201132574 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種薄紙切斷之設計，特別是關於一種 薄紙捲繞裝置之薄紙切斷方法及機構。 【先前技術】 查典型的薄紙捲繞裝置主要包括有一上捲輪、一導引 板、一下捲輪、一騎輪，其中導引板係設置於上捲輪之一輪 面下方鄰近位置，並與該上捲輪之間形成一通道，該上捲 輪、下捲輪和騎輪之間係形成一捲繞區。 一般薄紙捲繞裝置之紙管，是靠一輸送機傳遞至一上 捲輪旁，再由一推桿推入一導引板通道，再到達一捲繞區， 在紙管上捲繞薄紙成為一捲筒紙，如捲筒衛生紙等。完成一 捲筒紙之捲繞工作後，藉由控制一旋轉桿之轉速，使其相對 速度比上捲輪之轉速快或比上捲輪之轉速慢，藉此所產生之 速差而造成薄紙斷裂。 在另一種先前技術中，是藉由接觸式的薄紙拉斷方法 及機構，例如以撥桿抵觸於薄紙捲繞裝置所配置的一上捲輪 面，而將通過該上捲輪面的薄紙抵制住，再藉由薄紙受到捲 繞區捲繞形成之捲筒紙之拉力而被拉斷。 【發明内容】 本發明所欲解決之技術問題 然而，在上述習用之薄紙捲繞裝置中，須注意旋轉桿 201132574 之轉速不可恰與上捲輪之轉速相同，才可造成速差而使薄紙 斷裂，而且若薄紙是以高韌性之材質所製成時，若旋轉桿與 上捲輪之間的速差不夠大，亦無法造成薄紙斷裂。在一般薄 紙捲繞裝置中，通常都需要在薄紙傳送到捲紙通道之前配置 一部打孔裝置，先將薄紙打孔，才能在後續的薄紙捲繞過程 中，順利在薄紙的預定位置予以拉斷，如此使薄紙捲繞裝置 的結構較為複雜。 而在前述接觸式的薄紙拉斷先前技術中，由於撥桿需 實際抵觸於上捲輪面，故在機構組成構件的耐用性、安全性 方面存在了無法克服的缺點。 緣此，本發明之主要目的即是提供一種具切斷機構之 薄紙捲繞裝置，以期利用切刀協同一撥桿將薄紙切斷。 本發明之另一目的是提供一種包括有抽氣裝置以及具 有抽氣通道和中空通道之切斷機構之薄紙捲繞裝置。 本發明之另一目的是提供一種以產生真空吸附力配合 一切刀來作為薄紙捲繞裝置中將薄紙切斷的方法及裝置。 本發明解決問題之技術手段 本發明為解決習知技術之問題所採用之技術手段係在 薄紙捲繞裝置的上捲輪之一輪面下方鄰近位置配置一切斷 機構，該切斷機構包括一轉軸，具有一外環面及至少一撥 桿，該撥桿具有一轉軸連結端和一薄紙接觸端，該轉轴連結 端係連結固定於該轉軸之外環面，而該薄紙接觸端係由該轉 軸之外環面凸伸出，並形成有至少一吸附口。至少一切刀， L Si -4 - 201132574 緊臨該撥桿之薄紙接觸端的吸附口側邊位置。撥桿受驅動而 使薄紙接觸端旋轉至一面向於上捲輪的接觸位置時，薄紙接 觸端之吸附口吸附薄紙，使薄紙因受到捲繞區捲繞形成之捲 筒紙之拉力而被拉緊，由該切刀抵緊於該薄紙，進而切斷該 薄紙。 較佳實施例中，撥桿之薄紙接觸端之吸附口鄰近位置 更包括有至少一輔助吸附口，該辅助吸附口連通於該中空通 道。該辅助吸附口係位在該撥桿之薄紙接觸端之吸附口與該 切刀之間。 本發明對照先前技術之功效 經由本發明所採用之技術手段，利用切刀協同一撥桿 及形成在撥桿的薄紙接觸端的吸附口，可在撥桿受驅動而使 薄紙接觸端旋轉至一面向於上捲輪的接觸位置時，由薄紙接 觸端之吸附口吸附薄紙，使薄紙因受到捲繞區捲繞形成之捲 筒紙之拉力而被拉緊，由該切刀抵緊於該薄紙，進而切斷該 薄紙。整個薄紙切斷的過程順暢、確實，而薄紙切斷位置也 具有較佳的齊整度。 在整個薄紙捲繞裝置的構件配置方面，由於切刀可以 在預定位置準確地確實切斷薄紙，故不再需要配置習知的打 孔裝置，而可簡化薄紙捲繞裝置的結構。 再者，切刀在斷斷薄紙時，是藉由撥桿的薄紙接觸端 之吸附口吸附薄紙，使薄紙因受到捲繞區捲繞形成之捲筒紙 之拉力而被拉緊，由該切刀抵緊於該薄紙，進而切斷該薄 201132574 紙。整個過程中，切刀並不需直接接觸到上捲輪的輪面，故 可改善了構件的耐用性及安全性。 本發明所採用的具體實施例，將藉由以下之實施例及 附呈圖式作進一步之說明。 【實施方式】 參閱第1圖所示，本發明薄紙捲繞裝置100之第一實 施例係包括一基座11、一上捲輪12、複數個導引板13(側 視圖只能看見一個）、一切斷機構14、一下捲輪15、一騎輪 16、一紙管輸送裝置17、一對夾送輪21、一傾斜通道23。 導引板13係設置於上捲輪12之一輪面下方鄰近位 置，並與上捲輪12之間形成一通道3。上捲輪12、下捲輪 15和騎輪16之間係形成一捲繞區19。一具有一預定厚度及 寬度之薄紙4係以一傳遞方向11經由夾送輪21之輸送，再 臨貼於上捲輪12下半部之輪面而捲繞於一位在捲繞區19 之第一紙管5上，薄紙4可在捲繞區19形成一預定直徑之 捲筒紙51，例如捲筒衛生紙等。 參閱第2圖所示，切斷機構14係設置於上捲輪12下 方鄰近位置，切斷機構14包括一轉轴141及至少一撥桿 142。轉軸141具有一外環面141a，轉軸141係結合設置於 基座11。撥桿142係設置於轉軸141之外環面141a，撥桿 142係具有一轉軸連結端142a和一薄紙接觸端142b，轉轴 連結端142a係連結固定於轉軸141之外環面141a，而薄紙 接觸端142b係由轉軸141之外環面141a凸伸出。 -6 - 201132574 心 一驅動機構（未示）可驅動撥桿M2以轉軸141、― 而旋轉，撥桿H2之旋轉方向13係相同於上捲^旋轉中 轉方向12，故撥桿142之薄紙接觸端14孔旋 —12之旋 A時，撥桿142之薄紙接觸端H2b的旋轉方η接觸位置 捲輪12之旋轉方向12。撥桿142之旋轉轨，恰相反於上 轉轨跡圓142d。 、系可形成-旋 請同時參閱第3圖所示，撥桿142之键， /寻紙接觸端142bBACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a thin paper cutting design, and more particularly to a thin paper cutting method and mechanism for a thin paper winding device. [Prior Art] A typical tissue winding device mainly includes an upper reel, a guiding plate, a lower reel, and a riding wheel, wherein the guiding plate is disposed adjacent to a wheel surface of the upper reel, and A passage is formed between the upper reels, and a winding zone is formed between the upper reel, the lower reel and the riding wheel. Generally, the paper tube of the thin paper winding device is conveyed by a conveyor to a winding reel, and then pushed by a push rod into a guiding plate passage, and then reaches a winding area, and the thin paper is wound on the paper tube. A roll of paper, such as roll toilet paper. After completing the winding work of a web, by controlling the rotation speed of a rotating rod, the relative speed is faster than the rotation speed of the upper reel or slower than the rotation speed of the reel, thereby causing a thin paper caused by the speed difference generated thereby. fracture. In another prior art, the contact type thin paper breaking method and mechanism are used, for example, by a lever against a reeling surface configured by the tissue winding device, and the tissue passing through the winding surface is resisted. It is then pulled off by the tensile force of the web formed by the winding of the tissue. SUMMARY OF THE INVENTION The technical problem to be solved by the present invention, however, in the conventional thin paper winding device, it should be noted that the rotation speed of the rotating rod 201132574 is not the same as the rotation speed of the upper reel, and the speed difference can be caused to break the thin paper. And if the tissue is made of a material with high toughness, if the speed difference between the rotating rod and the winding reel is not large enough, the thin paper cannot be broken. In a general tissue winding device, it is usually required to arrange a punching device before the thin paper is conveyed to the paper winding passage, and the thin paper is first punched, so that the thin paper can be smoothly pulled at a predetermined position in the subsequent thin paper winding process. The structure of the tissue winding device is complicated. In the prior art of the contact type thin paper breaking, since the lever needs to be in actual contact with the winding surface, there is an insurmountable disadvantage in terms of durability and safety of the mechanical component. Accordingly, it is a primary object of the present invention to provide a tissue winding device having a cutting mechanism for cutting a tissue using a cutter in conjunction with a lever. Another object of the present invention is to provide a tissue winding device including an air extracting device and a cutting mechanism having an air suction passage and a hollow passage. Another object of the present invention is to provide a method and apparatus for cutting a tissue in a tissue winding apparatus by producing a vacuum suction force in combination with all the knives. TECHNICAL FIELD OF THE INVENTION The technical means for solving the problems of the prior art is to arrange a cutting mechanism adjacent to a wheel surface of a winding reel of a thin paper winding device, the cutting mechanism comprising a rotating shaft. The utility model has an outer ring surface and at least one lever, the lever has a rotating shaft connecting end and a thin paper contact end, the rotating shaft connecting end is fixedly connected to the outer ring surface of the rotating shaft, and the thin paper contact end is connected to the rotating shaft The outer annular surface protrudes and is formed with at least one adsorption port. At least all the knives, L Si -4 - 201132574 Close to the side of the suction port at the contact end of the thin paper of the lever. When the lever is driven to rotate the contact end of the tissue to a contact position facing the upper reel, the adsorption port of the contact end of the tissue adsorbs the thin paper, so that the tissue is pulled by the tension of the web formed by winding the winding zone. Tightly, the cutter is pressed against the tissue to cut the tissue. In a preferred embodiment, the vicinity of the adsorption port of the contact end of the thin paper of the lever further includes at least one auxiliary adsorption port, and the auxiliary adsorption port communicates with the hollow channel. The auxiliary adsorption port is located between the adsorption port of the contact end of the thin paper of the lever and the cutter. According to the technical means adopted by the present invention, the utility model utilizes a cutter to cooperate with a lever and a suction port formed at the contact end of the thin paper of the lever, so that the contact end of the thin paper can be rotated to a surface. At the contact position of the upper reel, the thin paper is adsorbed by the adsorption port of the contact end of the thin paper, so that the thin paper is tensioned by the pulling force of the web formed by winding the winding area, and the cutter is pressed against the thin paper. Further, the tissue is cut. The entire tissue cutting process is smooth and reliable, and the tissue cutting position also has a better uniformity. In terms of the component arrangement of the entire tissue winding device, since the cutter can accurately cut the tissue at a predetermined position, it is no longer necessary to provide a conventional punching device, and the structure of the tissue winding device can be simplified. Moreover, when the cutter breaks the thin paper, the thin paper is adsorbed by the adsorption port of the thin paper contact end of the lever, so that the thin paper is tensioned by the tension of the web formed by winding the winding zone, and the cutter is tightened by the cutter The paper is pressed against the thin paper, and the thin 201132574 paper is cut. Throughout the process, the cutter does not need to directly contact the tread of the upper reel, thus improving the durability and safety of the component. The specific embodiments of the present invention will be further described by the following examples and the accompanying drawings. [Embodiment] Referring to Figure 1, a first embodiment of the tissue winding device 100 of the present invention comprises a base 11, an upper reel 12, and a plurality of guiding plates 13 (only one side view can be seen) A cutting mechanism 14, a lower reel 15, a riding wheel 16, a paper tube conveying device 17, a pair of pinch wheels 21, and an inclined passage 23. The guide plate 13 is disposed adjacent to one of the upper surfaces of the upper reel 12 and forms a passage 3 with the upper reel 12. A winding zone 19 is formed between the upper reel 12, the lower reel 15 and the riding wheel 16. A thin paper 4 having a predetermined thickness and width is conveyed in a conveying direction 11 via the pinch wheel 21, and then attached to the tread of the lower half of the upper reel 12 and wound in a winding section 19 On a paper tube 5, the tissue 4 can form a predetermined diameter of the web 51 in the winding zone 19, such as a roll of toilet paper or the like. Referring to Fig. 2, the cutting mechanism 14 is disposed adjacent to the lower reel 12, and the cutting mechanism 14 includes a rotating shaft 141 and at least one lever 142. The rotating shaft 141 has an outer annular surface 141a, and the rotating shaft 141 is coupled to the base 11. The lever 142 is disposed on the outer surface 141a of the rotating shaft 141. The lever 142 has a rotating shaft connecting end 142a and a thin paper contact end 142b. The rotating shaft connecting end 142a is coupled and fixed to the outer surface 141a of the rotating shaft 141, and the thin paper The contact end 142b is protruded from the outer annular surface 141a of the rotating shaft 141. -6 - 201132574 The heart-driven mechanism (not shown) can drive the lever M2 to rotate with the rotating shaft 141, ―, and the rotating direction 13 of the lever H2 is the same as the winding direction 12 of the upper winding, so the thin paper of the lever 142 When the contact end 14 is rotated by 12, the rotational direction n of the thin paper contact end H2b of the lever 142 contacts the rotational direction 12 of the position reel 12. The rotating rail of the lever 142 is exactly the same as the upward trajectory circle 142d. , can be formed - screwing Please also refer to the button shown in Figure 3, the lever 142, / paper-seeking contact 142b
係設置有一吸附口 142c，並且轉軸141内部係具 通道141b而使轉轴141呈中空管狀，轉軸14 八 抽氣 „〜 之外環面141a 選疋位置係開設有複數個連通於抽氣通道i4ib ulc，撥桿142係開設有至少一連通於吸附〇 ^ 141之開孔14lc之中空通道142ee轉軸141連結設置有一 抽氣裝置（未示），用以抽離轉軸141之抽氣通道^ib和撥 桿14 2之中空通道丨4 2 e中之空氣，以使撥椁丨* 2之薄紙接 觸端142b位在吸附口 142c具有一真空吸附力。較佳地，薄 紙接觸端142b之吸附口 142c最好是呈凹入結構，以使該吸 附口 142c在吸附薄紙4時具有最佳的吸附效果。 撥才干142之薄紙接觸端142b在相反於撥桿m2之旋轉 方向13的緊臨侧邊位置設置有一至少一切刀144(同時參閱 第2圖及第3圖所示切刀144的凸伸長度大約凸伸至撥 桿142之旋轉執跡圓142d。 再者’撥桿142之薄紙接觸端142b除了開設有〆吸附 口 142c之外，另在吸附口 142e與切刀144之間開設有〆輔 助吸附口 142f，該辅助吸附口 H2d亦連通於中空通道 201132574 142e。較佳地，若以旋轉軌跡圓丨42d為基準，該輔助吸附 口 142f的形成位置略低於切刀144的凸伸長度的位置。A suction port 142c is disposed, and the inner shaft 141b of the rotating shaft 141 is configured to make the rotating shaft 141 have a hollow tubular shape, and the rotating shaft 14 is ventilated „~ the outer ring surface 141a is selectively opened to be connected with the plurality of suction passages i4ib. The ulc, the lever 142 is provided with at least one hollow passage 142 that is connected to the opening 14lc of the absorbing 141, and the rotating shaft 141 is coupled to an air extracting device (not shown) for extracting the air venting passage ii from the rotating shaft 141. The air in the hollow passage 丨4 2 e of the lever 14 2 is such that the thin paper contact end 142b of the dial 2 2 has a vacuum suction force at the adsorption port 142c. Preferably, the suction port 142c of the thin paper contact end 142b Preferably, the recessed structure is provided so that the suction port 142c has an optimum adsorption effect when the tissue 4 is adsorbed. The thin paper contact end 142b of the dial 142 is located immediately adjacent to the rotational direction 13 of the lever m2. At least one of the knives 144 is provided (see also the convex elongation of the cutter 144 shown in Figures 2 and 3 is approximately convex to the rotationally-performing circle 142d of the lever 142. Further, the thin paper contact end 142b of the 'the lever 142' In addition to the opening of the 〆 adsorption port 142c, Further, between the adsorption port 142e and the cutter 144, a 〆 auxiliary adsorption port 142f is opened, and the auxiliary adsorption port H2d is also connected to the hollow channel 201132574 142e. Preferably, if the rotation trajectory circle 42d is used as a reference, the auxiliary adsorption port The formation position of 142f is slightly lower than the position of the convex elongation of the cutter 144.
參閱第4〜12圖所示，係顯示本發明實施例在進行薄紙 切斷之序列動作示意圖。當撥桿丨42受驅動機構143之驅 動以旋轉方向13旋轉而使撥桿142之薄紙接觸端142b週期 性地旋轉至面向於該上捲輪12之接觸位置A(如第5圖所 示）。此時，該撥桿142之薄紙接觸端丨42b與薄紙4接觸， 且撥桿142之薄紙接觸端142b將薄紙4吸附於吸附口 142〇 如第5圖所示，當撥桿142之薄紙接觸端i42b旋轉至 接觸彳立置A時，該撥桿142之薄紙接觸端142b吸附薄紙4， 且將薄紙4之頂面抵緊接觸於上捲輪12下半部之輪面。本 發明另一實施例中，撥桿142之薄紙接觸端142b在接觸位 置A時，亦可僅吸附住薄紙4，而與上捲輪12之間保持— 預疋間距’使薄紙4未接觸上捲輪12下半部之輪面。 第二紙管6經紙管輸送裝置17之一承板171之輸送， 而到達導弓丨板13與上捲輪12之間所形成之通道3之入口 後，紙官輪送裝置17之一推板172會旋轉而將第二紙管6 推入通道3内（如第6圖所示）。 田薄紙4受撥桿142之薄紙接觸端142b之吸附〇 l42e 吸附的同時，其隨後的相鄰位置也被輔助吸附口 I42f吸 附而使薄紙4形成數次彎折型態（如第6圖所示）， ^履面文到撥桿142之薄紙接觸端142b穩固地吸附住。 右，=撥椁142再往旋轉方向13旋轉一角度時，薄紙4之 側端因受到捲繞區19捲繞形成之捲筒紙51之拉力而被拉 201132574 緊:故設置在撥桿142之切刀⑷會抵緊於薄紙4’進而切 :薄紙4(如第7、8圖所示)，而使薄紙4在切斷處分裂為一 罪近第一紙管5之尾墙-Λ- ♦ ^ 兔鳊43和一罪近第二紙管ό之頭端44， 薄紙4之尾端43會M 太窗 ^ ^ 捲、％在第一紙管5上而完成捲筒紙51 之捲繞。Referring to Figures 4 to 12, there is shown a schematic diagram of the sequence operation of the thin paper cutting in the embodiment of the present invention. When the lever 42 is rotated by the driving mechanism 143 in the rotational direction 13, the thin paper contact end 142b of the lever 142 is periodically rotated to the contact position A facing the upper reel 12 (as shown in FIG. 5). . At this time, the thin paper contact end 42b of the lever 142 is in contact with the tissue 4, and the thin paper contact end 142b of the lever 142 adsorbs the tissue 4 to the adsorption port 142, as shown in Fig. 5, when the thin paper of the lever 142 contacts When the end i42b is rotated to the contact stand A, the thin paper contact end 142b of the lever 142 sucks the thin paper 4, and the top surface of the thin paper 4 abuts against the tread of the lower half of the upper reel 12. In another embodiment of the present invention, when the thin paper contact end 142b of the lever 142 is in the contact position A, only the tissue 4 can be adsorbed, and the pre-twisting distance is maintained between the upper reel 12 and the thin paper 4 is not contacted. The tread of the lower half of the reel 12. The second paper tube 6 is conveyed by one of the carrier sheets 171 of the paper tube conveying device 17, and reaches the entrance of the passage 3 formed between the guide bow plate 13 and the upper reel 12, and one of the paper officer conveying devices 17 The push plate 172 will rotate to push the second paper tube 6 into the channel 3 (as shown in Figure 6). The tissue paper 4 is adsorbed by the adsorption 〇l42e of the thin paper contact end 142b of the lever 142, and its subsequent adjacent position is also adsorbed by the auxiliary adsorption port I42f to form the thin paper 4 into a plurality of bending patterns (as shown in Fig. 6). Shown, ^ the track to the thin paper contact end 142b of the lever 142 is firmly attracted. Right, when the dial 142 is rotated by an angle in the rotation direction 13, the side end of the tissue 4 is pulled by the tension of the web 51 formed by the winding of the winding zone 19, and is tightly closed: therefore, it is disposed on the lever 142. The cutter (4) will be pressed against the thin paper 4' and then cut: the thin paper 4 (as shown in Figs. 7 and 8), and the thin paper 4 is split at the cut position into a sin near the tail wall of the first paper tube 5 - Λ - ♦ ^ Rabbit 鳊43 and sin near the head end 44 of the second paper tube ,, the tail end 43 of the thin paper 4 will be too large, ^^, % is on the first paper tube 5 to complete the winding of the web 51 .
當薄紙4被切斷的同時，由於抽氣裝置使撥桿142之 薄紙接觸W吸陳薄紙4之頭端44，並藉缝桿142 在接觸位置A之反方向旋轉而將薄紙4之頭端44帶往剛進 入通道3的第二紙管6 ’而使薄紙4之頭端44初步捲繞於 第二紙管6之外環面(如第7、8、9、1〇圖所示)。 當撥桿142旋轉離開薄紙4及通道3後，第二紙管6 沿者通道3繼續向前滾動’而使得薄紙4之頭端44完全捲 繞於第一紙f 6上’同時薄紙4之尾端43會捲附於捲筒紙 51上而70成捲筒紙51之捲繞（如第11、12圖所示）。 第一紙管6會藉由下捲輪15減速所造成之上捲輪12 矛下捲輪15之間的速差效應而被傳遞至捲繞區19(如第12 圖所示），並開始進行一新的捲筒紙之捲繞工作。而已完成 之捲筒紙51則沿著傾斜通道23排出。 、由於捲筒紙51已沿著傾斜通道23排出，而騎輪16係 ^結於一擺臂161，擺臂161係具有一旋轉中心軸162，擺 係"T以其；$疋轉中心軸162為中心而擺動，因此連結於 擺邊161之騎輪16亦會隨著擺臂161之擺動軌跡而上下移 動，當捲筒紙51排出後，原本壓觸於捲筒紙51之騎輪16 即會向下移動而壓觸於第二紙管6。 -9 - 201132574 上述的切刀144是實際執行薄紙4的切斷元件，其刀 面144a係可為平直狀刀面，也可以設計成鋸齒狀結構(如圖 13所示），以使薄紙4的切斷更為順利。 由以上之實施例可知，本發明所提供確具產業上之利 用價值，故本發明業已符合於專利之要件。惟以上之敘述僅 為本發明之較佳實施例說明，凡精於此項技藝者當可依據上 述之說明而作其它種種之改良，惟這些改變仍屬於本發明之 發明精神及以下所界定之專利範圍中。 【圖式簡單說明】 第1圖係本發明實施例之側視圖； 第2圖係顯示本發明中上捲輪和切斷機構之撥桿之侧視圖； 第3圖係切斷機構之撥桿之剖視圖； 第4圖係本發明在進行薄紙切斷之動作示意圖一； 第5圖係本發明在進行薄紙切斷之動作示意圖二； 第6圖係本發明在進行薄紙切斷之動作示意圖三； 第7圖係本發明在進行薄紙切斷之動作示意圖四； 第8圖係顯示第7圖中C圈示處的局部擴大圖； 第9圖係本發明在進行薄紙切斷之動作示意圖五； 第10圖係本發明在進行薄紙切斷之動作示意圖六； 第11圖係本發明在進行薄紙切斷之動作示意圖七； 第12圖係本發明在進行薄紙切斷之動作示意圖八； 第13圖係顯示本發明所使用的切刀具有鋸齒狀刀面結構。 201132574While the tissue 4 is being cut, the suction paper device causes the thin paper of the lever 142 to contact the head end 44 of the absorbent paper 4, and rotates the tip end of the contact paper A in the opposite direction of the contact position A. 44 is brought to the second paper tube 6' just entering the channel 3, and the head end 44 of the tissue 4 is preliminarily wound around the outer surface of the second paper tube 6 (as shown in Figures 7, 8, 9, and 1) . After the lever 142 is rotated away from the tissue 4 and the channel 3, the second paper tube 6 continues to roll forward along the channel 3, so that the tip end 44 of the tissue 4 is completely wound on the first paper f6 while the tissue 4 is The trailing end 43 is wound onto the web 51 and 70 is wound into the web 51 (as shown in Figures 11 and 12). The first paper tube 6 is transferred to the winding zone 19 (as shown in Fig. 12) by the speed difference effect between the upper reel 12 and the lower reel 15 caused by the lowering of the lower reel 15 (as shown in Fig. 12), and starts Carry out a new web winding work. The completed web 51 is discharged along the inclined passage 23. Since the web 51 has been discharged along the inclined passage 23, and the ride 16 is coupled to a swing arm 161, the swing arm 161 has a central axis of rotation 162, and the swing is "T"; The shaft 162 swings around the center, so that the rider 16 coupled to the swing 161 also moves up and down along with the swinging trajectory of the swing arm 161. When the roll paper 51 is discharged, the rider originally pressed against the roll paper 51 is pressed. 16 will move down and press against the second paper tube 6. -9 - 201132574 The above-mentioned cutter 144 is a cutting element for actually executing the tissue 4, and the blade surface 144a thereof may be a flat blade surface or a zigzag structure (as shown in FIG. 13) to make a thin paper. The cut of 4 is smoother. It can be seen from the above embodiments that the present invention provides industrially useful value, and thus the present invention has met the requirements of the patent. The above description is only for the preferred embodiment of the present invention, and those skilled in the art can make other various improvements according to the above description, but these changes still belong to the inventive spirit of the present invention and the following definitions. In the scope of patents. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side view of an embodiment of the present invention; Fig. 2 is a side view showing a lever of the upper reel and the cutting mechanism of the present invention; and Fig. 3 is a lever of the cutting mechanism FIG. 4 is a schematic view of the operation of the thin paper cutting of the present invention; FIG. 5 is a schematic view of the operation of the thin paper cutting of the present invention; FIG. 6 is a schematic view of the operation of the thin paper cutting of the present invention. Fig. 7 is a schematic view showing the operation of the thin paper cutting in the present invention; Fig. 8 is a partial enlarged view showing the circle C in Fig. 7; Fig. 9 is a schematic view showing the operation of the thin paper cutting in the present invention. Figure 10 is a schematic view of the operation of the thin paper cutting of the present invention; Figure 11 is a schematic view of the operation of the thin paper cutting of the present invention; Figure 12 is a schematic view of the operation of the thin paper cutting of the present invention; Figure 13 shows that the cutter used in the present invention has a serrated blade surface structure. 201132574
【主要元件符號說明】 100 薄紙捲繞裝置 11 基座 12 上捲輪 13 導引板 14 切斷機構 141 轉軸 141a 轉軸之外環面 141b 抽氣通道 141c 開孔 142 撥桿 142a 轉軸連結端 142b 薄紙接觸端 142c 吸附口 142d 旋轉執跡圓 142e 中空通道 142f 輔助吸附口 144 切刀 144a 刀面 15 下捲輪 16 騎輪 161 擺臂 162 旋轉中心軸 17 紙管輸送裝置 m -11 - 201132574 承板 推板 捲繞區 夾送輪 傾斜通道 通道 薄紙 尾端 頭端 第一紙管 捲筒紙 第二紙管 接觸位置 傳遞方向 旋轉方向 旋轉方向[Main component symbol description] 100 Tissue winding device 11 Base 12 Upper reel 13 Guide plate 14 Cutting mechanism 141 Rotary shaft 141a Rotary outer ring surface 141b Air suction passage 141c Opening hole 142 Lever 142a Rotary shaft coupling end 142b Thin paper Contact end 142c adsorption port 142d rotation of the circle 142e hollow channel 142f auxiliary suction port 144 cutter 144a blade 15 lower reel 16 riding wheel 161 swing arm 162 rotating central shaft 17 paper tube conveying device m -11 - 201132574 Plate winding area pinch wheel inclined channel channel thin paper tail end head first paper tube web second paper tube contact position transmission direction rotation direction rotation direction