M381972 五、新型說明： 【新型所屬之技術領域】 面掃描器 本新型係關於一種小型化之饋紙式雙 【先前技術】 圖3顯示-種習知之雙面饋紙式掃描器ι〇〇 圖。在習知的雙面饋紙式掃描器1〇〇中，係採用兩個； 描模組U0、120來同時掃描所饋送的文件。兩個掃 組110、120係設置於殼體130中。殼體130中需形成有 饋紙通道132。為了讓各個掃描模組11〇、12〇可以進行 校正程序，需要在掃描區14〇中設置校正白板15〇、 為了避免校正白板受到污損’最好是將校正白板15〇16〇 設置在饋紙通道132以外。因此，饋紙通道no的-部 分134需要由透明板材形成，如此，掃描模组11〇、 才得以對校正白板15〇、⑽進行掃描作業。此外，傳统 的透明板材係與掃描模、组UG、m平行設置，位於左上 方的掃描模組11G需對應至位於左下方的校正白板16〇, 而位於右下方的掃描模& m需對應至位於右上方的校 , 50因此相當佔用空間，而不利於掃描器的小 里化不苻合現代潮流的小型化電子設備的需求。 【新型内容】 因此’本新型之-個目的係提供—種小型化之饋紙 式雙面掃肖器，“參彳色板及掃描模組的適當空間配 置可以使得雙面掃描器的體積得以最小化。 4 mj«1972 。。為達上述目的，本新型提供一種小型化之雙面掃描 =，其包含第一掃描模組、第一參考色板、第二掃描模 ，’且以及第二參考色板。第一掃描模組用以於第—掃描區 掃榣文件之正面。第一參考色板設置於第一掃描模組。 =—掃描模組係與第一掃描模組相對，用以於第二掃描 區掃描第一參考色板以及文件之背面。第二參考色板設 置於第一掃描模組。第一掃描模組更用以掃描第二參考 色板。 藉此，可以讓第一與第二掃描模組彼此相對，而縮 小兩個掃描模組所佔用的空間，進而縮小掃描器的整體 體積。 為讓本新型之上述内容能更明顯易懂，下文特舉一 較佳實施例，並配合所附圖式，作詳細說明如下。 【實施方式】 圖1顯示依據本新型較佳實施例之小型化 雙面掃描器之示意圖。如圖i所示，本實施例之小= :又面掃描器包含第一掃描模組ι〇、第一參考色板、 模組30以及第二參考色板4〇。第一掃描模組ι〇 一掃描模組30組成饋紙通道6〇之一部分。 - 係耦接至第一掃描模組10以及第二掃描 '、且0。紙張傳送機構50包含數個滾輪51·54， =饋送通過位於饋紙通道6。上之第一掃描區幻： 弟一婦描區R2。 5 M381972 第-掃描模組1G包含第—平台i2、第 第一透鏡10及第一影像咸 先源14、 也就b於笛.「用以執行掃描動作， 於第-_R1掃描文件〇之正面Μ。第一參 考色板20設置於第—掃描 1〇 一平△ ] 2夕外矣； 於本實施例中’第 ^ 12之外表面12A面對第二掃描模組 !22°係設置於第-平…内表面12B上且ί 平台12係為透光平台。 第 第二掃描模組30係與第一掃描模 含第二平台32、第二光调1 、， 相對，並包 —光源34、第二透錄3 感測器38,用以執行掃描動作’是36及第二影像 掃描第一參考色板 疋於第二掃描區R2 爹号色板20以及文件D之 色板40係設置於第_ 。第一參考 弟一知榀杈組3 〇，第— 用以掃描第二參考多拓4Λ 乐知描镇組10更 之外表面32A面對第一掃圹^ 中’第二平台32 係設置於第二平台32之内表面32B上第j考色板40 係為透光平台。 且第一平台32 第一掃描模組1 〇可以與第_ 舉例而言，第一掃 i 一知描杈組30完全對齊。 組30之邊緣3〇Α。或田者二一 ^邊緣10八對齊第二掃描模 _可分別對齊第二掃描模組==兩邊緣·、 如此一來，得以右 之兩邊緣30Α、30Β。 有Λ縮小兩個掃描 為了執行校正功能，處理 ^所佔用的空間》 模組10掃描第二參考色板4〇°可用以依據第一掃描 來校正第这 板 所得之第一參考芦號 权正第-掃描模組〗〇掃描 夺亏1口 m SRi -掃猫信號SS1，並依據第”F所得之第 饵撝杈組30掃描第一參考 6 M381972 ^板20所侍之第二參考信號SR2來校正第二掃組3〇 掃描文件D之背面DB所得之第二掃描信號ss2。、· 圖2_顯示圖1之另-種實施方式之局部示意圖。如 圖2所不’本實施方式係類似於圖1之實施方式，不同 之處在於第一參考色板20係設置於第一平台12之外： 面12A_L，且第二參考色 外表面32A上。於此實施方式中，第—平台η及口 台32可以是全體透光之平台或是局部不透光之平台 4考色板20及第二參考色板4〇分別具有逐漸凸出的 的1吴以避免文件D會因為忽然的凸出而造成紙張扭曲 的…果，進而影響掃描作業的執行。 值得注意的是，亦可以組合圖U 2之參考色板Μ、 4〇的設置方式。亦即，第一參考色& 20可以設置於第 :平台12之外表面12A上，而第二參考色板40可以設 置於第一平台32之内表面32B上。 習知技術之校正片係設置於掃描模組以外的區域， =致在掃描器中需提供較多的空間來容置掃描模組及設 =校正片。而於本新型中’參考片（參考色板）係設置 :掃描模組上，使得掃描器的空間被有效地利用。藉由 新型之配置，可以有效縮小兩個掃描模組所佔用的空 曰’藉以縮小掃描器的整體體積，符合微型化、輕量化 :攜式電子產品的發展趨勢。此外，由於择描器的整體 積的縮小’因而減少所使用的材料，進而降低生產成 本及符合環保的要求。 在較佳實施例之詳細說明中所提出之具體實施例僅 7 M381972 用以方便說明本新型之技術内容，而非將本新型狹義地 限制於上述實施例，在不超出本新型之精神及以下申請 專利範圍之情況，所做之種種變化實施，皆屬於本新型 之範圍。 M381972 【圖式簡單說明] R2 ： 第二掃描區 SR2 .第二參考信號 SS2 :第二掃描信號 10A 、10 B :邊緣 12A :外表面 14 ： 第一光源 18 ： 第一影像感測器 30 ： 第一掃描模組 32 ： 第二平台 32B :内表面 36 ： 第二透鏡 40 ： 第一參考色板 51-54 :滾輪 70 ： 處理器 110 、120 :掃描模組 132 :饋紙通道 140 :掃描區M381972 V. New description: [New technical field] Surface scanner This new type is about a miniaturized paper-feeding type. [Prior Art] Figure 3 shows a conventional double-sided paper-feeding scanner. . In the conventional double-sided sheet-fed scanner 1 两个, two are used; the modules U0, 120 are scanned to simultaneously scan the fed documents. Two sets of sweeps 110, 120 are disposed in the housing 130. A paper feed path 132 is formed in the casing 130. In order to allow the scanning modules 11〇, 12〇 to perform the calibration procedure, it is necessary to set the calibration whiteboard 15扫描 in the scanning area 14〇, in order to avoid the correction of the whiteboard to be stained, it is preferable to set the correction whiteboard 15〇16〇 in the feed. Outside the paper path 132. Therefore, the portion 134 of the paper feed path no needs to be formed of a transparent plate material, so that the scanning module 11 is able to perform the scanning operation on the correction white plate 15A, (10). In addition, the conventional transparent plate is arranged in parallel with the scanning die, the group UG, m, the scanning module 11G located at the upper left needs to correspond to the correction whiteboard 16〇 located at the lower left, and the scanning mode & m located at the lower right corresponds to To the top right of the school, 50 is therefore quite space-consuming, which is not conducive to the need for small-sized electronic devices that do not fit the modern trend of scanners. [New content] Therefore, the purpose of this new type is to provide a miniaturized paper-feeding double-sided sweeper. The appropriate spatial configuration of the swatches and scanning modules can make the volume of the double-sided scanner Minimized. 4 mj « 1972. For the above purposes, the present invention provides a miniaturized double-sided scan = comprising a first scanning module, a first reference swatch, a second scanning modal, 'and a second The first scanning module is configured to scan the front side of the file in the first scanning area. The first reference color plate is disposed in the first scanning module. The scanning module is opposite to the first scanning module. The second scanning area scans the first reference color swatch and the back side of the file. The second reference color swatch is disposed on the first scanning module. The first scanning module is further configured to scan the second reference color swatch. The first and second scanning modules are opposite to each other, and the space occupied by the two scanning modules is reduced, thereby reducing the overall volume of the scanner. To make the above content of the present invention more obvious, the following is a better Embodiments and with the drawings DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [Embodiment] Fig. 1 shows a schematic diagram of a miniaturized double-sided scanner according to a preferred embodiment of the present invention. As shown in Fig. i, the small size of the embodiment =: the reversal scanner includes the first The scanning module ι, the first reference swatch, the module 30, and the second reference swatch 4 〇. The first scanning module 扫描 扫描 a scanning module 30 forms part of the paper feeding channel 6 - - is coupled to The first scanning module 10 and the second scanning ', and 0. The paper conveying mechanism 50 includes a plurality of rollers 51·54, which are fed through the first scanning area located on the paper feeding passage 6. The first scanning area of the paper is: 5 M381972 The first scanning module 1G includes a first platform i2, a first lens 10, and a first image salty source 14, that is, b is in the flute. "To perform a scanning operation, scan the file in the -_R1 file. The front reference stencil 20 is disposed on the first scanning 〇 平 △ ] ] ] ] 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 矣 之外 之外 之外 之外 之外 之外 之外 之外 之外On the first surface 12B and the platform 12 is a light transmitting platform. The second scanning module 30 is connected to the first scanning The second platform 32, the second optical modulator 1, and the opposite package-light source 34 and the second translating 3 sensor 38 are configured to perform a scanning operation '36 and a second image scanning first reference color 疋In the second scanning area R2, the swatch swatch 20 and the swatch 40 of the document D are set in the first _. The first reference brother 知 榀杈 group 3 〇, the first - to scan the second reference multi-projection 4 Λ 知 描The outer surface 32A of the town group 10 faces the first broom, and the second platform 32 is disposed on the inner surface 32B of the second platform 32. The j-th color plate 40 is a light-transmitting platform. The first scanning module 1 can be completely aligned with the first scanning unit 30, for example. The edge of group 30 is 3〇Α. Or the fielder ^1 edge 10 eight aligned second scanning mode _ can be aligned with the second scanning module == two edges ·, so that the right two edges 30 Α, 30 Β. There is a reduction in the two scans in order to perform the correction function, and the space occupied by the processing ^ module 10 scans the second reference color plate 4 〇 ° can be used to correct the first reference of the first plate according to the first scan. The first scan module 〇 scans the loss of one port m SRi - sweeps the cat signal SS1, and scans the first reference 6 M381972 according to the first FB group 30 obtained by the first F. The second reference signal SR2 served by the board 20 The second scan signal ss2 obtained by correcting the back scan DB of the second scan group 3 is scanned. FIG. 2 shows a partial schematic view of another embodiment of FIG. 1. This embodiment is not shown in FIG. Similar to the embodiment of FIG. 1, the first reference color swatch 20 is disposed outside the first platform 12: the surface 12A_L, and the second reference color outer surface 32A. In this embodiment, the first platform The η and the mouthpiece 32 may be the entire light-transmissive platform or the partially opaque platform 4 the color grading plate 20 and the second reference swatch 4 〇 respectively have a gradually protruding 1 wu to avoid the file D due to the sudden Paper that bulges and distort the paper, which in turn affects the execution of the scan job It should be noted that the setting of the reference swatches 〇, 4 图 of the U 2 may also be combined. That is, the first reference color & 20 may be disposed on the outer surface 12A of the platform 12, and the second The reference color plate 40 can be disposed on the inner surface 32B of the first platform 32. The calibration film of the prior art is disposed in an area other than the scanning module, which requires more space in the scanner to accommodate the scanning mode. In the present invention, the 'reference sheet (reference swatch) system is set on the scanning module so that the space of the scanner is effectively utilized. With the new configuration, two scans can be effectively reduced. The space occupied by the module 'to reduce the overall size of the scanner, in line with miniaturization, lightweight: the development trend of portable electronic products. In addition, due to the reduction of the entire volume of the paint selector, thus reducing the materials used, Further reducing the production cost and meeting the requirements of environmental protection. The specific embodiment proposed in the detailed description of the preferred embodiment is only 7 M381972 to facilitate the description of the technical content of the present invention, rather than narrowly limiting the present invention to The embodiments are all within the scope of the present invention without departing from the spirit of the present invention and the scope of the following claims. M381972 [Simple description of the drawing] R2: Second scanning area SR2. Second Reference signal SS2: second scan signal 10A, 10B: edge 12A: outer surface 14: first light source 18: first image sensor 30: first scan module 32: second platform 32B: inner surface 36: Two lenses 40: first reference color plates 51-54: roller 70: processor 110, 120: scanning module 132: paper feeding channel 140: scanning area
圓1顯示依據本新型較佳實施例之 iS 4+ί: ^ λ- - i 1C· 雙面掃描器之示意圖 圖2顯示圖^ 固1之另—種實施方式之局 圖3顯示一種習..雔工社 π 口丨不思圖。 【主要元件符號說明】 飞抑Μ之不意圖 D :文件 DB :背面 DF :正面 R1 :第一掃描區 SR1 :第一參考信號 SS1 ··第一掃描信號 1 0 :第一掃插模組 12: 第—平台 12B :内表面 16 :第一透鏡 20 :第一參考色板 3〇A ' 30B ··邊緣 32A :外表面 34 :第二光源 38 :第二影像感測器 50 :紙張傳送機構 6〇 :饋紙通道 100 :掃描器 130 :殼體 134 :部分 150 ' 160 :校正白板 9Circle 1 shows a schematic diagram of an iS 4+ ί: ^ λ- - i 1C· double-sided scanner according to a preferred embodiment of the present invention. FIG. 2 shows another embodiment of the embodiment of FIG.雔工社 π 口丨不思图. [Description of main component symbols] Inadvertently D: File DB: Back side DF: Front side R1: First scanning area SR1: First reference signal SS1 · First scanning signal 1 0 : First sweeping module 12 : First - platform 12B : inner surface 16 : first lens 20 : first reference color plate 3 〇 A ' 30B · edge 32A : outer surface 34 : second light source 38 : second image sensor 50 : paper conveying mechanism 6〇: Paper Feed Channel 100: Scanner 130: Housing 134: Part 150 '160: Correcting Whiteboard 9