M436457M436457
• I 五、新型說明： 【新型所屬之技術領域】 本案為面臈之全自動化生產設備，該生產設備可序列執行面膜紙裁切 成型、摺疊、入包裝袋、保養液充填、包裝袋封口、以及包裝袋打印等製 程。 【先前技術】 化粧品及皮膚保養領域中，提倡使用面膜來加強保養效果，而在台灣 籲及大陸，面膜產品之市佔率亦顯然高於其他國家，因此面膜之製造於台灣 及大陸之化粧品工業中佔有很大的市場。 Φ膜之製造流程大致分為：⑻面膜紙成型；（b)摺疊；⑹裝袋；⑼充填 '保養液’⑹封袋。關於面膜紙成型’傳統的賴紙賴機係將面膜紙(不織 •布或珍珠紙)以二十至三十張疊置為—單元，以刀具—次衝壓切割成圓形， 並在圓形中形成眼孔、唇孔及鼻翼線。面膜製造商向面膜紙代工廢賭買成 型的面膜紙後，以人工進行折疊、裝袋程序’之後以半自動充填機將保養 籲液真充入包裝衣令’使其内的面膜紙浸潤保養液，最後，續以半自動封口 機將包裝袋封裝。 基於上述各個製造流程未能全自動序列作f，_人工成本、時間成 本增加的問題，更大的缺點是_產品在製造過程中經由人手碰觸，衛生 和安全品質難以管控。 【新型内容】 的係在提供一種全自動化面膜生產設備 ’該生產設備7 執行面膜紙裁城型、摺疊、入故袋、保養_、_封口， 3 M436457 包裝抽印等餘。達_短面膜產品製造触，降魅產成本，完全取 代人工，可管控品質及衛生等目的。 本案之目的係在提供一種全自動化面膜生產設備，它適用於單層(不織 •布)或雙層(不織布與珍珠紙層疊)之面膜產品製造。 案達成上述目的之全自動化面膜生產設備，包含：至少-面膜料捲、 、紙型褒置、-面膜紙指疊裝置一面膜紙人紐置、—保養液充 、置#口裝置以及—打印裝置；上述之面祕捲以及各裝置係依據 籲 媒產πσ之製程而序列設置構成-面膜之自動化生產線。 【實施方式】 —為便於說明本案於上述新型内容一攔中所表示的中心思想兹以具體 -貫施例表達。實施例中各種不同物^^系按適於說明之比例、尺寸、變形量 -或位移量而描繪，而非按實際元件的比例予讀製，合級明。且以下的 說明中，類似的元件是以相同的編號來表示。 第圖為本案全自動化面膜生產設備的配置方塊圖，其係由面膜料捲 擊蝴喊魏置1G、賴紙摺魏置3Q、面麟人袋裝置5Q、保養液 充填裝置70、封口裝置80以及打印裝置9〇所構成吐述各裝置序列而設， 構成面膜產品的自動化生絲。±述賴料捲彳可為單捲錢布，或不織 布捲2與珍珠紙捲4各一。 第二圖描述本f©膜紙成魏置1Q，包括受—動力裝置(圖未示)之控 制而相對旋轉的一第一圓刀Μ和一第二圓刀12。該第一圓刀12之表面設 有一輪廓刀刃121、二眼孔刀刃122、—鼻翼線刀刃123、以及—唇孔刀 刀你。該第一圓刀^内部為中空，且一廢料柚吸機13連接該第一圓刀 4 M436457 t 11並與其中空之内部通連1該峨捲1延伸的簡紙3 (不論是單層 不織布或不織布/珍珠紙層疊）通過該第一圓刀Μ和第二圓刀η之間，被 裁切成圓开ν騎成眼孔、鼻翼線和唇孔。該眼孔和唇孔的練則經由該 廢料抽吸機13柚吸，從兮笛—同 "®刀11的内部被抽離。該面膜紙成型裝置 更包含一廢轉嶋14，侧獅—_㈣，用以捲收 面膜紙裁切後的邊緣廢料。 第三圓和第四_述__疊裝置3Q，包括—接續設置於該面膜紙 成_之後的平台31、—貫穿該平台31的切刀孔311 一可沿著該平 台Μ前後方向往復位移的面膜紙細32、可將通過該面膜紙成型裝置 而成型的峨3做多次(兩次或三次)摺_刀3334及雜塊 3 面膜紙入袋裝置5〇 輸送之面膜紙入袋輸送器38 ; 關於上述摺刀及石占模塊，本案係以將面膜紙進行三次擅疊之實施例做 說明。包括··-位於該平台31上方且可沿平台31之丫__線性移 動的第—摺刀33、一位於該平台31下方且可沿平台3彳之X轴方向往復 移動的第二摺刀34、-位於該平台31下方且可沿平台31之丫軸方向往 復移動的第三摺刀35、-位於該平台31下方相對於該第一摺刀抑和第二 摺刀34的第-雜塊36、-位於該平台31下方相對於該第二摺刀私和 第三摺刀35的第二站模塊37;上述面膜紙入袋輸送器犯位於該第二石占模 塊37鄰侧且可相對該面膜紙入袋襞置5〇往復移動。 上述面膜減移器32包括—可自動張合的失具321、—連接該爽具 321的機械臂322 ’以及控制該機械臂啦往復移動的線性致動器您。 5 M436457 被上述面膜紙成型裝置10裁切成型的面膜紙3,該夹具321將之沿著該平 ㈣的表面拖拉至該切刀謂的位_，該夹具叫釋放該面膜· 該第一指刀33受一線性致動器331的控制而往下移動，穿過該切刀 孔州的同時，_峨3做第—細，並料進域第—補塊％ 的第一刀槽361中。 該第二摺刀34受—線性致動器341的控制而相對該第—補㈣移 動，穿過該第-站模塊36的第二刀槽362以及該第一摺刀％的穿刀孔 332’將該面膜紙3做第二次對摺，並同時進入該第二石占模塊於的第一刀 槽371中。 該第二摺刀35受一線性致動器• I V. New description: [New technical field] This case is a fully automated production equipment for face-to-face processing. The production equipment can perform facial film cutting, folding, packaging, maintenance liquid filling and packaging bag sealing. And packaging process such as printing bags. [Prior Art] In the field of cosmetics and skin care, the use of masks is advocated to enhance the maintenance effect. In Taiwan, the market share of mask products is obviously higher than that of other countries, so the mask is manufactured in Taiwan and the mainland. It has a large market. The manufacturing process of Φ film is roughly divided into: (8) mask paper forming; (b) folding; (6) bagging; (9) filling 'maintenance liquid' (6) sealing bag. About the mask paper forming 'traditional Lai Lai Lai machine is to divide the mask paper (non-woven fabric or pearl paper) into 20 to 30 sheets, and cut it into a circle with a tool-sub-punching, and in a circle The eye, the lip hole and the nose line are formed in the shape. After the mask manufacturer buys the mask paper from the mask paper OEM, the manual folding and bagging process is carried out, and then the maintenance liquid is filled into the packaging machine with a semi-automatic filling machine to make the mask paper infiltrate and maintain. Liquid, and finally, the package is packaged in a semi-automatic sealing machine. Based on the above-mentioned various manufacturing processes, the problem of failure to fully automatic sequence f, _ labor cost and time cost increase, the greater disadvantage is that the product is touched by human hands during the manufacturing process, and the sanitary and safety quality is difficult to control. [New content] The system provides a fully automated mask production equipment. The production equipment 7 performs facial mask paper cutting, folding, into the bag, maintenance _, _ sealing, 3 M436457 packaging and printing. _ short mask products manufacturing touch, reduce the cost of production, completely replace labor, can control quality and hygiene purposes. The purpose of this case is to provide a fully automated mask production equipment suitable for the manufacture of masks of single layer (non-woven fabric) or double layer (non-woven fabric and pearl paper laminate). The fully automated mask production equipment for achieving the above purposes includes: at least - mask roll, paper type set, - mask paper stacking device, one side of the film paper holder, - maintenance liquid charge, set #口装置, and - printing The device; the above-mentioned secret film and each device are arranged in an orderly manner according to the process of calling the πσ process to form an automatic production line of the mask. [Embodiment] - For the sake of convenience, the central idea expressed in the above-mentioned novel content is explained in a concrete manner. The various elements in the embodiments are depicted in terms of ratios, dimensions, amounts of deformation, or displacements, which are suitable for the description, and are not read in proportion to the actual components. In the following description, like elements are denoted by the same reference numerals. The figure is a block diagram of the configuration of the fully automated mask production equipment of the present case, which is composed of a mask material, a foil, a Wei, a 1G, a Lai paper, a Wei, a 3Q, a faceted human bag device, a QQ, a maintenance liquid filling device 70, and a sealing device 80. And the printing device 9 is configured to describe the sequence of each device, and constitutes an automatic raw silk for the mask product. The 述 料 彳 彳 can be a single roll of money cloth, or a non-woven roll 2 and a pearl roll 4 each. The second figure depicts the f© film paper set to 1Q, including a first circular blade and a second circular blade 12 that are relatively rotated by the control of the power unit (not shown). The surface of the first round knife 12 is provided with a contour cutting edge 121, a two-eye cutting edge 122, a nose line cutting edge 123, and a lip hole knife. The inside of the first circular knife is hollow, and a waste grapefruit machine 13 is connected to the first circular knife 4 M436457 t 11 and communicates with the hollow interior thereof 1 the simple paper 3 extended by the winding 1 (whether a single layer The non-woven fabric or the non-woven fabric/pearl paper laminate is passed between the first circular blade and the second circular knife η, and is cut into a circular opening to ride into the eyelet, the nose line and the lip hole. The eye hole and the lip hole are sucked by the waste suction machine 13 and are taken out from the inside of the whistle-and-knife blade 11. The mask paper forming device further comprises a waste switch 14, a side lion - _ (four) for winding the edge waste after the mask paper is cut. The third circle and the fourth __ __ stacking device 3Q, including the slab 31 disposed behind the mask paper _, the cutter hole 311 extending through the platform 31, and reciprocally displaceable along the front and rear directions of the platform The facial mask paper 32 can be used to make the enamel 3 formed by the mask paper forming device multiple times (two or three times) folding _ knife 3334 and the three pieces of mask paper into the bag device 5 〇 conveying the mask paper into the bag conveying 38; Regarding the above-mentioned folding knife and stone occupying module, the present case is described by an embodiment in which the mask paper is subjected to three times of disassembly. Including a first folding knife 33 located above the platform 31 and linearly movable along the 丫__ of the platform 31, a second folding knife located below the platform 31 and reciprocating along the X-axis direction of the platform 3彳34. A third folding knife 35 located below the platform 31 and reciprocally movable in the direction of the axis of the platform 31, - located below the platform 31 opposite to the first folding knife and the second folding knife 34 Block 36, a second station module 37 located below the platform 31 with respect to the second folding knife and the third folding knife 35; the mask paper into the bag conveyor is located adjacent to the second stone occupying module 37 and The mask paper is placed in a bag and moved back and forth 5 times. The mask reducer 32 includes a self-tensioning dislocation 321 , a robot arm 322 ′ that connects the screed 321 , and a linear actuator that controls the reciprocating movement of the robot arm. 5 M436457 is a mask paper 3 cut by the above-mentioned mask paper forming device 10, and the jig 321 is dragged along the surface of the flat (four) to the position of the cutter, and the jig is called to release the mask. The finger knife 33 is moved downward by the control of a linear actuator 331. While passing through the cutter hole state, _峨3 is made to be fine, and is fed into the first sipe 361 of the domain first-fill block %. in. The second folding knife 34 is moved relative to the first complement (4) by the linear actuator 341, passes through the second slot 362 of the first station module 36, and the first pocket % of the pocket 332 'This mask paper 3 is folded in a second time and simultaneously enters the first sipe 371 in which the second stone occupies the module. The second folding knife 35 is subjected to a linear actuator
ΟΌ I 的控制而相對該第二砧模塊37移 動’穿過該該第二石占模塊37的第二刀槽372以及該第二摺刀34的穿刀孔 342之後，將該面膜紙3做第三次對摺送入該面膜紙入袋輸送器昶卜 該面膜紙入袋輪送器38受-線性致動器381之控制，將所央持的摺 疊面膜紙3往該面膜紙入袋裝置50輸送。After the control of ΟΌ I moves relative to the second anvil module 37 through the second sipe 372 of the second stone occupying module 37 and the boring hole 342 of the second folding knife 34, the mask paper 3 is made The third folded sheet is fed into the mask paper into the bag conveyor, and the mask paper into the bag conveyor 38 is controlled by the linear actuator 381, and the folded folded mask paper 3 is fed to the mask paper into the bag device. 50 delivery.
上述面膜紙摺疊裝置30係將面膜紙摺疊為三摺，本案之面膜紙摺疊機 30亦可為兩摺式機構。 第五圖及第六圖，描述面膜紙入袋裝置5〇，包括—包褒袋儲存盒… -包裝袋取送器52、1口張職53、和—包裝品輸送器％。該包裝袋 儲存盒51中層疊放置錄包裝袋5,該包裝_存盒心方具有—開口 (圖 未示)供包裝袋5被該包裝袋取送器52取出。 該包裝袋取送器52包括-載盤521和控制該载盤521往復位移的線 性致動器522。該載盤521上備有相連於抽吸裝置(圖未示)的數個吸嘴 6 M436457 幻3 ’該吸嘴523的吸力將包裝袋5從包裝袋儲存盒51中取出。該線性致 動器522將該載盤521及其上的包裝袋5輸送至該袋口張開器53。 該袋口張開器53包括對應該包裝袋5之袋面的至少一對吸嘴531，該 吸嘴531相連於抽吸裝置(圖未示），利用吸力將該包裝袋5的袋口張開。 上述面膜紙入袋輸送器38將摺疊好的面紙透過張開的袋口送入該包裝袋5 中。 該包裝品輸送器54包括一可自動張合的夾具541、一控制該夾具541 • 往復移動的線性致動器542，以及支持該包裝袋5移動的滑道543。上述 面臈紙入袋輸送器38將摺疊好的面紙送入該包裝袋5中，該夾具541夹 住該包裝袋5及其内的面膜紙，該袋口張開器53釋放該包裝袋5，該線性 ' 致動器542控制該夾具541及其所夾持的包裝袋5和面臈3，沿著該滑道 543移動。 如第六圖至第九圖，上述保養液充填裝置70、封口裝置8〇以及打印 裝置90係沿著一步進的輸送帶8序列設置。沿著該滑道543移動的包裝 ® 袋5(内襄有面膜紙)以開口朝上直立但略傾斜的狀態被該輪送帶8所輸送， 該包裝袋5的底端被一沿者該輸送帶8而設的支拖件g所支持。 第七圖描述保養液充填裝置70，包括一袋口張開器71以及一保養液 充填器72。該袋口張開器71包括對應該包裝袋5之袋面的至少一對吸嘴 711，該吸嘴711相連於抽吸裝置(圖未示），利用吸力將該包裝袋5的袋口 張開。該保養液充填器72受一線性致動器721的控制而能上下往復移動。 當包裝袋5的袋口張開後’該線性致動器721控制該保養液充填器72下 降，使其充注嘴721伸入包裝袋5中，將定量保養液注入袋中，使袋中的 7 M4.36457 7紙浸獅。織,σ_ Μ職嫩，該輪送帶8 將產品往封口裝置80輸送。. 第八圖，描述該封口裝置8〇 ’包括一空麵排除單元81和一賴 封口早兀82。蝴_晴元81受-雜贿糊御而往復 動向匕裝衣5的袋身移動並接觸袋表面，可將袋内的空氣從袋口向外 擠出；之後，該熱壓封口單元82受一線性致動器821之控制而往復移動， 向包裝袋5的袋口移動並接_表面時，將袋口加熱賴。完錢，該封 口裝置8轉嶋t，_姆8 崎繼如輸送。 第九圖，描述該打印裝置90，打印帶91透過一輸出輪92和一捲收輪 93以及數個張力輪95而能張緊輸送；一打印輪94受一線性致動器州 之驅動而往彳_，彳_袋5財向位料，使㈣㈣相職打印輪 如的雜接觸包裝絲面，將諸如製造日期，細崎產品訊息打印在 該包裝袋5表面。完成神之產品藉由簡送帶8輸送至另—輸送帶(圖未 示)進行產品裝箱。 透過上述之面膜料捲彳、面膜紙成型裝置1Q、面膜紙摺疊裝置3〇、面 膜紙入袋裝置5G、保養液充難置7〇、封口裝置㈤以及打印裝置9〇構 成-自面膜產品生產線’達到全自動化生產面膜產品之目的。 雖然本案是以-個最佳實施例做說明，但精於此技藝者能在不脫離本 案精神與齡下做各__式誠變《^上所舉實酬僅用威明本案 而已’非㈣關本案之範圍。舉凡不違本歸神峨事的讎修改或變 化’俱屬本案申請專利範圍。 【圖式簡單說明】 8 M436457 ·. « 第一圖為本案全自動化面膜生產設備的配置方塊圖。 第二圖為本案面膜紙成型裝置之立體示意圖。 第三圖為本案面膜紙摺疊裝置之立體示意圖之一。 第四圖為本案面膜紙摺疊裝置之立體示意圖之二。 第五圖為本案面膜紙入袋裝置之立體示意圖之一。 ' 第六圖為本案面膜紙入袋裝置之立體示意圖之二。 第七圖為本案保養液充填裝置之側視示意圖。 Φ 第八圖為本案封口裝置之側視示意圖。 第九圖為本案打印裝置之側視示意圖。 【主要元件符號說明】 . 1-面膜料捲 . 2-不織布捲 3- 面膜紙 4- 珍珠紙捲 • 5-包裝袋 8- 輸送帶 9- 支拖件 10- 面膜紙成型裝置 11- 第一圓刀 12- 第二圓刀 121-輪廓刀刃 122-眼孔刀刃 9 M436457 123- 鼻翼線刀刃 124- 唇孔刀刃 13- 廢料抽吸機 14- 廢面膜料捲故輪 30- 面膜紙摺疊裝置 31- 平台 311-切刀孔 32- 面膜紙夾移器 321- 夾具 322- 機械臂 323- 線性致動器 33- 第一摺刀 331- 線性致動器 332- 穿刀孔 34- 第二摺刀 341- 線性致動器 342- 穿刀孔 35- 第三摺刀 351-線性致動器 36- 第一砧模塊 361- 第一刀槽 362- 第二刀槽 M436457 ·. ·. 37- 第二砧模塊 371- 第一刀槽 372- 第二刀槽 38- 面膜紙入袋輸送器 _ 381-線性致動器 ' 50-面膜紙入袋裝置 51-包裝袋儲存盒 _ 52-包裝袋取送器 521- 載盤 522- 線性致動器 523- 吸嘴 53- 袋口張開器 531-吸嘴 54- 包裝品輸送器 • 541_夾具 542- 線性致動器 543- 滑道 70- 保養液充填裝置 71- 袋口張開器 711-吸嘴 72_保養液充填器 721-線性致動器 M436457 \ 今 80- 封口裝置 81- 空氣擠壓排除單元 811-線性致動器 82- 熱壓封口單元 821-線性致動器 90- 打印裝置 91- 打印帶 92- 輸出輪 93- 捲收輪 94- 打印輪 941-線性致動器 95-張力輪The mask paper folding device 30 is configured to fold the mask paper into three folds, and the mask paper folding machine 30 of the present invention can also be a two-fold mechanism. The fifth and sixth figures describe the mask paper bag-in-the-pocket device 5, including the bag-storage bag storage box. - the bag take-up device 52, the one-piece job 53, and the package conveyor. In the package storage case 51, a recording package 5 is stacked, and the package has an opening (not shown) for the package 5 to be taken out by the package take-up unit 52. The package dispenser 52 includes a carrier disk 521 and a linear actuator 522 that controls the reciprocal displacement of the carrier disk 521. The carrier 521 is provided with a plurality of suction nozzles connected to a suction device (not shown). 6 M436457 The suction force of the suction nozzle 523 takes out the package 5 from the package storage case 51. The linear actuator 522 delivers the carrier 521 and the package 5 thereon to the bag opening opener 53. The bag opening opener 53 includes at least one pair of suction nozzles 531 corresponding to the bag faces of the package bag 5, and the suction nozzles 531 are connected to a suction device (not shown) to open the bag opening of the package bag 5 by suction. The mask paper feeding conveyor 38 feeds the folded facial tissue into the packaging bag 5 through the opened bag opening. The package conveyor 54 includes an automatically attachable clamp 541, a linear actuator 542 that controls the clamp 541, reciprocates, and a slide 543 that supports movement of the package 5. The facial tissue into the bag conveyor 38 feeds the folded facial tissue into the packaging bag 5, the clamp 541 clamps the packaging bag 5 and the mask paper therein, and the bag opening device 53 releases the packaging bag 5, The linear 'actuator 542 controls the jig 541 and the package 5 and the face 3 held by it, and moves along the slide 543. As shown in the sixth to ninth drawings, the maintenance liquid filling device 70, the sealing device 8A, and the printing device 90 are arranged in series along a stepped conveyor belt 8. The package® bag 5 (with the mask paper inside) moving along the slide 543 is conveyed by the wheel belt 8 with the opening upright but slightly inclined, and the bottom end of the bag 5 is edged Supported by the support member g provided by the conveyor belt 8. The seventh figure depicts the maintenance fluid filling device 70, including a bag opening device 71 and a maintenance fluid filler 72. The bag opening opener 71 includes at least one pair of suction nozzles 711 corresponding to the bag faces of the package bag 5, and the suction nozzles 711 are connected to a suction device (not shown) to open the bag opening of the package bag 5 by suction. The maintenance fluid filler 72 is reciprocally movable up and down under the control of a linear actuator 721. After the bag opening of the packaging bag 5 is opened, the linear actuator 721 controls the maintenance liquid filling device 72 to descend, so that the filling nozzle 721 extends into the packaging bag 5, and the quantitative maintenance liquid is injected into the bag to make the bag 7 M4.36457 7 paper immersed lion. Weaving, σ_ Μ 嫩, the wheel belt 8 delivers the product to the sealing device 80. Fig. 8 is a view showing that the sealing device 8'' includes a hollow surface removing unit 81 and a sealing opening 82. The _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ When the linear actuator 821 is controlled to reciprocate and move to the pocket of the package 5 to join the surface, the mouth of the bag is heated. After the completion of the money, the sealing device 8 turns 嶋t, _ _ 8 is followed by delivery. In the ninth drawing, the printing device 90 is described. The printing belt 91 can be tensioned and conveyed through an output wheel 92 and a winding pulley 93 and a plurality of tension rollers 95. A printing wheel 94 is driven by a linear actuator state. To 彳 _, 彳 _ bag 5 financial position material, so that (4) (four) the position of the printing wheel such as the miscellaneous contact packaging silk surface, such as the date of manufacture, the product information of the Kakisaki printed on the surface of the packaging bag 5. The finished product of God is delivered to the product by means of a simple delivery belt 8 to another conveyor belt (not shown). Through the above-mentioned mask material roll, mask paper forming device 1Q, mask paper folding device 3〇, mask paper bagging device 5G, maintenance liquid charging device 7〇, sealing device (5), and printing device 9〇 constitute a self-mask product production line 'To achieve the purpose of fully automated production of mask products. Although this case is explained by a best example, the skilled person can do all kinds of __------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- (4) The scope of the case. Any modification or change that does not violate the blasphemy of the gods is the scope of patent application in this case. [Simple description of the diagram] 8 M436457 ·. « The first picture is the block diagram of the configuration of the fully automated mask production equipment. The second figure is a schematic perspective view of the mask paper forming device of the present invention. The third figure is one of the three-dimensional schematic diagrams of the masking paper folding device of the present invention. The fourth figure is the second schematic view of the masking paper folding device of the present invention. The fifth figure is one of the three-dimensional schematic diagrams of the facial mask paper bag-injecting device. The sixth figure is the two-dimensional schematic diagram of the facial mask paper bag-in-the-bag device. The seventh figure is a side view of the maintenance liquid filling device of the present case. Φ The eighth figure is a side view of the sealing device of this case. The ninth drawing is a side view of the printing device of the present invention. [Main component symbol description] . 1- Mask roll 2. 2-non-woven roll 3- Mask paper 4- Pearl roll • 5-pack 8 - Conveyor belt 9 - Support drag 10 - Mask paper forming device 11 - First Round knife 12 - Second round knife 121 - Contour blade 122 - Eye blade 9 M436457 123- Nose blade 124 - Lip blade 13 - Waste suction machine 14 - Waste film roll 30 - Mask paper folding device 31 - Platform 311 - Cutter hole 32 - Mask paper clipper 321 - Clamp 322 - Robot arm 323 - Linear actuator 33 - First folding knife 331 - Linear actuator 332 - Knife hole 34 - Second folding knife 341- Linear Actuator 342 - Hole 35 - Third Folding Knife 351 - Linear Actuator 36 - First Anvil Module 361 - First Slot 362 - Second Slot M436457 ·. ·. 37- Second Anvil module 371 - First sipe 372 - Second sipe 38 - Mask paper into the bag conveyor _ 381 - Linear actuator ' 50 - Mask paper bagging device 51 - Bag storage box _ 52 - Bag picking 521- Carrier 522- Linear Actuator 523- Nozzle 53- Bag Opening 531-Nozzle 54- Package Conveyor • 541_Jig 542- Linear Actuator 543- Slide 70- Maintenance Filling device 71 - bag opening opener 711 - suction nozzle 72_ maintenance liquid filling device 721 - linear actuator M436457 \ today 80 - sealing device 81 - air extrusion eliminating unit 811 - linear actuator 82 - hot pressing sealing unit 821 - Linear actuator 90 - Printing device 91 - Printing belt 92 - Output wheel 93 - Rewinding wheel 94 - Printing wheel 941 - Linear actuator 95 - Tension wheel