201111182 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種紙張饋送設備，尤其是有關於一 種具有可固定轉轴位置之齒輪組件之紙張饋送6又備。 【先前技術】 傳統的紙張饋送設備中所使用到的紙張饋送滾輪係 裝設於一軸體上，此軸體之兩端係固定於紙張饋送設備。 為了避免軸向的移動’軸體的兩端通常形成有環狀溝槽， 而E形環可以裝設於環狀溝槽，藉以將軸體可轉動地固 定於軸體上，並防止軸體沿著轴向移動而產生鬆脫的現 象0 y衣取固定轴體的缺·1δ社7T;、和丄朽时。如果 軸體上需固定有其他零件，則使用的Ε形環的數量必須 增加。此外，Ε形環的組裝、移除及拆卸等動作需要藉 由專門的工具或治具才能達纟，且經拆㈣Ε形環可能 會又# ’ S)=-經拆卸的Ε形環通常是不可再被使用。 因此，提供—種不需利用ε形環來固定軸體的紙張 饋送設備，實為Jc 1 ηη 貫為本發明所欲實現的解決方案。 【發明内容】 因此，本發明少 . 個目的係提供一種不fΡ & 環來固定軸體的紙張餹pi 裡不“!用ε形 零件來固定，藉以遠丨古细。& 街。如ω輪的 為達上述目的，士 a 卞数Η的效果。 發明提供一種紙張饋送設備，包 201111182 含一殼體、一轉軸、—滾絡，、，ώ ^ . 來輪u及一齒輪組件。殼體包含 一第一承載部及一第二. 載。p。轉軸係可轉動地設置於 殼體上。轉軸具有一第一端 ρBACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a paper feeding device, and more particularly to a paper feed 6 having a gear assembly having a fixable shaft position. [Prior Art] A paper feed roller used in a conventional paper feeding device is attached to a shaft body, and both ends of the shaft body are fixed to a paper feeding device. In order to avoid axial movement, the two ends of the shaft body are usually formed with an annular groove, and the E-ring can be installed on the annular groove, thereby rotatably fixing the shaft body to the shaft body and preventing the shaft body. The phenomenon of looseness caused by the movement along the axial direction 0 y takes the lack of a fixed shaft body, 1 δ, 7T; If other parts need to be attached to the shaft, the number of Ε-rings used must be increased. In addition, the assembly, removal and disassembly of the Ε-shaped ring can be achieved by special tools or jigs, and the disassembled (four) Ε-shaped ring may be again # ' S) = - the disassembled Ε ring is usually Can no longer be used. Therefore, it is a solution for the present invention to provide a paper feeding device which does not require the use of an ε-shaped ring to fix the shaft body, and which is Jc 1 ηη. SUMMARY OF THE INVENTION Therefore, the present invention has a small object. The object is to provide a kind of paper 餹pi which is not fixed by the ring and is not fixed by the ε-shaped part, so as to be far away from the ancient fine. & Street. The ω wheel has the effect of achieving the above purpose, and the invention provides a paper feeding device, the package 201111182 comprising a casing, a rotating shaft, a rolling, a ώ ^ , a wheel u and a gear assembly. The housing includes a first bearing portion and a second load. The rotating shaft is rotatably disposed on the housing. The rotating shaft has a first end ρ
及一第二端部。第一 Aft W 係安裝至第一承載部，而笛_ & 而第~~端部係安裝至第二承載部。 滾輪係套設於轉軸上，由鏟 轉細驅動滾輪轉動，以饋运一 紙張。齒輪組件係套接第二端部，用以傳遞動力至轉轴。 齒輪組件包含一齒輪部及一連接部，連接部用以可轉動 地固定第二端部至殼體之第二承載部。And a second end. The first Aft W is mounted to the first carrier, and the flute _ & and the ~~ end is mounted to the second carrier. The roller system is sleeved on the rotating shaft and rotated by the shovel to drive the roller to feed a piece of paper. The gear assembly sleeves the second end for transmitting power to the shaft. The gear assembly includes a gear portion and a connecting portion for rotatably securing the second end to the second carrier portion of the housing.
藉此，利用齒輪組件可以輕易地將轉軸可轉動地設 置於殼體上，解決習知技術的問題。 為讓本發明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顯示依據本發明較佳實施例之紙張饋送設備之 侧視示意圖。圖2顯示依據本發明較佳實施例之纸張饋 φ 送°又備之局部前視示意圖。圖3顯示圖2之齒輪組件之 局部不意圖。如圖1至3所示，本實施例之紙張饋送設 包含一咸體1〇、一轉軸20、一齒輪組件30以及一 '衰輪40 °此外’紙張饋送設備1可以更包含一第二轉軸 20、一第二滾輪4〇，、轉軸6〇及60，、被動滾輪7〇及70'、 皮帶80及一驅動齒輪90。 殼體10包含一第一承載部12及一第二承載部14, 4乍 承載轉軸20、齒輪組件30、滚輪40等元件之結構。 第—承載部12及第二承載部14可以是一體成型地形成 201111182 於&體上’亦可以是各自分開的部件安裝於殼體上。 轉輪20係可轉動地設置於殼體1〇上。轉軸具有 第端部22及一第二端部24。第一端部22係安裝至 第承栽部12’而第二端部24係安裝至第二承載部14。 同理，轉軸20’亦以類似的方式而可轉動地設置於殼體10 上。 '4〇係套設於轉軸20上，由轉軸20驅動滾輪40 j 、、， 頌送一紙張S。滾輪40可以直接或間接驅動被 動滾輪7 η *& _ 紋轉。同理，滾輪40,亦以類似的方式套設於 轴 2 0，l·* 姑 。第二滾輪40’及被動滾輪7〇,用以饋出紙張s。 輪組件30係套接第二端部24，用以傳遞動力至轉 軸20。齒輪组件3〇白人 仟川包3 —齒輪部32及一連接部34，連 接4 34用以可轉動 承載部14。 固“二端部24至殼體10之第二 中：32包含一齒部32A及，或32B。於本實施例 與驅動齒輪9°之-齒…合，以傳遞 342。此等0連接部34包含複數個彈性卡勾341及 貫穿第：承.Θ 341與342係套設於第二端部24上， 貝穿第一承載部14並卡扣於 動地固定第二端部2 二第-承載# 14,用以可轉 一中空本體；. 一承載部14。齒輪部32包含 冬體32E，與連接部 於中空本體32E中。此外4連接弟二端部24穿設 32C，其介嗖於 ，齒輪部32可以更包含一凸緣 ，丨叹於齒部32a鱼 的位置。 /、 之間’其可限制皮帶80 此外’紙張饋送設備1 以更包含掃描模組50及/ 201111182 或50'。掃描模組50與5〇,係裝設於殼體1〇中， 取被滾輪40饋送之紙張8之雙面影像。 用乂擷 如圖2所示’轉軸2〇之第一端部 1承由同 小徑部22Λ及一大徑部22Β所組成。小徑 ~ σ| Ζ2Α之吉俯 小於大徑部22Β之直徑，而小徑部22α穿 ^ m 八第一承載部 I2之一孔12A中。如此，可以限制轉軸2〇 问移動， 以避免轉軸20之鬆脫。轉軸2〇的兩端 ★ <么、24可分別 插入第一孔12A及位於第二承載部14的—Thereby, the rotating shaft can be easily rotatably disposed on the casing by the gear assembly, solving the problems of the prior art. In order to make the above description of the present invention more comprehensible, a preferred embodiment will be described in detail below with reference to the accompanying drawings. [Embodiment] Fig. 1 is a side elevational view showing a sheet feeding device in accordance with a preferred embodiment of the present invention. Fig. 2 is a partial front elevational view showing the paper feed φ sent and prepared according to a preferred embodiment of the present invention. Figure 3 shows a partial schematic of the gear assembly of Figure 2. As shown in FIGS. 1 to 3, the paper feeding device of the present embodiment includes a salty body, a rotating shaft 20, a gear assembly 30, and a 'declining wheel 40°. Further, the paper feeding device 1 may further include a second rotating shaft. 20, a second roller 4 〇, a rotating shaft 6 〇 and 60, a passive roller 7 〇 and 70 ′, a belt 80 and a driving gear 90. The housing 10 includes a first carrier portion 12 and a second carrier portion 14, which are configured to carry components such as the rotating shaft 20, the gear assembly 30, and the roller 40. The first carrier portion 12 and the second carrier portion 14 may be integrally formed to be mounted on the housing. The runner 20 is rotatably disposed on the housing 1 . The shaft has a first end portion 22 and a second end portion 24. The first end portion 22 is attached to the first load bearing portion 12' and the second end portion 24 is attached to the second load bearing portion 14. Similarly, the rotating shaft 20' is also rotatably disposed on the casing 10 in a similar manner. The '4" sleeve is sleeved on the rotating shaft 20, and the rotating shaft 20 drives the roller 40j, and sends a sheet of paper S. The roller 40 can directly or indirectly drive the driven roller 7 η * & Similarly, the roller 40 is also sleeved on the shaft 2 0, l·* in a similar manner. The second roller 40' and the passive roller 7'' are used to feed out the paper s. The wheel assembly 30 is sleeved with a second end 24 for transmitting power to the spindle 20. The gear unit 3, the white box, the gear unit 32 and a connecting portion 34, and the connecting unit 34 are used to rotate the carrying portion 14. The second end portion 24 to the second portion of the housing 10: 32 includes a tooth portion 32A and/or 32B. In this embodiment, the tooth is coupled with the drive gear 9° to transmit 342. These 0 connection portions The 34 includes a plurality of elastic hooks 341 and through the first: Θ 341 and 342 are sleeved on the second end portion 24, the shell passes through the first carrying portion 14 and is snap-fitted to fix the second end portion 2 - Carrying #14, for transferring a hollow body; a bearing portion 14. The gear portion 32 includes a winter body 32E, and a connecting portion in the hollow body 32E. Further, the connecting body 2 ends 24 are provided with 32C. In other words, the gear portion 32 may further include a flange sighing at the position of the fish of the tooth portion 32a. /, between the two, the paper feeding device 1 may further include the scanning module 50 and / 201111182 or 50'. The scanning modules 50 and 5 are installed in the casing 1 to take a double-sided image of the paper 8 fed by the roller 40. For the first end of the shaft 2 as shown in FIG. The section 1 is composed of a small diameter portion 22Λ and a large diameter portion 22Β. The small diameter ~ σ| Ζ2Α is lower than the diameter of the large diameter portion 22Β, and the small diameter portion 22α is worn by the first One of the holes 12A of the carrier portion I2. Thus, the movement of the rotating shaft 2 can be restricted to avoid the loosening of the rotating shaft 20. Both ends of the rotating shaft 2 ★ ★, 24 can be inserted into the first hole 12A and the second Carrying part 14 -
^ —孔 14A。 第二端部24貫穿第二孔14A。 一如圖3所示，齒輪組件30由殼體1〇之外側插入第 一承載部14之第二孔14A，齒輪組件3〇之連接部w的 彈性卡勾341、342貫穿第二孔14A並卡扣於第二承載部 14。齒輪組件30之連接部μ之一外緣34八抵靠 載部14之第二孔14A之一内壁14B。 齒輪組件30之面對殼體1〇之—表面只具有複數個 凸部31A，用以與殼體10接觸，藉以減少齒輪組件3〇 與殼體10接觸時所產生的摩擦力。 圖4顯示沿著圖3之線“之剖面圖。如圖4所示， 中空本體32E具有-D形孔32De轉軸2()之第二端部^ 具有一D形截面24D，其與D形孔321)相適配’以固定 齒輪纟且件30於轉軸20上，並使轉轴2〇可被齒輪組件3〇 所帶動。此外，亦可以使用止付螺絲或其他方式來將齒 輪組件30固定至轉軸20。藉著以上的設計，轉軸20既 可以被固定在殼體10上，也可以受齒輪組件3〇驅動而 轉動。 201111182 本發明之紙張饋送設備之運作方式將說明於下。固 疋至一馬達（未顯示）之驅動齒輪90透過齒部32B帶動齒 輪組件3〇旋轉’齒輪組件30透過齒部32A帶動皮帶80 及齒°卩32A旋轉。因此，滾輪40及40'得以驅動被動滾 輪70及70,同步旋轉，藉以將紙張§饋送通過掃描模組 5〇與5〇之掃描區，使得掃描模組50與50,可以擷取紙 張S的影像。 藉由本發明之紙張饋送設備，可以在不需使用工具 鲁的情況下，直接利用齒輪組件將轉軸可轉動地設置於殼 體，而齒輪組件的連接部可以兼具軸承的功能。因此， 相較於習知技術之下，可以省下E形環及軸承等零件， 且轉軸不需經車削形成環狀溝槽。此外，齒輪組件被組 裝完後的軸孔配合的精密度可以達到習知技術的等級。 再者’齒輪組件的拆卸也不需要工具，使用者只要按壓 兩彈性卡勾使其靠攏即可退出齒輪組件。因此，本發明 的齒輪組件具有組裝快速且不失精度的優點，以及節省 _ 材料及加工成本的優勢。 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清 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。 201111182 【圖式簡單說明】 圖1顯示依據本發明較佳實施例之紙張饋送設備 側視示意圖。 之 圖2顯示依據本發明較佳實施例之紙張饋送設備 局部前視示意圖。 之 圖3顯示圖2之齒輪組件之局部示意圖。 圖4顯示沿著圖3之線之剖面圖。 【主要元件符號說明】^ — Hole 14A. The second end portion 24 extends through the second hole 14A. As shown in FIG. 3, the gear assembly 30 is inserted into the second hole 14A of the first carrier portion 14 from the outer side of the housing 1 , and the elastic hooks 341 and 342 of the connecting portion w of the gear assembly 3 pass through the second hole 14A. The buckle is attached to the second carrier portion 14. One of the outer edges 34 of the connecting portion μ of the gear assembly 30 abuts against an inner wall 14B of the second hole 14A of the carrier portion 14. The gear assembly 30 faces the housing 1 - the surface has only a plurality of projections 31A for contact with the housing 10, thereby reducing the friction generated when the gear assembly 3 is in contact with the housing 10. Figure 4 shows a cross-sectional view along the line of Figure 3. As shown in Figure 4, the hollow body 32E has a -D-shaped hole 32De, and the second end portion of the shaft 2 has a D-shaped cross section 24D, which is D-shaped. The hole 321) is adapted to fix the gear 纟 and the member 30 is on the rotating shaft 20, and the rotating shaft 2 〇 can be driven by the gear assembly 3 。. In addition, the gear assembly 30 can also be used using a stop screw or other means. It is fixed to the rotating shaft 20. With the above design, the rotating shaft 20 can be fixed to the casing 10 or can be rotated by the gear assembly 3〇. 201111182 The operation mode of the paper feeding device of the present invention will be described below. The drive gear 90 of a motor (not shown) drives the gear assembly 3 through the tooth portion 32B. The gear assembly 30 transmits the belt 80 and the teeth 32A through the tooth portion 32A. Therefore, the rollers 40 and 40' are driven passively. The rollers 70 and 70 are synchronously rotated to feed the paper § through the scanning areas of the scanning modules 5 and 5, so that the scanning modules 50 and 50 can capture the image of the paper S. With the paper feeding device of the present invention, Can be used without the need for tools The gear assembly is rotatably disposed in the housing by the gear assembly, and the connecting portion of the gear assembly can function as a bearing. Therefore, the E-ring and the bearing can be omitted compared with the prior art, and The rotating shaft does not need to be turned to form an annular groove. In addition, the precision of the shaft hole fitting after the gear assembly is assembled can reach the level of the prior art. Moreover, the removal of the gear assembly does not require tools, and the user only needs to press The two elastic hooks are brought close to the gear assembly. Therefore, the gear assembly of the present invention has the advantages of quick assembly and accuracy without loss of material and processing cost. In the detailed description of the preferred embodiment The specific embodiments are provided to facilitate the description of the technical content of the present invention, and the invention is not limited to the above-described embodiments, and various changes may be made without departing from the spirit of the invention and the scope of the following claims. The implementation is within the scope of the invention. 201111182 [Simplified illustration of the drawings] Fig. 1 shows a side of a paper feeding device according to a preferred embodiment of the present invention. Figure 2 shows a partial front view of a paper feeding device in accordance with a preferred embodiment of the present invention. Figure 3 shows a partial schematic view of the gear assembly of Figure 2. Figure 4 shows a cross-sectional view along the line of Figure 3. Main component symbol description]
S :紙張 10 :殼體 12A :孔/第—孔 14A :第二孔 20 :轉軸 22 :第一端部 22B :大徑部 24D : D形截面 31 :表面 32 :齒輪部 32C .凸緣 32E :中空本體 34A :外緣 40、40’ ：滾輪 60、60' ··轉軸 80 :皮帶 1 :紙張饋送設備 1 2 :第一承載部 1 4 :第二承載部 14B :内壁 20':第二轉軸 22A :小徑部 24 :第二端部 3 0 :齒輪組件 3 1A :凸部 32A、32A'、32B :齒部 32D : D形孔 34 :連接部 341、342 :彈性卡勾 %、50’ ：掃描模組 7〇、70’ ：被動滾輪 90 .驅動齒輪S: paper 10: casing 12A: hole/first hole 14A: second hole 20: shaft 22: first end portion 22B: large diameter portion 24D: D-shaped section 31: surface 32: gear portion 32C. flange 32E : hollow body 34A: outer edge 40, 40': roller 60, 60' · reel 80: belt 1 : paper feeding device 1 2 : first carrying portion 1 4 : second carrying portion 14B: inner wall 20': second Rotating shaft 22A: small diameter portion 24: second end portion 30: gear unit 3 1A: convex portion 32A, 32A', 32B: tooth portion 32D: D-shaped hole 34: connecting portion 341, 342: elastic hook %, 50 ' : Scanning module 7〇, 70': Passive roller 90. Drive gear