1361*755 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種用於事務機器的饋紙裝置；特別係指一 種使紙張的配送路彳空經過重新配置設計後，可減少感測和:子抑 制組件、降低饋紙裝置高度，並且讓紙張配送更平順的完^ ^ 及/或雙面掃描及/或列印等作業之手段者。 、 早曲 【先前技術】1361*755 VI. Description of the Invention: [Technical Field] The present invention relates to a paper feeding device for a transaction machine; in particular, a method for reducing the feeling after a paper distribution path is hollowed out and reconfigured Measure and measure: sub-suppression components, reduce the height of the paper feeder, and make the paper distribution smoother than ^ ^ and / or double-sided scanning and / or printing operations. Early music [prior art]
應用在事務機器方面，讓紙張文件可獲得傳真、列 ^的自動饋紙|置，係已為-習知技藝；例如，第i圖^二 ^個典型的實施例。這自動送鱗置包含有—進峨&和—出、 匣a卜用以放置複數紙張p ;紙張p經過滾輪 Ϊ二3，第—通_。紙張P的正面通過掃描餘二， 滾=帶動，以及使導引件f切換到 二，”件£再切換到圖中實線部份所顯示的位置曰， 魏e的紙張p b3，經滾触e3 P進人迴紙通道In the case of a transaction machine, it is possible to obtain a fax, a list of automatic paper feeds, and a conventional technique; for example, the second embodiment is a typical embodiment. The automatic scale setting includes - 峨 & and - 、, 匣 a 卜 to place a plurality of sheets of paper p; paper p passes the roller Ϊ 2, the first - pass _. The front side of the paper P is scanned by the remaining two, rolling = driving, and the guiding member f is switched to two, "the piece is switched to the position shown by the solid line in the figure", Wei e's paper p b3, rolled Touch e3 P into the paper return channel
以=;作業。在—個修正的實施例中， 這自了二1置另，型的實施例; _ Ρ係經過滾輪h進二氏^ ΐ f f:用以放置紙張Ρ。 滾輪紐h2帶動，以;5伯道Μ、’ 、入弟一通道k2，然後經 示的位置，讓％^ ’牛fl、f2切換到圖中實線部份所顯 d的紙張動至暫存區el。在暫存區 運k3 ;經滾輪纟且hi再$ —和滾輪組h4帶動，進入迴紙通 掃描模組D，完成紙茫文^ „f弟—通道kl，使紙張P的背面通過 成我張文件早面或雙面掃描的作業。在所述的實施 丄〇〇丄 /：)：) 例中，該導引件、f9人 讓紙張P可被滚輪％ h2W 換到圖中假想線部份所顯示的位置， 張p經反m至暫植e2。在暫存區e2的紙 圖中假想線部份所%干齡通罢賴。這日寸，導引件f3會被切換到 入出紙通道k4，置，打開出紙通道k4，讓紙張p可進 玄ΛΛ +二皮'衰輪組h6配送到出紙£ W。 ㈣送ί裝ΐί’Γΐ參考資料顯示了在事務機器方面，有關 用的情开以^的技―出這些送紙裝置在某些應 較多的空間來設置配裝多组滾輪組 也增加職裝置張的單、雙面掃描作業；相對地， 的導引件㈣，必須配置 是我們所期望的。 織仃捕的配运’而_情形並不 計必須具有曲和“。、使'4張Β己送 同％，複雜的結構和控制種序、配送路护 伏太大等因素，都會造成_ 二^^或高度起 (上述習知技藝也顯示了迴紙通道 置或銜接區域不理想的問題，導致〔、 匕 kl的配 «，通道bi、ki的銜接义較冗長， 如果重行設計考量該送紙或饋 ^曲的情形。 ί ’將可改變它的使用型態，而有別ii法使：5不同於習用 它的應用範圍。例如，使它的結槿机許=二，貝土产，也會增加 且使這類饋紙褒置可同時呈備鐘面=付。一個簡單的條件’並 備又面“、聊的作用，以及讓紙 4 1301755 月烙，我們發覺必須克服下列幾個課題： •;=饋、·置的結構滿足精簡的條件，而獲得製造成本降低的 亡何減少滾輪组、感測及電子 3,如何降低饋紙裝置整體的高度？·又、且件的配置？ 紙張配送勒^的高度落差大的情形，降低譽 路ΪΪ 口生明顯的彎曲、上升或下降變化“ ΐ 這^崎置在_具備$崎 或从贼與第—通道的丨=用下’改善 導致迴紙通道比較冗長的^/抽紅域不理想的問題， 而這畔考龍巾触__狀贿。. 裝置高度、和讓紙張配送更平順心精間、降低饋紙 有-紙張配送路經，讓紙張可通 桓裝置係界定 組以配送路徑係包括—具有前端以以-:印模 2的迴紙通道、以及—出紙通道等部分；使柯這之 、根據本㈣之饋紙裝置差大等情形。 水平麥考軸係形成0。〜30。的 』區弟一通道與一 係被儘可能的配置在接近第該饋紙裝置的滾輪組 上，使第-通4後端區和第二通^^^和第二通道的位置 以下。她於習知技藝而言 课斜度可以被限制在30。 減少習知練配送路徑喃妙配送路徑更平緩， 降變化的情形。 產比較大或產生明顯的上升或下 5 根據本發明之饋紙裝置，該迴 —端，分別配置連接在第二通道笛— 含一第一端和一第 使迴紙通道的傾斜度（即迴紙通―，運，珂端區上；在一個 30。的條件下，考量迴紙通道和第二通^參考輛的夾角）小於 ^道第二端鮮1道的鱗，使迴紙 =用以使迴紙通道㈣度健可二^進紙滾 法中迴紙通道比較冗長，以及I威至]取小。因此，改善舊 遽彎曲的情形。 、弟通遏的銜接形成一個明顯急 根據本發明之饋紙裝置，該迴 ^ 與第二通道和第—通道前端區連接的位^ ^第二端，分別 應用自身重量的特徵，經常性的_第.1、=置有閥門；閥 柒，除非移動的紙張推 通遏和迴紙通道第二 此，相較於習知技藝=用三暫日的解除該關閉狀態。因 測裳置、電子控制機構或崎的停引件配合的感 張運動的閥門，係明顯使感測^自動配合紙 配置，被儘可能的減到最^。、、屯子&制機構等相關組件的 根據本發明之饋紙裝置，在且 的距離，使迴通道和第一通道之間最近 可能的i到L 5這饋紙裝置係使滾輪組的配置數量，被儘 在下文中配性、特點’及其他目的與功效，將 【實i方ir ，而趨於了解；如圖所示： 圖；係旦3 _為本發明饋紙裝置之實施例示意 m 執仃早崎像*理作*之情形。本發明之饋纸梦 K界疋有—紙張配送職（概以參考編號10表示之），=·=. 1361.755 可通過一影像處理區20;所述的影像處理區2〇係一掃插模組及/ 或一列印模組。該紙張配送路徑1〇係包括有一進紙通道或第一通 道11、一和第一通道11相通的第二通道12、一配置在第一、二 通迢11、12之間的迴紙通道13、以及一出紙通道14等部分。在 本杳明=採的實施例中，該第一通道11係被定義有一前端區15 和一後端區16 ;因此，第一通道11的後端區16係和第二通道12 相連接。該迴紙通道13係包含一第一端17和一第二端18，分別 配置連接在第二通道和第一通道11的前端區15上，例如第3 圖所顯示的情形。 找，考量了避免紙張配送路徑10的位置產生明顯的上升或下降 變化（配送路徑高度的落差）’使紙張P的配送路徑10更平緩. ，士，在一個使迴紙通道13 .的傾斜度（即迴紙通道13鱼一水平 =軸XI的夹角）小於90。的條件下，考量迴紙通道13 “ 迴崎道第二端18與第i道前端區 長度被#可能^進^衰輪％ ’用以使迴紙通道13的 形成—個明顯急遽彎曲的情形。因此，在-個較佳的 ^例中，迴紙通道13與水平參考軸相夾角係在1〇。〜6〇。= 括莽m第3圖，饋·置除了具有進紙滾輪如之外，也包 =數^置在紙張配送路㈣上的滾輪組3卜32、33、34 ^ 中頬不了滾輪組31、32和滾輪鈿\ ' 圖 送路徑10左、右兩邊的區域位置、序〆:別破配置在紙張配 第-通道後端區16、第二通道12 (二施:； 軸幻係形成〇。〜3〇。的夾角出:運14)與一水平茶考 32和滾輪Μ 33、34在可配送^ 饋紙裝置的滾輪組31、 一通道u的心_以== 更平緩；ρ的配送路徑 1361755 在一個可行的實施例中，該出紙通道 運動的導引件40，經常的關閉出紙通道14 .咎係設置有一可往復 通道14配送出去時，才會控制導弓丨件4〇 .二紙張P需要從出紙 紙通道14。在所採較佳的實施例中，兮 ％除關閉狀態，打開出 端18，分別與第二财12和^一通^ Ϊ通道第一端Π和第二 係設置了可往復運動的間門4卜42;間15連接的位置上， 特徵，經常性的關第二通道12和迴紙用自身重量的 的紙張P推開它們，才能暫時的解降兮第二端18，除非移動 習知技藝使用三組導引件，以及盘，亥導狀態。因此，她於 子控制機構或組件的條件下，“裝二電 路徑10的配置設計，使其至少可設置二構女排及紙張配送 41 - ^ 單面p執行 道U後，經滾輪㈣、通 道的出口或暫存區19 (此1時，η，12，到達第二通 白重而自動向下擺動關閉第二通道 或第-面影像處理作業。 凡成文件或紙張P的早面 圖4係揭露了該饋紙裝置係界 之=張P可通過-影= -通道11相通的第二 及-出紙通道14等部分。在本^ 皮3有一前端區15和-後端區16「：第^ 二;2二通适12相連接。該迴紙通道13係包含-第 11二前端區15^ 18 ’分別配置連接在第二通道12和第一通道 Ι36Γ755 °月參考弟4圖的箭頭部分，俾〆絡7 & :3第二面掃描及/或列印的配送Ί :释或紙張ρ執行 匕如第3圖所顯示的單面或第 3 5兄’紙張p在經 =5方:）f進迴紙通道…，然後射_ 42 中 •端，理區進以 ^再推開閥門41，進人第：通道124H^_3 _運動 出口或暫存區19輸出。 …、麦攸弟一通道12的 第5圖箭頭部分所顯示的運動 理區20,進入第一通道後端區16=: ^像處 __第二通道12，而打開出方 滚輪組34配送，從出紙通道14輸出 面或弟二面影像處理作業。 战、·氏張P的雙 下，裝置改良在提供—結構精簡的條件 «紙裝置的滾輪組3卜32和滚輪叙33、34係被 此的为別配置在接近第一通道u的前端區15和第二首 12的位置上；因此，使第一通道後端區16和第二通道g ，上升坡度或斜度可以被儘量的減小或降低。換言之，哕 第一通道後端區16、第二通道12與水平參考軸、x^的夾g 可以破限制在30。以下；明顯改善了舊法中因配裝多組滾輪 組/感測和控制裝置所佔用的配置空間，迫使該紙張 路徑必需越過所述組件而急遽上升的情形；同時，也氏 了這饋紙裝置整體的高度。 ' 2、考量迴紙通道13和第一通道u之間最近的距離，使迴紙 通道第二端18與第一通道前端區15的連接位置可盡量接 近°亥進紙滾輪30 ’用以使迴紙通道13的長度被儘可能的 減到最小；也改善了習知迴紙通道比較冗長和它與第—通 迢的銜接區域形成明顯急遽彎曲型態的情形。 ^丨目知技藝可能需要赫導引件和相關感測、電子控 二衣置的Ϊ份’這饋紙裂置的紙張配送路徑10經過特別設 L和m安f卜後’係儘可能的應用了可因自重擺動的間門 f解決’而不需再配袭感測裳置、電子控制機構等 2 。亚且’相較於舊法中的滾輪組配置（約6〜7組） ^引巧、相關感測和電子控制裝置數量(至少約2〜4 Ά饋紙裝置只配褒了 3〜4個滾輪組3卜32、％或 俏』及L個導引件40和相關感測、電子控制裝置；不僅 1 :複一的結構和控制裎序、配送路徑的位置 iiii 大等因素，造成紙張配送不平順和捧ί 、卡紙的情形，也獲得簡的改善。 π財V加 代表性地來說，本發明係提供了—俨 型恶係不同於習知者，且罝有，法Ψ ，其空間 相當大之進步。 /、有以中所未有之機能，明顯展現了 准以上所述者，僅為本發明之可行每A 限定本發明實施之範圍，即凡依本’並非用來 變化與修飾，皆為本發明專利範圍所涵^專利粑圍所作之均等 丄妁1755 送紙装置之實施例示意圖。 一習用饋紙裝置之實施例示意圖。 本發明饋紙裝置之一實施例示意圖；係描繪 面影像處理作業之情形。 本發明饋紙裝置之另一實施例示意圖；係描繪紙張執行 雙面影像處理作業之情形。Take =; homework. In a modified embodiment, this is the second embodiment of the type; the _ Ρ is passed through the wheel h into the second ^ f f: for placing the paper Ρ. The wheel hub h2 is driven to; 5 Bodao, ', and the younger brother a channel k2, and then the position shown, let the %^ 'bull fl, f2 switch to the paper in the solid part of the figure to move to the temporary Storage area el. In the temporary storage area, transport k3; after the roller 纟 and hi then $ - and the roller group h4, enter the paper-back scanning module D, complete the paper ^ text ^ „f brother-channel kl, so that the back of the paper P passes through me In the case of the implementation 丄〇〇丄/:):), the guide, f9 person allows the paper P to be replaced by the roller % h2W to the imaginary line in the figure. The position displayed by the copy, the p is reversed to the temporary e2. In the paper map of the temporary storage area e2, the imaginary line part is 100% dry. The guide f3 will be switched to the entrance and exit. Paper channel k4, set, open the paper exit channel k4, so that the paper p can enter the Xuanyuan + two skin 'declining wheel group h6 delivery to the paper exit £ W. (4) send ΐ ΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Γΐ Regarding the use of the technology to open the paper-feeding device in some more space to set up multiple sets of roller sets also increase the single-sided, double-sided scanning operation; relatively, the guidance (4), must be configured is what we expect. Weaving and catching the distribution 'and _ the situation does not count must have the song and the. In order to make '4 sheets of Β Β 送 , , , , , , , , , 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂 复杂The problem of unsatisfactory convergence area leads to [, 匕kl's match«, channel bi, ki's connection is more verbose, if the design is re-designed to consider the situation of feeding or feeding. ί 'will change its use type And different from the ii method: 5 is different from the application range of its use. For example, make its knotting machine XX = two, shell soil, will also increase and make this kind of paper feeding device can be presented at the same time clock face = Pay. A simple condition 'together and face again', the role of chat, and let the paper 4 1301755 month, we found that we must overcome the following topics: •; = feed, set the structure to meet the streamlined conditions, and get How to reduce the roller set, sensing and electronics 3, how to reduce the overall height of the paper feeding device? · And the configuration of the parts? The height difference of the paper distribution is high, and the reputation of the road is reduced. Obvious bending, rising or falling changes" ΐ This akizaki In the case of _ with $ 崎 or from the thief and the first channel 用 = use 'improve the problem that leads to the paperback channel is rather lengthy ^ / red hole is not ideal, and this side of the test towel touch __ bribe.. device Height, and make the paper distribution smoother, reduce the paper feeding - paper distribution path, so that the paper can be defined by the device system to distribute the path includes - the paper path with the front end to -: impression 2 And the part of the paper exit channel; the situation of the paper feeding device according to this (4) is large. The level of the wheat test shaft is 0. ~30. Arranging on the roller set close to the first paper feeding device, the position of the first pass 4 rear end zone and the second pass and the second pass are below. She can limit the slope of the course in the prior art. 30. Reducing the practice of the distribution path, the distribution path is more gradual, and the situation of the change is changed. The production is relatively large or produces a significant rise or the lower 5. According to the paper feeding device of the present invention, the back-end is respectively configured to be connected in the second Channel flute - including the inclination of a first end and a first return path (ie back On the pass, the transport, on the end of the area; under a condition of 30, consider the angle between the paper return passage and the second pass ^ reference vehicle) is smaller than the scale of the second end of the ^ road, so that the paper is used for Make the paper return channel (four) degree health can be more than two paper feeding method in the paper return channel is relatively lengthy, and I Wei to] take small. Therefore, improve the old 遽 bending situation. In the paper feeding device of the invention, the second end of the connection with the second channel and the front end region of the first channel is respectively applied with the characteristics of its own weight, and the regular _1. Unless the moving paper pushes the pass-through and the paper-back channel second, compared to the conventional skill = the three-day release is used to cancel the closed state. The sense of matching with the skirt, the electronic control mechanism or the stop of the guide The valve of the movement is obviously so that the sensing ^ automatically matches the paper configuration, and is reduced to the most possible. The paper feeding device according to the present invention of the related components, the tweezers & mechanism, and the like, at a distance such that the most recent possible i to L 5 between the return channel and the first channel is the configuration of the roller set The quantity, which is exemplified in the following, the characteristics, characteristics, and other purposes and effects, will be [real i square ir, and tend to understand; as shown: Figure; system 3 _ is the embodiment of the paper feeding device of the present invention m The situation of obscenity is as follows. The paper feeding dream of the present invention has a paper distribution position (represented by reference numeral 10), =·=. 1361.755 can pass through an image processing area 20; the image processing area 2 is a sweeping module And / or a print module. The paper distribution path 1 includes a paper feed passage or first passage 11, a second passage 12 communicating with the first passage 11, and a paper return passage 13 disposed between the first and second communication ports 11, 12. And a part of the paper exit 14 and so on. In the embodiment of the present invention, the first passage 11 is defined with a front end region 15 and a rear end portion 16; therefore, the rear end portion 16 of the first passage 11 is connected to the second passage 12. The paper return passage 13 includes a first end 17 and a second end 18 which are respectively disposed on the front end region 15 of the second passage and the first passage 11, as shown in Fig. 3. Looking for, it is considered to avoid a significant rise or fall change in the position of the paper delivery path 10 (the difference in the height of the delivery path) 'to make the delivery path 10 of the paper P more gentle., in a gradient that makes the paper path 13 . (ie, the angle of the fish paper level 13 = axis XI) is less than 90. Under the condition of the paper return passage 13 "The second end of the returning road 18 and the length of the front end of the i-th track are ##^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ Therefore, in a preferred example, the angle between the paper return passage 13 and the horizontal reference axis is 1 〇. 〇6 〇. = 莽m 3, the feed has a paper feed roller. In addition, the package number is also set to the position of the left and right sides of the roller group 3, 32, 33, 34 ^ placed on the paper distribution path (4), and the left and right sides of the roller group 31, 32 and the wheel 钿 \ ' Preface: Do not break the configuration in the paper with the first channel back channel area 16, the second channel 12 (two Shi:; axis phantom formation 〇. ~3 〇. The angle of the exit: Yun 14) with a level tea test 32 and The rollers Μ 33, 34 are arranged in the roller set 31 of the paper feeding device, the heart of a channel u is more gradual ===; the delivery path 1361755 of ρ is a guide for the movement of the paper exit channel in a possible embodiment The piece 40, often closes the paper exit passage 14. When the reciprocating passage 14 is disposed, the guide bow member 4 is controlled. The second paper P needs to be ejected from the paper. Channel 14. In the preferred embodiment, 兮%, except for the closed state, opens the outlet 18, which is reciprocally movable with the first and second lines of the second and second channels, respectively. The door 4 is 42; the position of the 15 connection, the feature, the regular closing of the second channel 12 and the paper returning with the paper P of its own weight, can temporarily release the second end 18 unless moving The prior art uses three sets of guides, as well as the disc, and the state of the guide. Therefore, under the condition of the sub-control mechanism or component, "the configuration of the two-electric path 10 is designed so that at least two women's volleyball and paper can be set. Delivery 41 - ^ After the single-sided p is executed, the roller (4), the exit of the channel or the temporary storage area 19 (this time, η, 12, reaches the second pass white weight and automatically swings downward to close the second channel or the first - Face image processing operation. The early face view of the document or paper P reveals that the paper feed device is bounded by the sheet P can pass through the shadow-channel 11 and the second and the paper exit passage 14 In this section, there is a front end area 15 and a rear end area 16 ": the second ^; 2 two-way suitable 12-phase connection. The channel 13 includes - the eleventh front end region 15^ 18 ' respectively arranged in the second channel 12 and the first channel Ι 36 Γ 755 ° month reference brother 4 diagram arrow portion, 7 7 & : 3 second side scan and / or print the delivery Ί: release or paper ρ perform as shown in Figure 3, single-sided or 3rd brother's paper p in the =5 side:) f into the paper path..., then shoot _ 42 • End, the area enters ^ and then pushes open the valve 41, enters the first: channel 124H^_3 _ motion exit or temporary storage area 19 output. ..., the movement shown by the arrow part of the fifth figure of the channel 12 The processing area 20 enters the first channel back end area 16=: ^ image area __ second channel 12, and opens the out side wheel group 34 to distribute, and outputs the face or the second side image processing operation from the paper exit channel 14. In the case of the battle, the double-ply of the P-P, the improvement of the device is provided - the condition of the structure is simplified. The roller set 3 of the paper device 3 and the wheel 33, 34 are arranged in the front end area close to the first channel u. 15 and the position of the second head 12; therefore, the first channel rear end region 16 and the second channel g, the ascending slope or slope can be reduced or reduced as much as possible. In other words, the clips g of the first channel rear end region 16, the second channel 12 and the horizontal reference axis, x^ can be limited to 30. The following; significantly improved the configuration space occupied by the multiple sets of roller sets/sensing and control devices in the old method, forcing the paper path to rise sharply beyond the components; The overall height of the device. '2. Consider the closest distance between the paper return passage 13 and the first passage u, so that the connection position of the second end 18 of the paper return passage and the front end region 15 of the first passage can be as close as possible to the angle of the paper feed roller 30' The length of the paper passage 13 is minimized as much as possible; it also improves the conventional paper return passage which is relatively lengthy and which forms a sharply sharp bend pattern with the first-to-pass joint area. ^ 丨 知 技 技 技 知 知 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫 赫The application of the door f can be solved by the self-weight swing without the need to match the sensing skirt, electronic control mechanism, etc. 2 . Ya and 'compared to the roller group configuration in the old method (about 6~7 groups) ^Ingenuity, related sensing and number of electronic control devices (at least about 2~4 Ά paper feeding device only equipped with 3~4 Roller set 3 32, % or pretty, and L guides 40 and related sensing and electronic control devices; not only 1: the structure of the first one and the control sequence, the position of the delivery path iiii, etc., causing paper distribution In the case of irregularity and holding khaki and paper jam, it is also improved by Jane. π 财 V Plus representatively, the present invention provides that the 俨-type 恶 is different from the conventional one, and that there is no law, There is considerable room for improvement. /, there is no function in the past, which clearly shows the above-mentioned possibilities. It is only for the feasibility of the present invention that each A defines the scope of the invention, that is, it is not used Variations and modifications are schematic diagrams of an embodiment of the 1755 paper feeding device made by the patent scope of the present invention. A schematic diagram of an embodiment of a conventional paper feeding device. The case of depicting a face image processing job. Schematic view of another embodiment of apparatus of the embodiment; paper drawing executed based image processing operations of the two-sided case.
【圖式簡單說明】 弟.1圖 弟2圖 弟3圖 第4圖[Simple diagram of the picture] Brother. 1 picture Brother 2 picture Brother 3 picture Figure 4
縣發明饋紙裝置之再—實_示意圖；物會_ 完成影像處理作業後，從出紙通道輸出的情形。、 【主要元件符號說明】 _本發明 10 配送路經 12弟二通道 14出紙通道 16後端區 18第二端 20影像處理區 31、32滾輪組 40導引件 P紙張 11第一通道 13迴紙通道 15前蠕區 17第一端. 19出π或暫存區 30進紙滚輪 33、34滾輪組 41 ' 42閥門 xl、x2水平參考軸 a、g 進紙匣 bl、kl第一通道 b3、k3迴紙通道 cl〜c7滾輪組 al、gl出執匣 b2 ' 1(2第二通道 c、h滾輪 D掃福模級 1361755 e 暫存區 el、e2 f 導引件 fl 〜f3 hi 〜h6 滾輪組 k4 P 紙張 暫存區 導引件 出紙通道The county invented the paper feeding device again - the actual _ schematic; the object _ after the completion of the image processing operation, the output from the paper exit channel. [Main component symbol description] _ the present invention 10 distribution path 12 brothers two channels 14 paper exit channel 16 rear end area 18 second end 20 image processing area 31, 32 roller set 40 guide P paper 11 first channel 13 The first end of the front creep region 17 of the paper return passage 15. 19 out π or temporary storage area 30 paper feed roller 33, 34 roller set 41 '42 valve xl, x2 horizontal reference axis a, g paper feed bl, kl first passage B3, k3 paper return channel cl~c7 roller group a1, gl out 匣 b2 ' 1 (2 second channel c, h wheel D sweeping mode level 1361755 e temporary storage area el, e2 f guide fl ~f3 hi ~h6 Roller group k4 P paper temporary storage area guide paper exit channel