401565 A7 B7 五、發明説明（ 有 具 Usui 種 1 指 尤， 組 模 瞄 掃 UCbf 1 供 提 係 明 發 本 組 模 瞄 掃 之 程 光 變 可 將 ，光 程感 光一 的至 定焦 固聚 一鏡 由透 經焦 是聚 β,一 大 組 模 瞄 掃 的 統 傳 用 利 像 影 的 件 文 件 文 .¾ 以 ,τ 从田般 目 掃一 以瞄 上掃 之於 置對 裝式 的 主 為 字 文 方造 瞄會 掃不 的説 程來 光件 定文 固 」ρ·ι 種 這 掃彩 來或 度片 析圖 解、 的面 高畫 較術 以藝 要是 需像 果如 如例 是件 但文 , 的 擾殊 困特 何些 任一 成瞄 變 法 無 為 因 程 光 定 。 固高 的提 组以 模加 瞒易 掃不 統度 傳析 ，解. 時此 片因， 色動 b 因 明 發 本 掃 之 程 光 變 可 模 有透 具焦 種聚 一過 供經 提線 於光 在動 的變 目可 要其 主， 之 知 習 服 克 以 度 析 解 的 組 模 瞄 掃。 變制 改Εώΐ 來的 向組 方模 的瞄 鏡掃 圖 視 外 的 統 系 瞄 明掃 説明 單發 簡本 之為 式一 圖圖 (請先閱讀背面之注意事項再填寫本頁) 裝 I 11訂 經濟部中央榡羋局Μ工消贤合作社印鉍 圖程圖圖圖 光 同 不 種 三 之 内 組 模 瞄 掃- 圖 示 顯 四 圖 至 部 内 之 例 施 實 .UCUI 種- 另 組 模 瞄 掃 一 圖 為 五 程 光 1 另 之 組 模 瞄 掃 五 圖 為 六 本紙乐又/l適川十闽《孓你本（（’NS ) A.UV」M 21(vx 297公浼） 結 構 /|\· r —^ia— •^Γ^· - ," 401565 經濟部中央標準局兑工消资合作社印狀 A7 B7五、發明説明（） 圖式之符號説明 1 0掃瞄系統 1 掃瞄模组 8 2 6可移動之雙面反射2 透鏡組 鏡 8 8 0掃瞄模组 8 第一感光裝置 2 84第二感光裝置 9 透鏡組 0 請參閲圖一，圖一為本發明掃瞒系統1 0的外 視圖。掃瞄系統1 0包含有一外殼1 2 ，一透明平 5 台1 4位於外殼1 2之上端用來放置待掃瞄的文件 16，一底片平台17位於外殼12之前端用來放置 待掃瞄的底片 1 9 ，一前端開口 1 5位於外殼 1 2 之前端用來插入底片平台 17及其上方之底片 19，以及一掃瞄模組18用來掃瞄透明平台14上 0 的文件16或是底片平台17上之底片19。 請參閱圖二至圖四，其分別顯示圖一掃瞄模 组18内之第一光程34，第二光程36及第三光程 46。掃瞄模組18包含有一殼體27，其上端設有 (請先閱讀背面之注意事項再填寫本頁). -裝. -訂 線 3 本紙张从度過川屮闷內孓怵尊（（’NS )八‘丨叱格（2丨():、：^7公垃）401565 A7 B7 V. Description of the invention (with Usui type 1 finger, group mode scan UCbf 1 is provided for the system to send and receive light. The process of the group scan can be changed, and the optical path can be fixed to a fixed focus. Mirror from the focus through the focus is poly β, a large group of model scans of the documentary files of the use of images. ¾, τ scan from Tian Tianmu to the up-scanning in the opposite type of the main The characters and texts will not be able to scan the Cheng Laiguang pieces to fix the text. ”This kind of sweeping color or to analyze the illustrations, the high-resolution painting, and the art, if the art needs to be like the example, but the text, but the text, What ’s more, any of the changes in the situation is inconsistent with Cheng Guangding. Gu Gao ’s team is based on the analysis of the inconsistency of the easy scan, and the solution. At this time, the color movement b is due to the clear scan of Cheng Guang The changeable mold has a focal point that can be gathered for the change of the warp to the light. The change can be asked by the master, and the knowledge of the group model can be scanned with a degree of resolution. Scanning system of square mode The instruction sheet is a picture of a formula (please read the notes on the back before filling this page). Install I 11 and order the printed bismuth map of the Central Ministry of Economic Affairs of the Ministry of Economic Affairs of the Ministry of Industry and Commerce. Three internal mode scans-the illustration shows the four pictures to the internal example. UCUI species-the other group scans a picture for Wu Chengguang 1 The other group scans the five pictures for six paper music / l Shichuan Shimin's "You Ni (('NS) A.UV" M 21 (vx 297) 结构) Structure / | \ · r — ^ ia— • ^ Γ ^ ·-, " 401565 Central Bureau of Standards, Ministry of Economic Affairs A7 B7 printed by the Consumer and Consumer Cooperatives V. Description of the invention () Symbols of the drawings 1 0 Scanning system 1 Scanning module 8 2 6 Movable double-sided reflection 2 Lens group lens 8 8 0 Scanning module 8 The first light sensing device 2 84 The second light sensing device 9 Lens group 0 Please refer to FIG. 1. FIG. 1 is an external view of the concealment system 10 of the present invention. The scanning system 10 includes a housing 12 and a transparent flat 5 The stage 14 is located at the upper end of the housing 12 for the documents 16 to be scanned, and a negative plate platform 17 is located at the front end of the housing 12 for placement. Negative film 19 to be scanned, a front end opening 15 is located at the front end of the housing 1 2 for inserting the negative film platform 17 and the negative film 19 above it, and a scanning module 18 is used for scanning the 0 file 16 on the transparent platform 14 Or the film 19 on the film platform 17. Please refer to FIGS. 2 to 4, which respectively show the first optical path 34, the second optical path 36 and the third optical path 46 in the scanning module 18 of FIG. 1. The scanning module 18 includes a housing 27, which is provided on the upper end (please read the precautions on the back before filling out this page). 'NS) 八' 丨 叱 格 （2 丨 ():,: ^ 7 公 垃）
I :401565 A7 B7 五、發明説明（） 一上掃瞄孔2 1用來掃瞄位於透明平台1 4上之文 件1 6，其下端則另設有一下掃瞄孔2 3用來掃瞄 位於底片平台17上之底片19。掃瞄模组18另包 含有一上側光源3 8用來照射文件1 6以產生可供 5 掃瞄的反射光線，一下側光源 4 4用來照射底片 19以產生可供掃瞄的透射光線，一感光裝置25， 設於殼體27内，用來掃瞄文件16由上掃瞄孔21 所傳來的光線或是底片1 9由下掃瞄孔2 3所傳來 的光線，一可移動之雙面反射鏡26 ，二固定之 ：〇 反射鏡2 2及2 4，一可移動之單面反射鏡2 0，一 透鏡組28，其包含有第一端30及第二端32，用 來將文件1 6或底片1 9所傳來之光線聚焦於感光 裝置25上，以及一驅動裝置（未顯示），用來分 別驅動可移動之雙面反射鏡 26及單面反射鏡 ]5 20。此驅動裝置可參考新型專利第114192號， 及美國第5, 574, 274號專利。 (請先閱讀背面之注意事項再填寫本頁) -裝· ο -訂 件 文 經濟部中央標羋局货工消资合作·社印¾ 第瞄 的掃 示以 ——? 種 兩 有 式 方 或 - 瞄α程 4 掃3光 的程一 6 光第 經 可 其 第程 的光 示二 所第 三與 圖 4 3 或 程 光 的 所加處 二來之 圖 6 同 3 由ί不 兩一 這在 在持 ，維 置是 位 ο 勺2 ό 6鏡 2射 鏡反 射面 反單 面之 雙動 之移 動可 移， 可中 於程 在光 是個 五、發明説明（ A7 B7 個固定的位置。圖二顯示在第一光程 34中，文 件1 6所產生的反射光線會被雙面反射鏡2 6的第 一面40反射至透鏡組28的第一端30。經過透鏡 組2 8的聚焦後，光線會沿著反射鏡2 4、2 2，單 面反射鏡20,及雙面反射鏡26的第二面42而傳 入感光裝置25。圖三顯示在第二光程36中，雙 面反射鏡2 6會被移開以使文件1 6所產生的反射 光線能直接傳至單面反射鏡2 0 ，其後光線會沿 著反射鏡 22 、 24而傳入透鏡組 28的第二端 3 2。經過透鏡組2 8的聚焦後，光線會直接射入 感光裝置2 5。 (請先閱讀背面之注意事項再填寫本頁) •裝' © 經濟部中央標工消资合作社印努 在第一光程34中，文件16所產生的反射光線 由透明平台14傳至透鏡組28之第一端30的距離 5 為透鏡組2 8的物距，而光線由透鏡組2 8的第二 端3 2傳至感光裝置2 5的距離為透鏡組2 8的像 距。而在第二光程36中，文件16所產生的反射 光線由透明平台 1Φ傳至透鏡組28之第二端 32 的距離為透鏡組2 8的物距，而光線由透鏡組2 8 的第一端30傳至感光裝置25的距離為透鏡組28 的像距。由於第一光程3 4與第二光程3 6的物距 與像距比例不同，因此兩者的解析度也不同。第 訂 i線 木紙張乂度適川 tN WS.m ( ('NS ) yn公焓）. 401565 經濟部中央標準局只工消費合作社印奴 A7 B7五、發明説明（） 一光程 3 4的解析度較大，但是可以掃瞄的文件 尺寸較小，而第二光程 3 6的解析度較小，但是 可以掃瞄的文件尺寸較大。 5 圖四顯示在第三光程 46中，雙面反射鏡26 會被移開，而單面反射鏡2 0則會被轉至一新的 角度以使底片 1 9所傳來的光線能沿著反射鏡 22、 24而傳入透鏡組28的第二端32。經過透 鏡組 2 8的聚焦後，光線會直接射入感光裝置 0 2 5 ° 請參閲圖五及圖六。圖五為本發明另一種掃 瞄模組8 0之内部結構圖，其顯示掃瞄模組8 0内 之第一光程70。圖六顯示圖五掃瞄模組80之另 5 —光程7 2。.掃瞄模組8 0包含有一殼體8 1，其上 端設有一上掃瞄孔76用來掃瞄位於透明平台14 上之文件1 6，其下端則另設有一下掃瞄孔7 8用 來掃瞄位於底片平台1 7上之底片1 9。掃瞄模組 8 0另包含有一上側光源3 8用來照射文件1 6以產 〇 生可供掃瞄的反射光線，一下側光源 4 4用來照 射底片 19以產生可供掃瞄的透射光線，一第一 感光裝置82，設於殼體81内，用來掃瞄文件16 (請先閲讀背面之注意事項再填寫本頁) -裝-I: 401565 A7 B7 V. Description of the invention (1) Upper scanning hole 2 1 is used to scan the document 16 located on the transparent platform 14 and a lower scanning hole 2 3 is used to scan the location Negative film 19 on the negative film platform 17. The scanning module 18 further includes an upper side light source 3 8 for irradiating the document 16 to generate reflected light for scanning 5 and a lower side light source 4 4 for illuminating the negative 19 to generate scanable transmission light. The light sensing device 25 is disposed in the housing 27 and is used to scan the light from the document 16 through the upper scanning hole 21 or the light from the negative 19 through the lower scanning hole 2 3, which can be moved. Double-sided mirror 26, two fixed: 0 mirrors 22 and 24, a movable single-sided mirror 20, and a lens group 28, which includes a first end 30 and a second end 32 for The light from the document 16 or the negative 19 is focused on the photosensitive device 25 and a driving device (not shown) for driving the movable double-sided mirror 26 and the single-sided mirror] 5 20 respectively. The driving device can be referred to the new patent No. 114192 and the US patent No. 5,574,274. (Please read the precautions on the back before filling this page) -Installation · ο-Ordering Documents Goods and Consumers Cooperation of the Ministry of Economic Affairs · Printed by the Society ¾ The scan of the scan is based on-? Or-aiming at α, path 4, sweeping 3 paths of light, 6 paths of light, showing the light of the second path, the third place and figure 4 3, or the addition of Cheng Guang, Figure 6 is the same as 3, but not two by one This is in place. The position of the spoon 2 ό 6 mirror 2 mirror reflecting surface is reversed. The double-moving movement can be moved, which can be intermediate to the distance. The invention is described in A. B7. A fixed position. Figure 2 It is shown in the first optical path 34 that the reflected light generated by the document 16 is reflected by the first surface 40 of the double-sided mirror 26 to the first end 30 of the lens group 28. After focusing by the lens group 28, The light will enter the photosensitive device 25 along the mirrors 24, 22, the single-sided mirror 20, and the second surface 42 of the double-sided mirror 26. Figure 3 shows the double-sided reflection in the second optical path 36. The mirror 26 will be removed so that the reflected light generated by the document 16 can be directly transmitted to the single-sided mirror 20, and the light will then follow the mirror 22 24 and passed into the second end 3 2 of the lens group 28. After focusing by the lens group 28, the light will directly enter the photosensitive device 2 5. (Please read the precautions on the back before filling this page) • Installation '© In the first optical path 34 of the Central Standards Consumers Cooperative of the Ministry of Economic Affairs, the reflected light generated by the document 16 is transmitted from the transparent platform 14 to the first end 30 of the lens group 28. The distance 5 is the object distance of the lens group 2 8 The distance from the second end 32 of the lens group 28 to the light receiving device 25 is the image distance of the lens group 28. In the second optical path 36, the reflected light generated by the file 16 is transmitted by the transparent platform The distance from 1Φ to the second end 32 of the lens group 28 is the object distance of the lens group 28, and the distance from the light to the light receiving device 25 from the first end 30 of the lens group 28 is the image distance of the lens group 28. Because The object distance and image distance ratio of the first optical path 34 and the second optical path 36 are different, so the resolutions of the two are also different. The order of the i-line wood paper is suitable for tN WS.m (('NS) yn public enthalpy). 401565 The Central Standards Bureau of the Ministry of Economic Affairs, only a consumer cooperative, Innu A7, B7. 5. Description of the invention. , But the size of the file that can be scanned is small, and the resolution of the second optical path 36 is small, but the size of the file that can be scanned is large. 5 Figure 4 shows the third optical path 46, a double-sided mirror 26 will be removed, and the single-sided mirror 20 will be turned to a new angle so that the light from the negative 19 can pass along the mirrors 22 and 24 to the second end of the lens group 28 32. After focusing by the lens group 28, the light will directly enter the photosensitive device 0 2 5 ° Please refer to FIG. 5 and FIG. 6. FIG. 5 is an internal structure diagram of another scanning module 80 of the present invention, which shows a first optical path 70 in the scanning module 80. Fig. 6 shows another 5 of the scanning module 80 of Fig. 5-the optical path 72. The scanning module 80 includes a housing 81. An upper scanning hole 76 is provided on the upper end for scanning the document 16 on the transparent platform 14. A scanning hole 7 8 is provided on the lower end. Let's scan the negative 19 on the negative platform 17. The scanning module 80 also includes an upper side light source 38 for illuminating the document 16 to generate reflected light for scanning, and a lower side light source 44 for illuminating the negative 19 to generate scanable transmission light. A first photosensitive device 82 is provided in the casing 81 for scanning the document 16 (please read the precautions on the back before filling this page) -install-
••IT 線 本紙张又政適川、丨，WH孓( rNS ) Λ-Ut格（公焓） 401565•• IT Line This paper is also suitable for Sichuan, 丨, WH 孓 (rNS) Λ-Ut lattice (enthalpy) 401565
經濟部中央標準历U工消资合作·社印V A7 B7五、發明説明（） 由上掃瞄孔7 6所傳來的光線，一第二感光裝置 84，設於殼體81内、，用來掃瞄底片19由下掃瞄 孔 78所傳來的光線，二可移動之單面反射鏡 96、 98 ，一透鏡組90 ，其包含有第一端92及 5 第二端94,用來將文件16或底片19所傳來之光 線聚焦於第一感光裝置82或第二感光裝置84 上，以及一驅動裝置（未顯示），用來分別驅動可 移動之單面反射鏡96、98。 〇 圖五顯示在第一光程 70中，單面反射鏡 98 會被移開，而文件1 6所產生的反射光線會經由 單面反射鏡9 6傳入透鏡組9 0的第一端9 2。經過 透鏡組9 0的聚焦後，光線直接射入第一感光裝 置82。圖六顯示在第二光程72中，單面反射鏡 5 9 6會被移開，而底片1 9所產生的反射光線會經 由單面反射鏡98傳入透鏡组90的第二端94。經 過透鏡組9 0的聚焦後，光線直接射入第二感光 裝置8 4。由於底片1 9所需的解析度較一般文件 1 6所需的解析度為大，因此在設計上，透鏡組 〇 90應接近第一感光裝置82而遠離第二感光裝置 84，上掃瞄孔76以及單面反射鏡96所在的位置 亦應接近第二感光裝置84 。這種設計可使第一 (請先閱讀背面之注意事項再填寫本頁) r I : '.J .The central standard calendar of the Ministry of Economic Affairs, U.S., Consumer and Capital Cooperation · Social Printing V A7 B7 V. Description of the invention () The light from the upper scanning hole 76, a second photosensitive device 84, is set in the casing 81, Used to scan the light from the negative 19 through the lower scanning hole 78, two movable single-sided mirrors 96, 98, and a lens group 90, which includes the first end 92 and 5 and the second end 94. To focus the light from the document 16 or the negative 19 on the first photosensitive device 82 or the second photosensitive device 84, and a driving device (not shown) for driving the movable single-sided mirrors 96, 98, respectively . 〇 Figure 5 shows that in the first optical path 70, the one-sided mirror 98 will be removed, and the reflected light generated by file 16 will be transmitted to the first end 9 of the lens group 9 through the one-sided mirror 9 6 2. After being focused by the lens group 90, the light is directly incident on the first photosensitive device 82. FIG. 6 shows that in the second optical path 72, the one-sided mirror 5 9 6 is removed, and the reflected light generated by the negative 19 is transmitted to the second end 94 of the lens group 90 through the one-sided mirror 98. After being focused by the lens group 90, the light directly enters the second photosensitive device 84. Since the resolution required for the negative 19 is larger than that required for the general document 16, the lens group 090 should be designed to be close to the first photosensitive device 82 and away from the second photosensitive device 84, and the upper scanning hole should be designed. 76 and the one-sided mirror 96 should also be located close to the second photosensitive device 84. This design allows the first (please read the notes on the back before filling out this page) r I: '.J.
*1T 1· Μ 氏张 通川 tNW孓你窣（CNS ) ( 2Ι0Χ：!ι;7 公炝） 401565 A7 _B7_^_ 五、發明説明（） 光程7 0中的像距與物距比小於第二光程7 2的像 距與物距比，因此使得第二光程7 2產生較大的 解析度。 5 本發明可變光程的設計，可以用很簡單的鏡 片移動方式來改變一個掃瞄模組的解析度，而這 些設計所使用的感光裝置及透鏡组均為現有的 元件，因此在製造上具有成本低以及製程簡單的 優點。 0 以上所述僅為本發明之較佳實施例，凡依本 發明申請專利範圍所做之均等變化與修飾，皆應 屬本發明專利之涵蓋範圍。 ---^-----?- Γ裝-------訂--ί.ί----線 (请先閱讀背面之注意事項再填寫本頁)* 1T 1 · M ’s Zhang Tongchuan tNW 孓 Ni 窣 (CNS) (2Ι0χ:! Ι; 7 cm) 401565 A7 _B7 _ ^ _ 5. Description of the invention () The image distance to object distance ratio in the optical path 70 is smaller than the second The ratio of the image distance to the object distance of the optical path 7 2 makes the second optical path 7 2 produce a larger resolution. 5 The design of the variable optical path of the present invention can change the resolution of a scanning module by a very simple lens movement method, and the photosensitive device and lens group used in these designs are existing components, so they are manufactured. It has the advantages of low cost and simple process. 0 The above description is only a preferred embodiment of the present invention. Any equal changes and modifications made in accordance with the scope of the patent application of the present invention shall fall within the scope of the patent of the present invention. --- ^ -----?-Γ 装 ------- Order--ί.ί ---- line (Please read the precautions on the back before filling this page)
經漪部中央標羋局Μ工消合作杜印V 各紙張尺度通川( ('NS ) Λ.ΐπΐΛ ( 2丨0'Λ»7公焓）The Central Standards Bureau of the Ministry of Economics and Industry, M Industrial and Consumer Cooperation, Du Yin V, Tongchuan (('NS) Λ.ΐπΐΛ (2 丨 0'Λ »7 enthalpy)