the horizontal direction of a picture frame has 1960 pixels, and vertical direction has 1080 pixels.But in the time realizing multiplex's pattern of the present invention with the embodiment of Fig. 7, each scan line segmentation can only have 980 pixel datas, and data C1 (i) and data C2 (i) divide segment record (being the M=1080 in Fig. 7) with 1080 scan lines respectively.In the time that display 22 will show the corresponding picture of data C1 (i) (or C2 (i)) with full screen, image-processing circuit 26 can carry out suitably relevant interpolation and/or convergent-divergent processing (as horizontal scaling), to expand the full screen resolution of 1960*1080 according to 980 pixel datas in 1080 scan line segmentations.

Similarly, in the embodiment of Fig. 8, data C1 (i) and C2 (i) can be recorded in respectively 540 scan lines (being M=Mt=540), and each scan line includes 1960 pixel datas.Therefore, in the time of the corresponding picture of played data C1 (i) and C2 (i), image-processing circuit 26 also can carry out convergent-divergent processing (as vertically scale), to utilize the full screen resolution of 1960*1080 to show data C1 (i) and the corresponding picture of C2 (i).In the embodiment of 9 figure, each data C1_L (i), C1_R (i) and C2L (i), C2_R (i) can carry out record with 540 scan line segmentations respectively, have 980 pixel datas in each scan line segmentation.Carrying out full screen multiplex (MUX) while playing, the convergent-divergent processing (level and vertically scale) of image-processing circuit 26 can play to full screen with C2_R (i) by each data C1_L (i), C1_R (i), C2_L (i).

In the embodiment of Fig. 4 to Fig. 9, the present invention integrates the different pieces of information content under multiplex's pattern according to the form that records three-dimensional data content under three dimensional pattern, makes integrated results can be compatible with the three-dimensional data content format of three dimensional pattern.In another embodiment, the form that definable is new, to carry the different pieces of information content (can be two dimension or three-dimensional) under three-dimensional data content and multiplex's pattern of three dimensional pattern in same crossfire.For example, in crossfire, can utilize horizontal pixel data number and/or number of scanning lines to indicate each data corresponding to the data content under three-dimensional data content or multiplex's pattern under three dimensional pattern; And mode detector 34 (Fig. 2) just can switch image playing system 20 according to the instruction in crossfire automatically between three dimensional pattern and multiplex's pattern.Or the position occurring according to horizontal-drive signal, distinguishes each data and belongs to three dimensional pattern or multiplex's pattern.Or, can be according to the kind in each signal source, the data content that instruction image playing system 20 will provide with three dimensional pattern or the each news of multiplex's mode playback source.

Multiplex's technology that the present invention discloses also can be used to improve/replace the technology such as side by side pictures (PBP), PIP (PIP) and the stacked picture (POP) of known TV, as shown in figure 10.Side by side pictures, PIP from stacked picture in order to two different data contents are shown in to picture P_Main and P_Sub.But, because picture P_Main and P_Sub occupy the viewing area of same screen, therefore both all cannot show with full screen, and two pictures also can interfere with each other.In comparison, illustrated as Fig. 1, the display 12 of image playing system 10 of the present invention can be under multiplex's pattern by the data content of picture P_Main and P_Sub respectively as data content C1 and C2, picture P_Main and P_Sub are offered respectively to the user of glasses G1 and G2 under the cooperation of display 12 and glasses G1 and G2.Application the technology of the present invention, different users can watch respectively picture P_Main and P_Sub with full screen, and can not interfere with each other.In the embodiment of Fig. 2, the data content of picture P_Main and P_Sub can directly transfer to image-processing circuit 26, is enlarged into after full screen multiplex (MUX) again and plays; Data content M in Fig. 2 distinguishes corresponding picture P_Main and P_Sub with S.

Please refer to Figure 11, that it is illustrated is the embodiment of another kind of image playing system 50.Display 52 in image playing system 50 and glasses Gp collocation, to utilize polarisation to polarize to play three-dimensional data content C0.Data C0_L (i) in three-dimensional data content C0 and C0_R (i) respectively corresponding left picture and right picture to synthesize a 3-dimensional image, data C0_L (i+1) and C0_R (i+1) represent left picture and the right picture of a time 3-dimensional image, by that analogy.In the time that image playing system 50 is play three-dimensional data content C0, display 52 can show each data C0_L (i), the corresponding left picture of C0_L (i+1) with a specific polarisation polarization PL (as 45 degree linear polarizations), and shows data C0_R (i) and the corresponding right picture of C0_R (i+1) with another polarisation polarization PR (as 135 degree linear polarizations).In other words, display 52 can be clipped in left and right picture in same picture frame output simultaneously, carries out together left demonstration and right demonstration at one time with the left picture of simultaneous display and right picture.For example, the left picture of the corresponding left eye of odd pixel on display 52, it is the right picture of right eye that even pixel shows.Or the odd-numbered scan lines on display 52 is combined into left picture, even-line interlace line shows right picture.Or, also can be the comprehensively above two kinds of technology of display 52.Again for example, display 52 is arranged in pairs or groups and can initiatively be changed the device of polarisation polarization on panel, in sequential, alternately shows respectively left picture and right picture, the display in similar Fig. 2 with different polarisations polarization.

The polarisation polarization that coordinates display 52 to give for each picture, the left eyeglass GLp of glasses Gp can allow the light penetration of polarisation polarization PL, and the light of the PR that can filtering polarisation polarizes; Therefore, only have the penetrable left eyeglass GLp of left picture that data C0_L (i) is corresponding with C0_L (i+1), the right picture that data data C0_R (i) is corresponding with C0_R (i+1) is covered by left eyeglass GLp.Symmetrically, right eyeglass GRp only can allow the light penetration of polarisation polarization PR, and the light of meeting filtering polarisation polarization PL, therefore the left picture that data C0_L (i) is corresponding with C0_L (i+1) can be covered by right eyeglass GRp, only has the penetrable right eyeglass GRp of right picture that data C0_R (i) is corresponding with C0_R (i+1).The right picture that the left picture penetrating according to left eyeglass GLp and right eyeglass GRp penetrate, the user of the Gp that wears glasses just can watch 3-dimensional image.

The present invention also can realize multiplex's service of the present invention in the image playing system of Fig. 1 50, and that illustrated in Figure 12 is a kind of embodiment that the present invention provides multiplex (MUX) to serve in image playing system 50.In the embodiment of Figure 12, the present invention provides different data content C1 and C2 with two kinds of different glasses G1p and G2p multiplex (MUX); Wherein, represented by data C1 (i) and C1 (i+1) respectively in order to the pixel and/or the scan line that are combined into data content C1 front and back two adjacent pictures, data C2 (i) and C2 (i+1) carry two pictures in data content C2.When image playing system 50 operates on multiplex's pattern when providing multiplex (MUX) to serve, display 52 can with in polarisation polarization PL display data content C1 by data C1 (i) and the corresponding picture of C1 (i+1), simultaneously with data C2 (i) and C2 (i+1) in polarisation polarization PR display data content C2.The left eyeglass G1Lp of glasses G1p and right eyeglass G1Rp all only allow the light of polarisation polarization PL see through, therefore the user of glasses G1p just can watch data content C1, remove side by side the interference of data content C2.The left eyeglass G2Lp of glasses G2p and right eyeglass G2Rp only allow the light of polarisation polarization PR see through, and the user of the G2p that makes to wear glasses can watch data content C2, is not subject to the impact of data content C1.

The embodiment of continuity Figure 11 and Figure 12, please refer to Figure 13, and that it is illustrated is the present invention provides three dimensional pattern and multiplex's pattern another kind of embodiment with image playing system 50.In the embodiment of Figure 13, the present invention utilizes a glasses GpB that can substitute eyeglass to realize three dimensional pattern and multiplex's pattern, and glasses GpB is for example polarization type glasses.The left eye part of glasses GpB can change the outfit as one of them of left eyeglass GpBL and left eyeglass GpBL ' by dismountable mode, and wherein, left eyeglass GpBL only allows the light of polarisation polarization PL pass through, and left eyeglass GpBL ' only allows the light of polarisation polarization PR pass through.Similarly, the right eye part of glasses GpB can be installed one of them of right eyeglass GpBR and right eyeglass GpBR ', and wherein, right eyeglass GpBR only allows the light of polarisation polarization PR pass through, and right eyeglass GpBR ' only allows the light of polarisation polarization PL pass through.

While watching three-dimensional data content C0 under will the three dimensional pattern at Fig. 1, user can install respectively left eyeglass GpBL and right eyeglass GpBR in the right and left eyes part of glasses GpB.In the time that display 52 comes multiplex's played data content C1 and C2 with polarisation polarization PL and PR respectively in the mode of Figure 12, watch that the user of data content C1 can install left eyeglass GpBL and right eyeglass GpBR ' on its glasses GpB; Because these two eyeglasses all only allow the light of polarisation polarization PL pass through, therefore its user can attentively watch data content C1.Meanwhile, watch that the user of data content C2 can install left eyeglass GpBL ' and right eyeglass GpBR on its glasses GpB, watch the data content C2 of polarisation polarization PR to see through eyes.

Please continue to refer to Figure 14; The embodiment of continuity Figure 11 and Figure 12, that Figure 14 illustrates is the another kind of embodiment that provides multiplex (MUX) to serve with display 52.In the embodiment of Figure 14, the present invention realizes three dimensional pattern and multiplex's pattern with a rotating glasses GpC of eyeglass.Under three dimensional pattern, the direction of rotation of the left eyeglass GpCL of user's capable of regulating of glasses GpC and right eyeglass GpCR, make the direction of left eyeglass GpCL can filtering polarisation the light of polarization PR, only allow the light of polarisation polarization PL pass through; And the direction that makes right eyeglass GpCR can filtering polarisation the light of polarization PL, only allow the light of polarisation polarization PR pass through.So, user just can watch three-dimensional data content C0.

When display 52 provides multiplex (MUX) to serve and during respectively with polarisation polarization PL and PR played data content C1 and C2, if user will watch data content C1, right eyeglass GpCR under three dimensional pattern can be rotated to 90 degree, make the direction of right eyeglass GpCR can filtering polarisation the light of polarization PR, only allow the light of polarisation polarization PL pass through, and user just can watch data content C1 with eyes.Side by side, if another user will watch data content C2, the left eyeglass GpCL under three dimensional pattern can be rotated to 90 degree, make the light that the direction of left eyeglass GpCL can filtering polarisation polarization PL, only allow the light of polarisation polarization PR pass through, allow user watch data content C2 with eyes.

Use image playing system of the present invention, what Figure 15 illustrated is the flow process 100 that provides multiplex (MUX) to show service according to one embodiment of the invention.The key step of flow process 100 can be described down:

Step 102: because crossfire can be preserved easily, records and transmitted, therefore the present invention can be integrated in a crossfire by multiple data contents.In each data content, have multiple pictures, have multiple picture frames in crossfire, these multiple picture frames are relevant to respectively many pictures of many data contents.For example, each picture frame can be relevant to a picture of a data content, as discussed in Fig. 4.Or each picture frame can be relevant to the picture of different pieces of information content.For example, in multiplex's pattern of Fig. 5, picture frame is corresponding to odd field or the even field of different pieces of information content picture, as data C1o (i) and C2o (i) and data C1e (i) can be integrated in two picture frames with C2e (i) (odd field of corresponding data content C1, the odd field of data content C2, the even field of data content C1, the even field of data content C2 respectively).In multiplex's pattern of discussing at Fig. 6, the picture of different pieces of information content can be carried in respectively even-line interlace line and the odd-numbered scan lines of same picture frame.In multiplex's pattern embodiment of Fig. 7 to Fig. 9, same picture frame all carries the picture of different pieces of information content.

Step 104: the crossfire after integration can be transferred to image playing system.

Step 106: carry out necessary multiplex's configuration and set.For example, in the image playing system of collocation shutter glasses, each shutter glasses can be correlated to corresponding identification code; Or each shutter glasses can be set and cover other unwanted data contents.Utilizing in the image playing system of polarisation polarization, can be different pieces of information content arrangement glasses according to the embodiment of Figure 12, Figure 13 or Figure 14.

Step 108: the display of image playing system is play the picture frame in crossfire, collocation glasses and provide multiplex (MUX) to serve.For example, in the image playing system of collocation shutter glasses, display can show the first picture of first content and the second picture of second content in crossfire alternately in turn, watch the shutter glasses of first content, its left eyeglass can be synchronizeed and cover the second picture in the time showing the second picture with right eyeglass.In the image playing system that utilizes polarisation to polarize, display can be play respectively the first picture and the second picture with the first polarisation polarization and the light of the second polarisation polarization simultaneously, watches that the passive glasses of first content is covered the light that the second polarisation polarizes.

In summary, the present invention can utilize the three-dimensional data content play ability of 3-dimensional image Play System to carry out multiplex (MUX) different data contents is provided, and makes each data content energy full screen play and can not interfere with each other.For example, the member of family, group can utilize same display to watch different data contents, the electronic game of cooperating with each other and/or vying each other with same display, or be applied to the purposes such as education and training.For example, according to the exposure of above embodiment, the traditional Random Factor Mahjong of China just can obtain good entertainment effect, and four people's competitions can be on identical display, the board that the complete demonstration of full screen is held on hand oneself, and do not worry being spied on by opponent completely.For example, in the tennis doubles game providing at electronic game machine WII, both sides can be on identical display, and the complete court of seeing oneself of full screen, enjoys higher enjoyment.

In sum, although the present invention discloses as above with preferred embodiment, so it is not in order to limit the present invention; anyly be familiar with the art person; without departing from the spirit and scope of the present invention, when doing various changes and retouching, therefore protection scope of the present invention is when being defined by claim.

Claims (15)

1. an image playing system, includes:

One display, optionally timesharing or operate on respectively a three dimensional pattern and a two-dimensional model; When this display operates on this three dimensional pattern, this display shows a left picture and a right picture of a three-dimensional data content; When this display operates on this two-dimensional model, this display shows the first picture of the first 2-D data content; And

The first glasses and secondary glasses; These first glasses and this secondary glasses are respectively equipped with a left eyeglass and a right eyeglass; In the time that this display operates on this two-dimensional model, this left eyeglass of these the first glasses and this right eyeglass all cover this first picture that this display shows, and this left eyeglass of this secondary glasses and this right eyeglass all penetrate this first picture of this display demonstration; And operate on this three dimensional pattern when this display, in the time that this left eyeglass of these the first glasses penetrates this left picture of this display demonstration, this right eyeglass of this right eyeglass of these the first glasses, this left eyeglass of this secondary glasses and this secondary glasses covers this left picture that this display shows; In the time that this right eyeglass of these the first glasses penetrates this right picture of this display demonstration, this right eyeglass of this left eyeglass of these the first glasses, this left eyeglass of this secondary glasses and this secondary glasses covers this right picture that this display shows.

2. image playing system as claimed in claim 1, it is characterized in that, in the time that this display operates on this two-dimensional model, this display also shows the second picture of the two or two Victoria data content, this left eyeglass of these the first glasses and this right eyeglass all penetrate this second picture that this display shows, this left eyeglass of this secondary glasses and this right eyeglass all cover this second picture that this display shows.

3. image playing system as claimed in claim 1, is characterized in that, in the time that this display operates on this two-dimensional model, this display also shows the second picture of the two or two Victoria data content, and this display shows this first picture and this second picture alternately;

And these first glasses are shutter glasses, this left eyeglass of these the first glasses is synchronizeed and is covered this first picture that this display shows with this right eyeglass in the time that this display shows this first picture.

4. image playing system as claimed in claim 1, it is characterized in that, in the time that this display operates on this two-dimensional model, this display also shows the second picture of the two or two Victoria data content, this display shows this first picture with the first polarisation polarization, and show this second picture with one second polarisation polarization, and this first polarisation polarization is different with this second polarisation polarization; This left eyeglass of these the first glasses and this right eyeglass all cover the light of this first polarisation polarization.

5. image playing system as claimed in claim 1, is characterized in that, this display shows this left picture and this right picture alternately, and these first glasses and this secondary glasses are shutter glasses.

6. image playing system as claimed in claim 1, is characterized in that, this display shows this left picture and this right picture simultaneously, and these first glasses and this secondary glasses are polarization type glasses.

7. be applied to glasses for a display, the optionally timesharing or operate in respectively three dimensional pattern and two-dimensional model of this display, this display can show in three dimensional pattern a left picture and a right picture of three-dimensional data content; This display can show the first picture of the first data content and the second picture of the second data content in a two-dimensional model; These glasses include:

One left eyeglass; In the time operating on this three dimensional pattern, this left eyeglass penetrates this left picture of this display demonstration and covers this right picture that this display shows; In the time operating on this two-dimensional model, this left eyeglass covers or shows this first picture of this display demonstration; And

One right eyeglass; In the time operating on this three dimensional pattern, this right eyeglass penetrates this right picture of this display demonstration and covers this left picture that this display shows; In the time operating on this two-dimensional model, this right eyeglass covers or shows this first picture that this display shows, wherein, in the time operating on this two-dimensional model, this left eyeglass and this right eyeglass are this first pictures that covers simultaneously or show this display demonstration.

8. glasses as claimed in claim 7, is characterized in that, this display can show this left picture and this right picture alternately in this three dimensional pattern, and this display can show this first picture and this second picture alternately in this two-dimensional model; And these glasses are shutter glasses; In the time that these glasses operate on this two-dimensional model, this left eyeglass is synchronizeed with this right eyeglass and is covered or penetrate this first picture that this display shows.

9. glasses as claimed in claim 7, it is characterized in that, this display shows this left picture and this first picture with the first polarisation polarization, and shows this right picture and this second picture with the second polarisation polarization, and this first polarisation polarization is different with this second polarisation polarization; In the time that these glasses operate on this two-dimensional model, this left eyeglass and this right eyeglass all cover or penetrate the light of this first polarisation polarization.

10. glasses as claimed in claim 7, is characterized in that, also comprise a switch, in order to plan that an identification code is to these glasses.

11. 1 kinds of image playing systems, include:

One optionally timesharing or operate in respectively the display of three dimensional pattern and two-dimensional model, presents multiple pictures, and when this display operates on this three dimensional pattern, this display shows a left picture and a right picture of a three-dimensional data content; And

Multiple glasses; Wherein, when operating under this two-dimensional model, in the time that this display presents one of them predetermined picture of those pictures, each glasses optionally penetrate simultaneously and cover this predetermined picture,

Wherein, when this display operates on this three dimensional pattern, in the time that the left eyeglass of the first glasses in the plurality of glasses penetrates this left picture of this display demonstration, the left eyeglass of secondary glasses in right eyeglass, the plurality of glasses of these the first glasses and the right eyeglass of this secondary glasses cover this left picture that this display shows; In the time that this right eyeglass of these the first glasses penetrates this right picture of this display demonstration, this right eyeglass of this left eyeglass of these the first glasses, this left eyeglass of this secondary glasses and this secondary glasses covers this right picture that this display shows.

12. image playing systems as claimed in claim 11, is characterized in that, those pictures correspond respectively to different data contents.

13. image playing systems as claimed in claim 11, is characterized in that, this display sequentially presents those pictures.

14. image playing systems as claimed in claim 11, is characterized in that, each glasses have an identification code.

15. image playing systems as claimed in claim 11, is characterized in that, this display, via a preset program, is given respectively multiple identification codes to those glasses.