201139156 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種取紙機構，尤指一種可改變施加 於取紙衍架之力矩，以達成取紙目的之取紙機構。 【先前技術】 印表機是現代資訊產品中不可或缺的輸出工具，而一 般認定之列印品質的好壞，就列印功能來說，不單 歹」；；列印速度，更包括穩定性及可靠度，高穩定及 南可罪度意謂著進紙機構能提供高的進 到順利進紙且高列印品皙的至，七,, 干馬1違 之設計，就顯得相當重要印表機之整個進紙機構 目剛的取紙機構大多是利用_個設置於取 一 端的進紙輪來達成進紙的目的，例如、…木一 機點將進紙輪接觸於紙張^何_動的時 .-地送進工作區域中。 彻進紙輪的轉動將紙張逐 例如’在一種傳統的進 ^ 定的力矩施加於取紙街架上 ' 5又什’係利用一個固 桿等構件控制取紙衍架的角度、，彼此連動的齒輪、連 上述的機構具有相當多且複“構到=的目的。然而 效率低落；另外，傳統' 牛，故造成生產組裝的 滿載的功率輪出，故盈 ^驅動馬達必須全時地提供 …、去有效節省能源的消耗。 f發明内容】 本發明之主要目的 在料供—種取紙機構，其係改 201139156 ^施力件杨於取紙錢的力财向，縣發明之 早且可形成模組化，故可降低機構的複雜度 ς 紙之可靠度（Reliability)。 予钕回進 :了，上述目的，本發明係提供一種取紙機構， 匕έ . 一在一取紙位置及一非取紙位置之 紙衍架，其上設有一第一進紙滾輪及一 ·、 -搖擺齒輪臂’其係連動該第 ：：輪’ 輪臂上設有-搖擺齒輪，·一搖擺 於該搖擺齒輪臂，另端則連接一施 ^ ^而連接 設於該搖擺齒輪槓桿上之一偏心軸；藉此，係 :滚輪與該搖擺齒輪臂受外力驅動朝向第一旋：進 “搖擺齒輪臂上之搖擺齒輪係嚙合氣 ::力擺:輪槓桿朝向該第-方向旋轉時藉 該第二進紙滚:二輪接觸於紙張；而當 臂受外力驅動朝向第-方 Π ’該搖擺齒輪臂上之搖擺齒編 第：方 心軸連動該施力件而復位，以利上方力==該偏 該取紙衍架擺動至該非取紙位置 力矩將 離紙張。 更〇第一進紙滾輪遠 本發明更提供-種取紙方法，其 施力件對該取紙衍架所施之力矩、_ 乂驟：利用 非取紙位置；施以外力驅動該第=，·、氏何架維持於該 臂朝向第-方向旋轉，當該搖擺擺齒輪 祝#上之搖擺齒輪嚙合 4/15 201139156 3環:::部以帶動該搖擺齒輪槓桿朝向該第一方向旋 ;=衍架由該非取紙位置擺動至該取紙:Γ2 進、、，氏》袞輪接觸於紙張；施以外力驅 吏以 與該搖擺齒輪臂朝向第：方_轉，f 滾輪 搖擺齒輪嗔合該環形齒形部 田χ *臂上之 該第二方向㈣勘。亥搖擺齒輪槓桿朝向 用哼施六枝轉藉軸連動該施力件而復位，以利 -用錢力件所施之力矩將該取 是位間 »回復至該非取紙位置，使該第位置擺動 本發明具有以下有益的效果：本發明'利用改氏=: 施加於取紙衍架上之力矩的方向，以‘ 力件 二架:效果，故可省略傳統的複雜機構成 構，=模組化的機構達成取紙、進紙的㈣。 ⑽:·ί=Γ步瞭解本發明之特徵及技術内容，請 參閱以下有關本發明之詳細說明 合。月 僅提供參考與說明用， 斜、® ^而所附圖式 f用來對本發明加以限制者。 【實施方式】 本發明提出一種取紙機構，1 反向力矩的仙，達成取紙衍㈣正向力矩與 得以接觸或遠離紙張。請參整，使進紙滾輪 構1包含:取紙衍架10、2進=-Α圖’取紙機 滾輪1 2、搖擺齒輪臂i ::輪1 1、第二進紙 多功能事務機等類^=1可應用於印表機、影印機、 5/15 201139156 楫的考I:，’取紙衍架1〇係為本發明之取紙機 輪12 :;=121_，在取:=二紙: 張。第進紙二紙滾輪11得以接觸紙張或是遠離紙 L::::輪11又稱做進紙輪，二進紙购 搖擺齒輪臂i 3係連動於該第二進紙滾輪工2 之，搖擺齒輪臂i 3係與第二進紙滾輪工2同步進行順二 針/疋時針旋轉。搖擺齒輪臂i 3上設有—搖擺 夺 及一凸塊1 3 2。 1 搖擺齒輪槓桿i4之兩端分別連接於搖擺齒輪 3及施力件1 5 ’施力件工5可為一彈赞，其一端係 搖擺齒輪槓桿i 4上之偏心軸丄4 i，而另端_定=二 端點1 5 1 (請參考第二a圖），故當搖擺齒輪槓桿丄 旋轉時’該偏心軸1 4 1可相對於第二進紙滾輪丄2之轴 心1 2 1產生不同方向的力矩。在本具體實施.例中，搖擺 齒輪槓桿14的-端設有弧形槽142，搖擺齒輪臂工3 之凸塊1 3 2可推抵弧形槽14 2 ’以帶動搖擺齒輪槓桿 1 4的轉動，且利用上述偏心軸丄4 i位置的變化（在取 紙點B與非取紙點A之間反覆移動，如第二A圖及第一匸 圖），以施加不同方向之力矩於取紙衍架工◦。當搖擺齒 輪臂1 3轉動時，其上之搖擺齒輪χ 3丄可嚙合二一^形 齒形部161以產生第一方向驅動力或第二方向驅動 力’藉以帶動搖擺齒輪槓桿1 4進行順時針或逆時^旋 6/15 201139156 ::言之，藉該偏，連動該施力件而產生移動或復位 紙衍架1 ◦上方例中’更包括有一設於該取 旁側之取紙街架紙衍架10 於該上蓋1 6的内_搭 ㈣形部1 6 1係成型 .上述之搖擺*輪臂 觀4係穿設於取紙衍架蓋工二使搖擺 鲁的兩端突出於取紙衍架蓋丄8。 阳貝杯14 紙行；ί ::: A圖至第二C圖’其顯示取紙機構1之取 ，’·氏何木1 0擺動至取紙位置，使 張。首先，外力驅動第二進紙/輪11接觸紙 3進行順時針（第一方向）;心-與該搖擺齒輪臂！ 可刹用-民、去坦 疋轉，而在本具體實施例中， 了利用-馬達棱供上述外力，透過一驅動軸 進紙滾輪12與該搖擺齒輪臂13順時針旋轉/ 们;":合f四A、四B圖，在旋轉的過程中，搖擺奸 6 1 =之f擺f輪1 3 1係可鳴合於-環形齒形“ '生順枯針方向（第-方向）的驅動力，進而* ^亥搖擺齒輪槓桿朝向順時針方向旋轉；在本具體: 中&當該搖擺齒輪们3上之搖擺齒輪^ 形齒形部⑴時’使搖擺齒輪fl3 :弧形槽142之第一端1421移動至第二2; 2 ’並施力於第二端1 4 2 2，以形成順時針驅動 動搖擺齒輪槓桿工4進行順時針旋轉;在此同時，萨由1 偏心軸14 1連動該施力件15之態樣，使連接該 7/15 201139156 一复對^該軸心工2工而由非取紙 點Α棘重/j $跑试抓〇 •‘ —々、^pw X Cj X my tsq 刁 p ; 點A轉動至取紙點B，故以轴心工2工為支點的情況下 =力件1 5對於該轴心i 2 i所形成的力矩則由上抬 態樣轉變成下愿態樣，藉以使取紙機構工之取紙衍架工〇 擺動至取紙位置，讓苐_進紙滾輪工工接觸紙張以達進紙 之目的。換言之，太姿_ y么# 本案係藉由改變施力點的位置，使施加 :::、、、氏何架1 ◦的逆時針力矩（如第四A圖）轉變成順時 祕、=(如第四B圖）’以下壓取紙衍架1 〇，使第一進 、·.氏滾輪1 1得以接觸紙張。 反之’第三A圖至第三〇圖則顯示取紙機構丄之取紙 1 丁木.i、Q擺動至非取紙位置。同樣地，可利用馬達施加外 ’ ’=驅祕i 7f動第二進紙滾輪丨2與該搖擺 ’13進行逆時針（第二方向）旋轉。 1孫2轉的過程巾’搖擺齒輪臂1 3上之搖擺齒輪1 3 ==環形齒形部161，以產生逆時針方向驅動 具體㈣輪槓桿朝向逆時財向旋轉；在本 杳入貝歹·，當該搖擺齒輪臂13上之搖擺齒輪工3工' 形齒形部161時，使搖擺齒輪⑴上之凸 2由弧形槽142之第二…⑴移動至第 針方二i 施力於第一端1421，以形成該逆時 轉.*力並〒動搖擺齒輪横桿1 4進行逆時針旋 時:藉該偏心轴141連動該施力件15而復 該軸心；該施力件15之偏心轴141亦相對於 121而由取紙點B轉動非取紙點 21為支點的情況下，該施力件15對^ 8/15 201139156 形成的力矩則由下壓態樣轉變成上枱態樣，藉以使取 構1之取紙衍架1〇擺動至非取紙位置，讓第一進紙滾輪 二 =離紙張以停止進紙之功能。換言之，本案係藉由‘ 變力點的位置，使施加於取紙衍架丄〇的逆時針力矩轉 (如第四B圖）變成順時針力矩（如第四A圖）， 架1〇,使第一進紙滾輪11得以遠離紙張，以‘ 本發明更提出-種取紙方法，包括以下步驟： Φ取紙大態下，利用施力件15在非取紙點A上對 位置。二二1第力矩^該取紙衍架維持於該非取紙 簧，且骚士 P 苐四A圖所示，施力件1 5可為一彈 簧”彈力F在非取紙點A上對轴 逆時針力矩（本發 J 1而5係構成- 衍架1〇,使義成反向力矩)’以上抬取紙 在進紙狀態時取紙位置。 第二進紙滾輪！ 2 ”搖力透過驅動轴1 7帶動 方向）旋轉，备独J 13進行順時針（第一 合於該環形齒3上之搖擺齒輪1 3 1喊 驅動力，例如利用妓M 產生嘴時針方向（第一方向） 第-端1 42 1，、隹1輪臂1 3上之凸塊1 3 2施力於 針方向（第一方^^ =帶動該搖擺齒輪槓桿1 4朝向順時 件1 5，以將偏二偏心軸1 4 1連動該施力 旋轉而由非取紙朝向順時針方向（第一方向） 及第四B圖所^彈力私動至取紙點B。此時，如第二c圖 係構成1貝時 取紙點B上對軸心工2工而言 本發明將其定義成正向力矩），以 9/15 201139156 Z取紙衍架1 Q，使取紙衍架1 0擺動至取紙位置，使 :進紙滾輪1 1接觸於紙張而達成進紙。 當進紙㈣停止時，將馬達之_力透過驅動轴工7 了第二進紙滾輪工2與該搖擺齒輪fl 3進行逆時針 :方向）旋轉’當該搖擺齒輪fl 3上之搖擺齒輪上 3 lD齒合於該環形齒形部1 6 1以產生逆時針方向（第二 方向）驢動力，例如利用搖擺齒輪臂工3上之凸塊BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a paper take-up mechanism, and more particularly to a paper take-up mechanism that can change the moment applied to the pick-up truss to achieve the purpose of picking up paper. [Prior Art] The printer is an indispensable output tool in modern information products, and the quality of the printing is generally recognized as the quality of the printing function, not only;; printing speed, including stability And reliability, high stability and sinfulness mean that the paper feeding mechanism can provide high-quality and smooth printing and high-printing products. Seven, the dry horse 1 is a design that is quite important. The paper-feeding mechanism of the whole paper feeding mechanism of the watch machine mostly uses the paper feed roller set at one end to achieve the purpose of paper feeding. For example, the wooden machine points the paper feed wheel to the paper. When the time is - the ground is sent into the work area. The rotation of the paper feed wheel applies the paper to the pick-up street rack, for example, in a conventionally-adjusted moment. 5 and the other uses a solid rod to control the angle of the pick-up truss, and interlocks with each other. The gears, and the above-mentioned mechanism, have quite a number of "construction to the purpose of =. However, the efficiency is low; in addition, the traditional 'cow, so the power of the full load of the production assembly is turned out, so the surplus motor drive motor must be provided all the time. ..., to effectively save energy consumption. f SUMMARY OF THE INVENTION The main purpose of the present invention is to supply and pick up a paper-removing mechanism, which is changed to 201139156 ^Silior Yang in the paper money, the county invention is early and can Forming the modularity, the complexity of the mechanism can be reduced, and the reliability of the paper can be reduced. The present invention provides a paper taking mechanism, 在一. a paper truss in a non-pick-out position, which is provided with a first paper feed roller and a rocking gear arm that interlocks with the first:: wheel' wheel arm is provided with a rocking gear, The rocking gear arm is connected to the other end An eccentric shaft is disposed on the rocking gear lever; thereby: the roller and the rocking gear arm are driven by the external force toward the first rotation: the rocking gear train meshing on the rocking gear arm: : force pendulum: when the wheel lever rotates in the first direction, the second paper feed roller: the second wheel contacts the paper; and when the arm is driven by the external force toward the first side, the rocking tooth on the rocking gear arm: The mandrel is interlocked with the force applying member to be reset, so that the upper force == the biasing of the paper picking truss to the non-picking position moment will be off the paper. Further, the first paper feed roller is far from the invention, and the paper picking method is provided, and the force applied by the force applying member to the paper picking truss, _ :: using a non-picking position; applying an external force to drive the first = , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ;=The truss is swung from the non-pickup position to the pickup: Γ2, 、, 》 衮 接触 contact with the paper; the external force is driven to the direction of the yaw gear arm: _ turn, f roller yaw gear Coupling the annular toothed field χ * The second direction (four) of the arm. The swaying gear lever is reset by interlocking the urging member with the six-turn lever shaft, so as to facilitate the use of the torque applied by the sturdy force member to return the position to the non-pick-up position, so that the first position swings The invention has the following beneficial effects: the invention utilizes the change of the direction of the moment applied to the paper truss, and the effect of the two parts: the effect, so the traditional complex machine structure can be omitted, = module The organization has achieved paper picking and paper feeding (4). (10): The following is a detailed description of the present invention. The reference is only for the purpose of illustration and description, and the drawings are used to limit the invention. [Embodiment] The present invention proposes a paper take-up mechanism, which is a reverse torque moment, which achieves a take-up (four) positive moment and is in contact with or away from the paper. Please participate in the paper feed roller structure 1 including: paper truss 10, 2 into = Α ' 'taker roller 1 2, rocking gear arm i :: wheel 1 1 , second paper multifunction machine Class ^=1 can be applied to printers, photocopiers, 5/15 201139156 楫 I:, 'paper truss 1 为本 is the paper take-up wheel 12 of the invention;; = 121_, in the: = two papers: Zhang. The first paper feed roller 11 is in contact with the paper or away from the paper L:::: the wheel 11 is also referred to as a paper feed wheel, and the second paper feed rocking arm i 3 is linked to the second paper feed roller 2 The rocking gear arm i 3 is synchronized with the second paper feed roller 2 to perform a two-needle/clockwise rotation. The rocking gear arm i 3 is provided with a rocking arm and a bump 1 3 2 . 1 The two ends of the rocking gear lever i4 are respectively connected to the rocking gear 3 and the force applying member 1 5 'the force applying member 5 can be a bullet, one end of which is the eccentric shaft 丄 4 i on the rocking gear lever i 4 , and the other End _==2nd end 1 5 1 (please refer to the second a picture), so when the yaw gear lever 丄 rotates, the eccentric shaft 1 4 1 can be relative to the axis of the second paper feed roller 丄 2 1 2 1 Produces torque in different directions. In the present embodiment, the end of the rocking gear lever 14 is provided with an arcuate groove 142, and the bump 1 3 2 of the rocking gear arm 3 can be pushed against the arcuate groove 14 2 ' to drive the rocking gear lever 14 Rotating, and using the above-mentioned change of the position of the eccentric shaft 丄4 i (reversing movement between the paper picking point B and the non-picking point A, such as the second A picture and the first drawing), to apply the torque in different directions Paper rifle work. When the rocking gear arm 13 rotates, the rocking gear χ 3丄 thereon can engage the two-shaped tooth portion 161 to generate a first direction driving force or a second direction driving force 'to drive the rocking gear lever 14 to perform Hour or counterclockwise 6/15 201139156: In other words, by the bias, the force is applied to move or reset the paper truss 1 ◦ In the above example, there is also a paper-taking street located on the side of the take-off side. The paper truss 10 is formed in the inner _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Take the paper truss cover 丄8. Yangbei Cup 14 paper line; ί ::: A picture to the second C picture 'It shows the take-up mechanism 1 ', '·· He He 10 swing to the paper picking position, make Zhang. First, an external force drives the second paper feed/wheel 11 to contact the paper 3 for clockwise (first direction); the heart - and the rocking gear arm! The brake can be used for the brakes, and in the specific embodiment, the external force is applied by the motor shaft to rotate clockwise through the drive shaft feed roller 12 and the swing gear arm 13; :合f四A,四B图, in the process of rotation, swinging rape 6 1 = f f pendulum f wheel 1 3 1 system can be combined with - ring tooth shape " 'birth direction (first direction) The driving force, and then the ^W swinging gear lever rotates clockwise; in this specific: Medium & when the rocking gear 3 on the rocking gear ^ toothed portion (1) 'make the rocking gear fl3: arc groove The first end 1421 of the 142 moves to the second 2; 2 ' and exerts a force on the second end 1 4 2 2 to form a clockwise driving rocking gear lever 4 for clockwise rotation; at the same time, Sa is 1 eccentric The shaft 14 1 interlocks the state of the urging member 15 to make the connection of the 7/15 201139156 a pair of ^ 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该^pw X Cj X my tsq 刁p ; Point A is rotated to the pickup point B, so in the case of the pivot 2 work as the fulcrum = the moment formed by the force member 15 for the axis i 2 i is Lift state The sample is transformed into a wishing state, so that the paper picking mechanism of the paper picking mechanism can be swung to the paper picking position, so that the 苐 paper feed roller worker contacts the paper to achieve the purpose of paper feeding. In other words, the posture _ y么# This case is to change the position of the point of application, so that the counterclockwise moment (such as the fourth A picture) of the application:::,,,,,,,,,,,,,,,,,,,,,,, ) 'The following press paper truss 1 〇, so that the first in.························································· i, Q swings to the non-pick-out position. Similarly, the second paper feed roller 丨2 can be rotated by the motor to apply a counterclockwise (second direction) rotation with the swing '13. 2 turns of the process towel 'rocking gear arm 1 3 on the rocking gear 1 3 == annular toothed portion 161 to drive the counterclockwise direction to drive the specific (four) wheel lever to rotate in the opposite direction; in this case, enter the bellows, When the rocking gear on the rocking gear arm 13 is shaped as the 'toothed portion 161, the convex 2 on the rocking gear (1) is moved from the second (1) of the curved groove 142 to The first needle 2i is applied to the first end 1421 to form the counterclockwise rotation force* and the rocking gear crossbar 14 is rotated counterclockwise: the eccentric shaft 141 is used to interlock the force applying member 15 to recover The axial center; when the eccentric shaft 141 of the urging member 15 is also pivoted with respect to 121 by the paper take-up point B, the torque formed by the urging member 15 is pressed by the pressing force of the pressure member 15 The state is transformed into the upper stage state, so that the picking tract of the structure 1 is swung to the non-picking position, so that the first paper feed roller 2 is separated from the paper to stop the paper feeding function. In other words, in this case, by the position of the force-changing point, the counterclockwise torque applied to the pick-up truss (as shown in Figure 4B) becomes a clockwise moment (as in Figure 4A). The first paper feed roller 11 is moved away from the paper, and the present invention further proposes a paper take-up method, which comprises the following steps: Φ picking up the paper, using the force applying member 15 to position the position on the non-pick point A. The second moment of the second moment is that the paper truss is maintained on the non-paper-feeding spring, and the singer P 苐 four A is shown, the force-applying member 15 can be a spring "elastic force F" on the non-pick point A Counterclockwise torque (this hair J 1 and 5 series - truss 1 〇, make Yicheng reverse torque) 'above the paper take-up position when the paper is fed. Second paper feed roller! 2 ” Shake force drive The shaft 1 7 rotates in the direction of rotation, and the J 13 is clockwise (the first swing gear 1 3 1 is combined with the driving force of the rocking gear 1 3, for example, using the 妓M to generate the nozzle clockwise direction (first direction) - The end 1 42 1, the 凸 1 wheel arm 1 3 on the bump 1 3 2 exerts a force on the needle direction (the first side ^ ^ = drives the rocking gear lever 14 toward the clockwise member 15 to bias the second eccentric The shaft 1 4 1 interlocks the force rotation and moves from the non-picking direction clockwise direction (first direction) and the fourth B figure to the paper take-up point B. At this time, the second c-frame constitutes 1 shell When the paper picking point B is on the axis 2 work, the invention defines it as a positive moment), and the paper truss 1 Q is taken at 9/15 201139156 Z, so that the picking truss 10 is swung to the picking position. Make The paper roller 1 1 is in contact with the paper to achieve paper feeding. When the paper feeding (4) is stopped, the motor's force is transmitted through the driving shaft 7 and the second paper feeding roller 2 and the rocking gear fl 3 are rotated counterclockwise: direction) 'When the l lD on the rocking gear on the rocking gear fl 3 is engaged with the annular tooth portion 161 to generate a counterclockwise (second direction) 驴 power, for example, using a bump on the yaw gear arm 3
St第一端1 4 2 2，進而帶動該搖擺齒輪槓桿1 4朝 ，時針方向（第二方向)旋轉，藉該偏心二： =件15而復位，亦即使偏心抽141朝二= 脖二方向）旋轉而由取紙點時動至非取紙點A。此 1 二 21而5係構成-逆時針力矩（即回復至反向 至非上抬取紙料1Q，使取紙魅10擺動回復 進紙。、’，立置’使該第-進紙滾輪U遠離於紙張而停止 綜上所述，本發明具有下列諸項優點： 1結構簡單，且利用模組化的設計 =到正向力矩與反向力—化，絲_架形成 上抬遠離紙_§樣，進而完絲紙的作 業故本赉明可降低機構成本支出，拍、查士 縮小化’·再者’本發㈣提高紙張順二： 戰刀手進仃運轉，故相對於 10/15 2 201139156 本發明可達成有效節省能源的 傳統之取紙機構而言 效果。 以上所述僅為本發明之 限本發明之專剎浐阁 了订實施例，非因此侷 乃之專利Μ，故舉凡運用本 内容所為之等#姑& μ / 赞乃。兒明書及圖不 寺效技御變化，均包含於本發明之範圍内。 【圖式簡單說明】 第一圖係為本發明之示意圖。 第Α圖係為本發明之分解圖。 第一 A圖至第一 C圖係為本發明 非取紙位置擺動至取紙位==嶋的取紙衍架由 ίί二t第三D圖係為本發明之取紙機構的取紙衍架由 取紙位置回復至非取紙位置之示意圖。 2二圖係為本發明施加於取紙衍架之正向力 矩及反向力矩之示意圖。 【主要元件符號說明】 1 取紙機構 10 取紙衍架 11 第一進紙滾輪 1 2 第二進紙滾輪 13 搖擺齒輪臂 14 搖擺齒輪槓桿 2 4 4 4 4 1 軸心 1 搖擺齒輪 2 凸塊 1 偏心轴 2 弧形槽 2 1第一端 2 2第二端 11/15 201139156 15 施力件 15 1 端點 16 上蓋 16 1 環形齒形部 17 驅動軸 18 取紙衍架蓋 A 非取紙點 B 取紙點 F 彈力 12/15St first end 1 4 2 2, which in turn drives the rocking gear lever 14 to rotate in the hour hand direction (second direction), and is reset by the eccentric two: = member 15, even if the eccentric pumping 141 is toward the second=neck direction ) Rotate to move to the non-pick point A by the pickup point. This 1 2 21 and 5 series constitutes - counterclockwise torque (ie, return to the reverse to non-uplift to take the paper 1Q, so that the paper plucking 10 swings back into the paper., ', stand up' makes the first-feed roller U is far away from the paper and stops as described above. The present invention has the following advantages: 1. The structure is simple, and the modular design = the forward torque and the reverse force are used, and the wire frame is lifted away from the paper. _ § 样, and then the operation of the finished paper can reduce the cost of the organization, shoot, Chass down, 're- es' this hair (four) improve the paper shun two: the sword knives into the operation, so relative to 10 / 15 2 201139156 The invention can achieve the effect of the traditional paper picking mechanism which can effectively save energy. The above description is only a limited embodiment of the present invention, which is not a special patent of the present invention. The use of this content is equivalent to #姑& μ / 赞乃. The children's book and the map are not included in the scope of the present invention. The schematic diagram is an exploded view of the invention. The first A to the first C The drawing is the paper plucking position of the non-picking position of the invention to the paper take-up position==嶋. The paper drawing truss of the paper taking mechanism of the invention is returned from the paper picking position to the non-paper. 2 is a schematic diagram of the forward torque and reverse torque applied to the paper truss according to the invention. [Main component symbol description] 1 paper take-up mechanism 10 paper draping 11 first paper feed Roller 1 2 Second paper feed roller 13 Rocking gear arm 14 Rocking gear lever 2 4 4 4 4 1 Axis 1 Rocking gear 2 Bump 1 Eccentric shaft 2 Curved groove 2 1 First end 2 2 Second end 11/15 201139156 15 Applying force 15 1 End point 16 Upper cover 16 1 Ring toothed part 17 Drive shaft 18 Picking up draping cover A Non-pick point B Picking point F Elasticity 12/15