201246169 六、發明說明： 【發明所屬之技術領域】 本毛月係有關於影像顯示技術，尤指一種調整(增加)至少一條 描線之水平遮沒間隔資料以使得影像畫面之有效顯示資料可提早完 成傳送的影像顯示方法與影像顯示系統。 义 【先前技術】 對於液晶顯示螢幕而言，由於液晶單元(liquidcrystalcdl)的旋轉 本身需要耗費一段時間才能達到穩定，無論是應用液晶顯示螢幕來 搭配立體眼鏡(例如快門眼鏡)以呈現立體(three_di_si〇nal)影像效 果予使用者或者應用液晶顯示螢幕來顯示平面(加〇_dimensi〇nai)影 像予使用者’如何職面提早完歧新以敎4關干擾(_stalk) 的問？便成為此一技術領域的重要課題。 【發明内容】 因此本發明的目的之一在於提供一種調整(增加)至少一條掃描 線之水平遮沒fH怜χ使得影像晝面之有效顯示資料可提早完成 傳送的影像顯示方法與影像顯示系統。 、依據本㈣之倾例’其鮮—種雜顯示方法。該f彡像顯示方 法包含有：增加-掃描線所對應之—掃描線資料中的一水平遮沒間 隔資料，以產生-調整後之水平遮沒間隔資料；以及傳送該掃描線 201246169 資料中的一非水平遮沒間隔資料以及該調整後之水平遮沒間隔資料 至一顯示螢幕。 〆 依據本發明之實施例，其另揭示一種影像顯示系統。該影像顯_ 系統包含有一顯示螢幕、一調整電路以及一輸出電路。該調整電 用以增加-掃描線賴應之—掃描_射的—水平遮沒間隔資路 料’以產生—調整後之水平遮沒間隔㈣。該輸出電路輪於該 整電路以及鋪示螢幕’収傳送該掃描線資料中的—非水平遮: 間隔資料以及該調整後之水平遮沒間隔資料至該顯示螢幕。、’、沒 依據本發明之實施例，其另揭示—種影像顯示方法。 方法包含有：調整至少-掃描線所對應之—掃描線資料中的一.二 遮沒間隔:祕，以使得複數條掃描線所分別對應之掃描線= =長度的水平遮沒間隔資料，其中該複數轉描_對應同I旦 像晝面之_且包含有贿轉；以麟錄魏 办 對應之掃描線資料至一顯示螢幕。 ”田、’’为別 依據本發明之實施例，其另揭示一種影像顯示 =統包含有-顯示螢幕、i整電路以及—輸㈣路。==不 用Μ調整至少一掃描線所對應之一掃描線資料 X。電路 資料，以餅魏騎鱗所分卿叙彳倾=遮沒間隔 驅動且包含有卿鱗。該4畫面之 册4顯不螢幕與該調整 201246169 電路，用以傳送該複數條掃描線所分別對應之掃描線資料至該顯示 螢幕。 【實施方式】 請參閱第1圖，第i圖為本發明影像顯示系統之第一實施例的功 能方塊示意圖。本實施例中，影像顯示系統係由—視訊顯示裝置⑽ 來直接加以實現。如圖所示，視訊顯示裝置1〇〇 &含有(但不偶限於) 一顯示螢幕102、一調整電路104以及一輸出魏1〇6。調整電路 • 104會增加至少一掃描線所對應之一掃描線資料中的一水平遮沒間 隔(horizontal blanking interval，HBI)資料，以產生一調整後之水平遮 沒間隔資料，而輸出電路106則會傳送該掃描線資料中的一非水平 遮沒間隔資料以及該調整後之水平遮沒間隔資料至顯示營幕1〇2。 本實施例中，調整電路104包含有(但不侷限於)一處理單元112以 及-暫存單元114 ’例如，歧單元112可以是影雜放處理電路 (scalar) ’其可透勒建的微處理器來處理每—掃描線觸應的掃描 #線資料’另外，暫存單元1H可以是圖框緩衝器（framebuffer)，其 可用以暫存欲傳送至顯示螢幕1〇2的資料，因此，針對上述所要處 理之掃描線所對應的掃描線資料，處理單元112將水平遮沒間隔資 料以外的非水平遮沒間隔資料直接暫存至暫存單元114，另外，針 對水平遮沒間隔資料，處理單元112增加此一水平遮沒間隔資料以 產生調整後之水平遮沒間隔資料(請注意，調整後之水平遮沒間隔資 料的資料量會大於原本的水平遮沒間隔資料的資料量），並將調整後 之水平遮沒間隔資料暫存至暫存單元114，之後，輸出電路1〇6便 201246169 自暫存單元114讀取出此一掃描線所對應之掃描線資料(包含有原本 的非水平遮沒間隔資料以及調整後之水平遮沒間隔資料），並傳送至 顯示螢幕102以進行後續影像晝面的顯示。請注意，上述的非水平 遮沒間隔資料可以是對應至有效顯示區域的有效顯示資料（&(^代 data )或對應至垂直遮沒間隔(vertical blanking interyal，VBI)的垂直 遮沒間隔資料，而進一步的說明將於後詳述。 凊參閱第2圖，第2圖為第1圖所示之顯示螢幕1〇2的輸出晝面 的示意圖。如圖所示，顯示螢幕102的輸出畫面可區分為有效顯示 區域AA以及空白區域(包含有水平遮沒間隔區域HBI_u、 HBI—12、HBI—2卜HBI_22以及垂直遮沒間隔區域VBI)，其令水平 遮沒間醒域hBU卜ΗΒΙ_21於水平方向係對應至有效顯示區域 ΑΑ，以及水平遮沒間隔區域刪一12、聰―22於水平方向則對應至 垂直遮沒間隔區域VBI。另外，顯示螢幕1()2的輸出畫面可視為複 數條掃描線L一0〜L_N之掃描線資料的顯示結果，其中掃描線 L_0〜L一I是對應至有效顯示區域aa，而掃描線Lj+i〜l—n則是對 應至垂直遮沒間隔區域VB卜對於每一條掃描線L—〇〜LJ的掃描線 =貝料’其會包合有水平敍間隔資㈣及非水平遮沒間隔資料(亦即 有效顯示資料(activedata)) ’其中屬於水平遮沒間隔區域的 水平遮沒間隔資料會依序包含有-同步(synchr〇nizati〇n)訊號swc 以及一後緣Ifl號(baCkP〇rCh)BP，而屬於另一水平遮沒間隔區域 HBI_21的水平遮沒間隔資料則會包含有一前緣訊號伽加 P〇rCh)FP。此外，對於每一條掃描線LJ+1〜L_N的掃描線資料，盆 201246169 會包含有水平遮關隔㈣以麟水平歧間隔㈣⑽即垂直遮 =間隔資料），其巾屬於水平遮沒_區域hbi」2的水平遮沒間隔 資料會依序包含有-同步訊號SYNC以及一後緣訊號Bp，而屬於 另一水平遮沒間隔區域HBI—22的水平遮沒間隔·則會包含有一 前緣訊號FP。 如上所述，對於每一條掃描線L—〇〜L—N的掃描線資料，其會包 含有水平遮沒間隔資料(亦即同步訊號SYNC、後緣訊號助以及前 緣訊號FP)以及非水平遮沒間隔資料(亦即有效顯示資料或垂直遮沒 間隔資料故為了便於說明本發明的技術特徵，顯示營幕ι〇2的輸 出晝面可另以第3圖來加以表示，其中顯示螢幕⑽的輸出晝面可 區分為有效顯示區域AA以及空白區域(包含有水平遮沒間隔區域 hbiaa、hbivbi以及垂直遮沒間隔區域VBI)，其中水平遮沒間隔區 域HBIAA於水平方向上係對應至有效顯示區域从，且可視為掃描 線LJ)〜LJ+1的同步訊號SYNC、後緣訊號Bp與前緣訊號FP的集 合，另外，水平遮沒間隔區域ΗΒΙν祕水平方向上則對應至垂直遮 沒間隔區域聰，且可視為掃财LJ+1〜L_N㈣步滅SYNC、 後緣訊號BP與前緣訊號FP的集合食之，本發明的實施例中所 提到的赃水平遮關隔資_操作可叹調制步減syNc、 5周整後緣訊號BP及/或調整前緣訊號Fp。 明參閱第4圖’第4圖為第丨圖所示之調整電路顺產生調整後 之水平遮沒間隔資料的第一實施例的示意圖。於此一實施例中，調 201246169 整電路104所調整的掃故線係對應至顯示勞幕ι〇2所顯示之 示區域AA中的最後-條掃描、線LJ(若有效顯示區域从的= 為删Xl_，則調整電路1〇4戶斤調整的掃描線即為對庫斤^ 示區域AA的第丨_條掃描線），因此，除了原本的水 = 資料D—HBI人1，調整後之水平遮沒間隔資料另包含了新^:的2 遮沒間隔資料D—HBLL」，，換言之，調整後之水平遮沒邮: 為D_HBLLJ+D—HBI—LJ，，因此，新增的水平遮沒間隔資^係 D_HBI—L一Γ可視為原本的水平遮沒間隔資料之正 水平遮沒間隔資料，因此，藉由新增的水平遮沒間隔資料I伸的 D一腹一LJ，，可加速其他資料的傳輸’如此一來，由於對 示區域AA的有效顯示資料可由輸出電路106料完成傳送 螢幕102，因而使得顯示螢幕1〇2(例如液晶顯示勞幕 如 間完成整個影像晝面的穩定顯示，進而大幅提升晝質。裕的時 凊參閱第5 ®，第5 _增加水平遮關隔#料以 ^之有效顯示資料可提早完成傳送的操作示意圖。於^圖= 圖（）中，由於沒有採用本發明的驅動機制來增加任何掃描 ” 示如 遮，又間隔資料，因此，完成一張完整晝面的驅動時間可簡單表平 (1) FT = ΤΜ+ΤΗΒΙ+Τνι 於上述方喊⑴巾〜代表單—完整雜晝吨行驅動所 時間’而rj代表輸出電路106傳送完整影像晝面 1双顯不區域 201246169 AA的有效顯示資料至顯示榮幕脱所需的時間，^代表 _送對應水平遮沒間隔區域服^聰卿之水 料至顯示料_所需的時間，以及认表輪讓 =遮沒間隔區域篇之垂直遮沒間隔資料至顯示勞幕收所朗 二第5 __附，由糊了她嶋軸而增加了 的102所顯不之有效顯示區域从中的最後一條 ^平遮沒間隔資料，因此，完成—張完整畫面的驅動可簡 (2) ΡΊΆ+τΗΒ,'+τνΒ,' 之右;述方私式(2)中，V則代表輸出電路106傳送完整夺像全 之有效顯示區域AA的有效顯示資 =〜像晝面 料對應斜輕__ hbiaa& Hm201246169 VI. Description of the invention: [Technical field of invention] This month is related to image display technology, especially to adjust (increase) the horizontal blanking interval data of at least one line so that the effective display of the image can be completed earlier. The transmitted image display method and image display system. [Previous technology] For the liquid crystal display screen, since the rotation of the liquid crystal cell (liquid crystalcdl) itself takes a while to achieve stability, whether it is a liquid crystal display screen with stereo glasses (such as shutter glasses) to present stereo (three_di_si〇 Nal) image effect to the user or application of the liquid crystal display screen to display the plane (plus _dimensi〇nai) image to the user 'how to face early to complete the new 敎 4 off interference (_stalk) asked? It has become an important topic in this technical field. SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide an image display method and image display system that adjusts (increases) the horizontal obscuration of at least one scan line so that the effective display data of the image surface can be transmitted early. According to this (4), the example of the fresh-mixed display method. The image display method includes: adding a horizontal blanking interval data in the scan line data corresponding to the scan line to generate the adjusted horizontal blanking interval data; and transmitting the scan line in the 201246169 data A non-horizontal obscuration interval data and the adjusted horizontal obscuration interval data to a display screen. In accordance with an embodiment of the present invention, an image display system is further disclosed. The image display system includes a display screen, an adjustment circuit, and an output circuit. The adjustment power is used to increase - the scan line corresponds to - scan - shot - horizontally mask the interval material to produce - the adjusted horizontal blanking interval (four). The output circuit rotates to the entire circuit and the display screen to transmit the non-horizontal mask: interval data and the adjusted horizontal mask interval data to the display screen. The image display method is not disclosed in accordance with an embodiment of the present invention. The method comprises: adjusting at least one of the scan line data corresponding to the scan line data: the second mask interval: the secret, so that the scan lines corresponding to the plurality of scan lines respectively = the length of the horizontal mask interval data, wherein The plural transfer _ corresponds to the same as the I-Dong image and contains a bribe; the corresponding scan line data of Lin Lu Wei to a display screen. "Field," is not according to an embodiment of the present invention, and further discloses an image display = system includes - display screen, i whole circuit and - input (four) way. == no need to adjust one of the corresponding scan lines Scanning line data X. Circuit data, which is divided into two parts: The scanning line data corresponding to the scanning lines are respectively displayed on the display screen. [Embodiment] Please refer to FIG. 1 , which is a functional block diagram of the first embodiment of the image display system of the present invention. The display system is directly implemented by the video display device (10). As shown, the video display device 1& contains (but is not limited to) a display screen 102, an adjustment circuit 104, and an output Wei 1〇6 The adjustment circuit • 104 increases a horizontal blanking interval (HBI) data in one of the scan line data corresponding to at least one scan line to generate an adjusted horizontal blanking interval data. And the output circuit 106 transmits a non-horizontal blanking interval data in the scan line data and the adjusted horizontal blanking interval data to the display camp 1〇2. In this embodiment, the adjusting circuit 104 includes ( However, it is not limited to a processing unit 112 and a temporary storage unit 114. For example, the disparity unit 112 may be a scalar processor that can handle the processing of each scan line. Scanning #线资料' In addition, the temporary storage unit 1H may be a frame buffer (framebuffer), which may be used to temporarily store the data to be transmitted to the display screen 1〇2, and therefore, the scan corresponding to the scan line to be processed as described above. For the line data, the processing unit 112 temporarily stores the non-horizontal blanking interval data other than the horizontal blanking interval data to the temporary storage unit 114. In addition, for the horizontal blanking interval data, the processing unit 112 adds the horizontal blanking interval data to Generate adjusted horizontal blanking interval data (please note that the adjusted horizontal blanking interval data amount will be larger than the original horizontal blanking interval data amount) and will be adjusted The horizontal blanking interval data is temporarily stored in the temporary storage unit 114. Thereafter, the output circuit 1〇6 201246169 reads the scan line data corresponding to the scan line from the temporary storage unit 114 (including the original non-horizontal blanking interval). The data and the adjusted horizontal blanking interval data are transmitted to the display screen 102 for subsequent display of the image. Please note that the above-mentioned non-horizontal blanking interval data may be valid display data corresponding to the effective display area ( & (^ generation data) or vertical blanking interval data corresponding to vertical blanking interyal (VBI), and further explanation will be described later. Referring to Fig. 2, Fig. 2 is a schematic diagram showing the output pupil of the display screen 1〇2 shown in Fig. 1. As shown in the figure, the output screen of the display screen 102 can be divided into an effective display area AA and a blank area (including horizontal blanking interval areas HBI_u, HBI-12, HBI-2, HBI_22, and vertical blanking area VBI). Let the horizontal obscuration area hBU dip _21 correspond to the effective display area 水平 in the horizontal direction, and the horizontal obscuration interval area deletes 12, and the Cong-22 corresponds to the vertical occlusion interval area VBI in the horizontal direction. In addition, the output screen of the display screen 1 () 2 can be regarded as the display result of the scan line data of the plurality of scan lines L_0 to L_N, wherein the scan lines L_0 L L I correspond to the effective display area aa, and the scan line Lj +i~l-n corresponds to the vertical blanking interval area VB. For each scanning line L_〇~LJ, the scanning line = the material of the shell, which will contain the horizontal spacing (four) and the non-horizontal blanking interval. Data (ie, active data) 'The horizontal blanking interval data belonging to the horizontal blanking interval area will contain the -sync (synchr〇nizati〇n) signal swc and the trailing edge Ifl number (baCkP〇). rCh) BP, and the horizontal blanking interval data belonging to another horizontal blanking interval area HBI_21 includes a leading edge signal gamma P〇rCh) FP. In addition, for the scanning line data of each scanning line LJ+1~L_N, the basin 201246169 will contain a horizontal blocking interval (4) with a horizontal horizontal spacing (four) (10), ie vertical shading = interval data), the towel belongs to the horizontal obscuration_region hbi The horizontal blanking interval data of 2 will include a synchronous signal SYNC and a trailing edge signal Bp in sequence, and the horizontal blanking interval belonging to another horizontal blanking interval area HBI-22 will include a leading edge signal FP. . As described above, for each scan line L-〇~L-N scan line data, it will contain horizontal blanking interval data (ie, sync signal SYNC, trailing edge signal assist and leading edge signal FP) and non-level In order to cover the gap data (that is, the effective display data or the vertical blanking interval data, in order to facilitate the description of the technical features of the present invention, the output screen of the display screen 〇2 can be further represented by the third figure, wherein the display screen (10) The output pupil surface can be divided into a valid display area AA and a blank area (including a horizontal blanking interval area hbiaa, hbivbi, and a vertical blanking interval area VBI), wherein the horizontal blanking interval area HBIAA corresponds to a valid display in the horizontal direction. The area is, and can be regarded as the set of the synchronization signal SYNC, the trailing edge signal Bp and the leading edge signal FP of the scanning line LJ)~LJ+1, and the horizontal blanking interval area corresponds to the vertical blanking interval in the horizontal direction. The area is Cong, and can be regarded as the sweeping LJ+1~L_N(4) step SYNC, the trailing edge signal BP and the leading edge signal FP, which is mentioned in the embodiment of the present invention. Alas modulation step Save syNc, five weeks after the entire edge signals BP and / or adjusting the leading edge signal Fp. 4 is a schematic view of the first embodiment of the adjustment circuit shown in FIG. In this embodiment, the sweep line adjusted by the whole circuit 104 is adjusted to display the last strip scan in the display area AA displayed by the screen ι 2, and the line LJ (if the effective display area is from the = In order to delete Xl_, the adjustment line of the adjustment circuit 1〇4 is adjusted to be the 丨_th scan line of the area AA, so, in addition to the original water=data D-HBI person 1, after adjustment The horizontal obscuration interval data also includes the new 2: 2 blanking interval data D-HBLL", in other words, the adjusted horizontal obscuration post: D_HBLLJ+D-HBI-LJ, therefore, the new level The masking interval D_HBI-L can be regarded as the positive horizontal obscuration interval data of the original horizontal obscuration interval data. Therefore, by adding the horizontal obscuration interval data I stretched D abdomen-LJ, The transmission of other data can be accelerated. In this way, since the effective display data for the display area AA can be completed by the output circuit 106, the display screen 1〇2 is displayed, for example, the liquid crystal display screen completes the entire image. Stable display, which greatly enhances the quality of the enamel. Refer to the 5th, 5th _increasing level opacity. The effective display of the data can be used to complete the transfer operation. In Fig. = Fig. (), the scan mechanism of the present invention is not used to add any scan. The display is covered and separated. Therefore, the driving time for completing a complete kneading can be simply flat (1) FT = ΤΜ + ΤΗΒΙ + Τνι shouting in the above (1) towel ~ representative single - complete chowder t-line drive The time ' and rj on behalf of the output circuit 106 to transmit the complete image 1 face 1 double display area 201246169 AA effective display data to display the time required for the glory off, ^ represents _ send corresponding horizontal occlusion interval area service ^ Congqing The time required for the water to the display material _, and the vertical occlusion interval of the recognition wheel to cover the interval area to the display screen of the second __ attached to the curtain, and increased by the 嶋The 102 valid display areas from the last one are covered by the interval data. Therefore, the completion of the complete picture can be simplified (2) ΡΊΆ + τ ΗΒ, '+ τν Β, ' right; In equation (2), V represents the output of the output circuit 106. Effective display image capture full resources of the effective display area AA = ~ frit image plane corresponding to the swash day light __ hbiaa & Hm
D HBI 了水转賴_仙简_水平航間隔倾VBI 傳逆對至顯示錄1Q2所需㈣，咖/，代表輸出電路ω6 得适對應垂直遮沒間隔 ^路106 102所需的時間。—11直遮沒間隔資料至顯示鸯幕 由第5圖可清楚得知，在 ^D HBI water transfer _ _ _ _ horizontal navigation interval VBI transmission reverse to display 1Q2 required (four), coffee /, represents the output circuit ω6 suitable for the vertical occlusion interval ^ 106 106 102 time. —11 Straight cover without gap data to display the curtain. It can be clearly seen from Figure 5, in ^
當輸出電路需額外傳送•二4晝面的驅動時間q下， 時，_ _6 遮賴_請W 季大的傳輪頻寬來傳送資料，因此， 201246169 會小於L(亦即Γ .<τ、 μ ，換s之，相較於習知的驅動機制，本 的驅動機制會讓有效__提早完祕送，因此允許顯示發幕 出達到穩定 1〇2(例如=晶顯示營幕)有更加充裕的時間來讓影像晝面的顯示輸 沖始τ τ/不之實施例中，調整電路104僅對單一掃描線（亦即 二、”—的水平遮沒間隔資料進行調整（增加），然而 為範例說明’而非本發明的限制。請參閱第6圖，第6圖為第 ====_生難叙_臟細第二實施例 進r鱗=電路1〇4亦可對複數條掃描線的水平遮沒間隔資料 幕^雜—來說，調整電路1G4所調整的掃描線對應至顯示螢 /輸不之有效顯示區域AA中的第-條掃描線… 條掃也線L—I ’因此’除了原本的水平遮沒間隔資料&邮 二―HBI一L一I，調整後之水平遮沒間隔資料另包含 挪逆 :資料請1人〇’卿』。· 沒間隔資料D_HBLL—〇,、D—HBI_LJ，，輸㈣路 = :輸頻寬來傳送資料’因而達到讓有效顯示f料提早完二 於第4圖所示之實施例令，調整電路】 久間隔Μ料，而對應至顯示螢幕1〇2所顯示之 — 遮 的其他掃描線的水平遮沒間隔資料並未進行任^^域从中 叮調整，同樣地，於 201246169 實施射’調整電路104僅増加對應至顯示蟹幕 斤,4不之有效顯示區域AA中的第一條择福線 線L_I的水平遮沒間隔資料，-。W 一條掃描 顯示區域ΛΛ 一描線的水平二 ==有效 ^第然而’ *b僅作為範例說明’而非本發明的限制。請來閱第= =8圖，第7圖為第丨圖所示之調整電路收產生調整後之 遮沒間隔資料的第三實施例的示意圖，以及第8 調整電路HH產生調整後之水平遮沒間隔資料的第四實施= 圖勞^7圖與第8圖所示之實施例+，調整電路收另會減= 示之有效顯示區域从中的其他掃描_水平遮沒 曰网貝料’如此-來，可允許新增的水平遮沒間隔資料 於上述之第4圖、第6圖、第7圖與第8圖所示之實施例中，調 整電路1G4所調整之掃描線均為對應至顯示螢幕102所顯示之有效 顯示區域AA的掃描線，亦即上述實施例中的非水平遮沒間隔資料 係為對應至有效顯吨域Μ的有賴示龍，然*，於其他實施 例中’非水平遮沒咖㈣亦可以是對應至垂直遮沒間隔 ΥβΙ的垂 直遮沒間隔資料。 %參閱第9圖，第9圖為第〗圖所示之調整電路刚產生調整後 尺平遮/又間隔:貝料的第五實施例的示意圖。於此一實施例中，調 201246169 整電路ι〇4所調整的掃描線係對應至顯示螢幕1〇2中垂直遮沒間隔 區域VBI的掃描線LJ+1〜L_N，因此，除了原本的水平遮沒間= 料：BIvbi，調整後之水平遮沒間隔資料另包含了新增的水平遮沒間 隔資料HBW。簡而言之，新增的水平遮沒間隔資料HBIW可視 為原，的水平遮沒間隔資料HBIvbi之延伸的水平遮沒間隔資料，因 此’藉由新增的水平遮沒間_料HBW，同樣可加速其他資料的 2輸由於對應有效顯不區域Μ的有效顯示資料可由輸出電路廳 提早完成傳送示 1G2，因而使得顯錢幕晴物液晶顯 :螢幕)有更充裕的時間完紐悔像晝面_定齡。由於熟習技 者可紅易地依據第5圖的侧制而輕易地_此—實施例增加 面應^直遮沒間_域彻之水平遮賴隔資料以使得完整影像畫 之有效顯示資料可提早完成傳送的操作原理，故於此便不另資述。 ΗρΛ第9 ^所不之實施财，調整電路1G4朗加對應至垂直遮; 7區域VBI的掃描線的水平遮沒間隔資料，而對應至顯示勞幕 _示之有效顯示區域从的掃描線的水平遮沒間隔資料並未 炎龍何膽H此僅作為範例制，而縣㈣的限制。^ 水平疮10圖’第10圖為第1圖所示之調整電路104產生調整後之 中=間隔資料的第六實施例的示意圖。於第K)圖所示之細 二電路1〇4另會減少顯示螢幕1〇2所顯示之有效顯示區域^ /描、線L_〇〜LJ的水平遮沒間隔資料，如此一來，可允許新增 的水平遮⑽隔資料HbIvbi，具有鼓的資料量。 201246169 另外，第9圖與第10圖中的任一實施例亦可基於第4圖、第6 圖、第7圖與第8圖中的任一實施例來進行適當修改，如第11圖與 第12圖所示。第11圖為第1圖所示之調整電路104產生調整後之 水平遮沒間隔資料的第七實施例的示意圖，而第12圖為第1圖所示 之調整電路104產生調整後之水平遮沒間隔資料的第八實施例的示 意圖。第11圖所示之實施例可視為混合了第9圖與第4圖中的實施 例的技術内容，而第12圖所示之實施例則可視為混合了第1〇圖與 第8圖中的實施例的技術内容。由於熟習技藝者可依據上述的說明 ® 而輕易地瞭解第11、12圖所示之實施例的技術内容，故於此便不另 贅述。 請注意，本發明所揭示的驅動機制除了應用於平面影像顯示，亦 可適用於立體影像顯示。請參閱第13圖，第13圖為本發明影像顯 示系統之第二實施例的功能方塊示意圖。於本實施例中，影像顯示 系統1300包含有(但不侷限於)一視訊顯示裝置13〇2以及一立體眼 •鏡丨3〇4。視訊顯示裝置1302包含有上述的顯示螢幕1〇2、輸出電路 106以及調整電路1〇4，以及另包含有用以提供顯示螢幕(例如液晶 顯示螢幕)102所需背光源之一背光模組1306。立體眼鏡1304包含 有(但不侷限於)一控制電路1308、一左眼鏡片1310以及一右眼鏡片 1312。視§K顯示裝置1302搭配立體眼鏡1304來提供立體影像予使 用者。左眼鏡片1310係用以供使用者觀看左眼影像晝面，而右眼鏡 片1312則是供使用者觀看右眼影像畫面，另外，控制電路1308電 連接於左眼鏡片131〇以及右眼鏡片1312,用以分別輸出控制訊號 13 201246169 S卜S2至左眼鏡片131〇以及右眼鏡片1312,以控制左眼鏡片i3i〇 於開啟狀態與賴狀態之間進行切換並控制右眼鏡片丨3丨2於開啟 狀態與關狀態之間進行切換1例來說，立體眼鏡係為一快 門眼鏡，因此，左眼鏡丨1310以及右眼鏡# 1312均是快門鏡片， 且刀別具有液晶層’而控制訊號Si、S2可以是控制電壓，用來控 制液晶層中液晶單元的轉動以達到控制光線穿透率的目的，然而， 此僅作為範舰明之用，並非用來作為本發__，例如，任何 具有光線穿透率控制的結構均可被用來實現左眼鏡片131〇以及右 眼鏡片1312，同樣可達到控制左眼鏡片mo以及右眼鏡片：丨312於籲 開啟狀態與關閉狀態之間進行切換的目的。此外，立體眼鏡13〇4 並不限定是快門眼鏡，任何可搭配視訊顯示裝置13〇2來觀看立體影 像並適用本發明所揭示之立體影像顯示機制的立體眼鏡均符合本發 明的精神。 於本發明中，上述的「關閉狀態」是指左眼/右眼鏡片（例如快 門鏡片）完全不透光（亦即光線穿透率為〇%)，因此，只要左眼/ φ 右眼鏡片並非是完全不透光(亦即光線穿透率並非為〇%)，便可視為 處於「開啟狀態」，舉例來說，當快門鏡片全開(例如光線穿透率為 100%)、半開(例如光線穿透率為50%)或者微開(例如光線穿透率為 0.1%)，快門鏡片便可視為處於開啟狀態。簡而言之，當左眼/右眼 鏡片的光線穿透率大於0%(但小於或等於100〇/〇)，則左眼/右眼鏡片 便可視為進入開啟狀態。 14 201246169 立體眼鏡1304可供使用者配戴以觀看視訊顯示裝置13〇2透過顯 示螢幕102所呈現的立體影像。舉例來說，於第丨圖所示之實施例 中，視訊顯示裝置1302可以是一液晶顯示器，因此，顯示螢幕1〇2 為-液晶顯示登幕，而經由顯示螢幕1G2所產生的影像錄出便經 由立體眼鏡1304來控制是否可進入使用者的左眼或右眼。請注意， 視Λ輸出裝置1302並未限定是液晶顯示器，亦即，視訊輸出裝置 1302亦可以是任何可跟立體眼鏡13〇4 一併搭配使用以呈現立體影 鲁像予使用者的視訊輸出裝置，換言之，若立體眼鏡η〇4為快門眼 鏡’則視訊顯示裝置1302便是可搭配快門眼鏡使用之任何的顯示器 或投影機。 對於立體眼鏡13〇4為快門眼鏡的範例，可藉由控制電路 適田控制左眼鏡片1310與右眼鏡片1312於開啟狀態與_狀態之 間進行切換’舉例來說，視訊顯示裝置⑽可以藉由—訊號發射器 (未顯示)來與立體眼鏡1304進行通訊，例如，立體眼鏡(例如快門眼 φ鏡)13〇4可透過有線傳輸或無線傳輸（例如紅外線傳輸、ZigBee傳 輸、超寬頻(Ultmwidebanci，uwB)傳輸、WiFi 傳輸、射頻(Radi〇 Frequency，RF)傳輸、DLP光訊號傳輸或藍芽_et〇〇t_輸）來接 收視訊顯示裝置變所發出的資訊，而控制電路118便可基於所接 ,收的貞絲產生所需的㈣i職S卜S2。由於熟習技藝者可輕易地 ，得知立體眼鏡與視訊顯示裝置之間的溝通機制，故相關細節於此便 不另資述。 15 201246169 對於第13 _示之影像顯示系統13〇〇而言，調整電路刚所調 整的至少-掃描線係對應至顯示螢幕搬所顯示之有效顯示區域°° AA中的最後-條掃描線LJ，因此，除了原本的水平遮沒間隔資料 ，調整後之水平遮沒間隔資料另包含了新增的水平遮沒 間隔資料D__HBI_L_I，。當輸出電路1〇6傳送調整後之水平遮沒間隔 資料（包含有D_HBI_L—I以及D_HBI_L_r)至顯示螢幕1〇2的期同 間，對應顯示螢幕102之背光模組1306會開啟以提供顯示螢幕 所需的背光源及/或控制電路i308會開啟左眼鏡片j3 j〇與右眼鏡片 1312的其中之一。換言之，經由增加對應至顯示螢幕102所顯示之 有效顯示區域AA中的最後一條掃描線L一I的水平遮沒間隔資料， 除了可加快有效顯示資料的傳輸以讓顯示螢幕丨〇2(例如液晶顯示榮 幕)有更充裕的時間完成整個影像畫面的穩定顯示之外，還可利用傳 輸新增之水平遮沒間隔資料的時間來讓使用者進行立體影像的觀看 (亦即開啟立體眼鏡13〇4之一鏡片及/或啟動背光模組13〇6)。 於第1圖與第13圖所示之實施例中，調整電路1〇4係設置於視 訊顯示裝置(例如液晶顯示器）1〇〇、1302之中，然而，本發明並不以 此為限。請參閱第14圖，第14圖為本發明影像顯示系統之第三實 施例的功能方塊示意圖。影像顯示系統1400包含有(但不侷限於)一 視訊顯示裝置1402以及前述的調整電路104,而視訊顯示裝置14〇2 包含有前述的顯示螢幕1〇2以及輸出電路106，於此一實施例中， 調整電路104係設置於視訊顯示裝置1402之外，舉例來說，調整電 路104係設置於一電腦主機中，因此，調整電路1〇4於完成增加水 201246169 平遮沒間隔資料的處理之後，會將調整後之水平遮沒間隔資料輸入 至視訊顯示裝置1402，並藉由輸出電路106傳送至顯示螢幕1〇2。 請參閱第15圖，第15圖為本發明影像顯示系統之第四實施例的功 能方塊示意圖。影像顯示系統1500包含有(但不侷限於)一視訊顯示 裝置1502以及前述的調整電路104與立體眼鏡1304，而視訊顯示 裝置1502包含有前述的顯示螢幕1〇2、輸出電路106以及背光模組 1306 ’於此一實施例中，調整電路1〇4係設置於視訊顯示裝置15〇2 • 之外，舉例來說，調整電路104係設置於一電腦主機中，因此，調 整電路104於完成增加水平遮沒間隔資料的處理之後，將調整後之 水平遮沒間隔資料輸入至視訊顯示裝置1502，並藉由輸出電路1〇6 傳送至顯示螢幕102。由於熟習技藝者可經由先前針對其它影像顯 示系統之實施例的說明而輕易地瞭解第14圖與第15圖中各個元件 的功能與運作，故於此便不另贅述。 綜上所述，本發明影像顯示方法可簡要歸納如下：增加至少—掃 鲁描線所對應之一掃描線資料中的一水平遮沒間隔資料，以產生—古周 整後之水平遮沒間隔資料；以及傳送該掃描線資料中的—非水平遮 沒間隔資料(例如有效影像資料或垂直遮沒間隔資料)以及該調整後 之水平遮沒間隔資料至一顯示螢幕(例如液晶顯示螢幕）。換言之， 藉由調整至少一掃描線所對應之一掃描線資料中的一水平遮沒間隔 資料，會使得對應同一影像晝面之驅動的複數條掃描線分別具有不 同長度(不同資料量)的水平遮沒間隔資料(例如：一部份的掃描線所 對應之掃描線資料會具有增加的水平遮沒間隔資料，而另—部份的When the output circuit needs to transmit extra 2 · 4 昼 drive time q, _ _6 _ _ _ W season transfer width to transmit data, therefore, 201246169 will be less than L (also known as Γ. < τ, μ, change s, compared to the conventional driving mechanism, the driving mechanism will make the effective __ early delivery, thus allowing the display to reach a stable 1〇2 (for example, = crystal display screen) There is more time for the display of the image to be scanned. τ τ / No. In the embodiment, the adjustment circuit 104 only adjusts (increases) the horizontal blanking interval data of a single scanning line (ie, two, "-" However, for the sake of illustration, it is not a limitation of the present invention. Please refer to FIG. 6 and FIG. 6 is the first ==== _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The horizontal obscuration interval of the plurality of scanning lines is different. In other words, the scanning line adjusted by the adjusting circuit 1G4 corresponds to the first scanning line in the effective display area AA of the display/input display... —I 'so' except for the original horizontal obscuration interval & post II - HBI - L - I, adjusted horizontal obscuration The other information includes the reversal: please ask one person for the information. 'There is no interval information D_HBLL-〇, D-HBI_LJ,, (4) road =: transmission bandwidth to transmit data' thus achieve effective display of f material early In the second embodiment shown in FIG. 4, the adjustment circuit is separated by a long time, and the horizontal masking interval corresponding to the display of the other scanning lines displayed on the screen 1〇2 is not performed. The domain is adjusted from the middle, and similarly, in 201246169, the radiation adjustment circuit 104 only adds the horizontal obscuration interval data corresponding to the display of the crab screen, and the first selection line L_I in the effective display area AA. W A scan display area ΛΛ Level 2 of the line drawn == Valid ^ No. '*b is only used as an example' instead of the limitations of the present invention. Please refer to the figure ==8, and Figure 7 is the figure A schematic diagram of a third embodiment for generating an adjusted blanking interval data, and a fourth implementation of the adjusted horizontal blanking interval data by the eighth adjusting circuit HH = Fig. 7 and Fig. 8 In the embodiment shown, the adjustment circuit will be reduced by = Other scans from the display area _ horizontal obscuration 贝 net bedding 'so-to, allow new horizontal occlusion interval data as shown in Figure 4, Figure 6, Figure 7, and Figure 8 above In the embodiment, the scan lines adjusted by the adjustment circuit 1G4 are all corresponding to the scan lines of the effective display area AA displayed on the display screen 102, that is, the non-horizontal blanking interval data in the above embodiment corresponds to the effective display ton. The domain Μ depends on the dragon, but in other embodiments, the 'non-horizontal opacity coffee (4) may also be the vertical occlusion interval data corresponding to the vertical occlusion interval ΥβΙ. See Figure 9, Figure 9 is the first The adjustment circuit shown in the figure has just been adjusted and the ruler is flat/closed: a schematic view of the fifth embodiment of the bedding. In this embodiment, the scan line adjusted by the adjustment circuit 201246169 corresponds to the scan line LJ+1~L_N of the vertical blanking interval area VBI in the screen 1〇2, so that, in addition to the original horizontal cover No room = material: BIvbi, the adjusted horizontal blanking interval data also includes the new horizontal blanking interval data HBW. In short, the new horizontal blanking interval data HBIW can be regarded as the original horizontal embedding interval data HBIvbi extended horizontal obscuration interval data, so 'with the new horizontal obscuration room HBW, the same It can speed up the 2nd output of other data. The effective display data corresponding to the effective display area can be transmitted by the output circuit hall early to display 1G2, thus making the display of the money clearer: the screen has more abundant time. Face _ age. Since the skilled person can easily and easily according to the side system of Fig. 5, the method of adding the surface should be directly obscured, and the horizontal image can be used to cover the data so that the full image can be effectively displayed. The principle of operation of the transmission is completed early, so there is no additional description here. ΗρΛ9^ The implementation of the money, the adjustment circuit 1G4 Langa corresponds to the vertical cover; The horizontal obscuration interval data is not the inflammation of the dragon. This is only a case system, and the county (four) is limited. ^ Horizontal sore 10Fig. Fig. 10 is a view showing a sixth embodiment in which the adjustment circuit 104 shown in Fig. 1 produces the adjusted medium=interval data. The fine second circuit 1〇4 shown in the figure K) will reduce the horizontal display interval data of the effective display area ^ / trace and line L_〇 ~ LJ displayed on the screen 1 〇 2, so that Allows the added horizontal cover (10) to separate the data HbIvbi, with the amount of data of the drum. 201246169 In addition, any of the embodiments of FIG. 9 and FIG. 10 can also be appropriately modified based on any of the fourth, sixth, seventh, and eighth embodiments, such as FIG. 11 and Figure 12 shows. Fig. 11 is a view showing a seventh embodiment in which the adjustment circuit 104 shown in Fig. 1 generates the adjusted horizontal blanking interval data, and Fig. 12 is a horizontal mask in which the adjustment circuit 104 shown in Fig. 1 produces the adjustment. A schematic diagram of an eighth embodiment without spacing information. The embodiment shown in FIG. 11 can be regarded as a combination of the technical contents of the embodiments in FIGS. 9 and 4, and the embodiment shown in FIG. 12 can be regarded as a mixture of the first and eighth figures. Technical content of an embodiment. Since the skilled person can easily understand the technical contents of the embodiments shown in Figs. 11 and 12 in accordance with the above description, it will not be further described herein. Please note that the driving mechanism disclosed in the present invention can be applied to stereoscopic image display in addition to flat image display. Referring to Figure 13, Figure 13 is a functional block diagram of a second embodiment of the image display system of the present invention. In the present embodiment, the image display system 1300 includes, but is not limited to, a video display device 13〇2 and a stereoscopic eyepiece 〇3〇4. The video display device 1302 includes the above-described display screen 1, the output circuit 106, and the adjustment circuit 1-4, and another backlight module 1306 that is used to provide a display screen (such as a liquid crystal display screen) 102. Stereo glasses 1304 include, but are not limited to, a control circuit 1308, a left eyeglass lens 1310, and a right eyeglass lens 1312. The § K display device 1302 is provided with stereo glasses 1304 to provide a stereoscopic image to the user. The left lens 1310 is for the user to view the left eye image, and the right lens 1312 is for the user to view the right eye image. In addition, the control circuit 1308 is electrically connected to the left lens 131 and the right lens. 1312, for respectively outputting the control signal 13 201246169 Sb S2 to the left eyeglass lens 131A and the right eyeglass lens 1312, to control the left eyeglass lens i3i to switch between the on state and the lasing state and control the right eyeglass lens 丨3丨2 switching between the on state and the off state. For example, the stereo glasses are a shutter glasses, therefore, the left glasses 1310 and the right glasses # 1312 are both shutter lenses, and the cutter has a liquid crystal layer 'and the control signal Si, S2 may be a control voltage for controlling the rotation of the liquid crystal cell in the liquid crystal layer to achieve the purpose of controlling the light transmittance. However, this is only used as Fan Jianming, and is not used as the hair __, for example, any The structure with light transmittance control can be used to realize the left eyeglass lens 131〇 and the right eyeglass lens 1312, and also can control the left eyeglass lens mo and the right eyeglass lens: the 丨 312 is in the open state and The purpose of switching between the closed state. In addition, the stereo glasses 13〇4 are not limited to shutter glasses, and any stereo glasses that can be used with the video display device 13〇2 to view stereoscopic images and apply the stereoscopic image display mechanism disclosed by the present invention are all in accordance with the spirit of the present invention. In the present invention, the above-mentioned "closed state" means that the left eye/right eyeglass lens (for example, the shutter lens) is completely opaque (that is, the light transmittance is 〇%), and therefore, as long as the left eye/φ right lens It is not completely opaque (that is, the light transmittance is not 〇%), and can be regarded as being "on". For example, when the shutter lens is fully open (for example, the light transmittance is 100%), half-open (for example) The light transmittance is 50%) or slightly open (for example, the light penetration rate is 0.1%), and the shutter lens can be regarded as being open. In short, when the light transmittance of the left/right eye lens is greater than 0% (but less than or equal to 100 〇/〇), the left eye/right eye lens can be regarded as entering the open state. 14 201246169 The stereo glasses 1304 are available for the user to wear to view the stereoscopic image presented by the video display device 13〇2 through the display screen 102. For example, in the embodiment shown in the figure, the video display device 1302 can be a liquid crystal display. Therefore, the display screen 1〇2 is the liquid crystal display, and the video generated by the display screen 1G2 is recorded. The stereo glasses 1304 are used to control whether the user's left or right eyes can be accessed. Please note that the video output device 1302 is not limited to a liquid crystal display, that is, the video output device 1302 can also be any video output device that can be used together with the stereo glasses 13〇4 to present a stereo image to the user. In other words, if the stereo glasses η〇4 are shutter glasses, the video display device 1302 is any display or projector that can be used with the shutter glasses. For the example that the stereo glasses 13〇4 are shutter glasses, the left eye piece 1310 and the right eye piece 1312 can be controlled to switch between the open state and the _ state by the control circuit. For example, the video display device (10) can borrow Communication with the stereo glasses 1304 by a signal transmitter (not shown), for example, stereo glasses (eg, shutter eye φ mirror) 13〇4 can be transmitted by wire or wirelessly (for example, infrared transmission, ZigBee transmission, ultra-wideband (Ultmwidebanci) , uwB) transmission, WiFi transmission, radio frequency (Radi〇 Frequency, RF) transmission, DLP optical signal transmission or Bluetooth _et〇〇t_transmission) to receive information from the video display device change, and the control circuit 118 can Based on the received, the collected silk produces the required (four) i job S Bu S2. Since the skilled artisan can easily understand the communication mechanism between the stereo glasses and the video display device, the relevant details will not be described herein. 15 201246169 For the 13th image display system 13〇〇, at least the scan line that has been adjusted by the adjustment circuit corresponds to the last display line LJ in the effective display area displayed in the display screen. Therefore, in addition to the original horizontal blanking interval data, the adjusted horizontal blanking interval data additionally includes a new horizontal blanking interval data D__HBI_L_I. When the output circuit 1〇6 transmits the adjusted horizontal blanking interval data (including D_HBI_L_I and D_HBI_L_r) to the display screen 1〇2, the backlight module 1306 corresponding to the display screen 102 is turned on to provide a display screen. The desired backlight and/or control circuitry i308 turns on one of the left and right eyeglasses j3, j13 and 1312. In other words, by increasing the horizontal blanking interval data corresponding to the last scanning line L-I in the effective display area AA displayed on the display screen 102, in addition to speeding up the transmission of the effective display data to allow the display screen 2 (for example, liquid crystal) In addition to the more stable time to complete the stable display of the entire image, it is also possible to use the time of transmitting the newly added horizontal masking data to allow the user to view the stereoscopic image (ie, open the stereo glasses 13〇) 4 one lens and / or start backlight module 13 〇 6). In the embodiment shown in Figs. 1 and 13, the adjustment circuit 1〇4 is disposed in the video display device (e.g., liquid crystal display) 1〇〇, 1302, however, the present invention is not limited thereto. Please refer to FIG. 14, which is a functional block diagram of a third embodiment of the image display system of the present invention. The image display system 1400 includes, but is not limited to, a video display device 1402 and the aforementioned adjustment circuit 104. The video display device 14A includes the aforementioned display screen 1〇2 and the output circuit 106. The adjustment circuit 104 is disposed outside the video display device 1402. For example, the adjustment circuit 104 is disposed in a computer host. Therefore, after the adjustment circuit 1〇4 finishes processing to increase the water 201246169 flat mask interval data, The adjusted horizontal blanking interval data is input to the video display device 1402 and transmitted to the display screen 1〇2 by the output circuit 106. Referring to Figure 15, Figure 15 is a functional block diagram of a fourth embodiment of the image display system of the present invention. The image display system 1500 includes, but is not limited to, a video display device 1502 and the aforementioned adjustment circuit 104 and stereo glasses 1304. The video display device 1502 includes the foregoing display screen 1, the output circuit 106, and the backlight module. 1306' In this embodiment, the adjustment circuit 1〇4 is disposed outside the video display device 15〇2, for example, the adjustment circuit 104 is disposed in a computer host, and therefore, the adjustment circuit 104 is added. After the processing of the horizontal blanking interval data, the adjusted horizontal blanking interval data is input to the video display device 1502, and transmitted to the display screen 102 by the output circuit 1〇6. Since the function and operation of the various elements in Figs. 14 and 15 can be easily understood by those skilled in the art through the previous description of the embodiments of other image display systems, no further details are provided herein. In summary, the image display method of the present invention can be summarized as follows: increase at least one horizontal blanking interval data in one of the scan line data corresponding to the scan line to generate a horizontal blanking interval data after the ancient week And transmitting the non-horizontal blanking interval data (such as valid image data or vertical blanking interval data) in the scan line data and the adjusted horizontal blanking interval data to a display screen (such as a liquid crystal display screen). In other words, by adjusting a horizontal blanking interval data in one of the scanning line data corresponding to the at least one scanning line, the plurality of scanning lines corresponding to the driving of the same image surface respectively have different lengths (different data amounts). Masking interval data (for example, the scan line data corresponding to a part of the scan line will have an increased horizontal blanking interval data, and the other part
S 17 201246169 的水平遮沒間隔資料）^有原本的水平遮關隔#料或減少 許顯示螢^^ 料減吨早完祕送，因此允 的顯示輸出達urr螢幕)有更加充裕的時間來讓影像畫面 達A，進而大幅改善平面影像/立體影像的晝質。 、上所碰為本㈣讀佳實關，驗 所做之解魏婦飾1闕本發明之涵絲圍。 乾圍 【圖式簡單說明】 第1圖為本發明影像顯示系統之第一實施例的功能方塊示意圖。 第2圖為第1@所示之顯示螢幕的輸出晝面的示意圖。 第3圖為第2圖所示之顯示螢幕的輸出晝面的簡化示意圖。 第4圖為第1圖所示之調整電路產生調整後之水平遮沒間隔資料的 第一實施例的示意圖。 第5圖為增加水平遮賴隔資料以使得完整影像晝面之有效顯示資 料可提早完成傳送的操作示意圖。 第6圖為第1圖所示之調整電路產生調整後之水平遮沒間隔 第二實施例的示意圖。 y ' 第7圖為第1圖所示之調整電路產生調整後之水平遮沒間隔資料的 第三實施例的示意圖。 第8圖為第1圖所示之凋整電路產生調整後之水平遮沒間隔資料的 第四實施例的示意圖。 201246169 第9圖為第】圖所示之調整電路產生調整後之水平遮沒間隔資料的 第五實施例的示意圖。 第10圖為第1圖所示之調整電路產生調整後之水平遮沒間隔資料的 第六實施例的示意圖。 第11圖為第1圖所示之調整電路產生調整後之水平遮沒間隔資料的 第七實施例的示意圖。 第12圖為第1圖所示之調整電路產生調整後之水平遮沒間隔資料的 第八實施例的示意圖。 >第13圖為本發明影像顯示系統之第二實施例的功能方塊示意圖。 第14圖為本發明影像顯示系統之第三實施例的功能方塊示意圖。 第15圖為本發明影像顯示系統之第四實施例的功能方塊示意圖。 【主要元件符號說明】 100 、 1302 、 1402 、 1502 視訊顯示裝置 102 顯示螢幕 104 調整電路 106 輪出電路 112 處理單元 114 輪出單元 1300 、 1400 、 1500 影像顯示系統 1304 立體眼鏡 1306 背光模組 1308 控制電路 19 201246169 1310 左眼鏡片 1312 右眼鏡片S 17 201246169 Horizontal occlusion interval data) ^There is more original time for the horizontal leveling of the material or the reduction of the display of the luminescent material, so that the display output reaches the urr screen) Let the image of the image reach A, and greatly improve the quality of the flat image / stereo image. The above is the subject of the (four) reading the good real customs, the test of the solution made by Wei Women's decoration 1 阙 Hanwei of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a functional block diagram of a first embodiment of an image display system of the present invention. Figure 2 is a schematic diagram of the output screen of the display screen shown at 1@. Figure 3 is a simplified schematic diagram of the output pupil of the display screen shown in Figure 2. Fig. 4 is a view showing the first embodiment in which the adjustment circuit shown in Fig. 1 produces the adjusted horizontal blanking interval data. Figure 5 is a schematic diagram of the operation of adding horizontal obscuration data so that the effective display of the complete image can be completed early. Fig. 6 is a schematic view showing the second embodiment in which the adjustment circuit shown in Fig. 1 produces an adjusted horizontal blanking interval. y ' Fig. 7 is a view showing a third embodiment in which the adjustment circuit shown in Fig. 1 produces the adjusted horizontal blanking interval data. Fig. 8 is a view showing a fourth embodiment in which the trimming circuit shown in Fig. 1 produces the adjusted horizontal blanking interval data. 201246169 Fig. 9 is a diagram showing a fifth embodiment of the adjustment circuit shown in Fig. 7 for generating the adjusted horizontal blanking interval data. Fig. 10 is a view showing a sixth embodiment in which the adjustment circuit shown in Fig. 1 produces the adjusted horizontal blanking interval data. Fig. 11 is a view showing a seventh embodiment in which the adjustment circuit shown in Fig. 1 produces the adjusted horizontal blanking interval data. Fig. 12 is a view showing the eighth embodiment in which the adjustment circuit shown in Fig. 1 produces the adjusted horizontal blanking interval data. > Figure 13 is a functional block diagram of a second embodiment of the image display system of the present invention. Figure 14 is a functional block diagram of a third embodiment of the image display system of the present invention. Figure 15 is a functional block diagram showing a fourth embodiment of the image display system of the present invention. [Main component symbol description] 100, 1302, 1402, 1502 video display device 102 display screen 104 adjustment circuit 106 wheel circuit 112 processing unit 114 wheel unit 1300, 1400, 1500 image display system 1304 stereo glasses 1306 backlight module 1308 control Circuit 19 201246169 1310 left eye lens 1312 right eye lens
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