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經濟部令央標準局員工消费合作社印製 五、發明説明（ί ) 本創作係一種影像顯示条统，尤指一種结構簡單•將 影像透過反光鍍_進入人眼中，不姐礙視線且提高顯示投 光效果之間接投影影像顯示糸统。 傳统採用直空鍍膜方法製作之透明反光鍍膜玻璃影像 顗示效果不佳，製作成本高。全像顯示在光學成像時較複 雜，對彩色成像不易達到。 在玻璃板進行全像顯像鍍膜I將顯示信號以光學投影 到玻璃板上，經柵狀反射特性至人雙眼之差異，產生遨距 成像 > 但在玻璃上進行柵狀鍍瞑成本高。 使用多層膜技術以不同折射率交叉鍍膜獲得窄頻高反 射玻璃板，因窄頻反射衹適合單色光，對目前彩色顯示器 並不適用。 本創作之間接投影影像顯示系，统，採用溶膠法製作透 明單面反光鍍瞑玻璃，製程β單，可進行全頻彩色反光， 對目前彩色螢光幕使用非常適合，配合溶凝膠抗反射镀膜 及蓀狀鍍膜，達到反光顯示之功能，提高投光效果。 視資料形態，間接投影可分為寅物影像與媒體影像， 為使投影顯示结果為正像需經一次霧狀鍍膜玻璃成像與一 次透明反光鍍膜坡璃顯示·。 電視投影機投影至箨狀鍍膜玻璃背面成像時，投影路 徑為節省空間可採用兩次反射來達成正像投影之目的，因 此在設計時兩枚反射鏡路徑配匹必需考慮。 透明反光链膜玻璃在抬頭顗示系统中，因實際使用時 •因觀看者視角高低不同，故透明反光镀膜玻璃安裝需可 本紙張尺度適用中國國家標準（CNS ) Λ4規格（297公餐) (請先閱讀背面之注意事項再填寫本頁) r--- ! —4 - I- P p^n i HI I 1 I -- 45 583 4 經濟部中央標準局員工消費合作社印製 Λ 7 Β7五、發明説明（>) 調整仰角或高度《符合觀看者視角。 圖式簡要說明： 第一圖 繪示霧吠鍍_玻璃结構。 第二圖 绻示實物資料間接投影抬頭顯示系统结 構。 第三圖 繪示電腦擋案間接投影抬頭顯示系統结溝 0 第四圖 繪示影像媒體間接投影抬頭顯示系.统结構 0 第五圖 繪示多媒體間接投影抬頭頭示系统结構。 苻號說明： 1 角度調整節 2 高度調整節 3 孩狀鍍摸玻璃 15 透明單面反光鍍膜坡璃 17 支柱 2 9 手提型涸人電腦 3 0 電腦螢幕 3 2 放影楗 3 4 麥克風 3 1 毛玻璃 3 3 半透光摸 • 3 5 半透光纸 4 1 紙本資抖 (請先閱讀背面之注意事項再填寫本頁) .I--表-- '1Τ 本紙張尺度適用中國國家標準i CNS ) A4規略（2! 0 X 297公釐） 4 5 5 8 3 4 Λ 7 Β7 五、發明説明（孑） 6 1 陰極管螢光幕 7 1 平板螢光幕 115透明單面局部反光鍍膜玻璃 14 1 電視投影機 14 3 電視攝影機 3 11 擋案磁片 3 3 1 影音媒體 3 5 1 音箱喇叭 本創作關鐽材枓透明反光鍍膜玻璃1 5，可依需求採 用簞層透明反光鍍瞑玻璃、三層透明反光鍍膜玻璃及四層 透明強反光鍍膜玻璃。基本上透明反光鍍膜玻瑀板用於影 像顯示装置最突顯部位；若為防破損，可進行加熟強fb或 鸾板加工。此透明反光玻璃功用在使用者不需轉移視線同 時観看玻璃前反光影像及玻璃後實景。 經濟部中央標準局員工消費合作社印製 (請先閒讀背面之注意事項再填寫本頁) 請參閱第一圖，係繪示蓀狀鍍膜玻璃结構。本創作所 用孬狀鍍膜玻璃3，可採用毛玻璃3 1為材料，亦可於透 明玻璃苛面以溶膠法進行單面菝狀鍍瞑3 3或貼一張半透 光紙3 5。 請參閱第二圔，係讅示實物影像間接投影影像_示& 統结構。如圖所示，本創作所設計製作之實物影像間接投 影影像顯示系统，透過菝狀鍍膜背面成像，利甩正面鏡像 經透明簞面反光鍍瞑玻璃1 5反射影像顯示。透明單面反 光鍍膜玻璃1 5亦可Μ透明單面局部反光鍍膜玻璃1 1 5 - 4 本紙張尺度適用中国國家標準（CNS > Α4^格（210x 297公釐） 4 5 5 8 3 4 A . β7 五、發明説明（Lf) 取代。 第三圖使用一霧吠鍍摸玻璃3及一套影視設備」.影視 設備包括一電視投影锩1 4 1與一電視攝影機1 43。採 用一電視攝影機143，不論箪色或彩色，直接對紙本資 料或實物實景進行攝影，將影像信號送至電視投影機工4 1 ，投影至單面霧狀鍍瞑玻璃3背面成像。 因霧狀鍍膜玻璃3背面正像’在正面呈現為鏡面影像 經透明抬頭顯示坡璃1 5或透明局部抬頭顯示玻璃1 1 5使觀看者可同時覼看霧状鍍膜玻璃3所顯示資料或景物 影像，並可觀看透明反光鍍_玻璃後面之景物及實況。利 用此類系统除可用於抬頭顯示講桌或轎車抬頭顗示器製作 。間接投影影像顯示系統用途可由S景與影像重叠同畤監 控功能，應用於大車倒車後方監視及遙控製程監視等 經濟部中央標準局員工合作社印製 -1 1H — - I - - - I 1 1 II— ml. —^1 : 1OJ (請先閱讀背面之注意事項再填寫本頁) 請參閱第三圖，係繪示本創作所設計製作之實物影像 間接投影抬頭顯示系统採用前述實物影像間接投影影像顯 示系統相同投影顯示糸統*而其差異在投影懘影像來源包 含個人電腦。如圖所示，K手提型個人電腦2 9為輸出， 利用影像介面卡將電腦螢幕3 0晝面經電視投影磯1 4 1 投射至兹狀鍍膜玻璃3成埋I <使用者透過透明反光鍍膜玻 璃1 5及透明局部反光镀瞑玻璃1 1 5，可親看露狀鍍膜 玻璃3上影像，亦同時可看人物及景物。使用者衹需將電 腦磁片3 1 1放入個人電腦中，依電腦操作方式將資料檢 出，在電腦螢幕3 0及霧狀鍍膜玻璃3上同時圼現所需買 料，使用者不但可透過透明反光鍍膜玻璃1 5及電腦螢幕 本紙張尺度適用中國國家標準（CNS ) A4規格.210X 297公釐） 4 5 5 83 4 經濟部中央標準局員工消費合作社印製 _ B' _五、發明説明（5 ) 3 0同時觀看所需資料，亦可監琨透明反光镀瞋玻璃後方 之景物。此類間接投影影像顯示系统最明確用途如汽車導 肮G P S之應用，其它如工廠流程動態品控及產品影像比 對分析。 請參閱第四圖，係繪示本創作所設計製作之影像媒體 間接投影影像顯示系.统。以故影槠3 2放影錄影帶及光碟 33 1之影像，由影像輸出至投影楗14 1投影至霧狀鍍 模玻璃3，供使用者抬頭觀看透明反光鍍膜玻璃1 5時* 同時看到霧狀鍍膜玻璃3上影像，並可注視景物。 請參間第五圖•僳繪示本創作所設計製作之多媒體間 接投影抬頭顯示糸统。將放影機32、攝影機1 43及麥 克風3 4之影音信號經影音_出至手提涸人電腦2 9之 影音輸入界面卡，經電腦整合畫面與漀音，透過電腦影音 輸出界面卡，影像部份送至電現投影镄1 4 1投影至蓀狀 鍍瞑玻璃3成像，供使用者抬頭観看透明反光鍍膜破璃1 5時，同時看到霧狀鍍膜玻瑀3上呈現之影像，並可注視 人物及景物。轚音部份經轚音溥送至音葙喇叭3 5 1 *使 使用者S音可播放。此類間接投影影像顯示系統最明確用 途在電視現場轉播，導播在選擇影像與實況匹配可更有效 ，其它可用於廣播電視剪_晝面等。 (請先閱讀背面之注意事項再填寫本頁) I· 訂 本紙诔尺度適用中國國家標準（CNS ) A4规格ί 2!OX29-公釐）Printed by the Consumers' Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs. 5. Description of Invention (ί) This creation is an image display system, especially a simple structure. Projection image display system indirect projection effect. The traditional reflection-coated glass image produced by the traditional direct coating method has poor display effect and high production cost. Holographic display is more complicated in optical imaging, and it is not easy to achieve color imaging. Full-spectrum imaging coating on a glass plate I optically projects a display signal onto the glass plate, and the difference in the grid reflection characteristics to the difference between the eyes of a person produces distance imaging. However, it is expensive to perform grid-like plating on glass. . Multi-layer film technology is used to cross-coat with different refractive indexes to obtain narrow-band high-reflective glass plates. Narrow-band reflection is only suitable for monochromatic light, and it is not suitable for current color displays. This creation is an indirect projection image display system. It adopts the sol method to produce transparent single-sided reflective gadolinium-plated glass. The process β is single and can perform full-frequency color reflection. It is very suitable for the current color screens and is compatible with sol gel anti-reflection. The coating and 荪 -shaped coating can achieve the function of reflective display and improve the light projection effect. Depending on the form of the data, indirect projection can be divided into the image of the object and the image of the media. In order to make the projection display result positive, it needs to be imaged with a fog-coated glass and a sloped display with a transparent reflective coating. When the TV projector projects to the back of the sigmoid-coated glass for imaging, the projection path can use two reflections to achieve orthographic projection in order to save space. Therefore, the design of the two mirror paths must be considered when designing. In the head-up display system of transparent reflective chain film glass, due to the actual use • Due to the difference in the viewing angle of the viewer, the installation of transparent reflective coated glass must be in accordance with the Chinese National Standard (CNS) Λ4 specification (297 meals) ( (Please read the notes on the back before filling this page) r ---! —4-I- P p ^ ni HI I 1 I-45 583 4 Printed by the Consumers' Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs Λ 7 Β7 DESCRIPTION OF THE INVENTION (>) Adjusting the elevation angle or height Brief description of the drawings: The first figure shows the fog bark plating glass structure. The second figure shows the structure of the indirect projection head-up display system of physical data. The third picture shows the computer system indirect projection head-up display system ditch 0 The fourth picture shows the image media indirect projection head-up display system. The system structure 0 The fifth picture shows the multimedia indirect projection head-up display system structure. Description of 苻 Number: 1 Angle adjustment section 2 Height adjustment section 3 Child-shaped glass 15 Transparent single-sided reflective coating slope glass 17 Pillars 2 9 Portable human computer 3 0 Computer screen 3 2 Projection screen 3 4 Microphone 3 1 Frosted glass 3 3 Semi-transparent touch • 3 5 Semi-transparent paper 4 1 Paper shake (please read the precautions on the back before filling out this page) .I--Table-'1Τ This paper size applies to Chinese national standards i CNS ) A4 rules (2! 0 X 297 mm) 4 5 5 8 3 4 Λ 7 Β7 V. Description of the invention (孑) 6 1 Cathode tube fluorescent screen 7 1 Flat fluorescent screen 115 Transparent single-sided partially reflective coated glass 14 1 TV projector 14 3 TV camera 3 11 Case file 3 3 1 Audio and video media 3 5 1 Speakers and speakers This material is made of transparent materials such as transparent reflective coated glass 1 5. Transparent reflective coated glass and three layers can be used as required Transparent reflective coated glass and four-layer transparent strong reflective coated glass. Basically transparent reflective coated glass cymbal sheet is used for the most prominent part of the image display device; if it is to prevent damage, it can be processed by adding strong fb or cymbal sheet. The function of this transparent reflective glass is that the user does not need to shift his or her eyes while looking at the reflective image in front of the glass and the real scene behind the glass. Printed by the Consumers' Cooperative of the Central Standards Bureau of the Ministry of Economic Affairs (please read the precautions on the back before filling this page) Please refer to the first picture, which shows the 荪 -shaped coated glass structure. The frost-like coated glass 3 used in this creation can use frosted glass 31 as a material, or it can be coated on the single side of the transparent glass by the sol method 3 3 or pasted with a piece of translucent paper 3 5. Please refer to the second section, which shows the physical image indirect projection image_show & system structure. As shown in the figure, the physical image indirect projection image display system designed and produced by this creation is imaged through the back of the 菝 -shaped coating, and the front-side mirror image is reflected by the transparent 箪 -reflected 瞑 -plated glass 15 to display the image. Transparent single-sided reflective coated glass 1 5 Also transparent single-sided partially reflective coated glass 1 1 5-4 This paper size applies to Chinese national standards (CNS > Α4 ^ Grid (210x 297 mm) 4 5 5 8 3 4 A β7 V. Description of the invention (Lf) replaced. The third picture uses a fog bark glass 3 and a set of film and television equipment. ”The film and television equipment includes a television projection 锩 1 4 1 and a television camera 1 43. A television camera is used. 143. Regardless of the color or color, directly photograph the paper material or the actual scene, send the image signal to the TV projector worker 41, and project the image onto the back of the single-sided fog-coated glass 3. Because of the back of the fog-coated glass 3 The positive image is presented as a mirror image on the front. The transparent glass is displayed on the slope 1 or the transparent partial glass is displayed on the surface 1 1 5 so that the viewer can simultaneously view the data or scene image displayed by the mist-coated glass 3 and view the transparent reflection. Scenery and live scene behind glass. Using this type of system can be used to make head-up display desks or car head-up displays. Indirect projection image display system can be used with S-view and image overlay and monitor function. Printed on the staff cooperative of the Central Standards Bureau of the Ministry of Economic Affairs, such as rear surveillance of vehicles and surveillance of remote control procedures, etc. -1 1H —-I---I 1 1 II— ml. — ^ 1: 1OJ (Please read the precautions on the back first Please fill in this page again) Please refer to the third picture, which shows the physical image indirect projection head-up display system designed and produced by this creative. The above-mentioned physical image indirect projection image display system uses the same projection display system *, and the difference is in the projection 懘 image source Contains a personal computer. As shown in the figure, K portable personal computer 29 is used as an output, and the computer screen 30 is projected on a TV projection screen 1 4 1 using a video interface card. Through transparent reflective coated glass 15 and transparent partial reflective cymbal coated glass 1 1 5, you can see the image on the exposed coated glass 3 as well as people and scenery at the same time. Users only need to put the computer magnetic sheet 3 1 1 Enter the personal computer, check out the data according to the computer operation method, and find the required materials at the same time on the computer screen 30 and the mist-shaped coated glass 3. The user can not only pass the transparent reflective coated glass 15 and the computer screen Paper size applies Chinese National Standard (CNS) A4 specification. 210X 297 mm 4 5 5 83 4 Printed by the Consumer Cooperatives of the Central Standards Bureau of the Ministry of Economic Affairs _ B '_ V. Description of the invention (5) 3 0 See the required information at the same time You can also monitor the scene behind the transparent reflective plated glass. The most specific uses of this type of indirect projection image display system are as the application of automotive guidance G P S, and others such as factory process dynamic quality control and product image comparison analysis. Please refer to the fourth figure, which shows the indirect projection image display system of the image media designed and produced by this author. Play the image of the video tape and disc 33 1 with the old film 槠 3 2 and output the image to the projection 楗 14 1 to project to the mist-shaped plated glass 3 for the user to look up at the transparent reflective coated glass 1 5 * at the same time The image is on the mist-coated glass 3 and the scene can be observed. Please refer to the fifth picture. The picture shows the multimedia indirect projection head-up display system designed and produced by this author. The audio and video signals of the player 32, camera 1 43 and microphone 3 4 are output to the audio and video input interface card of the portable computer 2 9 through the computer, and the screen and audio are integrated by the computer. The copies are sent to the telecasting projection 1 1 4 and projected onto the 荪 -shaped plated glass 3 for imaging. When the user looks up and sees the transparent reflective coating broken glass 15, he can see the image presented on the mist-shaped plated glass 3 at the same time. Can look at people and scenery. The sound part is sent to the sound speaker 3 5 1 through the sound sound so that the user S sound can be played. This kind of indirect projection image display system is most clearly used for live broadcast on television. The guide can be more effective in selecting images to match the actual situation. Others can be used for broadcasting and TV cutting. (Please read the precautions on the back before filling this page) I. Binding The paper size is applicable to Chinese National Standard (CNS) A4 specifications ί 2! OX29-mm)