201020103 六、發明說明： 【發明所屬之技術領域】 本發明更特別有關袋件之製 本發明概括有關製袋技術， 造及捲繞技術。 【先前技術】 具有多種不同已知的製袋機可用來從一諸如聚稀煙等 連續膜製造袋件。市售的製袋機、捲繞機、及㈣機係包括 CMD⑧型號3113、11〇〇系列、15〇〇、4〇1助系列、及參 wwwxmd-comom—所描述的其他機具。具有專利之先前技 藝製袋機的範例係包括美國專利案6，ιΐ7,〇58、4,934,993、 5,518,559、5,587,〇32 及 4,642,084 及美國專利公告 20060084559(各案合併於本文中以供參考）。 一般而言，這些機具將膜從一輥予以鬆捲。膜可能身為 單一的膜、或經摺疊的膜、或一（扁平)管。在所想要區位將 密封件放置於膜上藉以形成袋件。密封件可形成袋件的底部 /頂部及/或側邊。可包括有穿孔以代表相鄰袋件的側邊或頂办 部/底部。可進行諸如分離及/或摺疊等其他操作。 顯示於美國專利案USP 6,117,058的製袋機係由本發明 所有人擁有，並可如第1圖所示。先前技術旋轉製袋機1〇〇 係利用一跳晃器總成203、一對筒入觀205與206(203-206 係為一輸入段的部份）、一密封筒208、一對筒出報210與 211、一密封毯213、一對刀入輥215與216、一刀件218(其 可為諸如一穿孔器、刀件、模切器、衝壓站、或摺疊站等任 201020103 何其他的網膜處理裝置）、一對刀出輥219與220(210-220係 為一輸出段的部份）、及一控制器221來連續地處理一網膜 或膜201 °此處所用的輸入段或鬆捲段係包括其中可接收網 膜之一製袋機的部分，諸如一鬆捲及一跳晃器總成。此處所 用的輸出段係包括作用在所形成的密封件下游之一網膜上 的總成，諸如穿孔器、捲繞機、摺疊器等。 網膜經由跳晃器總成203被提供至一成形筒208。筒208201020103 VI. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates more particularly to the manufacture of bag parts. The present invention generally relates to bag making techniques, manufacturing and winding techniques. [Prior Art] There are a variety of different known bag making machines which can be used to manufacture a bag from a continuous film such as polydue. Commercially available bag making machines, winders, and (4) machines include CMD8 models 3113, 11〇〇 series, 15〇〇, 4〇1 assist series, and other tools described in wwwxmd-comom. Examples of patented prior art bag making machines include U.S. Patent Nos. 6, ι, 7, 〇 58, 4, 934, 993, 5, 518, 559, 5, 587, 〇 32 and 4, 642, 084, and U.S. Patent Publication No. 20060084559, each of which is incorporated herein by reference. In general, these implements unwind the film from a roll. The film may be a single film, or a folded film, or a (flat) tube. The seal is placed on the film at the desired location to form a pocket. The seal can form the bottom/top and/or side of the pocket. Perforations may be included to represent the sides or top/bottom of adjacent pockets. Other operations such as separation and/or folding can be performed. The bag making machine shown in U.S. Patent No. 6,117,058 is owned by the owner of the present invention and can be as shown in Fig. 1. The prior art rotary bag making machine 1 utilizes a hopper assembly 203, a pair of barrels 205 and 206 (203-206 are part of an input section), a sealing cylinder 208, and a pair of cylinders. Reports 210 and 211, a sealing blanket 213, a pair of knife-in rollers 215 and 216, a knife member 218 (which may be a perforator, a knife, a die cutter, a stamping station, or a folding station, etc. 201020103 An omentum processing device), a pair of knife-out rollers 219 and 220 (210-220 are part of an output section), and a controller 221 for continuously processing an omentum or film 201 ° input section or loose The winding section includes a portion of a bag making machine in which the web film can be received, such as a loose roll and a jumper assembly. The output section as used herein includes an assembly that acts on one of the webs downstream of the formed seal, such as a perforator, winder, folder, and the like. The omentum is provided to a forming barrel 208 via a jumper assembly 203. Cartridge 208
包括複數個密封條209。密封條被加熱並生成密封件而從網 臈201形成袋件。網膜201被一鐵弗龍⑧(Tefl〇n⑧)所塗覆的 毯固持抵住筒208(及密封條）。端點至端點式袋件係以一來 自筒之密封件所形成，而側邊至側邊式袋件係以一對密封件 所形成。筒直徑可作出調整及/或小於被接通的全部密封條 以決定密封件之間的距離，並藉此決定袋的尺寸。 —一般而言，旋轉動作機具係對齊一下游旋轉刀件以在兩 ，封件之間、或-密封件旁邊作穿孔^圖的先前技術提 出：網膜20丨離開筒208之後’其被導引至旋轉刀件218， ^轉刀件218在袋件之間生成—穿孔、或可分離鄰接的袋 ^。袋件若是職至端點式袋件，穿孔躲置在接近單一密 為件在袋件被分離時使得穿孔及經穿孔的端點成 為—個袋件的頂部、域封件成為鄰接袋件的底部。 器可咖 上的印刷細軸密 2 =件(將其相對於密封件放置在正常區位 以可制密封件以在正確區位試驗並生成穿孔。 201020103 許多製袋機包括有一位於刀件後之捲繞機。先前技術捲 繞機的範例係包括美國專利案4,667,890 ; 4,695⑼5 . 6,186,436，及5,899,403，其合併於本文中以供參考。先前 技術捲繞機係具有一包含多重心軸之旋轉轉塔或具有單2 固定式心軸及網膜停止器。所想要數量的袋件沿心軸捲^， 而形成輥。輥隨後被推押卸除，常利用一推卸掌來執行Y 前技術描述了將輥的引領端妥當地導引至所想要的 及控制捲繞之不同方式。 蔣,、、ί有多重心軸的先前技術捲繞機係需要旋轉—轉塔以β ’二，移動至啟動及捲繞位置。這使㈣具增添複雜度 :口 =氣連接變得困難。並且’因為轉塔旋轉，其配合使用二 心轴之推卸掌。並且’移動轉 ㈣Γ 亂角件之工作係會彼此干涉或碰撞。固定捲 術捲结因為其移動—輥所花f的時間而使速度受限。先前技 取而代機通常無法在超過30 cpm的應用中使用氣動裝置。 置。代之，能夠作40 cpm的捲繞機係需具有伺服控制式裂 之一 因此，希望具有比先前技術單心軸系統以更高速度運作 $叙ί有固定心軸的捲繞機。較佳地，此捲繞機可配合使用 軋動裝置，並可容易地接收空氣連接件。 【發明内容】 含一根據本發明的第一態樣，—用於製袋機之捲繞機係包 3饋入輥隙（infeednip)及兩心軸。各心軸的位置係济 兩替代性膜路徑的一者。 、〇者 201020103 根據本發明的第二態樣，—用於從_連_捲繞袋件 之方法係包減膜饋送至-騎機中並將膜沿著替代性路 徑交替地導引至兩心軸的-者。交替係發生㈣如—輥等複 數個袋件被捲繞之後。 根據本發明的第三態樣，—製袋機係包括—鬆捲段、 成形段、及捲繞機。捲繞機包括一饋入輕隙及兩心抽， 各心軸的位置係沿著-各別㈣代性膜路徑。A plurality of sealing strips 209 are included. The weather strip is heated and creates a seal to form a pocket from the web 201. The omentum 201 is held against the barrel 208 (and the sealing strip) by a blanket coated with a Teflon 8 (Tefl〇n8). The end-to-end pockets are formed from a seal from the barrel, while the side-to-side pockets are formed as a pair of seals. The barrel diameter can be adjusted and/or smaller than all of the seals that are turned on to determine the distance between the seals and thereby determine the size of the bag. - In general, the prior art of rotating the implement to align a downstream rotating blade to make a perforation between the two, the seal, or the seal is proposed: the web 20 丨 leaves the barrel 208 and is guided To the rotating cutter member 218, the rotary cutter member 218 generates a perforation between the pocket members, or can separate the adjacent pockets. If the bag member is a service to the end pocket member, the perforation is hidden near the single dense member. When the bag member is separated, the perforated and perforated end points become the top of the bag member, and the domain seal becomes the adjacent bag member. bottom. Printed fine shaft seal 2 = piece (place it in the normal position relative to the seal to make the seal to test in the correct location and create perforations. 201020103 Many bag making machines include a roll behind the blade Examples of prior art winders include U.S. Patent Nos. 4,667,890; 4,695 (9) 5, 6, 186, 436, and 5, 899, 403, which are incorporated herein by reference. Or have a single 2 fixed mandrel and retina stopper. The desired number of pockets are rolled along the mandrel to form a roller. The roller is then pushed and removed, often using a push-pull palm to perform the Y-pre-technical description. The leading end of the roller is properly guided to the desired and controlled winding method. Jiang,,, ίThe prior art winding machine with multiple mandrels needs to be rotated - the turret is moved to β '2, to Starting and winding position. This adds complexity to the (4): port = gas connection becomes difficult. And 'because the turret rotates, it uses the two mandrel to push the palm. And the 'moving turn (four) 乱 chaotic parts work system Will interfere with each other Or collision. Fixed roll knots are limited in speed due to the time it takes to move the roll. Previously, it was not possible to use a pneumatic device in applications over 30 cpm. A 40 cpm winder is required to have one of the servo-controlled splits. Therefore, it is desirable to have a winder with a fixed mandrel operating at a higher speed than the prior art single spindle system. Preferably, this winding The machine can be used in conjunction with a rolling device and can easily receive an air connection. [Invention] According to a first aspect of the invention, a winding machine for a bag making machine 3 is fed into a nip ( Infeednip) and two mandrels. The position of each mandrel is one of the two alternative film paths. The latter aspect 201020103 According to the second aspect of the invention, the method for winding the bag from The coated film is fed into the rider and the film is alternately guided along the alternative path to the two mandrels. The alternating occurs (4) after a plurality of pockets such as a roller are wound. The third aspect, the bag making machine includes a loose section, a forming section, and a winding The winding machine comprises a feeding nip and two heart pumping light, the position of each train along the mandrel - (iv) generation of the respective film path.
-替代性實關巾，心㈣、為@定式位置心轴。 其他實施例中’替代性臈路徑主要係往下。 -超速㈣可②置於饋人㈣與替代性膜路徑之間。 不同實施例中，超速輕隙係以一間歇模式及一每袋模 式操作，及/或具有一使用者可調餐、 門勺括其他重實，:(中，捲繞機在饋入輥隙與替代性膜路徑之 複數個桿件係被移動於-在至少兩區位與膜路㈣交之牛 道中。軌道可概呈橢圓形。 其他實施例中，重疊器包括複數個空氣喷嘴。 超速輥隙係具有配置成可將膜導引至一替代性 之空氣噴嘴、及配置成可將料弓丨至其他替代性膜路獲之= 他空氣喷嘴。 /、 其他替代方式中，捲繞機包括沿著替代性膜路徑之值 送器皮帶。傳送器皮帶可在最接近饋人輥隙的—端作拖轉傳 不同實施例中’捲繞機包括可能為雙極式之沿 性膜路徑的固定銷器（static pinner)。 替代 201020103 其他替代方式中，捲繞機包括沿著替代性膜路徑所配 置之突出指（pop-up fingers)。 不同實施例中，捲繞機包括接近心轴處之紙捆箍器。 一實施例中，捲繞機由氡動空氣所驅動。 其他替代方式中，捲繞機包括以實質36〇度刮拭心軸 之推卸裝置。 根據本發明的第四態樣，一用於製袋機或製片機之捲 繞機係包括-館人_、-或多個膜導件、及—或多個心 ^膜藉由遵循-饋人滾子的表面的—至少1()度的弧來趨办 近饋入輥隙。膜路徑隨後係經過輥隙且朝向心軸。膜導件係 沿著至少膜包繞饋入輥之弧的膜路徑、且進一 隙下游的膜路徑作配置。膜導件至少沿著該弧^饋二滚子 中。 根據本發明的第五態樣，-從一連續膜捲繞袋件之方 法係包括沿著第-饋人滚子的表面的至少1()度的弧以一第 二饋入滾子及至少，個^第―饋人滾子中的膜 ^亥膜。隨後，以膜導件及滾子將膜引導至—饋人_。隨^ 後，將膜引導到至少一捲繞站且捲繞袋件。 ， 根據一實施例，膜導件係為固定且 根據另一實施例，膜導件進一步在 的表面以下。 沿著弧碰觸到膜。 饋入輥隙處凹入輥 且各心轴位 不同實施例中，弧係為至少45、6〇及9〇度 另一實施例中，捲繞機包括一第二心軸X 於—替代性膜路徑上。 、 201020103 另一實施例中，一可旋轉刷係配置於 循替代性祕徑以賴料至 之、路位Μ 其他實施财，-£位° 上游之膜路m空居饋人親隙下游及刷 至膜並使膜;^& ^ ^供源係從一侧及/或另一側吹送 =膜，使=稍路徑轉向以接取多餘 親隙的下游。 係位居可旋轉刷的上游及超速-Alternative real off towel, heart (four), @定式位置心轴. In other embodiments, the 'alternative 臈 path is mainly down. - Overspeed (4) can be placed between the feeder (4) and the alternative membrane path. In various embodiments, the overspeed light gap is operated in a batch mode and a bag mode, and/or has a user adjustable meal, the door spoon includes other heavy solids: (middle, the winder is feeding the nip The plurality of rods with the alternative membrane path are moved - in at least two locations intersecting the membrane path (four). The track may be substantially elliptical. In other embodiments, the overlap comprises a plurality of air nozzles. The gap has a configuration that is configured to direct the membrane to an alternative air nozzle, and is configured to draw the material to other alternative membrane paths. = Other air nozzles. /, In other alternatives, the winder includes The belt is fed along the value of the alternative film path. The conveyor belt can be towed at the end closest to the feed nip. In different embodiments, the winder includes a bipolar membrane path that may be bipolar. A static pinner. Instead of 201020103, in another alternative, the winder includes pop-up fingers disposed along an alternate film path. In various embodiments, the winder includes a near mandrel Paper binding device. In an embodiment The winder is driven by turbulent air. In other alternatives, the winder comprises a squeegee that wipes the mandrel in substantially 36 degrees. According to a fourth aspect of the invention, a bag making machine or tablet is used. The winding machine of the machine includes - a man-made _, - or a plurality of film guides, and - or a plurality of core films by means of - at least 1 () degree arc of the surface of the feeding roller Feeding into the nip. The film path is then passed through the nip and toward the mandrel. The film guide is disposed along the film path at least the film surrounding the arc of the feed roll and the film path downstream of the gap. At least along the arc, the second roller is fed. According to a fifth aspect of the invention, the method of winding the pocket from a continuous film comprises at least 1 (degree) along the surface of the first-feeder roller. The arc is fed by a second roller and at least a film of the feed roller. Then, the film guide and the roller are used to guide the film to the feeder _. The film is guided to at least one winding station and the bag member is wound. According to an embodiment, the film guide is fixed and according to another embodiment, the film guide is further below the surface The film is touched along the arc. The concave roller is fed into the nip and the respective axial positions are different. In the embodiment, the arc is at least 45, 6 〇 and 9 〇. In another embodiment, the winding machine comprises a The second mandrel X is on the alternative film path. 201020103 In another embodiment, a rotatable brush system is arranged in the alternative path to the road, and the road position is Μ other implementation, - £°° The upstream membrane path m is empty and feeds the gap downstream and brushes to the membrane and makes the membrane; ^& ^ ^ supply system blows the membrane from one side and/or the other side, so that the = slightly path is turned to receive the excess Downstream of the gap. The system is located upstream of the rotatable brush and overspeed
以移指/導件係配置成接近—或多個心袖 =二實施财，具有三個延伸橫越該膜之膜導件。 招诚實施例中’ 一第二臈導件配置於膜的相對侧上。 心/本發明的第六態樣，一用於製袋機之捆箍器係包 從-第：：卷帶提供至—心軸之傳送器及兩空氣供源°。卷帶 -方向趨近心軸且通過心軸上方，並包繞住沿心軸所 t Μ㈣袋件周圍。-空氣供源係受到導引以當卷帶趨 近心轴時支撐卷帶。另—空氣供_當卷帶通過叫上方時 5卷帶位於該輥的袋件助卷帶包繞住概。該一 在卷帶包繞住該概袋件時支撐卷帶’藉以辅助卷 #代性實施财，第_冑氣供源倾絲在一空氣 4 ^該空氣詩係配置成可被移向及移離心軸。 、=白該技藝者將檢閱下文圖式、詳細描述及申請專利範 圍以仵知本發明的其他主要特徵構造及優點。 圖式簡單說明 9 201020103 第1圖係為一先前技術製袋機的圖式； ^圖為根據本發明之—捲繞機的圖式； 3圖為根據本發明之一捲繞機的圖式； 第明之_轉器捲繞機的圖式； ^圖為根據本發明之—饋入滾子的圖式； 在詳細說明本發明的至少一實咬 的應用不限於下文描述所列或圖式所示的月 行。並且，亦例或以不同方式實行或施 不應視為二===== 【實施方式】 ^詳細說明本㈣的至少—實施例之前，請瞭解本發明 =用不限於下文描述所列或圖式所示的組件之構造及配 置細郎。本發明能夠具有其他實施例或以不同方 或施 行。並且’亦請瞭解此處所用的措詞與術語係供描述用途而 不應視為限制性。_齡的編號來代細似的組p ^ 較佳實施例的詳細描述 雖然將參照一特定的製袋機、方法及捲繞機來顯示本發 明’開始即應瞭解本發明亦可由其他機具、方法及捲繞機予 以實行，包括抽引卷帶機、旋轉重疊機、間歇式機具、製片 機及其他已知機具。 一般而言’就一可配合使用一先前技術製袋機或身為其 〜部份以製造容易包裝、運送、配送及使用之一輥的袋件之 201020103 捲繞機來描述本發明。就諸如美國專健6，m，㈣所顯示 者、或市售如CMM mo製袋機、或模組化製袋機等製袋 機來描述較佳實鮮卜本發明係被想見為—捲繞機、一捲繞 機與分離器、-捲繞機、分離器及重疊器、或—完整製袋機。 此處所用的重疊器係包括-重疊後繼的袋件之裝置或段。位 於捲繞機前之製袋機將於下文中描述，其可為上述的先前技 術機具’亦為其他製袋機。 捲繞機係以-膜的方式來接收已經成形的袋件，並可利 用超速輥隙使其分離。此處所用的超速親隙係包括一其中 使至少一被驅動滾子比起位於輥隙前的膜速度具 ^ =之輥隙。輥隙可以一每袋模式操作、或以二間歇模式 ㈣因而只在輥的起點/終點分離袋件。此處所用 對於—輥内的每個袋件皆操作。此處所用的間歇模 式係i括不對於-輥内的每個袋皆操作，諸如只在 點或終點才操作、或只對於—_的數個袋 每 模式中，袋件可被重疊。 在母鈥 在分離之後，一膜轉向器將膜導引至兩心軸的— 捲繞心轴減將舒崎繞，藉此消除_並允許 速度、較高循環速度、及較低數量的輥。膜沿著兩替代= 路徑的-者被轉向器導引至兩心轴或捲繞站的餅 用的膜路徑係為朗採行通過製袋機或捲繞機之路 何可供膜被累積作捲繞之區域除外。此處所㈣ 膜 控係包括捲繞機處於使用中時間的—部分、 遵循之一路徑。 、戎衣件所 11 201020103 替代性路徑較佳係為主要往下，而容許經剔退的膜或錯 過的轉移膜在-錢區位巾制退至地板 。此處所用的主要 往下係包括比起水平而言更為垂直(具有重力）。心軸係為固 疋式位置心軸。此處所用的Μ式位置心軸係包括並不從— 諸如軌道中等的區位移動、但可旋轉之心轴。 田〜軸在使用中以一完全的輥被捲繞時，下個輥的第一 衣之引領端係沿著其他替代性路徑被導引至另一心轴。因 此，捲繞機可”減㈣1軸上而不需軸該等心轴， 且在捲繞下値輥之前不必移除一輥。 馨 不同實施例係使用下列特徵構造的一或多者，其可單獨 使用、或以許多組合使用。可依需要利用空氣來導引該膜， 且可利用犬出指及/或一空氣角件來啟動該報。可利用固定 銷件將袋_至心軸，且可利用雙極式固定銷件將—概的最 後袋件尾部固持至該輥。可利用傳送器沿著替代性路徑來引 導膜，且傳送器可隨著輥變大而樞轉，以容納其成長的直 >ί£ 了使用一紙捆鞭器並因為膠劑可在使用另一心軸之時乾 燥所以可容納膠劑的乾燥時間。因為心轴為固定式位置心_ 軸，一推卸裝置可被用來移除輥，並可沿心軸的圓周實質呈 360度刮栻。此處所用的實質36〇度係包括在偶而的小中斷 除外之完整圓周上方。 現在參照第2圖，顯示根據較佳實施例的一捲繞機200 之圖式。捲繞機200可位於沿著第丨圖的製袋機10〇之膜路 徑的下游。雖如上文所陳述’已顯示上述許多替代方式者， 但，不需全部包括。 12 201020103 201攸穿孔器或刀件218(第1圖）移行至輥203與 2圖）之間所界定的一饋入輥隙，輥203與205的至少 一者受到驅動。饋人_將難引或饋送至捲繞機 200中（饋 隙可對於—機具或—段的饋人。此處亦用來指涉捲 繞機段的饋入）。 。較佳實施例係提供經過饋人輥隙之一 垂直網膜饋送。這 ❹ c :s機’、相對於操作者侧呈單手向㈣紐ded)並可容納 左手向及右手向的樓面配置。 膜201在離開饋入輥隙之後係被提供至在輥3〇7與3〇9 =間所界疋的一超速輥隙，輥3〇7與3〇9的至少一者受到驅 =不同實施例中，冑2〇1在離開饋入輕隙之後係被直接或 二接提供至其他站）。㈣地，超速錄舰㈣且使用者 二j於諸如從10至250”等一寬廣的穿孔重覆距離容易地改 I超速百分比而不需改變元件。 H歇模式巾，其可藉由只在—特定計數完成之後才運 逮來運轉穿孔連接式膜並使複數個袋件的一者相對於 由，、塵袋件予以分離。—每袋模式中，其可為—重疊器並藉 時皆超速來分離及重疊各袋(每個雜式係包括在 1代中不分離數個袋）。超速輥隙可藉由在經重疊的輥之最 件期間不運轉超速以輔助將網膜轉向至適當的替代性 杈。當分離袋件時並不需要穿孔偵測(但可予以提供）。 一重疊器係包括桿件311-315，桿件311-315係被安裴 相I移動於在兩地點（較佳在輥隙上方及下方）與膜201路徑 目人之一概呈橢圓形轨道中。此處所用的概呈橢圓形係包括 13 201020103 一非圓形、非角度狀路徑。軌道順時針顯示於第2圖，其中 輥被捲繞在軸337上’其位置沿著替代性祕徑的一者 作設置。當—心軸338(位置沿著另―替代性膜路徑作配 被使用時’轉子係反轉方向並在—逆時針方向移動桿件 件侧向地拉取龍，並可辅助分離，但如果並未裝設重疊器 則可单獨仙超速輥隙予以分離。桿件係暫㈣積該膜以容 許重疊後續的袋件。重疊區係顯示為317與318、 π 興' 桿件較佳係為以較佳呈受伺服驅動式的一包括受驅 式鏈輪及拉張器鏈輪等的鏈或正時皮帶被支胁各端上 〇.5”直徑鋼桿件。這降低了賴在未被支軸所須跳躍的距 離。可利用-空氣簾幕或系列的空氣噴嘴來幫助膜跳躍 重疊桿件所生成的間隙。替代方式係包括使用空氣以供 疊、使用較少或較多個桿件、使用—不同轨道 的重疊器。 ，、他巳知 超速滾子3〇7及3〇9較佳係包括以i，，重覆來橫越兩 面的面之G.25”寬的溝槽，以在各溝槽中對於複數個 嘴322-325提供間隙。空氣噴嘴322-3M可用來將膜導1 所想要的心軸。利用上空氣噴嘴322及323將網膜轉向至 對，滾子’且利用下空氣噴嘴324及325將網膜往下轉目 沿著膜路徑所配置之一鄰近的傳送器皮帶327或328。如 3圖所示’空氣噴嘴322及325係關斷，而空氣嘴嘴 324則接通，將膜2〇1導引朝向心轴川。當膜被 心軸318時，噴嘴322及325為接通，而喷嘴323及324則 201020103 關斷。 當一輥完成、且噴嘴已將輥的尾端邊緣導引至一心轴 時’噴嘴則受到控制以將下個袋輥的引領邊緣導引至另—心 軸。因此，喷嘴將膜交替地導引至兩路徑的一者。路徑改變、 或交替係發生於複數個袋—輥—被捲繞之後。若分離器處 於一間歇模式中，則噴嘴在分離之後進行一交管。每袋（重 疊)模式中，其在一給定計數之後進行一交替。 q 較佳實施例係使得右與左心轴及相關聯的組件身為彼 此的鏡像，但未必需如此。因此，心轴338逆時針捲繞且心 轴337順時針捲繞。 網膜當移行至心軸337與338時較佳係以一系列的圓形 彈性繩被固持抵住傳送器皮帶327與328。並且，一實施例 係使得固定銷器330與331將膜固持抵住傳送器皮帶227與 228。固疋銷器330與331可為雙極式固定銷器以不只將膜 固持抵住傳送器，亦藉由對於最後幾個袋關斷固定中立器造 ( 成-躺最後袋尾部關至_。因此，本發明可將一親中 ◎=最後-個袋之-尾部固定地釘固至雜，以辅助親的人工 處置、輥的自祕置，並減低對於膠接最後袋件尾部之需求。 傳送器皮帶227肖228較佳係為一寬皮帶或在其間具有 1”間隙之-系列的較窄皮帶。_可容許突出指34G、34i(不 同替代方式中具有-或多個）幫助將第一個袋的引領邊緣導 弓I至一空氣角件342、343中、及捲繞心轴周圍。突出指34〇 及341係在接近心軸處間歇地導弓丨膜並在第一個袋被轉移 之後縮回。皮帶之間關隙絲許使賴融尾轉接而膠劑 15 201020103 較少有機會弄到傳送器皮帶上。 田傳送器皮帶328較佳被安裝成可使其當膜輥直徑成長時 在最接近饋人輥隙之-端作樞轉，並遠離固定式位置心神 338，如虛線及箭頭345所示。對於傳送器奶使用一類似 的柩轴。 各捲繞站可具有一紙捆箍器346、34八因為可在相對心 轴捲繞之時使用一捆箱器，兩個各以2〇啊運轉的摘箱器係 容許整體捲繞機以4〇cpm作循環。並且，因為具有兩個各以 2〇Cpm循環之捲繞站，可配合4〇cpm的整體速度來使用氣動^ 裝置。 心軸較佳使用一先前技術CMD®設計式鐵氣龍 ®(Teflon®)套筒或喷珠/鑛鉻式設計。並且，因為心軸是固定 式位置心軸，其可使用一不需樞轉之簡單的推卸裝置，並玎 刮拭心軸圓周的實質360度以更容易移除膜而具有較小的 束缚機會。固定式位置亦可容許對於心轴具有簡單的空氣連 接。 因為具有以20 cpm(每分鐘的計數)作循環之兩站，機具_ 係以40 cpm運轉’且比起一單站40cpm機具所容許時間而 言得以有更多時間可供輥檢驗、揀選、及剔退之用。 一捲繞機300的一替代性實施例顯示於第3圖中並可包 括上述的許多特徵構造，包括兩個捲繞站。不同實施例可依 需要被合併，從適合特定應用的需求之先前技術或各特徵構 造來選擇特徵構造。 捲繞機300包括被界定於一對饋入滾子403與405之間 16 201020103 的一饋入輥隙，一被界定於一對滚子4〇7與4〇9之間以分離 j鄰袋件的可控制式超速輥隙，及心軸437與438。一般而 吕，除下述外，捲繞機300的操作係與捲繞機2〇〇 一致。 膜或網膜201藉由在抵達輥隙之前沿著滾子4〇3表面的 一部分作包繞或予以遵循來趨近饋入輥隙。不同實施例中， 膜係，坐在一等於或大於1〇、45、6〇或9〇度之弧上。 安裝在支撐件410上之複數個固定膜導件412係凹入滾 子403中。較佳地，導件412表面齊平於輥子表面以使 網膜騎坐在膜導件、繩(未圖示）、及滾子彻表面上。此處 所用的“凹入一滾子中”係包括部份地或完全地駐留於一滾 子上的凹入區域中。凹部可為溝槽或通路，並在較佳替代性 實施例中具有一深度使得網膜騎坐在膜導件及滾子403表 =兩者上。導件412較佳由具有—滑性塗層之金屬構成並緊 密配合於滾子403 _部内，諸如不大於〇 〇1〇对之位於側 上的間隙。這可讓膜呈扁平配置而不被卡在凹部與導412 之間的空間中。 ” 參照第5圖，顯示滚子4〇3的一實施例具有用於膜導件 之凹# 501及用於繩之凹部5〇2。此實施例提供九個導 件^兩個繩。並且’提供複數個空㈣除孔5()5(埋頭孔式， 1/2吋直徑乘以1/8”深）以幫助膜齊平配置於滾子的表面 =(及膜導件412上’未顯示於第5圖）。在滾子4〇3上之相 子側上具有對應的孔(與孔501相距180度）。 -膜係在其大致倚靠於外表面上時遵循一滾子的表 ’且不需使膜符合於凹部等物。此處所用的膜導件係包括 17 201020103 -用來支撑及引導該膜之結構，且不需驅動該膜。此處 之一滾子的表面係相距滾子軸線實質呈相同距離。 膜導件412可與在_之前供膜所騎坐之滾子4 共同地伸展，或其可作更多或更少的伸展。較佳地， 412及弧係在其趨近饋入輥隙時具有充分範圍足以 觸膜204。發明人已發現：固定膜導件、連同從侧邊趨= 隙使得膜201通過導件412、繩(未圖示）及滾子4〇3上方 作用，係容許具有更快且更穩定的操作。 之 膜導件4Π延伸經過饋入輥隙，但恰凹入在親隙 近膜路徑處之滚子表面以下（譬如丨則），藉以讓^❹ 親隙女當地㈣住膜2(Π。此處所用的最接近膜路捏之—衷 子的表面係為膜所概括遵循之—滾子的表面。此處所用之二 滚子的-表面以下係指比起與膜產生接觸之輥的表 接近滚子軸線。 複數個膜導件460連接至膜導件412，並安裝在一區塊 上膜導件412及460可視為連續性膜導件。複數個導 ’1'女虞在區塊466上並從膜201的反向側引導膜^ jOl膜導件460及462較佳分佈成足以讓膜容易地通過， 諸如其間共具有1/10忖。導件偏與似係凹入滾子4〇3、 405、407及409中，且在饋入及超速輥隙處凹入表面以下 以避免與轉隙產生干擾(譬如各為1/32叶）。膜導件、備 及462可為—或數個個別導件。 亦利用包繞住輥403與407(且一實施例中，405與409) 的繩來移_。㈣财助於驅動薄膜，諸如6微米高密度 18 201020103 聚乙締，但對於部分應用、特別是對於較重的膜則予以省略。 較佳實施例使用朝⑽的巾心之繩，及朝向邊緣之導件 以提供較大支樓。譬如，對於—六__，使用 個膜導件412(其兩者接近於膜2〇1的邊緣而—者位於中 心）、及兩健(各㈣料件之間）之配置3。對於較寬的膜 使用較多的膜導件(及/或可依需要使用較多個繩）。 、 捲繞機300可以-連續模式或一重疊模式操作。重疊模 式中，膜201被超速滾子407與409分離成相鄰袋件。滾子 407與409可被間歇地靠合在一起或間歇地加速以將膜201 分離成袋件（亦可使用其他用於分離相鄰袋件之方法）。第3 圖顯示一已自膜201分離之袋件201a。在一連續模式中時， 滾子407與409可以膜速度運轉、保持分離、或身為惰輪輥。The transfer finger/guide member is configured to be close to - or a plurality of sleeves = two implementations, having three membrane guides extending across the membrane. In the embodiment of the invention, a second guide is disposed on the opposite side of the film. Heart/Sixth Aspect of the Invention, a strapping kit for a bag making machine is provided from a -:: tape to a mandrel conveyor and two air supplies. Reel - The direction approaches the mandrel and passes over the mandrel and wraps around the mandrel around the mandrel. - The air supply is guided to support the web as the web approaches the mandrel. In addition - air supply _ when the tape is passed over the top of the 5 roll with the bag of the roll of the roll to wrap around. The support wraps the wraps when the wrap wraps around the bag, and the auxiliary roll is used to implement the money. The _ 胄 gas supply is raked in an air 4 ^ the air pedigree is configured to be moved toward Move the centrifugal shaft. The following figures, detailed description, and claims are intended to be illustrative of other features and advantages of the invention. BRIEF DESCRIPTION OF THE DRAWINGS 9 201020103 Fig. 1 is a diagram of a prior art bag making machine; ^ is a drawing of a winder according to the present invention; 3 is a drawing of a winder according to the present invention BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram of a feed roller according to the present invention; the application of at least one actual bite in detail illustrating the present invention is not limited to the ones listed below or illustrated. The monthly line shown. And, by way of example or in different ways, it should not be considered as two ===== [Embodiment] ^ Before explaining at least the embodiment of (4), please understand the present invention = not limited to the following description or The construction and configuration of the components shown in the figure are fine. The invention is capable of other embodiments or of various embodiments. And the words and terms used herein are used for descriptive purposes and should not be considered as limiting. The numbering of the ageing group is a detailed description of the preferred embodiment. Although a detailed description of the preferred embodiment will be made with reference to a particular bag making machine, method and winder, it should be understood that the present invention may also be The method and the winder are implemented, including a take-up reel, a rotary overlap machine, a batch machine, a tablet machine, and other known implements. In general, the present invention is described in conjunction with a prior art bag making machine or a 201020103 winder that is part of a bag that is easy to package, transport, dispense, and use. The invention is described as being displayed in a bag making machine such as the American Specialist 6, m, (4), or a commercially available bag making machine such as a CMM mo bag making machine or a modular bag making machine. Winding machine, a winder and separator, a winder, a separator and a stacker, or a complete bag making machine. As used herein, the overlap includes a device or segment that overlaps subsequent pockets. A bag making machine in front of the winder will be described hereinafter, which may be a prior art machine as described above' and other bag making machines. The winder receives the already formed pockets in a film-like manner and can be separated by an overspeed nip. The overspeed gap used herein includes a nip in which at least one of the driven rollers has a film velocity of φ before the nip. The nip can be operated in a per bag mode or in a two-batch mode (four) and thus only separate the bag at the start/end of the roll. Used here for each bag in the roll. The batch mode used herein does not operate for every bag in the roll, such as only at the point or end point, or only for a number of bags of -_ each mode, the bag members can be overlapped. After the female weir is separated, a membrane diverter guides the membrane to the two mandrels - the winding mandrel reduces the winding, thereby eliminating _ and allowing speed, higher cycle speed, and lower number of rolls . The membrane path of the cake guided by the diverter along the two alternative = path to the two mandrels or the winding station is the path through which the film is passed through the bag making machine or the winder. Except for the area to be wound. Here (4) The membrane control system consists of a part of the winding machine in use time, following one of the paths.戎 所 11 11 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 2010 The main down-line used here includes being more vertical (with gravity) than horizontal. The mandrel is a solid position mandrel. The jaw position mandrel system used herein includes a mandrel that does not move from a position such as a track, but is rotatable. When the field-shaft is wound in a full roll in use, the leading end of the first garment of the next roller is guided along another alternative path to the other mandrel. Thus, the winder can be "subtracted" on the 1 axis without the need for the spindles, and it is not necessary to remove a roller before winding the lower roller. Different embodiments use one or more of the following features, which can Used alone or in many combinations. Air can be used to guide the film as needed, and the dog can be activated using a canine finger and/or an air angle. The bag can be used to secure the bag to the mandrel. And the bipolar retaining pin can be used to hold the last bag tail to the roller. The conveyor can be used to guide the film along an alternative path, and the conveyor can be pivoted as the roller becomes larger to accommodate It grows straight> using a paper whip and because the glue can be dried while using another mandrel, it can accommodate the drying time of the glue. Because the mandrel is a fixed position heart _ axis, a shunt The device can be used to remove the roller and can be scraped substantially 360 degrees along the circumference of the mandrel. The substantial 36 turns used herein are included over the entire circumference except for occasional small interruptions. Referring now to Figure 2, A drawing of a winder 200 in accordance with a preferred embodiment is shown The winder 200 can be located downstream of the film path of the bag making machine 10A along the first drawing. Although many alternatives have been shown as set forth above, not all of them need to be included. 12 201020103 201攸Punch Or the knife member 218 (Fig. 1) moves to a feed nip defined between the rollers 203 and 2), at least one of the rollers 203 and 205 is driven. The feeder _ will be difficult to guide or feed to the winding In the machine 200 (the feed gap may be for the tool or the feed of the segment. It is also used herein to refer to the feed of the winding segment). The preferred embodiment provides a vertical web feed through the feed nip. This ❹ c : s machine ', with one hand to the operator side (four) ded) can accommodate the left-hand and right-hand floor configuration. The film 201 is supplied to the roller after leaving the feed nip 3〇7 and 3〇9 = an overspeed nip between the boundaries, at least one of the rollers 3〇7 and 3〇9 is driven. In different embodiments, 胄2〇1 is after leaving the feed light gap It is provided directly or indirectly to other stations.) (4) Ground, speeding the ship (4) and the user has a wide perforation repeat distance such as from 10 to 250" It is easy to change the I overspeed percentage without changing the components. The H-synchronous towel can be operated by operating the perforated film only after the completion of the specific counting and separating one of the plurality of bag members from the dust bag member. - In the bag mode, it can be - the overlapr and overspeed to separate and overlap the bags (each of which includes not separating several bags in the 1st generation). The overspeed nip can assist in steering the web to a suitable alternative by not operating overspeed during the most overlapped rolls. No perforation detection is required when separating the bag pieces (but can be provided). An overlapper includes bars 311-315 that are moved by the ampoule phase I in an elliptical orbit at one of two locations (preferably above and below the nip) and one of the paths of the film 201. . The outline ellipse used herein includes 13 201020103 a non-circular, non-angular path. The track is shown clockwise in Figure 2, in which the roller is wound onto the shaft 337, the position of which is set along one of the alternative secret paths. When the mandrel 338 (position is used along with another alternative membrane path), the rotor is reversed and the rod is pulled in a counterclockwise direction to pull the dragon laterally and assist in separation, but if If the overlap is not installed, it can be separated by the separate speeding nip. The rod is temporarily (four) accumulating the film to allow overlapping of the subsequent pockets. The overlap is shown as 317 and 318, π Xing' In order to better drive the servo-driven chain or timing belt including the driven sprocket and the tensioner sprocket, the steel shaft member is supported on each end. This reduces the dependence. The distance that the fulcrum has to jump. The air curtain or series of air nozzles can be used to help the membrane jump over the gap created by the overlapping bars. Alternatives include using air for stacking, using less or more Rods, use - overlaps of different tracks. , He knows that the super-speed rollers 3〇7 and 3〇9 preferably include a G.25" wide groove that overlaps the faces on both sides by i, a slot to provide clearance for a plurality of nozzles 322-325 in each of the grooves. Air nozzle 322-3M can be used to guide the membrane 1 The desired mandrel. The upper air nozzles 322 and 323 are used to divert the web to the pair, the rollers 'and the lower air nozzles 324 and 325 are used to turn the web down the conveyor belt 327 adjacent to one of the membrane paths. Or 328. As shown in Figure 3, the 'air nozzles 322 and 325 are turned off, and the air nozzle 324 is turned on to guide the film 2〇1 toward the mandrel. When the film is the mandrel 318, the nozzle 322 and 325 is on, and nozzles 323 and 324 are turned off in 201020103. When a roll is completed and the nozzle has guided the trailing edge of the roll to a mandrel, the nozzle is controlled to guide the leading edge of the next bag roll. Leading to the other - the mandrel. Thus, the nozzle alternately directs the membrane to one of the two paths. The path changes, or alternates, occurs after the plurality of pocket-rollers are wound. If the separator is in a batch mode Then, the nozzles are subjected to an exchange after separation. In each of the bag (overlapping) modes, they are alternated after a given count. q The preferred embodiment is such that the right and left mandrels and associated components are each other Mirror, but this is not necessary. Therefore, mandrel 338 is counterclockwise The mandrel 337 is wound clockwise. The web is preferably held in a series of circular elastic cords against the conveyor belts 327 and 328 when moving to the mandrels 337 and 338. Also, an embodiment is fixed. The pins 330 and 331 hold the film against the conveyor belts 227 and 228. The pincers 330 and 331 can be bipolar pins to not only hold the film against the conveyor, but also for the last few bags. Turn off the fixed neutral device (the rear end of the bag is closed to _. Therefore, the present invention can securely fix a pro- ◎=final bag-tail to the miscellaneous to assist the pro-manual disposal, roller The self-secret and reduce the need for the tail of the last bag of glue. The conveyor belt 227 228 is preferably a wide belt or a series of narrow belts with a 1" gap therebetween. The allowable projections 34G, 34i (with one or more of the different alternatives) help guide the leading edge of the first pocket into an air angle member 342, 343 and around the winding mandrel. The protruding fingers 34〇 and 341 are intermittently guided around the mandrel and retracted after the first bag is transferred. The gap between the belts allows the yarn to be transferred and the glue is applied. 15 201020103 There is less chance to get on the conveyor belt. The field conveyor belt 328 is preferably mounted such that it pivots at the end closest to the feed nip as the diameter of the film roll grows, and away from the fixed position 338, as indicated by the dashed line and arrow 345. A similar boring shaft is used for the transmitter milk. Each winding station can have a paper binding device 346, 34 VIII because a bundling device can be used when winding relative to the mandrel, and two unloading devices each operating at 2 容许 allow the overall winding machine to 4 〇 cpm for the loop. Also, because there are two winding stations each cycled at 2 〇 Cpm, the pneumatic device can be used with an overall speed of 4 〇 cpm. The mandrel preferably uses a prior art CMD® design Teflon® sleeve or bead/mineral chrome design. And, because the mandrel is a fixed position mandrel, it can use a simple push and unload device that does not require pivoting, and wipe the substantial 360 degrees of the circumference of the mandrel to make it easier to remove the film with less chance of restraint. . The fixed position also allows for a simple air connection to the mandrel. With two stations that cycle at 20 cpm (counts per minute), the implement _ runs at 40 cpm' and has more time for roll inspection, picking, and time than the allowable time for a single station 40 cpm machine. And the use of rejection. An alternative embodiment of a winder 300 is shown in Figure 3 and can include a number of features described above, including two winding stations. Different embodiments may be combined as needed to select feature configurations from prior art or feature configurations that are tailored to the needs of a particular application. Winder 300 includes a feed nip defined between a pair of feed rollers 403 and 405 16 201020103, one defined between a pair of rollers 4 〇 7 and 4 〇 9 to separate the adjacent pockets The controllable overspeed nip of the piece, and the mandrels 437 and 438. Generally, the operation of the winder 300 is the same as that of the winder 2, except for the following. The film or web 201 approaches the feed nip by wrapping or following a portion of the surface of the roller 4〇3 prior to reaching the nip. In various embodiments, the membrane system sits on an arc equal to or greater than 1 , 45, 6 or 9 degrees. A plurality of fixed film guides 412 mounted on the support member 410 are recessed into the rollers 403. Preferably, the surface of the guide 412 is flush with the surface of the roller to allow the web to ride over the film guide, the cord (not shown), and the roller surface. As used herein, "indented in a roller" includes a recessed area that resides partially or completely on a roller. The recess can be a groove or passage and, in a preferred alternative embodiment, has a depth such that the web rides on both the membrane guide and the roller 403 table. The guide member 412 is preferably constructed of a metal having a slip coating and is tightly fitted within the portion of the roller 403, such as a gap not greater than the side of the pair of 〇1〇. This allows the film to be flattened without being caught in the space between the recess and the guide 412. Referring to Fig. 5, an embodiment showing the roller 4〇3 has a recess #501 for the film guide and a recess 5〇2 for the cord. This embodiment provides nine guides and two cords. 'Provide a plurality of empty (four) except hole 5 () 5 (burst hole type, 1/2 inch diameter multiplied by 1/8" depth) to help the film to be flush on the surface of the roller = (and on the film guide 412 ' Not shown in Figure 5). There is a corresponding hole (180 degrees from the hole 501) on the phase side of the roller 4〇3. - The film system follows a table of rollers when it rests substantially against the outer surface and does not require the film to conform to the recess or the like. The film guide used herein includes 17 201020103 - a structure for supporting and guiding the film without driving the film. Here the surface of one of the rollers is substantially the same distance from the axis of the roller. The membrane guide 412 can be stretched together with the roller 4 on which the membrane is seated before, or it can be stretched more or less. Preferably, 412 and the arc are sufficiently wide enough to contact the membrane 204 as it approaches the feed nip. The inventors have discovered that the fixation of the film guide, together with the movement from the side, causes the film 201 to act over the guide 412, the rope (not shown) and the roller 4〇3, allowing for faster and more stable operation. . The film guide 4Π extends through the feed nip, but is recessed below the surface of the roller at the path of the gap near the film (such as 丨 丨 , , , , , , , , , 女 女 女 女 女 女 女 女 女 女 女 女 女 女 女 女 女 女 女 女 此 此 此 此 此The surface of the container that is closest to the film is the surface of the roller that is generally followed by the film. The surface of the two rollers used here refers to the surface of the roller that is in contact with the film. Close to the roller axis. A plurality of film guides 460 are attached to the film guide 412 and mounted on a block. The film guides 412 and 460 can be considered as continuous film guides. A plurality of guide '1' sondes are in the block. The film guides 460 and 462 are preferably distributed over 466 and directed from the opposite side of the film 201 to be sufficient to allow the film to pass easily, such as a total of 1/10 inch therebetween. The guide member is biased with a concave roller. 4〇3, 405, 407 and 409, and recessed below the surface at the feed and overspeed nips to avoid interference with the gap (such as 1/32 leaves). The film guide, preparation and 462 can be - or a number of individual guides. Also used to wrap around the rollers 403 and 407 (and in one embodiment, 405 and 409). (4) Help drive the film, such as 6 Micron high density 18 201020103 Polyethylene, but omitted for some applications, especially for heavier films. The preferred embodiment uses a rope to the center of the (10) and a guide towards the edge to provide a larger branch For example, for ___, use a membrane guide 412 (both of which are close to the edge of the membrane 2〇1 - at the center), and a configuration 3 of the two (between the four (four) pieces). A wider film uses more film guides (and/or more ropes can be used as needed). The winder 300 can operate in a continuous mode or an overlap mode. In the overlap mode, the film 201 is overspeeded. The 407 and 409 are separated into adjacent pockets. The rollers 407 and 409 can be intermittently brought together or intermittently accelerated to separate the membrane 201 into pockets (other methods for separating adjacent pockets can also be used) Fig. 3 shows a bag member 201a that has been separated from the film 201. In a continuous mode, the rollers 407 and 409 can be operated at film speed, remain separated, or act as idler rolls.
導件460與462係延伸通過其中使袋被分離之輥隙，以 幫助膜201跳過滚子4〇7與4〇9下方之間隙。 重疊需使膜下游較緩慢地移動’且使多餘的膜可在重疊 期間被接取。上述實施例（第2圖）顯示一種用於分離膜及取 得膜以供重疊之方式。圖3顯示另一種接取多餘的膜以供重 疊之方式。在下游處，重疊模式中，滾子411與413比起滾 子403與405更緩慢地移動膜（其在非重疊模式中以與滚子 403及405相同的速度運轉）。 空氣供源或空氣喷嘴/管404a及406a(安裝在支撐件404 與406上)係將膜從其路徑轉向以當重疊發生時接取多餘的 膜。如第3圖所示，喷嘴404a為主動式，並將膜從膜路徑 轉向至左方，藉此接取多餘的膜。此處所用的從膜路徑轉向 19 201020103 田&件或膜遵循一並非該膜路徑之路徑時使袋件或膜 逢、。喷嘴404a至少在一交叉方向中部份地導引空氣，並 向第3圖之膜的右侧。嘴嘴4〇6a亦至少部份地在一交叉 方向中導引空氣’但前往膜的相對(左)側。喷嘴4〇4a及4〇6a 可各以多重喷嘴、單—噴嘴、及/或—空氣硬管來實行。 、袋件201a隨後移至滾子411與413之間的一捲繞饋入 親隙’其速度不足藉以負#重疊。較佳實施例需使其速度不 足達到20%。繩41 la與413a設置於滾子411與413周圍以 幫助將膜移動及弓丨導至一或多個下游傳送器427/428。 ⑩ 實施例係提供單一的捲繞站。然而，第3圖的替代性較 佳實施例提供兩個捲繞站，各捲繞站具有一心轴437/438、 包繞在一滚子468周圍之傳送器427/428。 離開滚子411與413之後，袋件201a可以一旋轉刷416 被導引至所想要的捲繞站。刷416較佳係為一被定位成可碰 觸到繩411a/413a及/或皮帶427/428之完全寬度刷，並位於 其中可使膜路控遵循一前往心轴437的第一交替心轴膜 路徑或一前往心軸438的第二交替心軸膜路徑之區位。第3❹ 圖顯示重疊的袋件201a及202b正通往捲繞站437，因此刷 416順時針旋轉。較佳實施例提供被交替地捲繞在心軸437 與438上之輥。 被刷416妥當地導引之後，袋件201a與201b被引導通 過一選用性筒銷器422、一選用性熱膠劑施加器424、及一 選用性捆箍器426(亦即，一用於沿一輥經捲繞的袋件施加一 捆箍之站或裝置。使用一對空氣角件422/433以便利於啟動 20 201020103 ° 一對分類托板450/451將經捲繞的輥導引至一容倉 匕、或導引至地板’依據其是否被接受或剔退而定。一對的 才曰7剝件440與441係配置為接近心軸437/43 8以幫助移除經 剔退的袋件及/或經剔退的輥。 捆箍器426的一範例顯示於第4圖並包括一包繞在一輥 巧周圍之傳送器61G ’ —膜護件619，一空氣供源—，及 :安裝在空氣角件343上之空氣供源608，其與傳送器428 〇 合作以在心軸438上將一卷帶6〇1沿一經捲繞輥的袋件618 周圍作包繞（第3圖）。捆箍器426顯示為第3圖的左捆箍器， 而右捆箍器將是一鏡像。 一卷帶601被傳送器61〇移動至輥618，卷帶6〇1通過 輥618頂部上方。噴嘴6〇8將空氣導引至卷帶6〇1並幫助支 撐卷帶（亦即，使其在抵達輥618之前保持不掉落）。護件615 有助於防止卷帶601包繞在傳送器61〇及輥612周圍。 卷帶601抵達輥618之後，喷嘴616導引空氣以迫使卷 帶601往下，位於輥618右側周圍，藉以輔助卷帶6〇1沿輥 ^ 618作包繞。當卷帶601沿輥618周圍捲繞，來自喷嘴 的空氣係在其沿輥618底部作包繞時支撐住卷帶，藉以辅助 卷帶601沿輥618作包繞。 喷嘴608與616可各為單一噴嘴、一空氣硬管、或各為 複數個喷嘴。並且，喷嘴608可被安裝在任何支撐件上，^ 不需位於空氣角件433上。喷嘴616亦可安裝在任何支撐件 可對本發明作出♦多修改而仍落在本發明的預定範圍 21 201020103 内。囚此，應_根據本發明 Π:用於製造及捲繞袋件之方法及裝備。雖然2 = 連同其蚊實施針财歧，㈣該 的替代方式、修改及變異。因此，立有.貝”、、將付知夺多 圍的精神及寬廣範圍内之所有替代在中請專利範 變異 【圖式簡單說明】 圖式簡單說明 第1圖係為Guides 460 and 462 extend through the nip where the pockets are separated to assist film 201 in skipping the gap below rollers 4〇7 and 4〇9. The overlap requires a slower movement downstream of the film' and allows the excess film to be picked up during the overlap. The above embodiment (Fig. 2) shows a manner for separating the film and taking the film for overlap. Figure 3 shows another way of picking up excess film for overlap. At the downstream, in the overlap mode, the rollers 411 and 413 move the film more slowly than the rollers 403 and 405 (which operate at the same speed as the rollers 403 and 405 in the non-overlapping mode). Air supply or air nozzles/tubes 404a and 406a (mounted on supports 404 and 406) divert the membrane from its path to pick up excess film when overlap occurs. As shown in Fig. 3, the nozzle 404a is active and diverts the film from the film path to the left, thereby taking in excess film. As used herein, the transition from the membrane path 19 201020103 The field & piece or membrane follows a path that is not the path of the membrane to cause the pocket or membrane to slap. The nozzle 404a partially guides the air at least in a cross direction and to the right side of the film of Fig. 3. The mouthpiece 4A6a also at least partially directs air' in one of the intersecting directions but proceeds to the opposite (left) side of the membrane. The nozzles 4〇4a and 4〇6a can each be implemented with multiple nozzles, single nozzles, and/or air hard tubes. The pocket member 201a is then moved to a winding feed between the rollers 411 and 413. The speed is insufficient to overlap the negative #. The preferred embodiment requires that the speed be less than 20%. Ropes 41 la and 413a are disposed about rollers 411 and 413 to assist in moving and guiding the membrane to one or more downstream conveyors 427/428. 10 Embodiments provide a single winding station. However, the alternative preferred embodiment of Figure 3 provides two winding stations, each having a mandrel 437/438, a conveyor 427/428 wrapped around a roller 468. After leaving the rollers 411 and 413, the pocket member 201a can be guided to the desired winding station by a rotating brush 416. The brush 416 is preferably a full width brush positioned to contact the strings 411a/413a and/or the belts 427/428 and positioned therein to allow the film path to follow a first alternating mandrel to the mandrel 437 The membrane path or a location of the second alternating mandrel path to the mandrel 438. The third figure shows that the overlapping pocket members 201a and 202b are leading to the winding station 437 so that the brush 416 rotates clockwise. The preferred embodiment provides rollers that are alternately wound on mandrels 437 and 438. After being properly guided by the brush 416, the pocket members 201a and 201b are guided through an optional pinch 422, an optional hot glue applicator 424, and an optional strap 426 (i.e., one for A station or device for applying a bundle of hoops along a roll of wrapped articles. A pair of air angle members 422/433 are used to facilitate start-up 20 201020103 ° A pair of sorting pallets 450/451 guides the wound rolls to A compartment, or guided to the floor, depending on whether it is accepted or rejected. A pair of strips 440 and 441 are configured to be close to the mandrel 437/43 8 to help remove the truncated The bag member and/or the retracted roller. An example of the band 426 is shown in Fig. 4 and includes a conveyor 61G'-membrane guard 619, an air supply source, wrapped around a roller. And: an air supply 608 mounted on the air corner piece 343, which cooperates with the conveyor 428 to wrap a roll of tape 6 〇 1 around the bag 618 of a winding roll on the mandrel 438 (first 3)) The band 426 is shown as the left band of Figure 3, and the right band will be a mirror image. A roll 601 is moved by the conveyor 61 to the roll 618. The web 6〇1 passes over the top of the roller 618. The nozzle 6〇8 directs air to the web 6〇1 and helps support the web (i.e., it does not fall until it reaches the roller 618). It helps to prevent the web 601 from wrapping around the conveyor 61 and the roller 612. After the web 601 reaches the roller 618, the nozzle 616 directs air to force the web 601 down, located around the right side of the roller 618, thereby assisting the winding of the web. 6〇1 is wrapped around the roll 618. As the web 601 is wound around the roll 618, the air from the nozzle supports the web as it wraps around the bottom of the roll 618, thereby assisting the web 601 along the roll 618 The nozzles 608 and 616 can each be a single nozzle, an air tube, or a plurality of nozzles each. Also, the nozzle 608 can be mounted on any support member, and does not need to be located on the air angle member 433. 616 can also be mounted on any support member to make multiple modifications to the present invention while still falling within the predetermined scope 21 201020103 of the present invention. This should be based on the present invention: a method and apparatus for manufacturing and winding a bag member. Although 2 = together with its mosquitoes, the alternatives, repairs And variation. Thus, there stands shellfish ",, will pay wins all alternatives known in patenting variation range [] Brief Description of the drawings Brief Description of the drawings FIG 1 line within the spirit and broad scope of the multi-Wai
无别技術製袋機的圖式. 第2圖為根據本發明之一捲 ㈣為根據本發明之—=圖式； 第4圖為根據本發明之一:=土； 第5圖為根據本發明之-饋入滾=圖式 【主要元件符號說明】 100 :先前技術旋轉製袋機 201 :網膜或膜 201a，202b :袋件 203 ··跳晃器總成 205,206 :筒入觀 208 :成形筒，密封筒 209 :密封條 210,211 :筒出輥 213 :密封毯 22 201020103 215,216 :刀入輥 218 :穿孔器或刀件 219,220 :刀出輥 221 :控制器 222-225 :空氣喷嘴 227,228,327,328 :傳送器皮帶 300 :捲繞機 , 307,309 :超速滾子 '〇 311-315 :桿件 317,318,319,320 :重疊區 322,323 :上空氣喷嘴 324,325 :下空氣喷嘴 330,331 :固定銷器 337,437,438 :心軸 338 :固定式位置心轴 340,341 ··突出指 ( © 342,343,422,433 :空氣角件 345 :箭頭 346,347 :紙捆箍器 403,405 :饋入滾子 404a，406a:空氣供源或空氣喷嘴/管 407,409,468 :滾子 410 :支撐件 411a,413a :繩 23 201020103 412 :固定膜導件 416 :旋轉刷 424 :選用性熱膠劑施加器 426 :選用性捆箍器 427,428,610 :傳送器 440,441 :指/剝件 450,451 :分類托板 460,462 :膜導件 464,466 :區塊 501 :用於膜導件412之凹部 502 :用於繩之凹部 505 :空氣洩除孔 601 :卷帶 608,616 :空氣供源，喷嘴 612 :輥 615 :護件 618 :袋件輥 619 :膜護件Figure 2 is a diagram of a volume according to the invention (4) according to the invention - Figure 4; Figure 4 is a diagram according to the invention: = soil; Figure 5 is based on this Invention - Feeding Roller = Drawing [Main Component Symbol Description] 100: Prior Art Rotary Bag Making Machine 201: Reticulated Film or Film 201a, 202b: Bag 203 · Jumper Assembly 205, 206: Tube 208: Forming Cartridge, sealing cylinder 209: sealing strip 210, 211: cylinder discharging roller 213: sealing blanket 22 201020103 215, 216: knife-in roller 218: perforator or blade 219, 220: knife-out roller 221: controller 222-225: air nozzle 227, 228, 327, 328: conveyor Belt 300: Winder, 307, 309: Overspeed Roller '〇311-315: Rods 317, 318, 319, 320: Overlap 322, 323: Upper Air Nozzles 324, 325: Lower Air Nozzles 330, 331: Fixing Pins 337, 437, 438: Mandrel 338: Fixed Position Mandrel 340, 341 · · protruding finger ( © 342, 343, 422, 433: air angle piece 345: arrow 346, 347: paper band 403, 405: feed roller 404a, 406a: air supply or air nozzle / tube 407, 409, 468: roller 410: support 411a, 413a : rope 23 201020103 412 : fixed film guide Piece 416: Rotating Brush 424: Selective Hot Glue Applicator 426: Selective Clamping Device 427, 428, 610: Conveyor 440, 441: Finger/Plastic Knitting, 450, 451: Sorting Pallet 460, 462: Film Guide 464, 466: Block 501: For Membrane The recess 502 of the guide 412: the recess 505 for the rope: the air venting hole 601: the winding tape 608, 616: the air supply source, the nozzle 612: the roller 615: the guard 618: the pocket roller 619: the film protector