經濟部中央樣隼局員工消费合作社印装 A7 B7 五、發明説明（/) 本發明係有關於一種電腦之立體顯像系統及二次元影像於視覺 縱深度之i用方法構築之新技術，，尤指以個人電腦爲對象/提供一 種以配戴快門式_立霾ϋ韹星主之立體變像@硬體系統，並配合該二 次元影像於視覺縱深度之運用方法卩讓ί吏用者在視覺感官上脫離了 傳統式之平面影像而進入立體世界之新技術者1。 按丨隨著科技的進步及多媒體時代的到來彡立體影像之技術已 是目前最熱門之話題丨尤其可在個人電腦#，製作3 D (三次元)的 應用軟體，里配合怏門式立髂眼鐘£LCD shutter 立 體眼鏡或立髓頭盗(Head Mounted Display)之使用:便可於電腦上觀 影像，，故，，目前各家廠商也爲順應技術之大潮流而全面展 開^5^顯像之硬體技術納入軟體之應用以得立體影像之效用，例 如\已擁有龐大市場的置子遊篇顯示之影像已由傳統的2 D (二次元)轉入3D，甚至再由3D邁向立體。然就螢幕場景之製 作技術而言，*2 D所運用的場景製作技術，工^g，利用 手工把場景中之個個物件，於2 D之平面上，一張張繪製而成；另 於3 D或立體之新領域中則完全摒棄該傳統之2 D製作方法，即係 利用3 D之繪圈技術，把場景中之物件一一投射至螢幕上，以得到 3 D的場景畫面，綜上所述，於2 D場景之物件是利用平面之圈形 來表達，然而暴-之物件係利用 (Geometric m〇dgl)3^^^，jtt外，一般於2 D平面榮幕中，爲了芦 場綦具有立題之視麗效果，創作者可根據距離感的遠近從無ΙΪΪ的 背景到遊戲主場而分離成數個眉次，毎個層次之場景皆由一張2 D 的圖晝來表現，最後再將這些不同雇次之場景含併^成爲呈現在 螢幕上之最終場景，然而，從使里盍之合成喝 景，擺然於使用者之心理上可感璺IQ各層次間之縱深感，但實際 ------„-->^ ··装--1----訂----*--ί 冰 (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家樣準（CNS ) Α4规格（210X297公釐） 2^9433 經濟部中央樣率局貝工消费合作杜印* A7 B7 五、發明説明（J) 上，各眉次之2 D圖畫卻電爨在同一平面上，於視覺上實在是無法 感®到:1^3 D耀因此，過去利用2 D之製作技術 所設計之軟^場景，無法在3 D的領域中 重新被利用；即於場景之軟體製作上必須要再重新利用3D之箱圖 技術才能真正完全把具有立體效果之影像表達，而使得原先已製作 完成之許多2 D軟體無法於立髓顯像中被利用，實在是甚爲可惜且 浪费。 本發明即針對上述問題之解決，整合軟體、硬體等技術，提供 一套有效之立髓顯示技術，而將2 D軟邇之2 D影像立髏化，重新 創造2 D的軟髖商機，故其市場效應實爲可觀。 本發明之主要目的，係根據兩眼視差之基本原理芦監視器螢幕 上之立親顔像方式(逋鐮齬示古式1可將原來重壘於同一平面之各層 來，再配合本發明中之立體顯像的硬體系統，即可 觀賞到視覺上逼眞的立髓效果。 本發明之另一目的，爲立髏顯像所需之兩張左、右影像，利用 播描技術交替掃jggg影像連績顯示於監視器之螢慕上，再利用液 5SHES，以取得液晶快門的関關切換(液晶快門透光、遮光狀 態的變化)與監視器上影像顯示時間的同步。即在某一瞬間當左影 像顯示在監視jg之榮幕上時，眼鏡左邊的液晶快門是處於透光的狀 態下，同時於眼鐘有遵|^|墨懷卩_1**於^的狀態下，因此使用 者可僅由左眼觀看到左影像，而另一瞬間當右影像顯示在監視器之 螢幕上時，眼鏡右邊的液晶快門是處於透光的狀態下，而厘鐘衣邊....................-.....一一 的液晶快門則處於遮光之狀態，故使用ίϊϊϋ觀看到右眼影 像時職於視覺.體挪，使用 (請先《讀背面之注f項再填寫本頁) 裝· ,11 衣紙張尺度逋用中國國家棰準（CNS ) A4说格（210X297公釐） 經濟部中央搮车局員工消費合作社印装 A7 B7 五、發明説明（j) 者便可觀看到立體影像。 \本發明之另一目的，係利用兩眼視差原理以取得立體視*K之效 果，即人類觀看目標物時，因左、右眼觀看角度之不同，使得物體 於左、右眼視網膜上所結成的像也有所不同(如左眼所看到的爲左 影像，右眼所看到的爲右影像），人的腦神經網路係根據該左、右 所看見影像之差異以構築立體影像而獲取縱深度的感覺；因此，根 據兩眼視差之原理，首先製作兩張具有ii姜之左、右眼影像，然後 上，使用者再戴上本發明之立 體快門眼鏡，即可由監視器之平面螢幕觀看立體之景_。 ) 本發明之再一目的，係利用上述兩眼視差之原理，將左、右兩 j眼相同之；2 D影像，做適當之視差位移，而可得到各種不同靥次縱 1深感之立體影像。 爲使貴審査委員對於本發明之目的、特徵及功效有更進一步 了解與認同，茲配合圖式詳細說明如后： 首先，請先參閱圖一，係爲本發明實施例之系統外觀示意圖， 其主要包括有電腦之主機(10)、監視器(12)、VGA繪圖卡(11)、外 接式快門同步器(14)、查線式液晶快門眼鏡(16)及無線式液晶快門 \ 眼_(18)，接式制監視器 ](12)上左、右影像的顯像時間與該眼鏡(16)、（18)之液晶快門的開關 切換同步f其虫聽ϋ接式快門固步器C14)之靈子線隨係可獨立設 置7亦可設置於主機(1〇),、VGA繪圖卡(11)、(滑鼠/、控制捍、鍵盤 等電腦既有之周邊設備內。 另，諝參閱圈二，係爲本發明實施例之系統方塊圖，其包括有 主起憶體(20)、一VGA繪圖卡(22)、監視器(24)、外接式快門同步 器(26)及液晶快門(28)，其中VGA繪圖卡(22)係包含有顯示記憶體 本紙張尺度遑用中國國家標準（CNS ) A4規格（210Χ297公釐） ：—--/.¾— (請先閲讀背面之注意事項再填寫本頁) 訂 A7 B7 五、發明説明（/) (Display Memory)(30)、控制器(32)及RAMDAC(34)所組成;另外接 樹铜步器(26)係歩信號捕捉器卩6)及驅動器(38);首 先，主記憶體(20)將左、右影像傳送到VGA繪圖卡(22)之顯示記憶 體(30)並給予儲存，該顯示記憶體(30)再將欲顯示之影像傳送到 RAMDAC(34)，其中該影像資料位於顯示記憶體(30)之位址及其欲 輸出而設定之起始位址係由控制器(32)所提供，此外，經由 RAMDAC(34)之運用將影像訊號轉換成RGB(read green Blue)之電 氣信號，並分別將其輪流輸出送入監視器(24)，由監視器(24)把 左、右影像輪流顯示在螢幕上；此外，爲了將眼鏡上左、右快門之 開關切換與顯示於螢幕上之左、右影像的顯像時間同步，該外接式 快門同步器〇6Xh之同步信號捕捉器(36)必須於RGB之電氣慣號輸 出同時捕捉該RGB之同步信號，該同步信號捕捉器(36)係將該信號A7 B7 printed by the Employees ’Consumer Cooperative of the Central Falcon Bureau of the Ministry of Economic Affairs 5. Description of the invention (/) The present invention relates to a new technology for constructing a computer stereoscopic imaging system and a method of using the secondary image in the depth of the visual depth, Especially refers to the use of a personal computer as a target / provides a stereoscopic image @ hardware system that is equipped with a shutter-type _ 立 浩 ϋ 韹 星主, and cooperates with the application method of the second-dimensional image in the vertical depth of vision to let the user A new technology that breaks away from the traditional plane image in the visual sense and enters the three-dimensional world1. With the advancement of technology and the advent of the multimedia era, the technology of three-dimensional imaging is currently the hottest topic. Especially in the personal computer #, 3D (three-dimensional) application software is produced, which is combined with the door-type standing iliac Eye Clock £ LCD shutter Use of stereo glasses or Head Mounted Display: You can view images on a computer. Therefore, at present, various manufacturers are also fully developing to comply with the trend of technology ^ 5 ^ Display The hardware technology of the image is incorporated into the application of the software to obtain the effect of the stereoscopic image. For example, the image displayed by the Zhizi game that already has a huge market has been converted from the traditional 2D (two-dimensional) to 3D, and even from 3D. stereoscopic. However, as far as the production technology of the screen scene is concerned, the scene production technology used in * 2 D, work ^ g, is used to manually draw each object in the scene on the 2 D plane, one by one; In the new field of 3D or stereo, the traditional 2D production method is completely abandoned, that is, the 3D drawing circle technology is used to project the objects in the scene one by one on the screen to obtain the 3D scene picture. As mentioned above, the objects in the 2D scene are expressed by the circle of the plane. However, the objects of the storm are (Geometric m〇dgl) 3 ^^^, jtt, generally in the 2D plane glory screen, in order to Luchangqi has the visual effect of making a question. The creator can separate it into several eyebrows according to the distance from the background without the ΙΪΪ to the game home. Each level of the scene is represented by a 2D picture day. Finally, the scenes of these different employments are included into the final scene displayed on the screen. However, the synthesis of the scene will make you feel the depth between IQ levels. Sense, but the actual ------ "-> ^ · · installed --1 ---- ordered ---- *-ί ice (please Read the precautions on the back and fill out this page) The paper size is applicable to China National Standards (CNS) Α4 specification (210X297mm) 2 ^ 9433 Central Sample Bureau of the Ministry of Economic Affairs Beigong Consumer Cooperation Du Yin * A7 B7 V. Description of invention (J) In the above, the 2D drawings of each eyebrow are on the same plane, and it is visually impossible to feel: 1 ^ 3 D Yao. Therefore, the soft 2 scenes designed in the past using 2D production technology , Can not be re-used in the field of 3 D; that is, in the software production of scenes, it is necessary to reuse 3D box diagram technology to truly fully express the image with three-dimensional effect, which makes many 2 D that have been produced previously. It is a pity and waste that the software cannot be used in the stand-up imaging. The present invention is to solve the above problems, integrate software, hardware and other technologies to provide a set of effective stand-up display technology. The soft 2D image is skeletonized, recreating the 2D soft hip business opportunity, so its market effect is really considerable. The main purpose of the present invention is based on the basic principle of binocular parallax based on the stand on the monitor screen Like way (逋 选 选 shows ancient style 1 can be originally heavy on each layer of the same plane, and then cooperate with the stereoscopic imaging hardware system of the present invention, you can watch the visually stunning effect of the marrow. Purpose, for the two left and right images required for the stand-up display, use the scanning technology to alternately scan the jggg image and display it on the monitor's screen, and then use the liquid 5SHES to get the LCD shutter to switch off ( The changes of the liquid crystal shutter's light transmission and shading status) are synchronized with the image display time on the monitor. That is, when the left image is displayed on the jj glory screen at a certain moment, the liquid crystal shutter on the left side of the glasses is in a state of light transmission ， At the same time in the state of the eye clock | ^ | 墨 怀 卩 _1 ** in ^, so the user can only view the left image from the left eye, and at the other moment when the right image is displayed on the monitor screen At the time, the liquid crystal shutter on the right side of the glasses is in a state of light transmission, and the edge of the clock clothing ................................ The shutter is in the state of shading, so when you use ίϊϊϋ to see the image of the right eye, you are working in the vision. Body movement, use (please read "Read Please fill in page f of the note f) and install this paper. The size of the paper is in Chinese National Standard (CNS) A4 format (210X297mm). Printed and printed by the employee consumer cooperative of the Central Automobile Bureau of the Ministry of Economic Affairs. A7 B7 5. Inventions Explanation (j) can view the stereoscopic image. \ Another object of the invention is to use the principle of binocular parallax to obtain the effect of stereoscopic viewing * K, that is, when humans view the target object, due to the different viewing angles of the left and right eyes, the object is placed on the retina of the left and right eyes The images formed are also different (such as the left image seen by the left eye and the right image seen by the right eye). The human brain neural network constructs a three-dimensional image based on the difference between the left and right images Obtain the feeling of vertical depth; therefore, according to the principle of binocular parallax, first create two left and right eye images with ii ginger, and then go on, the user then wears the stereo shutter glasses of the present invention, the monitor can View the stereoscopic view on a flat screen. ) Another object of the present invention is to use the above two-eye parallax principle to make the left and right j eyes the same; 2D images with appropriate parallax displacement can obtain a variety of different depths of depth and depth image. In order for your reviewing committee to have a better understanding and recognition of the purpose, features and efficacy of the present invention, we hereby explain in detail with the drawings as follows: First, please refer to FIG. 1, which is a schematic diagram of the appearance of the system according to an embodiment of the present invention. Mainly includes the host computer (10), monitor (12), VGA graphics card (11), external shutter synchronizer (14), line-checking LCD shutter glasses (16) and wireless LCD shutter \ eye_ ( 18), connected monitor] (12) The development time of the left and right images on the upper and lower side of the glasses (16), (18) is synchronized with the switching of the liquid crystal shutter switch. ) The spirit cord can be set independently with the system. It can also be set in the host computer (10), VGA graphics card (11), (mouse /, control device, keyboard and other existing peripheral equipment of the computer. In addition, 谞Refer to circle two, which is a system block diagram of an embodiment of the present invention, which includes a main memory (20), a VGA graphics card (22), a monitor (24), an external shutter synchronizer (26), and a liquid crystal Shutter (28), of which VGA graphics card (22) contains display memory, paper size, and uses Chinese National Standard (CNS) A4 specification (2 10Χ297mm): ——— /. ¾— (please read the precautions on the back before filling in this page) Order A7 B7 5. Description of invention (/) (Display Memory) (30), controller (32) and RAMDAC (34) composed; additionally connected to the tree copper stepper (26) is a signal catcher (6) and driver (38); first, the main memory (20) transmits the left and right images to the VGA graphics card (22) Display memory (30) and store it, the display memory (30) then transfers the image to be displayed to RAMDAC (34), where the image data is located at the address of the display memory (30) and its output The set start address is provided by the controller (32). In addition, the image signal is converted into RGB (read green blue) electrical signal through the use of RAMDAC (34), and its output is sent to the monitor in turn. (24), the monitor (24) alternately displays the left and right images on the screen; in addition, in order to synchronize the switch of the left and right shutters on the glasses with the development time of the left and right images displayed on the screen, The external shutter synchronizer 〇6Xh synchronization signal catcher (36) must simultaneously capture the RGB Synchronizing signal, the synchronizing signal capturing (36) the signal lines
' ' 一 I 傳送至驅動器(38)以驅動該液晶快門(28)左、右開關之切換，達到 監視器(24)上左、右影像顯示於螢幕之顯像時間與快門式立體眼鏡 之左、右快門開關切換同步之目的。 經濟部中央樣隼局貝工消費合作社印製 (請先閲讀背面之注意事項再填寫本頁) 另，請參閱圖三，係本發明實施例之外接式快門同步器之方塊 圖，其主畺g括有電源部(4〇)、YGA介面緩衝器泛0)、快門開關部 (60)、快門控制部(70)及快門驅動信號輸出部(80)等所組成。其中該 電源部(40)係包括有電源供應線路(42)、電源開關(44)及電源指示器 (46)，該電源部(40)之主要功能爲提供外接式快門同步器(26)之直流 電源。因爲外接式快門同步器(26)與電腦分離故無法借用電腦之電 源，而必須自備電源，其中由外界輸入之交流電源經由電源供應線 路(42)降壓整流後，再藉由電源開關(44)之控制以供應外接式快門 同步器(26)所需之直流電源，該電源指示器(46)係可讓使用者知道 目前電源之供應狀態；另電源供應線路(42)係可設計於外接式快門 本紙張尺度適用中國國家標率（CNS ) A4规格（210X297公釐） 經濟部中央樣準局員工消費合作社印製 A7 _B7_ 五、發明説明（/) 同步器(26)之外部，利用其外接之方式以供應電源。 篇衝ά(5〇)係區隔VGA繪圖卡與外接式快門同步器(26)彼此間之電 氣物性，使得VGA信號不會因受外接式快門同步器(26)之存在而影 響其信號失眞，且該VGA介面緩衝器(50)係接收由VGA繪圖卡輸出 之同步信號（垂直同步信號及水平同步信號）同時將該信號放大分 別傳送至快門開關部(60)及快門控制部(70)。另該快門開關部(60)係 包括有垂直同步信號極性檢出器(52)、極性設定電路(54)、極性狀 態指示器(56)、快門手動開關(58)及快門狀態指示器(62)所構成，然 該快門開關部(60)有自動式及手動式兩種，其主要功能爲自動或手 動允許或禁止液晶快門驅動信號的輸出；在自動式裡，由垂直同步 信號極性檢出器(52)、極性設定電路(54)、極性狀態指示器(56)等所 構成，垂直同步信號極性檢出器(52)係利用水平同步信號來鎖定及 偵測該垂直同步信號的正負性，同時也將該偵測所得的結果與事先 設定的極性做比較(由極性設定電路(54)設定），如果是一致的話即 送出一信號(Enable)給快門控制部(70)，以便讓快門控制部(70)允許 快門驅動信號的輸出，如果是不一致的話另將送出一信號(Disable) 給快門控制部(70)，以便讓快門控制部(70)禁止快門驅動信號的輸 出，同時該Enable或Disable之信號亦將被送至極性狀態顯示器 (56)，以便讓使用者瞭解目前的極性狀態，另在手動式裡，上述之 二信號(Enable/Disable)可經由快門手動開關(58)直接控制快門驅 動信號的输出與否。最後，使用者可藉由快門狀態指示器(62)得知 快門式立體眼鏡的使用狀態。另該快門控制部(70)係包括有液晶快 門驅動信號產生器(64)、頻率減半器访6)及控制線路(6.§)所構成，該 快門控制部(70)的主要功能爲根據VGA繪圖卡的垂直同步信號來啓 動並輸出左、右液晶快門的驅動信號，以達到左、右液晶快門的開 ------：--1 J I裝--^----訂-----^ (請先閲讀背面之注意事項再填寫本頁) 本纸張尺度適用中國國家標準（CNS ) Α4規格（210Χ297公釐） 經濟部中央樣準局員工消费合作社印製 A7 B7 五、發明説明（/) 關切換與左、右影像顯示於監視器上的時間同步，此外，根據快門 開關部(60)所產生之Enable/Disable的信號來決定液晶快門的驅動 與否。 如圖五所示，係爲本發明II旌例快ΗΜ»中輸出入信號之示 意圈(即說明快門同步器之基本動作原理）。如圖所示，垂直同步信 號依序由VGA介面緩衝器送出(以時間大小來表示信號之輪出順 序），首先假設偶數之同步信號是代表左影像顯示時由VGA繪圈卡 產生的垂直同步信號，而奇數之垂直同步信號則代表右影像顯示時 由VGA繪圖卡產生的垂直同步信號，當然反之亦可；At爲影像掃 猫顯示所需之時間間隔；此外，另假設液晶快門在驅動電壓爲零時 爲透光狀態，而在驅動電壓(液晶快門驅動方波信號)下爲遮光狀 態，當然反之亦可。首先，垂直同步信號經由頻率減半器(66)後， 其後來所產生垂直同步信號之頻率(垂直同步信號/2)係爲原來垂 直同步信號頻率之一半，同時將該信號送入控制線路(68);如此， 於垂直同步信號/2的一週期時間內會出現兩次原來之垂直同步信 號，即左、右影像依次(先左後右)被掃描以顯示在監視器之螢幕 上；另一方面，由液晶快門驅動信號產生器(64)所產生的液晶快門 驅動方波信號及由快門開關部(60)輪出之Enable及Disable信號亦將 送入控制線路(68)，若骸信號是於Enable之狀態垂直同步信號是在 偶數的狀態下，貝線路會把液晶快門驅動信號送給右邊的液晶 快門，使得右邊的液晶快門變成遮光狀態零電壓送給左邊的 液晶快門，使得左邊的液晶快門變成透光狀態，因此使用者在戴上 液晶快門眼鏡後，只有左眼可看到的左影像，而右眼則呈黑暗狀 態。同理，假如信號是在Enable的狀態且垂直同步信號是在奇數的 狀態下，則控制線路會把液晶驅動信號送給左邊的液晶快門，使得 -------"ιί (裝--一----訂-----rx (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度逋用中國國家揉準（CNS ) A4规格（210X297公釐） A7 B7 經濟部中央標準局員工消费合作社印裝 五、發明説明（^ ) 左邊的液晶快門變成遮光狀態，而把零電壓送給右邊的液晶快門， 使得右邊的液晶快門變成透光狀態，因此使用者在戴上液晶快門眼 鏡後，只有右眼可看到的右影像，而左眼則呈黑暗狀態。反之若是 信號在Disable的狀態，則控制線路同時把零電壓送給左、右液晶快 門，使得左、右液晶快門變皆成透光狀態，因此使用者在戴上液晶 快門眼鏡後，左右兩眼皆可看到左、右影像，此時與不戴液晶快門 眼鏡的效果一樣，亦即液晶快門眼鏡停止作用。 另，於圖三所示，該快門驅動信號輸出部(80)係包括有左、右 切換翻顧(72)、無線發射開關(74)、放大器(76j、發射器(Z8)及發射 器狀態指示器(82)所組成，其功能若以有線的信號(以下簡稱有線 式），貝所產生的液晶快門驅動信號送至有線式之 濟蟲鏡(84)，或者以無線的信號傳送(Μ_無線式)，則 快門控制部(70)所產生的液晶快門驅動信號送至無線式之液晶快 門眼鏡(86)在有線式中，液晶之 而於本發姐的硬體系統中無法辨認垂直同步信 號的左右性^，即本發明的硬體系統對圖五中的某一垂直同步信號， 無法得知VGA繪圖卡是送出左影像或右影像，因此在快門驅動信 號輸出部(80)設置一左右切換開關(72)，以切換液晶快門驅動信號 韵傳送對象；即如圖所示，從控制線路(68)左邊出來的液晶快門驅 動信號直接傳送至左液晶技門，而從控制線路(68)右邊出來的液晶 快門驅動信號則直接傳送至夷液晶怯門;潘於使用左右切換開關可 把從控制線路(68)左邊输出的液晶快門驅動信號傳送至右邊液晶快 門，而從控制線路(68)右邊出來的液晶快門驅動信號則可傳送至左 邊液晶快門，以達到調整左、右影像的顯示次序。另於無線式中， 由控制線路(68)輪出之左、右液晶快門驅動信號透過放大器(76)將 --------L-J 装-- (請先閲讀背面之注意事項再填寫本頁) 訂 本紙張尺度逋用中國國家標準（CNS ) A4洗格（210X297公釐） 經濟部中央標準局員工消費合作社印装 A7 B7 五、發明説明（/) 此信號放大後，借助發射器(78)可將此信號轉換成紅外線信號、無 線電波 '或可見光，龍雜顏_齡龙難P晰输⑹的培 收器，以啓動無線式液晶快門眼鏡(86)，使液晶快門的関關切換與 輸入之信號同步。此處的無線發射開關(741可控制液晶俠 射與否，而發射器狀態指示器(82)則顯液晶快門腰動信號的 發射與否。此外無線式發射機構亦可設計爲如圖四所示，其係將由 控制線路(68)輸出之垂直同步信號/2輸入一放大器(76)，該放大器 _ ‘丨丨 —--- (76)再將訊號放大後送入一發射器(78)，再甶發射器(78)將此信號轉 換成紅外線信號、或無線電波、或可見光，並傳送給遠端的無線式 液晶快門眼鏡(86)的接收器，以啓動無線式液晶快門眼鏡(86)的液 晶快門驅動信號，使液晶快門的開關切換與輪入之信號同步。/ 再者，課參閱圖六，係爲本發明實施倒芝像方式 示意圖，首先，製作雨雅县有湎羔夕右2右影像(可由照相或繪圖 取得），並將左、右二張影像(88)、（90)放入VGA卡之顯示記憶體 (30沖，然後再利用VGA~卡之控制器，過該左上右二51¾像(88)、 (90)經虫&AMDAC輪流输出並顳示於監視器之螢慕上，即於某一瞬 間(t=TQ)，該左影像(88)甶VGA卡輸出並顯示於監視器之螢幕上， 另於下一瞬間(t=TQ+At)，該右影像_係由VGA卡輪出並顳示於 奠懸器之雙蟇古，因該左、右兩影像(88)、（90)係分別儲存於VGA 卡的顯示記憶體(30)之不同位累，故該VGA卡係以非交錯方式綸出 至監視器以顳示該左、右影像(88)、（90)。另通屋孩^錯方式， 可將皇合成後儲存於VGA卡的顯示記憶體(30)之同一 位址，輸出之方法，將該VGA卡以交錯方式輸出交錯 合成後之左、右影像(92)、（94)(如圖七所示）。*^ 請參閱圈八，係爲本發明實施例之液晶快門眼鏡動作示意圈， 本紙張尺度適用中國國家標準（CNS ) A4规格（210X297公釐） —------」.裝— (請先閲讀背面之注意事項再填寫本頁) 訂'' I sent to the driver (38) to drive the left and right switches of the LCD shutter (28) to reach the display time of the left and right images displayed on the monitor (24) and the left of the shutter stereo glasses , The purpose of the right shutter switch to switch synchronization. Printed by Beigong Consumer Cooperative of Central Falcon Bureau of the Ministry of Economic Affairs (please read the precautions on the back before filling in this page). Please also refer to Figure 3, which is a block diagram of an external shutter synchronizer according to an embodiment of the present invention. g includes a power supply unit (40), a YGA interface buffer (0), a shutter switch unit (60), a shutter control unit (70), and a shutter drive signal output unit (80). The power supply unit (40) includes a power supply line (42), a power switch (44) and a power indicator (46). The main function of the power supply unit (40) is to provide an external shutter synchronizer (26) DC power supply. Because the external shutter synchronizer (26) is separated from the computer, it is not possible to borrow the power supply of the computer. You must provide your own power supply. The AC power input from the outside is reduced and rectified by the power supply line (42), and then the power switch ( 44) Control to supply the DC power required by the external shutter synchronizer (26). The power indicator (46) allows the user to know the current power supply status; the power supply circuit (42) can be designed to The paper format of the external shutter is applicable to the China National Standard (CNS) A4 specification (210X297mm). The A7 _B7_ printed by the Employee Consumer Cooperative of the Central Prototype Bureau of the Ministry of Economic Affairs. 5. Description of Invention (/) The outside of the synchronizer (26) is used Its external connection is to supply power. Article Chong (5〇) is to separate the electrical properties of the VGA graphics card and the external shutter synchronizer (26), so that the VGA signal will not be affected by the presence of the external shutter synchronizer (26). And the VGA interface buffer (50) receives the synchronization signals (vertical synchronization signal and horizontal synchronization signal) output by the VGA graphics card and simultaneously amplifies the signals to the shutter switch section (60) and shutter control section (70) ). In addition, the shutter switch unit (60) includes a vertical synchronization signal polarity detector (52), a polarity setting circuit (54), a polarity state indicator (56), a shutter manual switch (58), and a shutter state indicator (62) ), But the shutter switch part (60) has two types: automatic and manual. Its main function is to automatically or manually allow or prohibit the output of the LCD shutter drive signal; in the automatic type, the polarity of the vertical synchronization signal is detected (52), polarity setting circuit (54), polarity state indicator (56), etc., the vertical sync signal polarity detector (52) uses the horizontal sync signal to lock and detect the positive and negative of the vertical sync signal At the same time, the detection result is compared with the preset polarity (set by the polarity setting circuit (54)), if it is consistent, a signal (Enable) is sent to the shutter control part (70), so that the shutter The control part (70) allows the output of the shutter drive signal, if it is inconsistent, it will send a signal (Disable) to the shutter control part (70), so that the shutter control part (70) disables the output of the shutter drive signal, and the Enable Or Disabl The e signal will also be sent to the polarity status display (56) to let the user know the current polarity status. In manual mode, the above two signals (Enable / Disable) can be directly controlled by the shutter manual switch (58) Whether the shutter drive signal is output. Finally, the user can know the usage status of the shutter stereo glasses through the shutter status indicator (62). In addition, the shutter control unit (70) is composed of a liquid crystal shutter drive signal generator (64), a frequency halving device (6) and a control circuit (6.§). The main functions of the shutter control unit (70) are: According to the vertical synchronization signal of the VGA graphics card, start and output the drive signals of the left and right liquid crystal shutters to achieve the opening of the left and right liquid crystal shutters. ----- ^ (Please read the precautions on the back before filling in this page) This paper standard is applicable to China National Standard (CNS) Α4 specification (210Χ297mm) A7 B7 printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs V. Description of the invention (/) The timing of off-switching is displayed on the monitor with the left and right images displayed. In addition, the drive of the liquid crystal shutter is determined based on the Enable / Disable signal generated by the shutter switch (60). As shown in Fig. 5, it is the schematic circle of the input and output signals in the second example of the present invention (that is, the basic operation principle of the shutter synchronizer). As shown in the figure, the vertical synchronization signal is sent out by the VGA interface buffer in sequence (the time sequence is used to indicate the round-off sequence of the signal). First, assume that the even-numbered synchronization signal represents the vertical synchronization generated by the VGA circle card when the left image is displayed Signal, and the odd vertical synchronization signal represents the vertical synchronization signal generated by the VGA graphics card when the right image is displayed, of course, the reverse is also possible; At is the time interval required for the image sweeping display; In addition, it is also assumed that the liquid crystal shutter is at the driving voltage When it is zero, it is in the light-transmitting state, and it is in the light-shielding state under the driving voltage (the liquid crystal shutter drives the square wave signal), and of course the reverse is also possible. First, after the vertical synchronizing signal passes through the frequency halter (66), the frequency of the vertical synchronizing signal (vertical synchronizing signal / 2) generated later is half of the frequency of the original vertical synchronizing signal, and the signal is sent to the control line ( 68); In this way, the original vertical sync signal will appear twice within one cycle of the vertical sync signal / 2, that is, the left and right images are scanned sequentially (first left and then right) to be displayed on the monitor screen; On the one hand, the liquid crystal shutter drive square wave signal generated by the liquid crystal shutter drive signal generator (64) and the Enable and Disable signals rounded off by the shutter switch part (60) will also be sent to the control circuit (68). In the state of Enable, the vertical sync signal is in an even state, and the Bay Line will send the liquid crystal shutter drive signal to the right liquid crystal shutter, so that the right liquid crystal shutter becomes light-shielded, and zero voltage is sent to the left liquid crystal shutter, so that the left The liquid crystal shutter becomes a light-transmitting state, so after wearing the liquid crystal shutter glasses, only the left image can be seen by the left eye, while the right eye is in a dark state. Similarly, if the signal is in the Enable state and the vertical synchronization signal is in the odd state, the control circuit will send the liquid crystal drive signal to the left liquid crystal shutter, so that ------- " ιί (装- -一 ---- 訂 ----- rx (Please read the precautions on the back before filling in this page) This paper size is based on China National Standard (CNS) A4 specification (210X297mm) A7 B7 Central Ministry of Economic Affairs Printed by the Staff Consumer Cooperative of the Bureau of Standards 5. Description of the invention (^) The liquid crystal shutter on the left becomes a light-shielding state, and the zero voltage is sent to the liquid crystal shutter on the right, so that the right liquid crystal shutter becomes a light-transmitting state, so the user wears the liquid crystal After the shutter glasses, only the right image can be seen by the right eye, and the left eye is dark. Conversely, if the signal is in the Disable state, the control circuit sends zero voltage to the left and right liquid crystal shutters at the same time, so that the left and right liquid crystals The shutter becomes light-transmitting, so after wearing the LCD shutter glasses, the left and right images can be seen by the left and right eyes. At this time, the effect is the same as that without the LCD shutter glasses, that is, the LCD shutter glasses stop In addition, as shown in FIG. 3, the shutter drive signal output unit (80) includes left and right switchover (72), wireless transmission switch (74), amplifier (76j, transmitter (Z8) and transmitter The device status indicator (82) consists of a wired signal (hereinafter referred to as wired), and the LCD shutter drive signal generated by the shell is sent to the wired worm mirror (84), or wirelessly. (Μ_wireless), the liquid crystal shutter drive signal generated by the shutter control part (70) is sent to the wireless liquid crystal shutter glasses (86). In the wired type, the liquid crystal cannot be used in the hardware system of the sister Identify the left and right of the vertical synchronization signal ^, that is, the hardware system of the present invention cannot know whether a VGA graphics card sends left or right images to a certain vertical synchronization signal in FIG. 5, so the shutter drive signal output section (80 ) Set a left and right switch (72) to switch the transmission object of the liquid crystal shutter drive signal; that is, as shown in the figure, the liquid crystal shutter drive signal from the left side of the control line (68) is directly transmitted to the left liquid crystal technology, and from the control Liquid coming out from the right side of line (68) The shutter drive signal is directly transmitted to the LCD LCD door; Pan Yu uses the left and right switch to transmit the LCD shutter drive signal output from the left side of the control line (68) to the right liquid crystal shutter, and the liquid crystal from the right side of the control line (68) The shutter drive signal can be transmitted to the left liquid crystal shutter to adjust the display order of the left and right images. In the wireless type, the left and right liquid crystal shutter drive signals from the control circuit (68) rotate through the amplifier (76) -------- LJ Pack-(Please read the precautions on the back before filling in this page) The standard paper size is based on China National Standard (CNS) A4 (210X297mm) Central Bureau of Standards, Ministry of Economic Affairs Employee Consumer Cooperative Printed A7 B7 V. Description of the invention (/) After this signal is amplified, the signal can be converted into an infrared signal, radio wave 'or visible light with the help of the transmitter (78). ⑹ The receiver is used to activate the wireless LCD shutter glasses (86) to synchronize the closing and switching of the LCD shutter with the input signal. The wireless transmission switch (741 can control whether the LCD is fired or not, and the transmitter status indicator (82) shows the transmission of the liquid crystal shutter waist movement signal. In addition, the wireless transmission mechanism can also be designed as shown in Figure 4 It shows that the vertical synchronizing signal / 2 output by the control line (68) is input to an amplifier (76), which amplifies the signal and sends it to a transmitter (78) Then, the transmitter (78) converts this signal into an infrared signal, or radio wave, or visible light, and transmits it to the receiver of the remote wireless liquid crystal shutter glasses (86) to activate the wireless liquid crystal shutter glasses (86) ) Of the LCD shutter drive signal to synchronize the switching of the LCD shutter with the signal of the turn-in./ Furthermore, referring to FIG. 6 for a lesson, it is a schematic diagram of the method of implementing the inverted image of the present invention. Right 2 right images (available from photography or drawing), put the left and right two images (88), (90) into the display memory of the VGA card (30 punches, and then use the VGA ~ card controller to pass The upper left and right 51 ¾ like (88), (90) worm & AMDAC output in turn The time is displayed on the monitor's hummus, that is, at a certain moment (t = TQ), the left image (88) is output from the VGA card and displayed on the monitor screen, and at the next moment (t = TQ + At), the right image _ is wheeled out by the VGA card and displayed temporally on the double scorpion of the suspender, because the left and right images (88) and (90) are stored in the display memory of the VGA card ( 30) The different positions are tired, so the VGA card is sent out to the monitor in a non-interlaced way to show the left and right images (88), (90) in time. Another way is to make the emperor synthesize The same address stored in the display memory (30) of the VGA card, the output method is to output the left and right images (92) and (94) after the interleaving synthesis of the VGA card in an interleaved manner (as shown in Figure 7) . * ^ Please refer to circle eight, which is the action circle of the liquid crystal shutter glasses according to an embodiment of the present invention. The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210X297mm) ----------. (Please read the precautions on the back before filling out this page)
L 經濟部中央揉準局員工消费合作社印製 A7 ____B7_ 五、發明説明（/) 於某一瞬間(t^T。)監視器(12)開始掃瞄並顯示左影像時，讓右邊的 液晶快門(^)成爲遮光狀態，而左邊的液晶快門(98)成爲透光狀 態，是以只有左眼(100)看到左影像(如圖八a所示）。在下一瞬間 (t=TQ+At)，監視器(12)開始掃瞄並顯示右影像時，讓左邊的液晶快 門(98)成爲遮光狀態，而右邊的液晶快門(96)成爲透光狀態，是以 只有右眼(102)看到右影像(如圖八b所示）。因此，在T0到TQ+2At的 這段時間中(At遠小於視覺暫留時間），人的左、右眼睛(100)、（102) 好像同時各別看到左、右影像，然後腦神經網路則再根據這兩個 左、右影像合成一虛擬的立體成像(104)，因此我們可以看到虛擬 的立體成像(104)(如圖八c所示)。 請參閱_九，係爲發明實旅例之立_親影像成像之示意置丄圍 九gj係爲成像隆Λ螢幕效果之示意圖，其中左影像(101)係放置於 監視器(12)之左方，右影像(103)係放置於監視器(12)之右方J故由 左輕線與右視g所組合之交叉成像物(106)係位於監視器(12)琶曼後 方，故使用iif見;立體成像點位於螢幕之後方，即成像如同陷入 螢幕之內而產生陷入之效果。另圖九b，係爲成像平貼螢幕效果之 示意圖，其中將左、右兩影像重叠放置於監視器(12)螢幕上，此時 由左視線與右視線所組合之交叉成像物(106)恰巧位於螢幕上並與 左、右影像相重叠，故此時使用者所見之立體成像點位於螢幕上， 即產生成像平貼於螢幕之效果。另圖九c，係爲成像浮現螢幕效果 之示意圈，其是將左影像(101)放置於監視器(12)螢幕上之右方，右 影像(103)放置於監視器(12)螢幕上之左方，此時由左視線與右視線 所組合之交叉成像物(106)係位於螢幕之前方，故此時使用者所見 之立體成像點位於螢幕之前方，即產生成像浮現於螢幕之效果。 另，請參閱圖十，係爲事發明實施例之二次元影像於視覺縱深 (請先閲讀背面之注意事項再填寫本頁) ’裝-L A7 ____B7_ printed by the Employee Consumer Cooperative of the Central Bureau of Economic Development of the Ministry of Economic Affairs 5. Invention description (/) At a certain moment (t ^ T.) When the monitor (12) starts to scan and displays the left image, let the right LCD shutter (^) It becomes a light-shielding state, and the left liquid crystal shutter (98) becomes a light-transmitting state, so that only the left eye (100) sees the left image (as shown in Figure 8a). At the next instant (t = TQ + At), when the monitor (12) starts to scan and display the right image, the left liquid crystal shutter (98) becomes light-shielded and the right liquid crystal shutter (96) becomes light-transmitting. Therefore, only the right eye (102) sees the right image (as shown in Figure 8b). Therefore, during the period from T0 to TQ + 2At (At is much smaller than the visual retention time), the human left and right eyes (100), (102) seem to see the left and right images separately, and then the brain nerves The network then synthesizes a virtual stereo imaging (104) based on these two left and right images, so we can see the virtual stereo imaging (104) (as shown in Figure 8c). Please refer to _9, which is an example of an actual example of invention. _Pro-image imaging schematics. The location of the g9 is a schematic diagram of the imaging effect of the screen. The left image (101) is placed on the left side of the monitor (12). The right image (103) is placed on the right side J of the monitor (12). Therefore, the cross-image (106) composed of the left light line and the right view g is located behind the monitor (12). iif see; the stereoscopic imaging point is located behind the screen, that is, the imaging is like being trapped in the screen to produce the effect of being trapped. Another figure 9b is a schematic diagram of the effect of imaging a flat screen, where the left and right images are placed on the monitor (12) screen, and the cross-imaging object (106) combined by the left and right sight lines at this time It happens to be on the screen and overlaps with the left and right images, so the stereoscopic imaging point seen by the user at this time is on the screen, which produces the effect that the image is flat on the screen. Another figure ninec is a schematic circle of the image emergence screen effect, which is to place the left image (101) on the right side of the monitor (12) screen, and the right image (103) on the monitor (12) screen On the left side, the cross image (106) combined by the left and right sight lines is located in front of the screen, so the stereoscopic imaging point seen by the user at this time is located in front of the screen, which produces the effect of imaging appearing on the screen. In addition, please refer to FIG. 10, which is the visual depth of the two-dimensional image of the embodiment of the invention (please read the precautions on the back before filling this page) ’装-
,1T 本紙張尺度逋用中國國家梂準（CNS ) Α4規格（210Χ297公釐） 29〇433 at B7 五、發明説明（/0) 度的運用方法之示意圖，主要是將傳統届龙夕平ML影像分 離成ΞΕ風縱深度余使用者於視覺上有耳目一新之立體感覺；其程序 依次分成五個步驟，萁說昍如下: 首先，將二次元各眉次的影像資料分別儲存之電腦之主記憶 體中，本實施例係假設二次元之影像畫面於視覺上只有遠程(第 一眉)(a)、中程(第二層)(b)及近程(第三層)(c)等三個眉次。 ② 影像複製： 在PC的記憶體中複製其所儲存各層次的影像(以下簡稱層影 像），令原來所有的眉影像爲左影像群(105)而複製後的所有的層 影像爲右影像群(107)，（以下簡稱爲影像群）。 ③ 視差位移： 經濟部中央標率局貝工消资合作社印装 1^1 ^^^1 —^n ^ ^^^1 If 1^1 «n ^-r»J (請先M讀背面之注意事項再填寫本頁) 根據本發明中對三次元(3 D)縱深度之運用方式，即針對右 影像群(107，虛線所構成之影像)之各層影像⑻、(b)、（c)作不同 程度之視差位移而成爲另一右影像群(107，實線所構成之影 像），且此位移之大小係可控制各個屑影像於視覺上對3 D 之縱深度；如圖十a所示，係爲本發明實施例之3 D縱深度控制 方式之示意圖，如圖所示在視覺土感覺較遠的第一眉次(a)的左' 右影像（方形圖）做較多的視差位移，並使左視線(左眼睛與左 眉影像的連線)與右視線(右眼睛與右眉影像的連線)交差於監視器 (12)螢幕的後端(陷入螢幕效果），因而使得第一層次(a)獲得較大 的3 D縱深度。如同上述第一眉次(a)的處理方式，但第二屑次(b) 的左、右眉影像（圓形圈）做較少的視差位移，也使獲左視線與 右視線交差於監視器(12)螢幕的後端^gg效果)，而使得第 二層次(b)獲得較小的3 D縱深。至於但第三雇次(c)的左、右眉 本紙張尺度逋用中國國家橾準（CNS ) A4规格（210X297公釐） 經濟部中央標準局員工消费合作社印裝 A7 B7 五、發明説明（//) 影像（菱形圖）則做反向的視差位移，使得左視線與右視線交差 於監視器(12)螢幕前竭(浮現螢幕效果），並使得第三層次(C)的 3 D縱深小於實際的監視器(12)螢幕，讓使用考在視覺上以爲第 三層次(c)的影像浮出監視器(12)的螢幕之外；此外，圖十b所 示，係爲圖十a之左、右影像及成像之示意圖。 ④ 眉影像合成： 將左影像群(105)的各層影像依遠近關係重叠成爲一畫面爲左 影像(109)，同時也把右影像群(107，實線所構成之影像)的各眉 影像依遠近關重叠成爲一畫面爲右影像(111)，並把左、右影像 (109)、（111)分別送到VGA繪圖卡(22沖不同位置的顯示記憶體 (非交錯式影像連纜輸出之方法），當然，也可以把左右影像 (109)、（111)先交錯合成後再送到VGA繪圖卡(22)的相同位置之 顯示記憶體(交錯式影像連緝輸出之方法）。 ⑤ 立體影像輸出： 根據步驟④，可利用非交錯式影像連續輸出方式，將左、右 影像(109)、（111)輸出至監視器，或利用交錯式影像連續輪出方 式，將交錯合成後的影像輸出至監視器。 根據上述程序並配合本發明中之立體顯像之硬體系統，可將 原來平貼在螢幕上的各雇次間場景依照遠近正確地分離開來，讓 使用者在視覺上獾得3 D的縱深距離感，達到逼眞的立體效果。 綜上所述，本發明即是根據兩眼視差之原理丄針對且前逝有之 二次元影像，提出一種立體化的軟體程序，於不更改該二次元影像 既有的軟體程式原則下，而利用本發明之立體化程序，則可將Μ來 場景之遠近關係調整 其左、右兩影像之放置方位及相互之水平位移以製造出不同之縱深 rn^ HI n· ,#eJIn m I II 入 (請先閲讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家橾準（CNS ) A4洗格（210X297公釐） 經濟部中夬標準局負工消費合作杜印製 A7 B7 五、發明説明（//) 距離，另再配合本發明之硬體設計，於使用者戴上本發明中硬體設 備之一的液晶快門眼鏡後，則可實感受到成像於各層次間之立體效 果。 唯以上所述者，僅爲本發咱之較佳實施例而已，當不能以之限 定本發明所實施之範圍。即大凡依本發明申請專利範圔所作之均等 變化與修飾，皆應仍屬於本發明專利涵蓋之範圍內，謹請貴審查 委員明鑑，並祈惠准，是所示禱。 圖示之簡單說明 圖一係爲本發明實施例之系統外觀示意圔。 圖二係爲本發明實施例之系統方塊圖。 圖三係爲本發明實施伊j之外接式快門同步器之方塊圖。 圖四係爲本發明實施例另一外接式快門同步器之方塊圖。 圖五係爲本發明實施例快門控制部輸出入信號之示意圖。 圖六係爲本發明實施例之非交錯連續顯像方式亲意圖。 圖七係爲本發明實施例之交錯連續顯像示意圖。 圖八a、b、c係爲本發明實施例之液晶快門眼鏡動作示意圆。 圖九a係爲本發明實施例(成像陷入螢幕效果之示意圈。 圖九b係爲本發明實施例成像平貼螢幕效果之示意圖。 圖九c係爲本發明實施例成像浮現螢幕效果之示意圖。 圖十係爲本發明實施例之二次元影像於視覺縱深度運用方法之 示意圖。 圖十a係爲本發明實施之三次元成像縱深度控制方式之示意 圖0 圖十b係爲本發明實施例j圖十a之左、右影像及成像之示意圖。 圖號之簡單說明 H. « ^ϋ. I -I- -- --^In I 1 (請先閱讀背面之注意事項再填寫本頁) 本紙張尺度適用中國國家橾準（CNS ) A4规格（210X297公嫠） 五 A7 B7 經濟部中央櫺準局員工消费合作社印製 發明説明（/力 (10) 電腦主機 (11) VGA繪圖卡 (16)有線式液晶快門眼鏡 (20)主記憶體 (22)VGA繪圖卡 (30)顯示記憶體 (34)RAMDAC (26)外接式快門同步器 (36)同步信號捕捉器 (28)液晶快門 (40)電源部 (42)電源供應線路 (46)電源指示器 (50)VGA介面緩衝器 (60)快門開關部 (52)垂直同步信號極性檢出器 (56)極性狀態指示器 (62)快門狀態指示器 (70)快門控制部 (64)液晶快門驅動信號產生器 (68)控制線路 (80)快門驅動信號輸出部 (72)切換開關 (76)放大器 (82)發射器狀態指示器 (12)監視器 (14)外接式快門同步器 (18)無線式液晶快門眼鏡 C24)監視器 (32)控制器 (38)驅動器 (44)電源開關 (54)極性設定電路 (58)快門手動開關 (66)頻率減半器 (74)無線發射開關 (78)發射器 (請先閲讀背面之注意事項再填寫本頁) -装. 言 本紙張尺度適用中國國家揉準（CNS ) A4规格（210X297公釐） A7 B7 經濟部中央標準局員工消費合作社印製 發明説明（/y) (84)有線式;^液晶快門眼鏡 (86)無線式之液晶快門眼鏡 (88)左影像 ⑽右影像 (92)左影像 (94)右影像 (96)右邊之液晶快門 (98)左邊之液晶快門 _左眼 (102)右眼 (104)立體成像 (101)左影像 (103)右影像 (106)成像物 (105)左影像群 (107)右影像群 (10$左影像 (111)右影像 (請先閱讀背面之注意事項再填寫本頁) 裝. 訂 本紙張尺度逋用中國國家橾率（CNS ) A4规格（210X297公釐）, 1T This paper uses the Chinese National Standard (CNS) Α4 specification (210Χ297mm) 29〇433 at B7. V. Description of the invention (/ 0) The schematic diagram of the application method is mainly based on the traditional Longxiping ML The image is separated into ΞΕ vertical and horizontal depth. The user has a visually refreshing three-dimensional feeling; the program is divided into five steps in sequence, and the following is as follows: First, the main memory of the computer that stores the image data of each element of the second dimension In the body, this embodiment assumes that the image of the second element is visually only three distances (first eyebrow) (a), medium range (second layer) (b) and short range (third layer) (c). Eyebrows. ② Image copy: copy the images of each layer (hereinafter referred to as layer images) stored in the memory of the PC, so that all the original eyebrow images are the left image group (105) and all the copied layer images are the right image group (107), (hereinafter referred to as the image group). ③ Parallax Displacement: Printed by the Beigong Consumer Investment Cooperative of the Central Standard Rating Bureau of the Ministry of Economic Affairs 1 ^ 1 ^^^ 1 — ^ n ^ ^^^ 1 If 1 ^ 1 «n ^ -r» J (please read the back of M first (Notes and then fill out this page) According to the application of the three-dimensional (3 D) vertical depth in the present invention, that is, the images of each layer of the right image group (107, the image formed by the dotted line) ⑻, (b), (c) Perform parallax displacement of different degrees to become another right image group (107, the image formed by the solid line), and the magnitude of this displacement can control the vertical depth of each chip image to 3 D visually; as shown in Figure 10a It is a schematic diagram of the 3D vertical depth control method according to an embodiment of the present invention. As shown in the figure, the left and right images (square image) of the first eyebrow (a) that feels far away from the visual soil do more parallax Displace and make the left line of sight (the connection between the left eye and the left eyebrow image) and the right line of sight (the connection between the right eye and the right eyebrow image) cross the rear end of the screen of the monitor (12) (because of the screen effect), so The first level (a) obtains a larger 3D vertical depth. Like the processing method of the first eyebrow (a) above, but the left and right eyebrow images (circular circle) of the second chip (b) do less parallax displacement, which also makes the left and right sight lines cross the surveillance. (12) the rear end of the screen (gg effect), so that the second level (b) gets a smaller 3D depth. As for the third and second employments (c), the paper size of the left and right eyebrows uses the Chinese National Standard (CNS) A4 specification (210X297 mm). The A7 B7 printed by the Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of invention ( //) The image (diamond diagram) is reversed parallax displacement, so that the left line of sight and the right line of sight are crossed in front of the monitor (12) screen (the screen effect appears), and the 3D depth of the third level (C) It is smaller than the actual monitor (12) screen, so that the use of visually thinks that the image of the third level (c) floats out of the monitor (12) screen; in addition, as shown in Figure 10b, it is Figure 10a Schematic diagram of the left and right images and imaging. ④ Eyebrow image synthesis: The images of each layer of the left image group (105) are overlapped into a left image (109) according to the distance relationship, and the eyebrow images of the right image group (107, the image composed of solid lines) are also combined according to The far and near levels overlap to form a picture as the right image (111), and send the left and right images (109), (111) to the VGA graphics card (22 display memory at different locations (non-interlaced image cable output) Method), of course, the left and right images (109), (111) can also be interlaced and then sent to the display memory at the same position of the VGA graphics card (22) (interlaced image output method). ⑤ stereoscopic image Output: According to step ④, you can use the non-interlaced image continuous output method to output the left and right images (109), (111) to the monitor, or use the interlaced image continuous round-out method to output the interlaced composite image To the monitor. According to the above procedure and the stereoscopic hardware system of the present invention, the scenes that are originally flat on the screen can be accurately separated according to the distance, allowing the user to visually badger Get 3 D of depth The sense of disengagement achieves an impressive three-dimensional effect. In summary, the present invention is based on the principle of binocular parallax and proposes a three-dimensional software program for the two-dimensional image that has passed away without changing the two-dimensional element. Under the principle of the existing software program of the image, and using the stereoscopic process of the present invention, the position of the left and right images and the horizontal displacement of the two images can be adjusted to produce different depths. HI n ·, # eJIn m I II (Please read the precautions on the back before filling in this page) This paper size is applicable to the Chinese National Standard (CNS) A4 wash grid (210X297 mm). Consumer Cooperation Du Printed A7 B7 V. Description of the invention (//) Distance, in addition to the hardware design of the present invention, after the user wears the liquid crystal shutter glasses of one of the hardware devices of the present invention, you can actually feel it The three-dimensional effect of imaging between layers. Only the above are only the preferred embodiments of the present invention, but it cannot be used to limit the scope of the invention. That is, what Dafan did according to the patent application of the invention Equal changes and modifications should still fall within the scope of the patent of the present invention, and I would like to ask your reviewing committee to learn from them and pray for permission, which is shown. The simple illustration of the figure is the appearance of the system according to the embodiment of the invention Fig. 2 is a system block diagram of an embodiment of the present invention. Fig. 3 is a block diagram of an external shutter synchronizer of the present invention. Fig. 4 is another external shutter synchronizer of an embodiment of the present invention. Block diagram of Figure 5. Figure 5 is a schematic diagram of the input and output signals of the shutter control unit according to an embodiment of the present invention. Figure 6 is a schematic diagram of a non-interlaced continuous development method of an embodiment of the present invention. Figure 7 is an interlaced continuous embodiment of the present invention Schematic diagram of development. Figures a, b, and c are schematic circles of the action of the liquid crystal shutter glasses according to an embodiment of the present invention. Figure 9a is a schematic circle of an embodiment of the present invention (the imaging is trapped in the screen effect. Figure 9b is a schematic diagram of the imaging flat-screen effect of the embodiment of the present invention. Figure 9c is a schematic diagram of the imaging surface effect of the present invention Fig. 10 is a schematic diagram of a method for applying a two-dimensional image to visual depth in an embodiment of the present invention. Fig. 10a is a schematic diagram of a three-dimensional imaging depth control method implemented by the present invention. 0. Figure 10b is an embodiment of the present invention. j The schematic diagram of the left and right images and imaging of Figure 10a. A brief description of the figure number H. «^ ϋ. I -I---^ In I 1 (Please read the precautions on the back before filling this page) This paper scale is applicable to the Chinese National Standard (CNS) A4 (210X297). A7 B7 Printed description of inventions by the Employee Consumer Cooperative of the Central Bureau of Economic Development of the Ministry of Economic Affairs (/ Li (10) Computer Host (11) VGA Graphics Card (16 ) Wired LCD shutter glasses (20) Main memory (22) VGA graphics card (30) Display memory (34) RAMDAC (26) External shutter synchronizer (36) Synchronization signal catcher (28) LCD shutter (40 ) Power supply section (42) Power supply line (46) Power indicator ( 50) VGA interface buffer (60) shutter switch part (52) vertical sync signal polarity detector (56) polarity state indicator (62) shutter state indicator (70) shutter control part (64) liquid crystal shutter drive signal generation (68) Control circuit (80) Shutter drive signal output part (72) Switch (76) Amplifier (82) Transmitter status indicator (12) Monitor (14) External shutter synchronizer (18) Wireless LCD Shutter Glasses C24) Monitor (32) Controller (38) Driver (44) Power Switch (54) Polarity Setting Circuit (58) Shutter Manual Switch (66) Frequency Halfer (74) Wireless Transmitter Switch (78) Transmitter (Please read the precautions on the back before filling out this page)-Pack. The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210X297 mm) A7 B7 Printed invention instructions printed by the Employee Consumer Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs ( / y) (84) wired; ^ LCD shutter glasses (86) wireless LCD shutter glasses (88) left image ⑽ right image (92) left image (94) right image (96) right LCD shutter (98) LCD shutter on the left_left eye (102) right eye (104) stereo imaging (101) left image (103) right image (106) Imaging object (105) Left image group (107) Right image group (10 $ left image (111) right image (please read the precautions on the back before filling out this page) Packed. The size of the printed paper is based on the country of China Rate (CNS) A4 specification (210X297mm)