1351349 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種於下方 構之影像處理裝置，例如掃描 構。 進紙之饋紙機構，以及使用該饋紙機 器、印表機或多功能事務機之饋紙機 【先前技術】 一般而言，現今之影像處理裝置有上 種。其中下謂紙式影像處理裝 =’、、；下方饋紙式兩 動裝置鶴之饋·輪，用叫—饋財向饋送 固又驅 量較多，甚至口 、两1 nn ?e x —虽、”氏張數 的重量 ^ 、時’該饋紙滚輪就可能因紙張， ^成其饋紙力不足以帶動紙張。 且 ’習知技術之饋紙滾輪因與紙張之摩擦面積不夠大或因 /袞輪使用一陣子後，可能合^: a # + ㈣“了此會產生磨耗，造成饋送過程中，紙 響。偏移之不穩現象，而使影像處理之影像品質受到影 【發明内容】 有鑑於此’本發明係提供—具有較強饋紙力之饋紙機構。本發 明將主饋紙滾輪之橫向側邊加上輔助主饋紙滾輪之輔助滾輪以 加強饋紙機構之饋紙力，以解決上述問題。 依據本發明之_請專利範圍，其係揭露-種饋紙機構。饋紙 機構包3 上殼體及與上殼體相對配置之一下殼體、一進 紙E、-主饋紙滾輪…分紙元件及—第—輔助饋紙滚輪。 上殼體及下殼體之間 體，用Μ r ^道。祕E連接於下殼 用以放置待饋送之。 用來自進紙m 讀紙滾輪設置於下殼體， 主饋紙滾輪縱二 饋送紙張。分紙元件，位於 送。第-輔助^ 游位置1來使紙張被單張饋 輪之-橫㈣袞輪’設置於下殼體，並位於主饋紙滚 紙張。、。貝、’用以輔助主饋紙滾輪沿著饋紙方向饋送 与德♦發^亦提供—種影像處_置，其包含—饋紙機構以及一 。影像處理模組設置於饋紙通道上，用以對自饋 2機構饋人之紙張進行影像處理。饋紙機構包含： =編,配置之一下殼體、一進紙卜主饋= -77心件及—第-辅助饋紙滾輪。上殼體及下殼體 之間形成—饋紙通道。進難，連接於下殼體，用以^置 待^之紙張。_紙滾輪，設置於下殼體，用來自進紙 匿沿者-饋紙方向饋送紙張。分紙元件，位於主饋紙滾輪 _㈣之下游’絲使紙隨單張饋H辅助饋紙 輪° 又置於下殼體，並位於主饋紙滾輪之一橫向側邊， 用以輔助主饋紙滾輪沿著饋紙方向饋送紙張。因此，上述之 知像處理裝置可以放置大量的紙張，使其糊賴送而為影像處 里並因滾輪與紙張之平均接觸面較大，可達成避免於饋紙過程 中紙張不穩而使之左右偏移之目的。 為讓本發明之上述内容能更明顯易懂’下文特舉—較佳實施 1351349 例，並配合所附圖式，作詳細說明如下。 【實施方式】1351349 VI. Description of the Invention: [Technical Field] The present invention relates to an image processing apparatus, such as a scanning structure, which is constructed below. A paper feeding mechanism for feeding paper, and a paper feeding machine using the same, such as a paper feeding machine, a printer, or a multifunction printer. [Prior Art] In general, there are the above image processing apparatuses. Among them, the paper image processing equipment = ',,; the lower paper-feeding two-action device crane's feed wheel, with the name of the feed-forward and solid drive, and even the mouth, two 1 nn?ex - although "The weight of the number of sheets ^, when the paper feed roller may be due to paper, ^ its paper feeding force is not enough to drive the paper. And 'the technical technology of the paper feeding roller due to the friction area with the paper is not large enough or because After using the wheel for a while, it may be combined with ^: a # + (4) "This will cause wear and tear, causing the paper to ring during the feeding process. The image quality of the image processing is affected by the instability of the offset. SUMMARY OF THE INVENTION In view of the above, the present invention provides a paper feeding mechanism having a strong paper feeding force. The present invention solves the above problems by adding the auxiliary side roller of the main paper feed roller to the lateral side of the main paper feed roller to enhance the paper feed force of the paper feed mechanism. According to the patent scope of the present invention, a paper feeding mechanism is disclosed. The paper feeding mechanism package 3 has an upper casing and a lower casing opposite to the upper casing, a paper feed E, a main paper feed roller, a paper separation member, and a first auxiliary paper feed roller. Between the upper and lower casings, use the Μ r ^ track. The secret E is connected to the lower case for placing the material to be fed. The paper feed roller is placed in the lower casing with the paper feed roller, and the main paper feed roller feeds the paper vertically. The paper separation component is located at the delivery. The first-auxiliary position 1 is such that the sheet is placed in the lower casing by the single-feeder-horizontal (four) wheel and is located on the main sheet feed paper. ,. The shell, 'to assist the main paper feed roller to feed along the paper feed direction and the German hair supply is also provided with a type of image, which includes a paper feed mechanism and a. The image processing module is disposed on the paper feed path for performing image processing on the paper fed by the self-feeding mechanism. The paper feeding mechanism includes: = knitting, configuring one of the lower casings, one feeding paper main feed = -77 core pieces and - the first - auxiliary paper feeding roller. A paper feed passage is formed between the upper casing and the lower casing. Difficulty, connected to the lower casing to hold the paper to be used. The _ paper roller, which is placed in the lower casing, feeds the paper in the direction from the paper feed edge-feeding direction. The paper separating component is located downstream of the main paper feed roller _ (four). The wire feed paper is placed in the lower casing with the single feed H auxiliary feed roller, and is located on one lateral side of the main paper feed roller to assist the main The paper feed roller feeds the paper in the paper feed direction. Therefore, the above-mentioned image processing device can place a large amount of paper, so that the paste is sent to the image and the average contact surface between the roller and the paper is large, so that the paper can be prevented from being unstable during the paper feeding process. The purpose of the left and right offset. In order to make the above-mentioned contents of the present invention more apparent and easy to understand, the following is a detailed description of the preferred embodiment of the present invention. [Embodiment]
第1圖為本發明較佳實施例的饋紙機構之側面示意圖，第2圖 為本發明幸交佳實施例的饋紙機構之下㉟體·見圖。請同時參考第1 圖^第2圖，饋紙機構1〇〇係一種自下方饋紙式饋紙機構包含： 上成體110以及與上殼體11〇相對配置之下殼體12〇、進紙L 主饋紙滾輪⑽、分紙元件饋紙雜151以及第二 辅助饋紙滾輪152。 上设體110與下殼體120間形成一饋紙通道13()，用以提供 、’、氏張P -侧送路徑。進紐⑽連接於下殼體放置待 饋送之紙張P。主饋紙滾輪15〇設置於下殼體⑽，並受馬達模組 Μ所驅動’以―紅轉方向R轉動而產生饋紙之力，進而帶動放置於 進紙S 140之紙張p往饋紙方向D移動。分紙元件16〇，位於主 饋紙滾輪之下游位置，且與主饋紙滾輪150位於同一縱向 軸線y上，用以使紙張被單張饋送；分紙元件160包含位於 下殼體120之分紙滾輪161及位於上殼體110之分紙墊片162，當 紙張p被饋送至分紙元件⑽時’因分紙滾輪161及分紙塾片162 係以高摩擦力之材質，例如橡膠等材質所製成’使紙張P因與分 *’氏滾輪161接觸時產生摩擦力而單獨被饋送，而不致產生多張進 紙之狀況。第一辅助饋紙滾輪151，設置於下殼體丨2〇，炎 位於主饋紙滾輪15〇同一橫向軸線χ上之一橫向側邊，瑁 以輔助主饋紙滾輪150沿著饋紙方向D饋送紙張ρβ第> 1351349 輔助饋紙滾輪152，設置於下殼體120，並位於主饋紙滚輪 150於橫向軸線X上之另一橫向側邊，用以輔助主饋紙滚 輪150沿著饋紙方向D饋送紙張P。 於本實施例中，因第一辅助饋紙滚輪151及第二輔助 饋紙滚輪152亦為主動滾輪，如此即可以增加饋紙機構之饋 紙力，甚至可承載並饋送超過100張紙張；另因擴增了滚 輪與紙張的接觸面積，可避免紙張P於被饋送時產生左右 偏移之不穩現象。 第3圖為本發明饋紙機構第二實施例之下殼體俯視圖。其中 僅於下殼體120之主饋紙滚輪150於橫向軸線X上之一側邊增 設第一輔助饋紙滾輪151，以增加饋紙機構100之饋紙力， 並同時增加與紙張P之接觸面積，亦可以達成本發明之目 的。 第4圖為本發明饋紙機構第三實施例之下殼體俯視圖，其 中主饋紙滾輪150、第一輔助饋紙滾輪151及第二輔助饋 紙滾輪152係相連接的，也就是說上述3個滾輪構成一個 長形滚輪，這樣的設計一樣可以達成本發明所要解決的問 題。 第5圖為本發明饋紙機構第四實施例之下殼體俯視圖，其 中主饋紙滚輪150係配置於橫向軸線X上，而第一輔助饋 紙滾輪151及第二輔助饋紙滚輪152係配置於橫向軸線X! 上，雖然主饋紙滚輪150與第一輔助饋紙滚輪151及第二 7 1351349BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a side elevational view of a paper feeding mechanism in accordance with a preferred embodiment of the present invention, and Figure 2 is a perspective view of the paper feeding mechanism of the preferred embodiment of the present invention. Please also refer to FIG. 1 and FIG. 2, the paper feeding mechanism 1 is a self-feeding paper feeding mechanism including: the upper body 110 and the housing 12 opposite to the upper casing 11〇 Paper L main paper feed roller (10), paper separation element feed 151, and second auxiliary paper feed roller 152. A paper feed passage 13 () is formed between the upper body 110 and the lower casing 120 for providing a ', a P-side feed path. The feed button (10) is attached to the lower casing to place the paper P to be fed. The main paper feed roller 15 is disposed on the lower casing (10), and is driven by the motor module ' to rotate in the red direction R to generate a paper feeding force, thereby driving the paper p placed on the paper feeding S 140 to feed the paper. Direction D moves. The paper separating member 16 is located downstream of the main paper feed roller and on the same longitudinal axis y as the main paper feed roller 150 for feeding the paper by a single sheet; the paper separating member 160 includes the lower housing 120 The paper roller 161 and the paper separation pad 162 located in the upper casing 110, when the paper p is fed to the paper separation member (10), the material of the paper separation roller 161 and the paper separation roller 162 is made of high friction, such as rubber. The material is made of 'the paper P is fed separately by the frictional force when it comes into contact with the minute roller 161, so that a plurality of sheets are not produced. The first auxiliary paper feed roller 151 is disposed on the lower casing 丨2〇, and the inflammation is located on one lateral side of the main paper feed roller 15〇 on the same lateral axis 瑁 to assist the main paper feed roller 150 along the paper feed direction D. The feed paper ρβ第> 1351349 auxiliary paper feed roller 152 is disposed on the lower casing 120 and on the other lateral side of the main paper feed roller 150 on the lateral axis X for assisting the main paper feed roller 150 along the feed The paper P is fed in the paper direction D. In this embodiment, since the first auxiliary paper feed roller 151 and the second auxiliary paper feed roller 152 are also active rollers, the paper feeding force of the paper feeding mechanism can be increased, and even more than 100 sheets of paper can be carried and fed; Since the contact area of the roller and the paper is enlarged, the instability of the left and right offset of the paper P when it is fed can be avoided. Figure 3 is a plan view of the housing of the second embodiment of the paper feeding mechanism of the present invention. The first auxiliary paper feed roller 151 is added to the side of the main paper feed roller 150 of the lower casing 120 on one side of the lateral axis X to increase the paper feeding force of the paper feeding mechanism 100 and simultaneously increase the contact with the paper P. The area can also achieve the object of the present invention. 4 is a plan view of the housing of the third embodiment of the paper feeding mechanism of the present invention, wherein the main paper feed roller 150, the first auxiliary paper feed roller 151 and the second auxiliary paper feed roller 152 are connected, that is, the above The three rollers constitute an elongated roller, and such a design can achieve the problems to be solved by the present invention. Figure 5 is a plan view of the lower housing of the fourth embodiment of the paper feeding mechanism of the present invention, wherein the main paper feed roller 150 is disposed on the lateral axis X, and the first auxiliary paper feed roller 151 and the second auxiliary paper feed roller 152 are Disposed on the lateral axis X!, although the main paper feed roller 150 and the first auxiliary paper feed roller 151 and the second 7 1351349
辅助饋紙滾輪152配置於不同橫向軸線上，而一樣可以 ^本發明所要求之目的。此外，如此配置之優點=== 輪之間可以使用不同的轉速轉動或採個別停止轉動 紙張左右偏移之情形獲得改善，例如主饋紙滾輪m Z 送紙張p而轉動時，第一輔助饋紙滾輪151 貝 久弟_辅助 紙滾輪152可以設定轉速較慢，或先不轉動，當紙張貝 過主饋紙滾輪150後，開始計算馬達步數或時二、、，X二通 P前緣頂觸第-辅助饋紙滚輪151及第二輔助饋^二= 與其分別對應之被動滾輪（未繪示）之夾捏處後，再狖"尚― 定的馬達步數或時間’㈣第—獅軌料⑸ 輔助饋紙滚輪152才開始轉動，通過上述步驟，可^弟一 張左右偏移情況獲得改善。 可以使紙 然本發明並不限於此’請參考第6圖 滾輪⑸及第二輔助饋紙滚輪152也可以是位二饋紙 輪⑽於不同軸線上之横向側邊’且位 氏=紙滾 目的。 大里饋紙及避免紙張不穩而偏移之 月亦提供種衫像處理裝置，請同時參考第2圖及第7 圖，第7圖係本發·像處理裝置之側面圖，影像處理裝 含一饋紙機構剛以及-影像處理模组;其中影像處理模^ 200係位於分紙元件之下游位置，並且設置於饋紙通道130上、，1 影像處理裝置職行一個影像處理程序時，主饋紙滚輪枷^ 二==輪151及第二辅助饋紙滾輪152將原本於進紙£ 14() 由八祕^往饋紙方向D饋送，當紙張P到達分紙元件160時， 二160使紙張p單獨通過分紙元件160 ’然後於紙張P ^ ^象處理模組200時對紙張p做影像處理，最後，紙張p被 貝达出紙E 180。其中影像處理模組2〇〇於本實施例中係一掃描 轉’例如f荷鮮元件(⑽祕赋雜錢器(⑽，其透 過對紙張PW描域行掃描健；影像處理模組也可以是 P裳置’如第8圖所示’例如是雷射列印裝置，用以執行對紙 張P之列印作業。 在較佳實施例之詳細說明中所提出之具體實施例僅用以方便 說明本發明之技術内容，而非將本發明狹義地限制於上述實施 例，在不超出本發明之精神及以下申請專利範圍之情況，所做之 種種變化實施，皆屬於本發明之範圍。 【圖式簡單說明】 第1圖為本發明較佳實施例的饋紙機構之側面示意圖。 第2圖為本發明饋紙機構較佳實施例之下殼體俯視圖。 第3圖為本發明饋紙機構第二實施例之下殼體俯視圖。 第4圖為本發明饋紙機構第三實施例之下殼體俯視圖。 第5圖為本發明饋紙機構第四實施例之下殼體俯視圖。 第6圖係依據本發明饋紙機構第四實施例的另一實施 方式之下殼體俯視圖。 第7圖為本發明影像處理裝置第一實施例之側面圖。 第8圖為本發明影像處理裝置第二實施例之側面圖。 【主要元件符號說明】 10 : 影像處理裝置 100 :饋紙機構 110 :上殼體 120 :下殼體 130 :饋紙通道 140 :進紙匣 150 :主饋紙滾輪 151 :第一辅助饋紙滚輪 152 :第二輔助饋紙滾輪 160 :分紙元件 161 :分紙滾輪 162 :分紙墊片 170 :出紙匣 200 :影像處理模組 P ： 紙張 D:傭紙方向 Μ ： 馬達模組 R:旋轉方向 X、 XI :橫向軸線 y:縱向軸線The auxiliary paper feed rollers 152 are disposed on different lateral axes, and the same can be used for the purposes of the present invention. In addition, the advantage of such a configuration === can be improved by using different rotation speeds between the wheels or by individually stopping the left and right offset of the paper, for example, when the main paper feed roller m Z feeds the paper p and rotates, the first auxiliary feed Paper roller 151 Beijiu _ Auxiliary paper roller 152 can set the speed to be slower, or not to rotate first. When the paper passes over the main paper feed roller 150, it starts to calculate the number of motor steps or the second, and the second edge of the X-pass P The top touch-auxiliary paper feed roller 151 and the second auxiliary feed two== the pinch of the passive roller (not shown) corresponding thereto, and then the number of the motor steps or time '(four) —Lion trajectory (5) The auxiliary paper feed roller 152 starts to rotate. Through the above steps, the left and right offsets can be improved. The present invention is not limited to this. Please refer to FIG. 6 for the roller (5) and the second auxiliary paper feed roller 152. The second paper feed roller (10) can also be the lateral side of the different feed axes (10) and the position of the paper roll. purpose. The shirting image processing device is also available in the month of Dali paper feeding and avoiding paper instability. Please refer to Figures 2 and 7 at the same time. Figure 7 is a side view of the hair processing and image processing device. a paper feeding mechanism and an image processing module; wherein the image processing module 200 is located downstream of the paper separating component, and is disposed on the paper feeding path 130, and when the image processing device performs an image processing program, the main The paper feed roller 枷^2==wheel 151 and the second auxiliary paper feed roller 152 feed the original paper feed sheet 14 from the eight secrets to the paper feed direction D, and when the paper P reaches the paper separation member 160, the second 160 The paper p is individually passed through the separation element 160' and then the paper p is imaged while the paper P^ is like the processing module 200. Finally, the paper p is ejected by the paper E 180. The image processing module 2 is in the embodiment of a scanning turn, for example, a f-fresh component ((10) secret miscellaneous device ((10), which scans through the paper PW; the image processing module can also It is a P-slide 'as shown in Fig. 8', for example, a laser printing device for performing a printing operation on the paper P. The specific embodiment proposed in the detailed description of the preferred embodiment is only for convenience. The technical content of the present invention is not limited to the above-described embodiments, and various changes and modifications are possible within the scope of the present invention without departing from the spirit of the present invention and the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side view showing a paper feeding mechanism according to a preferred embodiment of the present invention. Fig. 2 is a plan view showing a housing of a preferred embodiment of the paper feeding mechanism of the present invention. Figure 4 is a plan view of the casing of the third embodiment of the paper feeding mechanism of the present invention. Fig. 5 is a plan view of the casing of the fourth embodiment of the paper feeding mechanism of the present invention. 6 is a paper feeder according to the present invention 4 is a side view of a first embodiment of an image processing apparatus according to the present invention. FIG. 8 is a side view of a second embodiment of the image processing apparatus of the present invention. Main component symbol description] 10 : Image processing apparatus 100 : paper feeding mechanism 110 : upper casing 120 : lower casing 130 : paper feeding path 140 : paper feed cassette 150 : main paper feed roller 151 : first auxiliary paper feed roller 152 :Second auxiliary paper feed roller 160 : Paper separation element 161 : Paper separation roller 162 : Paper separation pad 170 : Paper output cassette 200 : Image processing module P : Paper D : Main paper direction Μ : Motor module R : Rotation Direction X, XI: transverse axis y: longitudinal axis