M4,18696 參 五、新型說明： 【新型所屬之技術領域】 本案涉及化粧保養品領域之面膜的製造設備。 【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 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。 ϋ # 賴之製造流程大致分為：⑻備面膜；⑼折疊面膜，·⑹面膜裝袋；(d) 充填化粧料(或稱保養液）；（e)封袋。關於⑻備面膜，係向代工廢商分別麟 貝已成型的面膑紙、珍珠紙，再經由人工將兩者予以層疊。這個部份即包 括了三個成本項目，一為面膜紙購置成本，二為珍珠紙講買成本三為人 工將珍珠紙及面賴層4_本。_(b)折疊賴以及⑹賴裝袋，也是 由人工執行’折疊係採兩折式或三折式，但因為面膜紙已備有眼孔、唇孔 .以及裁切、線，增加了人工折疊的困難性，不容易折疊平整。而整個過程係 人為操作，灰塵、辦污極易附著於面膜及袋子中，衛生及品質難以管控。 基於人工製造使工時、人力、衛生、品ft控等各方面充滿不可預期 的變數，因此有面膜折疊機、裝袋機、充填機、封口機等自動化設備逐步 問世。但是，各廠家研發生產的機種各有其獨立性，無法將之相容組合形 成一系列的面膜生產線。 【新型内容】 基於先前技所述，系列化面膜生產線是可預期的，因為它可達到縮 短製造時程，降低生產成本，並達到品質及衛生優良管控之目的。於此之 3 M418696 先’本案申請人已向智慧財產局提請一新型專利_〇4713)並獲證在案今 本案創作人再研發設計面膜成型製造機。更進—步的，本案期能與上述前 案相容匹配，構成一系列化之面膜生產線。 本案之目的係在提供一種面膜成型製造機，其具有面膜紙材自動下 料、疊合、面形裁切等自動化執行功能，完全取代人工操作，因此可以減 省上述(a)流程的成本。 本案之目的係在提供—種面膜成聽造機，它翻於纖維性面膜或不 織布面膜之製備。 本案達成上述目的之面膜成型製造機，包括：—第—料架，裝設—珍 珠紙捆料，該珍珠紙捆料之珍珠紙料片透過一輸送裝置向外延伸釋出卜 第二料架’裝設-不織布捆料’該不織布捆料之不織布料片透過該輸送裝 置向外延轉出，並覆疊於該珍珠紙㈣上；—整平裝置，設於該第4 架之後的行程路徑上，覆疊之珍珠紙料片和不織布料片透過該整平裝置而 t平，裁切裝置’設於該整平裝置之後的行程路徑上，將覆疊之珍珠紙 料片和不織布料片裁切成圓面形，並形成二眼孔和-辱孔。 【實施方式】 為便於說明本案於上述新型内容一欄中所表示的中心思想，茲以具體 貫施例表達。實施射各種*同物件係按適魏明之_、尺寸、變形量 或位移量而描繪，而非按實際元件的比财轉製，合先個。且以下的 說明中’ _的元件是以相纖來表示。 第圖為本案面膜成型製造機第一實施例之概略前視圖，此一機構適 用不織布蝴之成縣造。所述的不織布面麟由珍珠紙和錢布材兩層 4 材料進行折疊及裝袋， 定的形狀。 珍珠紙之使用目的係為使不織布於包裝袋中保持預 第； U的面膜成型製造機包括：-第-料架10、-輸送台20、- ^架3〇整平裝置40、一裁切裝置50、以及-輸送聚置60。 一第料架1〇用以裝設珍珠紙抽料11，第二料架30用以裝設不織布 摘料31。齡译a 〇r\入 才 掏送口 20介於該第一料架10和第二料架30之間。該珍珠紙捆 二二及不織布捆料31之料片12 32係透過該輸送裝置6〇而往外延伸輸 Z ’该珍珠紙料片12行經該輸送台20，該不織布料片32疊加於該珍珠紙 广 上該整平裝置40係設於該第二料架30之後的行程路徑上’珍珠 W片12及不織布料片32以層疊的方式被輸送至該整平装置如將兩者 β•平韻切裝置5〇設於該整平裝置4〇之後的行程路徑上，將層疊 的珍珠_ 12和不織布料片32裁切成圓面形，並在預定部位形成眼孔、 α孔在鼻σ卩和臉頰部位預設弧形切線和週邊切線。 第二圖為本案面膜成型製造機第二實施例之概略前視圖，此—機構適 用纖雜賴之成型製造。所述的纖維性祕係由珍珠紙、齡片材(植物 纖纖或生物纖維)、以及嬉膜/或不織布三層材料輯折疊及裝袋，維片 材為薄膜狀’珍珠紙及_鶴為保__片材及其所韻之化粧保養 料。 第二實施例的面膜成型製造機之空間配置及其作用與第一實施例相 同’在此不再贅述。惟第二實施例具有一纖維薄膜盛料台7〇係讀該輸送 台20而設’纖維薄膜盛料台錄液體’纖維薄膜浸泡該液體中，以保持滿 潤。操作者將該纖維薄膜盛料台7Q中的纖維薄難查是否有異狀，再一一 M4.18696 的平舖於該珍珠紙料片12上，兮不織布料 及纖維_上。較付4如料私轉祕财雜料片12 32以層疊的方式被輪送至該整平裝 2、纖、维薄膜及不織布料片 U、纖維二二 在預定部位形成眼孔、唇孔。 布枓片32裁切成圓面形，並 本案面膜《機_不織布_製造餘， ⑻珍珠_自動下料，不織布料片自動下 下步驟： ⑼在輸送過財，不織布則層疊於該珍珠紙則上輸綠置輸送； ⑹將層疊的珍珠紙料片及不織布 料片和不織布料片予以層疊整平。_、 ^平裝置，將該珍珠紙 ⑹將整平繼的珍珠紙料片及順輸送至 圓面形，並在預定部位形成眼孔、唇孔。 裁刀成 本案面膜機·纖維性面膜製造流程，主要包括以下牛驟. ⑻珍珠酬自動下料，不織她自動下料，兩者由輸物輸送； (b)將纖維薄膜平舖於該珍珠紙料片； ⑹在輸送過程中，不織布料片層疊於該珍珠紙料片及纖維薄膜上。 ⑹將層疊的珍珠紙料片、纖維薄膜和不織布料片輸送至該整平裝置， 將三者予以層疊整平。 ⑹將整平後層疊的珍珠紙料片、纖維薄膜和不織布料片輪送至咳裁切 裝置，裁切成圓面形，並在預定部位形成眼孔、唇孔。 以上係描述本案機構之配置規劃及其運作流程，接下來，以第五至七 圖描述機構的空間配置及各裝置之主要構成。 6 弟二圖輪祕之構权_。峨㈣峨於一第一固定 枯座25 ”機座25的前端設，裝置22，該導輪裝置22包 ^數個導輪221，從第，1G上之珍珠_ ”所延伸出的珍珠紙 ^：；2經由該等導輪-而保持適當的張力。該輪送台2Q的頂部具有-對=輪额23 ’它使珍珠紙料片12從該處經過，並且以淺槽的構造 料牟蝴：㈣、㈣綱_繼彻。該第二 整怖4Q及輸繼_設於—第：嶋錢上，該第 細布捆料31位於雜侧4(5的™裝謂位 ==㈣物,：峨座心—繼跡該導輪 匕括複數個導輪271，從第二料架3〇上不織布捆料 不織布料片32經_料輪271而鱗騎的張力。 ^裝置㈣括動力祕第—滾輪㈣、第：滾論3、第一 ^輪糊崎於該第二蚊機座26，第—傳送皮帶Μ和第二傳送 L續！卿—獅62㈣鐵·卿 -和第二傳送皮帶65於水平面彼此接觸。第—張力輪6 =分別定位於該第二固定機座26，—^ 65ΙΓ65讀力。上叙動力源61 _第二組63衫二傳送皮帶 該輸二：:傳送皮帶64和第一一 5“’的珍珠紙料片12(以及其上的纖維薄膜)與不織布料片 M418696 的位於該第-傳送皮帶64和第二傳送皮帶65之間，藉由該輸送裝置邱 的帶動，使珍珠紙料片12和不織布料片32不斷的從珍珠紙抽料^和不織 布捆料31釋出。 該整平裝置40被懸书於-整平架41，而位於該第一滚輪組位上方， 該整平架41固定於第二固定機構26。該整平裝置4〇包括與一對與第一滚 輪·组62相接觸的整平件42以及一控制該整平件42對第一滾輪組跤下壓 力量的動力缸43。該整平裝置40改變了第一滾輪組62和第二滚輪组於 ♦的相對接觸壓力，此一壓力有助於通過該第一傳送皮帶64和第二傳送皮帶 65之間的珍珠紙料片12(以及其上的纖維薄膜)與不織布料片％被整平。 第玉圖為本案裁切裝置50之構造示意圖。該裁切裝置50設於-第三 固定機座28，它包括了圓刀組51、收料裝置奶、以及一面膜集料裝置況。 該圓刀組51包括動力源511、圓刀514和圓站515。該收料裝置％被安 裝於該圓刀組51的上方空間，它包括了收料輪551以及保持收料張力的導 輪裝置56。該面膜集料裝置58可以是盛料盤或者是輸送帶。經過上述整 平裝置40的珍珠紙料片12(以及其上的纖維薄膜)與不織布料片被輸送 通過該圓刀組51’圓刀514和圓石占515配合，將層疊的料片裁切成圓面形， 並在舣部位形成眼孔H 0面形的層疊料片落人該賴集料裝置册， 切割後的餘料則被該收料裝置55捲收。 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 案精神與範_下做各種不同形式的改變。以上所舉實施例僅用以說明本案 而已非用以限制本案之範目。舉凡不違本案精神所從事的種種修改或變 化，倶屬本案申請專利範圍。 M4.18696 【圖式簡單說明】 第一圖為本案第一實施例之前視平面示意圖。 第二圖為本案第二實施例之前視平面示意圖。 第三圖為本案輸送台之構造示意圖。 第四圖為本案第二下料裝置、整平裝置及輸送裝置之構造示意圖。 第五圖為本案裁切裝置之構造示意圖。 【主要元件符號說明】M4,18696 References 5, new description: [New technical field] This case relates to the manufacturing equipment of masks in the field of cosmetic products. [Prior Art] In the field of cosmetics and skin care, the use of masks is advocated to enhance the maintenance effect, and the market share of 'mask products in Taiwan and mainland China is obviously higher than other countries, so the mask is manufactured in the cosmetics industry in Taiwan and mainland China. Occupy a large market. ϋ # Lai's manufacturing process is roughly divided into: (8) preparation mask; (9) folding mask, (6) mask bagging; (d) filling cosmetic (or maintenance solution); (e) sealing bag. About (8) Preparing the mask, the tissue paper and pearl paper that have been formed by Linbai, and then the two are stacked manually. This part includes three cost items, one is the purchase cost of mask paper, the other is the purchase cost of pearl paper, and the other is the artificial pearl paper and the surface layer. _ (b) folding Lai and (6) sling bags, also by manual implementation of 'folding system, two-fold or three-fold type, but because the mask paper has been provided with eye holes, lip holes. And cutting, line, increased labor The difficulty of folding is not easy to fold flat. The whole process is man-made, dust and dirt are easily attached to the mask and bag, and the hygiene and quality are difficult to control. Based on manual manufacturing, all aspects of working hours, manpower, hygiene, and product control are full of unpredictable variables. Therefore, automatic equipment such as mask folding machines, bagging machines, filling machines, and sealing machines are gradually available. However, the models developed and produced by various manufacturers have their own independence, and they cannot be combined to form a series of mask production lines. [New content] Based on the previous technology, the serialized mask production line is expected because it can shorten the manufacturing time, reduce the production cost, and achieve the quality and hygiene control. 3 M418696 First, the applicant of this case has submitted a new patent to the Intellectual Property Office _〇4713) and obtained the certificate. The creator of the case re-developed and designed the mask molding machine. More advanced, this case can be compatible with the above-mentioned predecessors, forming a series of mask production lines. The purpose of the present invention is to provide a mask forming machine having automatic execution functions such as automatic blanking, laminating, and face cutting of the mask paper, completely replacing the manual operation, thereby reducing the cost of the above (a) process. The purpose of this case is to provide a mask into a hearing machine that is turned over to the preparation of a fibrous mask or a non-woven mask. The mask forming machine for achieving the above object comprises: a first material rack, and a pearl paper bundle, and the pearl paper web of the pearl paper bundle is extended outward through a conveying device to release the second material rack. 'Installation-non-woven bundle', the non-woven fabric sheet of the non-woven fabric is outwardly transferred through the conveying device and overlaid on the pearl paper (4); - the leveling device, the travel path after the fourth frame The overlying pearl paper web and the non-woven fabric sheet are flattened by the flattening device, and the cutting device is disposed on the travel path after the flattening device, and the overlaid pearl paper web and the non-woven fabric sheet Cut into a round shape, and form two eye holes and - humiliation. [Embodiment] In order to facilitate the explanation of the central idea expressed in the above-mentioned novel content column, the present embodiment is expressed by a specific embodiment. The implementation of various *the same object is depicted according to the size, size, deformation or displacement of the appropriate Weiming, rather than the actual component ratio of the financial system, the first one. In the following description, the component of '_ is represented by phase fiber. The figure is a schematic front view of the first embodiment of the mask forming machine of the present invention, and this mechanism is suitable for the manufacture of non-woven fabrics. The non-woven fabric is folded and bagged in two layers of pearl paper and money cloth material, and has a predetermined shape. The purpose of using the pearl paper is to keep the non-woven fabric in the packaging bag; the U-shaped mask forming manufacturing machine comprises: - the first material rack 10, the conveying table 20, the frame 3 flattening device 40, a cutting Device 50, and - delivery gathering 60. A first rack 1 is used to mount the pearl paper draw 11, and a second rack 30 is used to mount the non-woven pick 31. The age translation a 〇r\入入掏口 20 is between the first rack 10 and the second rack 30. The piece of pearl paper bundle 22 and the web 12 of the non-woven bundle 31 are extended outward through the conveying device 6'. The pearl paper web 12 passes through the conveying table 20, and the non-woven fabric sheet 32 is superposed on the pearl. The flattening device 40 is disposed on the travel path after the second rack 30. The pearl W sheet 12 and the non-woven fabric sheet 32 are conveyed to the flattening device in a stacked manner, such as the two sides. The rhythm cutting device 5 is disposed on the stroke path after the flattening device 4〇, and cuts the laminated pearl _ 12 and the non-woven fabric sheet 32 into a round shape, and forms an eye hole at a predetermined portion, and the α hole is in the nose σ Predict the curved tangent and the surrounding tangent to the cheeks and cheeks. The second figure is a schematic front view of a second embodiment of the mask forming machine of the present invention, which is manufactured by molding. The fibrous secret system is folded and bagged by pearl paper, aged sheet (plant fiber or biofiber), and three layers of non-woven fabric or non-woven fabric, and the dimensional sheet is film-like 'pearl paper and _ crane is Bao __ sheet and its rhyme makeup maintenance materials. The spatial configuration of the mask forming machine of the second embodiment and its effect are the same as those of the first embodiment, and will not be described herein. However, the second embodiment has a fibrous film holding station 7 which reads the conveying table 20 and a 'fiber film holding station liquid' fiber film soaked in the liquid to keep it moist. The operator has difficulty in checking whether the fibers in the fiber film holding table 7Q are abnormal, and the M4.18696 is laid flat on the pearl paper web 12, and the fabric and the fiber are not woven. Compared with the 4th, the privately-funded secrets and chips 1232 are sent to the flattening in a layered manner. 2. The fiber, the film and the non-woven fabric U and the fiber 22 form an eye hole and a lip hole at a predetermined portion. The fabric sheet 32 is cut into a round shape, and the mask of the case is "machine_non-woven fabric_manufacturing, (8) pearl_automatic cutting, non-woven fabric piece automatically down the steps: (9) in the transport of wealth, non-woven fabric is laminated on the pearl paper Then, the green conveying is carried out; (6) the laminated pearl paper pieces, the non-woven fabric pieces and the non-woven fabric pieces are layered and leveled. _, ^ flat device, the pearl paper (6) conveys the flattened pearl paper piece to the round surface shape, and forms an eye hole and a lip hole at a predetermined portion. The cutting cost machine mask and fiber mask manufacturing process mainly includes the following cattle steps. (8) The pearl is automatically cut, the automatic cutting is not woven, and the two are transported by the transport; (b) the fiber film is tiled on the Pearl paper web; (6) During the transport process, the non-woven fabric sheet is laminated on the pearl paper web and the fibrous film. (6) The laminated pearl paper chips, the fiber film, and the non-woven fabric sheet are conveyed to the flattening device, and the three are laminated and leveled. (6) The pearl paper pieces, the fiber film, and the non-woven fabric sheets which are laminated after being leveled are fed to a cough cutting device, cut into a round shape, and formed eye holes and lip holes at predetermined portions. The above describes the configuration plan of the organization and its operation process. Next, the spatial arrangement of the mechanism and the main components of each device are described in the fifth to seventh figures. 6 Brother 2, the right of the wheel of the secret _.峨 (4) 峨 at the front end of a first fixed dead seat 25 ” base 25, device 22, the guide wheel device 22 includes a plurality of guide wheels 221, from the pearl of the first, the pearl on the 1G _ ^:;2 maintains the proper tension via the guide wheels. The top of the wheel transfer table 2Q has a pair = wheel number 23' which allows the pearl paper web 12 to pass therethrough, and is constructed in a shallow groove: (4), (4) and _ _ _. The second whole horrible 4Q and the continuation _ are set on the first: the money, the first fine cloth bundle 31 is located on the miscellaneous side 4 (5 of the TM pre-position == (four) objects,: 峨 seat core - follow the guide The wheel rim includes a plurality of guide wheels 271, and the tension of the non-woven fabric sheet 32 is woven from the second material rack 3 by the _ material wheel 271. The device (four) includes the dynamic secret - the wheel (four), the first: 3. The first ^ wheel of the paste is in the second mosquito seat 26, the first conveyor belt and the second conveyor L continue! The Qing-shi 62 (four) iron·qing- and the second conveyor belt 65 are in contact with each other on the horizontal plane. Tension wheel 6 = respectively positioned on the second fixed base 26, - 65 65 65 reading force. The above mentioned power source 61 _ second group 63 shirt two conveyor belts the second two:: conveyor belt 64 and the first one 5" The pearl paper web 12 (and the fibrous film thereon) and the non-woven fabric sheet M418696 are located between the first conveying belt 64 and the second conveying belt 65, and the conveying device is driven by the conveyor to make the pearl paper web. The 12 and non-woven fabric sheets 32 are continuously released from the pearl paper draw and the non-woven fabric 31. The flattening device 40 is suspended from the flattening frame 41 and is located on the first roller. Above the position, the leveling frame 41 is fixed to the second fixing mechanism 26. The leveling device 4 includes a pair of leveling members 42 in contact with the first roller group 62 and a pair of controlling the leveling members 42 a roller set of a pressure amount of the power cylinder 43. The leveling device 40 changes the relative contact pressure of the first roller set 62 and the second roller set ♦, the pressure contributing to the passage of the first conveyor belt 64 and The pearl paper web 12 (and the fiber film thereon) between the second conveyor belts 65 and the non-woven fabric sheet % are leveled. The jade diagram is a schematic structural view of the cutting device 50 of the present invention. The cutting device 50 is provided at a third fixed frame 28 comprising a circular knife set 51, a receiving device milk, and a membrane collecting device. The circular knife set 51 comprises a power source 511, a circular knife 514 and a round station 515. The device % is mounted in the upper space of the circular knife set 51 and includes a take-up wheel 551 and a guide wheel device 56 that maintains the receiving tension. The mask collecting device 58 may be a receiving tray or a conveyor belt. The pearl paper web 12 of the leveling device 40 (and the fiber film thereon) and the non-woven fabric It is transported through the round knife set 51' round knife 514 and the round stone 515 fits, and the laminated web is cut into a round shape, and the laminated material piece which forms the eye hole H 0 in the sputum portion falls. The collecting device book, the remaining material after cutting is taken up by the receiving device 55. Although the present case is illustrated by a preferred embodiment, the skilled person can do without departing from the spirit and scope of the case. Various changes in form are used. The above embodiments are only used to illustrate the case and are not intended to limit the scope of the case. Any modification or change that is not in violation of the spirit of the case is the scope of the patent application in this case. M4.18696 [ BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic plan view of the first embodiment of the present invention. The second figure is a front plan view of the second embodiment of the present invention. The third picture is a schematic diagram of the construction of the transport platform of the present case. The fourth figure is a schematic diagram of the construction of the second unloading device, the leveling device and the conveying device of the present case. The fifth figure is a schematic view of the construction of the cutting device of the present case. [Main component symbol description]
10-第一料架 41-整平架 63-第二滚輪組 11-珍珠紙捆料 42-整平件 64-第一傳送皮帶 12-珍珠紙料片 43-動力缸 641-第一張力輪 20-輸送台 50-裁切裝置 65-第二傳送皮帶 22-導輪裝置 51-圓刀組 651-第二張力輪 221-導輪 511-動力源 70-纖維薄膜盛料台 23-輸送面 514-圓刀 25-第一固定機座 515_圓石占 26-第二固定機座 55-收料裝置 27-導輪裝置 551-收料輪 271-導輪 56-導輪裝置 30-第二料架 58-面膜集料裝置 31_不織布捆料 60-輸送裝置 32-不織布料片 61-動力源 40-整平裝置 62-第一滾輪組10-First rack 41-leveling frame 63-second roller set 11-pearl paper bundle 42-leveling member 64-first conveyor belt 12-pearl paper sheet 43-power cylinder 641-first tension wheel 20-conveying table 50-cutting device 65-second conveying belt 22-guide wheel device 51-circular knife group 651-second tensioning wheel 221-guide wheel 511-power source 70-fiber film holding table 23- conveying surface 514-circular knife 25-first fixed base 515_Cobble 26-second fixed base 55-receiving device 27-guide wheel device 551-receiving wheel 271-guide wheel 56-guide wheel device 30- Two rack 58-mask collecting device 31_non-woven bundle 60-conveying device 32-non-woven fabric sheet 61-power source 40-leveling device 62-first roller group