201202119 六、發明說明： 【發明所屬之技術領域】 本發明係關於將帶狀材隔著既定間隔鋸齒狀地折疊成 積層狀態之積層體用的包裝體。 【先前技術】 專利文獻1揭示一種包裝構造，是在帶狀的剝離薄片 上暫時接合標籤而構成帶狀材，將該帶狀材折疊成積層狀 態而構成積層體，將該積層體以收容於捆包箱的狀態供應 給標籤貼附裝置》 [專利文獻1]曰本特開2003-321018號公報 【發明內容】 然而，專利文獻1所揭示的包裝構造，由於是將帶狀 材鋸齒狀地折疊而進行積層，必須在將該帶狀材之終端所 在的終端面（積層體的最下面）予以支承的狀態下從捆包 箱取出而進行搬運，即使是將手或器具插入積層體和捆包 箱之間而進行取出，仍經常會發生積層體倒塌的情況，事 後的整理及重新堆疊必須耗費許多時間與勞力而存在著問 題。 此外，如該文獻所示從捆包箱直接將帶狀材拉出而供 應給標籤貼附裝置的情況，捆包箱之標籤貼附裝置側的壁 面成爲阻礙’成爲拉出帶狀材的阻礙，起因於無法順利地 拉出帶狀材而會發生標籤貼附不良、剝離薄片切斷等的問 -5- 201202119 題。 本發明的目的是爲了提供一種機械特性優異的包裝體 ，可包入將帶狀材鋸齒狀地折疊而形成之積層體，能避免 該積層體倒塌而容易進行搬運’且可在維持帶狀材的積層 狀態下容易地依序拉出該帶狀材。 爲了達成前述目的，本發明所採用的構造，是用來包 入積層體之包裝體，該積層體是將具有始端與終端之帶狀 材在同一平面內鋸齒狀地折疊而形成，且設置成能從前述 始端拉出前述帶狀材而予以利用；能在將前述積層體之帶 狀材的終端所在的終端面予以支承的狀態下將該積層體包 入，且前述積層體之利用帶狀材的彎折緣所形成之兩個彎 折面當中至少一方的彎折面可打開。 在本發明可採用以下構造，亦即設有比前述積層體之 帶狀材的始端所在的始端面位於更上方之把手部。 此外亦可採用以下構造，亦即前述把手部是由貫通孔 所構成，並設置用來補強該貫通孔的周圍之補強材。 再者，亦可設置能維持前述積層體的始端面側之封閉 狀態之附著手段。 此外，前述包裝體可具備移動限制手段，是用來限制 前述積層體之始端面側的帶狀材的移動。 再者，前述包裝體，可由平面形狀之一片薄片所構成 0 依據本發明，是在將積層體之終端面予以支承的狀態 下將該積層體包入，且積層體之利用帶狀材的彎折緣所形201202119 6. EMBODIMENT OF THE INVENTION The present invention relates to a package for a laminated body in which a strip is folded into a laminated state in a zigzag manner at a predetermined interval. [Prior Art] Patent Document 1 discloses a packaging structure in which a label is temporarily joined to a strip-shaped release sheet to form a strip, and the strip is folded into a laminated state to form a laminate, and the laminate is housed in In the case of the packaging structure disclosed in Patent Document 1, the state of the packaging is provided in a zigzag manner. [Patent Document 1] Japanese Patent Laid-Open Publication No. 2003-321018. When it is folded and laminated, it must be taken out from the packing box while being supported by the end surface of the end of the strip (the lowermost layer of the laminated body), even if the hand or the instrument is inserted into the laminated body and the bundle. It is often taken out between the boxes, and the collapse of the laminated body often occurs. After finishing and re-stacking, it takes a lot of time and labor to have problems. Further, as shown in the document, when the strip material is directly pulled out from the packing box and supplied to the label attaching device, the wall surface on the side of the label attaching device of the packing box becomes a hindrance to 'obstruction of the drawn strip material. Because of the inability to pull out the strip material smoothly, the label attachment failure, peeling sheet cutting, etc. may occur. -5 - 201202119. An object of the present invention is to provide a package having excellent mechanical properties, which can be incorporated into a laminate formed by folding a strip in a zigzag manner, thereby preventing the laminate from collapsing and being easily transported, and maintaining the strip. The strip material is easily pulled out in the laminated state. In order to achieve the above object, the structure used in the present invention is a package for enclosing a laminated body which is formed by folding a strip having a starting end and a terminal in a same plane in a zigzag manner, and is configured to The strip material can be pulled out from the start end, and the laminated body can be wrapped in a state in which the end surface of the strip of the laminated body is supported, and the laminated body can be used in a strip shape. The bent surface of at least one of the two bent faces formed by the bent edge of the material can be opened. In the present invention, it is possible to adopt a configuration in which a handle portion located higher than the initial end face on which the leading end of the strip of the laminated body is located is provided. Further, it is also possible to adopt a configuration in which the handle portion is constituted by a through hole and a reinforcing member for reinforcing the periphery of the through hole is provided. Further, an attachment means capable of maintaining the closed state on the side of the starting end face of the laminated body may be provided. Further, the package may be provided with a movement restricting means for restricting the movement of the strip on the side of the start end surface of the laminated body. Further, the package may be formed of a sheet-like sheet having a planar shape. According to the present invention, the laminate is wrapped in a state in which the end surface of the laminate is supported, and the laminate is bent by the strip. Fractal shape
S -6- 201202119 成之兩個彎折面當中至少一方的彎折面可打開，因此可提 供一種機械特性優異的包裝體，其能避免積層體倒塌而容 易進行搬運，且可在維持帶狀材的積層狀態下容易地依序 拉出該帶狀材。因此，即使是從捆包箱將積層體取出而進 行搬運的情況，可解決習知之起因於積層體倒塌所造成之 事後的整理等耗費時間及勞力等的問題。再者，即使是在 將帶狀材供應給標籤貼附裝置等的情況，可解決習知之標 籤貼附裝置側的標籤貼附不良、剝離薄片切斷等的問題。 此外，當包裝體是由具有剛性的構件所構成的情況， 可將帶狀材沿著拉出方向進行一定地導引。因此，例如帶 狀材是在帶狀的剝離薄片上隔著既定間隔暫時接合標籤等 的接合薄片而構成，且安裝在標籤貼附裝置或印表機等的 供紙部的情況，藉由包裝體可防止帶狀材發生蛇行。 再者，只要能在積層體之兩個面的兩側打開的狀態下 捲繞於積層體，帶狀材之拉出方向就不會受到限制。 此外，依據在包裝體設置把手部的構造，積層體的搬 運變容易，又由於把手部是由貫通孔所構成，可有效利用 包裝體本身而形成把手部。而且，藉由在貫通孔的周圍設 置補強材，可防止在搬運時把手部發生破損。 再者，藉由具有用來限制積層體之始端面側的移動之 移動限制手段，在搬運時，可減低該積層體發生倒塌的疑 慮。 此外，由於包裝體是由平面形狀之一片薄片所構成， 能夠簡單且低成本地提供包裝體。再者，當經由適當的折 201202119 疊裝置來將帶狀材鋸齒狀地折疊而形成積層體時，是在呈 平面狀展開的包裝體上形成積層體，在積層體形成後利用 該包裝體包入而保持積層狀態，因此可維持該積層狀態而 容易進行搬運。 【實施方式】 以下，參照圖式說明本發明的實施形態。 在第1圖，本實施形態之包裝體13，是在帶狀的剝 離薄片RL之一面上隔著既定間隔暫時接合標籤L而構成 帶狀材10,將該帶狀材10在同一平面內鋸齒狀地折疊而 形成積層體11，以該積層體.11爲包裝對象，能將該積層 體Π包入而進行搬運。此外，藉由包裝體13包入之積層 體11，例如是收容於捆包箱14而進行搬運。帶狀材10, 如第2圖所示般，其始端10A位於積層體11的最上面之 始端面11A，其終端10B位於積層體11的最下面之終端 面11B，而從始端10A將帶狀材10拉出。 前述包裝體13，如第3圖所示般，是由平面形狀之 例如樹脂薄片等所構成之一片方形的薄片S所形成，在其 長邊方向兩側接合具有剛性之瓦楞紙構成的補強材1 5， 在補強材15及薄片S分別形成用來構成把手部之貫通孔 20。藉由具有剛性之樹脂薄片或瓦愣紙等來形成包裝體 13，可發揮作爲導引面的作用，能防止積層體11倒塌、 蛇行而進行拉出。 在本實施形態的情況，如第3圖所示，包裝體13之S -6- 201202119 The bending surface of at least one of the two bending faces can be opened, so that a package having excellent mechanical properties can be provided, which can prevent the laminated body from collapsing and is easy to carry, and can maintain the belt shape. The strip material is easily pulled out in a layered state of the material. Therefore, even when the laminated body is taken out from the packing box and transported, it is possible to solve the problem of time-consuming and laborious work such as finishing after the collapse of the laminated body. Further, even when the tape is supplied to the label attachment device or the like, the problem of poor label attachment on the label attachment device side and peeling of the release sheet can be solved. Further, when the package body is composed of a member having rigidity, the tape material can be guided to some extent in the pull-out direction. Therefore, for example, the strip-shaped material is formed by temporarily joining a bonding sheet such as a label to a strip-shaped peeling sheet at a predetermined interval, and is attached to a paper feeding unit such as a label attachment device or a printer, and is packaged. The body prevents the strip from slipping. Further, as long as it can be wound around the laminated body in a state where both sides of the laminated body are opened, the direction in which the strip is pulled out is not restricted. Further, depending on the structure in which the handle portion is provided in the package, the transport of the laminated body is facilitated, and since the handle portion is constituted by the through hole, the handle portion can be effectively utilized to form the handle portion. Further, by providing a reinforcing material around the through hole, it is possible to prevent the handle portion from being damaged during transportation. Further, by having a movement restricting means for restricting the movement of the start end side of the laminated body, it is possible to reduce the occurrence of collapse of the laminated body during transportation. Further, since the package is composed of one sheet of a flat shape, the package can be provided simply and at low cost. Further, when the laminated body is formed by zigzag folding by a suitable folding 201202119 stacking device, a laminated body is formed on the package which is developed in a planar shape, and the package is packaged after the laminated body is formed. Since the build-up state is maintained, the build-up state can be maintained and the conveyance can be easily performed. [Embodiment] Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the first embodiment, the package 13 of the present embodiment temporarily bonds the label L on one surface of the strip-shaped release sheet RL at a predetermined interval to form the strip 10, and the strip 10 is serrated in the same plane. The laminated body 11 is folded in a shape, and the laminated body 11 is used as a packaging object, and the laminated body can be wrapped and transported. Further, the laminated body 11 enclosed by the package 13 is transported, for example, in the packing box 14. As shown in Fig. 2, the strip 10 is located at the uppermost end surface 11A of the laminated body 11, and the terminal 10B is located at the lowermost end surface 11B of the laminated body 11, and is banded from the starting end 10A. The material 10 is pulled out. As shown in Fig. 3, the package body 13 is formed of a sheet S which is formed by a square shape such as a resin sheet or the like, and a reinforcing material 1 made of corrugated cardboard having rigidity is joined to both sides in the longitudinal direction. 5, the through hole 20 for constituting the handle portion is formed in each of the reinforcing member 15 and the sheet S. The package body 13 is formed by a rigid resin sheet, corrugated paper or the like, and functions as a guide surface, and the laminated body 11 can be prevented from collapsing and being pulled out and pulled out. In the case of this embodiment, as shown in FIG. 3, the package body 13
S 8 - 201202119 短邊長W1，是對應於積層體11之長邊長W4，此外，兩 補強材1 5間的尺寸W3，是設定成比積層體1 1的高度Η 兩倍加上積層體I1的短邊長W5的長度更長，藉此使貫 通孔20能位於積層體11的始端面11Α的上方。再者， 補強材15之短邊長W2，如第2圖所示，爲了能平坦地堆 疊於積層體Π上方而設定成積層體11的短邊長W5以下 。藉此，如第1圖所示’在用包裝體13包入積層體11時 ，使利用帶狀材10之彎折緣10Ε所形成之積層體11的兩 個彎折面11C、11D分別成爲開放狀。又積層體11的兩 個彎折面11C、11D，是利用由許多層重疊而成的彎折緣 1 0E所形成之假想面。 此外，包裝體13，可在用手或搬運治具等通過貫通 孔2 0而將積層體1 1之終端面1 1 B予以支承的狀態下，將 該積層體1 1包入而進行搬運。本實施形態的情況，如第 1圖之右上圖所示，藉由將兩補強材15結合，補強材15 的下面1 5 A成爲移動限制手段，可限制積層體1 :1的始端 面11A側之帶狀材10的移動，而能以更不容易引起積層 體1 1倒塌的狀態進行搬運。在此情況較佳爲，從始端面 11A至補強材15的下面15A之尺寸W6，是積層體11的 短邊長W5的一半左右。又包裝體13，爲了維持積層體 11的始端面11A側之封閉狀態，是在兩補強材15的結合 面側設有作爲附著手段之黏著劑層AD。藉此，使兩補強 材1 5的結合變容易。附著手段是採用黏著劑層AD的情 況，宜採用再剝離型的黏著劑，此外，只要設置在兩補強 -9 _ 201202119 材1 5的結合面側之至少一方即可。在本實施形態的情況 ，雖是在兩補強材15之結合面全面配置薄片S，但在兩 補強材15之結合面的一部分配置薄片S亦可。 前述捆包箱14,是上面可打開之例如A式瓦楞紙箱 、樹脂箱等，能在用包裝體13包入積層體11的狀態下將 該積層體11和包裝體13 —起收容。 接著，參照第4圖來說明本實施形態的作用。 帶狀材10，是使用未圖示之公知的折疊裝置而隔著 既定間隔鋸齒狀地折疊而成，如第3圖所示，是載置於包 裝體13的上面。又在包裝體13的上面將帶狀材10依序 折疊亦可。 在包裝體13上載置既定高度Η之積層體11的狀態 下，若用手透過貫通孔20而將兩補強材15結合在一起， 就能在將積層體Π之終端面11Β予以支承的狀態下將該 積層體11包入。以此狀態搬運積層體11，而和包裝體13 一起收容於開放狀態的捆包箱14內。在本實施形態的情 況，若將兩補強材15結合在一起，成爲藉由補強材15的 下面15Α來限制積層體1 1之始端面1 1Α側的帶狀材10 移動的狀態，而能進一步防止積層體11發生倒塌。而且 ，如第2圖所示，將補強材1 5往內側堆疊後，捆包箱14 是將各蓋片23Α、23Β往內側彎折後利用膠帶等予以封止 ，而朝向使用者搬運。又包裝體13亦可採用以下構造， 亦即能保持藉由附著手段附著兩補強材1 5的狀態來收容 於捆包箱14。在此情況，爲了使所附著的兩補強材15能S 8 - 201202119 The short side length W1 corresponds to the long side length W4 of the laminated body 11, and the dimension W3 between the two reinforcing materials 15 is set to be twice the height 积 of the laminated body 1 1 plus the laminated body I1 The length of the short side length W5 is longer, whereby the through hole 20 can be positioned above the start end face 11 of the laminated body 11. Further, as shown in Fig. 2, the short side length W2 of the reinforcing member 15 is set to be equal to or shorter than the short side length W5 of the laminated body 11 so as to be able to be stacked flat above the laminated body. As a result, when the laminated body 11 is wrapped in the package 13 as shown in Fig. 1, the two bent surfaces 11C and 11D of the laminated body 11 formed by the bent edge 10 of the strip 10 are respectively Open. Further, the two bent faces 11C and 11D of the laminated body 11 are imaginary faces formed by a bent edge 10E which is formed by stacking a plurality of layers. In addition, the package body 13 can be carried by carrying the laminated body 1 1 in a state in which the end surface 1 1 B of the laminated body 1 1 is supported by the through hole 20 by hand or a conveyance jig. In the case of the present embodiment, as shown in the upper right diagram of Fig. 1, by joining the two reinforcing members 15, the lower surface 15 5 A of the reinforcing member 15 serves as a movement restricting means, and the starting end face 11A side of the laminated body 1 : 1 can be restricted. The movement of the strip 10 can be carried out in a state where the laminated body 1 1 is less likely to collapse. In this case, it is preferable that the dimension W6 from the start end face 11A to the lower face 15A of the reinforcing member 15 is about half of the short side length W5 of the laminated body 11. Further, in order to maintain the closed state on the side of the starting end face 11A of the laminated body 11, the package body 13 is provided with an adhesive layer AD as an attachment means on the side of the bonding surface of the two reinforcing members 15. Thereby, the bonding of the two reinforcing members 15 is facilitated. In the case where the adhesive layer AD is used, it is preferable to use a re-peeling type adhesive, and it is also possible to provide at least one of the joint faces of the two reinforcing -9 _ 201202119 materials 15 . In the case of the present embodiment, the sheet S is entirely disposed on the joint surface of the two reinforcing members 15, but the sheet S may be disposed on a part of the joint surface of the two reinforcing members 15. The packing box 14 is, for example, an A-type corrugated cardboard box or a resin box which can be opened, and the laminated body 11 and the package body 13 can be housed together in a state in which the laminated body 11 is wrapped by the package 13. Next, the action of this embodiment will be described with reference to Fig. 4. The strip material 10 is folded in a zigzag manner at a predetermined interval by using a known folding device (not shown), and is placed on the upper surface of the package body 13 as shown in Fig. 3 . Further, the strips 10 may be sequentially folded on the upper surface of the package body 13. In a state in which the laminated body 11 of the predetermined height 上载 is placed on the package body 13 and the two reinforcing members 15 are joined together by the through hole 20, the terminal surface 11 of the laminated body can be supported. This laminated body 11 is enclosed. The laminated body 11 is conveyed in this state, and is accommodated in the open packing case 14 together with the package body 13. In the case of the present embodiment, when the two reinforcing members 15 are joined together, the state in which the strip 10 on the side of the starting end face 1 1 Α of the laminated body 1 1 is restricted by the lower surface 15 of the reinforcing member 15 can be further improved. The laminate 11 is prevented from collapsing. Further, as shown in Fig. 2, after the reinforcing members 15 are stacked on the inner side, the packing box 14 is bent inside by the cover sheets 23, 23, and is sealed by a tape or the like, and is carried toward the user. Further, the package 13 may have the following structure, that is, the state in which the two reinforcing members 15 are attached by the attachment means, and is accommodated in the packing box 14. In this case, in order to enable the two reinforcing materials 15 to be attached
S -10- 201202119 平坦地堆疊於積層體11上方，尺寸W6宜爲積層體11的 短邊長W2以上。 若捆包箱14被搬運至使用者處，使用者例如第4圖 所示般，爲了將帶狀材1〇供應給標籤貼附裝置50,是將 捆包箱14之各蓋片23A、23B打開，用手或搬運治具通 過貫通孔20而將兩補強材15結合在一起，以此狀態搬運 積層體11。這時也是，由於是在將積層體11之終端面 11B予以支承的狀態下搬運該積層體11，積層體11不致 發生倒塌，可避免像習知例那樣爲了事後的整理及重新堆 疊而必須耗費時間及勞力。而且，由於是在藉由補強材 1 5的下面1 5 A來限制積層體1 1之始端面1 1 A側之帶狀材 10移動的狀態下進行該積層體11的搬運，可確實地防止 積層體11發生倒塌。因此，能將帶狀材1〇維持積層狀態 而移載至構成標籤貼附裝置50的供紙部之保持具51。 移載至保持具51之帶狀材10，從始端10A拉出而捲 繞於標籤貼附裝置50，開始進行標籤L之自動貼附。又 標籤貼附裝置50，例如爲申請人所提出申請之日本特開 2009-45827號公報所揭示的裝置等，在此省略其說明。 帶狀材10,在藉由標籤貼附裝置50貼附標籤L的動作中 ，在積層體11之彎折面11D側、亦即標籤貼附裝置50 側不致造成阻礙，因此可避免起因於帶狀材1 〇無法順利 拉出所造成之標籤貼附不良、剝離薄片RL被切斷等的問 題。在此，只要薄片S是由具有剛性之樹脂薄片或瓦愣紙 等所形成，就能在防止積層體11發生倒塌、蛇行的狀態 -11 - 201202119 下將帶狀材1 〇供應給標籤貼附裝置50。 因此，依據上述實施形態可提供一種機械特性優異的 包裝體，其能避免積層體11倒塌而容易進行搬運，且能 在維持帶狀材10的積層狀態下容易地依序拉出該帶狀材 10° 以上是揭露實施本發明之最佳的構造、方法等，但本 發明並不限定於此。 亦即，關於本發明，雖針對特定的實施形態而參照特 定的圖式做說明，但在不脫離本發明的技術思想及目的的 範圍內，對於以上所說明的實施形態，關於形狀、位置或 配置等，所屬技術領域具有通常知識者可按照需要而施加 各種變更》 例如，在前述實施形態所圖示、說明的構造，雖是用 來包裝將帶狀材1〇(在剝離薄片RL上暫時接合標籤L而 成）鋸齒狀地折疊而構成的積層體11之構造，但本發明 並不限定於此，例如以在兩側具備用紙進給孔等之帶狀的 印刷用紙等作爲捆包對象亦可。總之，本發明的包裝體， 只要是爲了連續地供應帶狀材，而能將呈鋸齒狀地折疊之 積層體以不破壞其積層狀態而處理的方式進行包裝者即可 〇 此外，包裝體13在使用時，是如第5(A)圖所示般 ，僅使利用帶狀材1 〇之彎折緣1 0Ε所形成之兩個彎折面 1 1 C、1 1 D當中一方的彎折面1 1 D側成爲開放狀態，而從 該一方的彎折面11D側將帶狀材10拉出。S -10- 201202119 is stacked flat above the laminated body 11, and the dimension W6 is preferably the short side length W2 or more of the laminated body 11. When the packing box 14 is transported to the user, the user applies the cover sheets 23A, 23B of the packing box 14 in order to supply the strip 1 to the label attaching device 50, as shown in Fig. 4, for example. When the hand or the jig is passed by the through hole 20, the two reinforcing members 15 are joined together, and the laminated body 11 is conveyed in this state. At this time, since the laminated body 11 is conveyed while the terminal surface 11B of the laminated body 11 is supported, the laminated body 11 does not collapse, and it is possible to avoid time-consuming finishing and re-stacking as in the conventional example. And labor. Further, since the conveyance of the laminated body 11 is performed in a state where the strip 10 on the side of the first end face 1 1 A of the laminated body 1 1 is restricted by the lower surface of the reinforcing material 1 5 A, it can be reliably prevented. The laminated body 11 collapses. Therefore, the strip material 1 can be transferred to the holder 51 constituting the paper feed portion of the label attachment device 50 while maintaining the laminated state. The tape 10 transferred to the holder 51 is pulled out from the start end 10A and wound around the label attachment device 50, and automatic labeling of the label L is started. The label attachment device 50 is, for example, a device disclosed in Japanese Laid-Open Patent Publication No. 2009-45827, which is hereby incorporated by reference. In the operation of attaching the label L by the label attaching device 50, the strip 10 does not cause obstruction on the side of the bent surface 11D of the laminated body 11, that is, on the side of the label attaching device 50, so that the band can be avoided. The problem that the material 1 is not smoothly pulled out due to poor label attachment, and the peeling sheet RL is cut. Here, as long as the sheet S is formed of a rigid resin sheet or corrugated paper or the like, the strip 1 can be supplied to the label in a state in which the laminated body 11 is prevented from collapsing and being serpentine, -11 - 201202119. Device 50. Therefore, according to the above-described embodiment, it is possible to provide a package having excellent mechanical properties, which can prevent the laminated body 11 from collapsing and can be easily transported, and can easily pull the strip in a state where the laminated material 10 is maintained in a stacked state. 10° or more is the best structure, method, and the like for carrying out the invention, but the invention is not limited thereto. In the meantime, the present invention has been described with reference to the specific drawings for the specific embodiments. However, the embodiments described above, with respect to the shapes and positions, or For the configuration, etc., those skilled in the art can apply various changes as needed. For example, the structure illustrated and described in the above embodiments is used to package the strip 1 〇 (on the peeling sheet RL temporarily) In the present invention, the present invention is not limited to this, and the present invention is not limited thereto. For example, a strip-shaped printing paper or the like having a paper feed hole or the like on both sides is used as a packaging object. Also. In short, the package of the present invention can be packaged in such a manner that the laminated body which is folded in a zigzag manner can be processed so as not to damage the laminated state in order to continuously supply the strip material. In use, as shown in Fig. 5(A), only one of the two bending faces 1 1 C and 1 1 D formed by the bending edge 10 Ε of the strip 1 〇 is bent. The surface 1 1 D side is in an open state, and the strip material 10 is pulled out from the one side bent surface 11D side.
S -12- 201202119 再者，包裝體13是如第5(B)圖所示般’採用使利 用帶狀材10之彎折緣10E所形成之兩個彎折面11C、11D 都封閉的構造亦可。在此情況，在兩個彎折面lie、11D 當中至少一方的彎折面側設置孔眼、切割線等的切割手段 C，而能簡單地將其打開。 此外，包裝體13的形狀，除了方形以外，亦可爲圓 形、橢圓形等其他的幾何形狀，不是一片薄片而是複數片 的薄片所構成亦可。在由複數片的薄片所構成的情況，可 重疊在一起，亦可並列配置，關於構成材質，除了樹脂以 外，亦可爲布、紙等，不設置補強材1 5亦可。， 再者，包裝體13的短邊長W1，不是對應於積層體 11的長邊長W4，而比該長邊長W4更長或更短·亦可，只 要是能將積層體11包入而容易進行搬運的尺寸即可，尺 寸W3也是，只要是能讓貫通孔20位於積層體11之始端 面11A上方的尺寸即可。 此外，補強材15的材質，可爲樹脂、紙等，可將包 裝體13多次回折而形成，可將短邊長W2設定成比積層 體11的短邊長W5更長；補強材的形狀，除了圖示之方 形以外，亦可爲圓形、橢圓形等其他的幾何形狀，只要是 能將貫通孔2 0周圍予以補強的形狀、材質即可，沒有特 別的限定。 再者’關於把手部’只要是能透過包裝體13將積層 體1 1拿起者即可，沒有特別的限制，例如，除了貫通孔 20以外亦可爲鉤狀者，除了圖示之長孔形以外，亦可爲 -13- 201202119 圓形、橢圓形、方形等’其形狀沒有特別的限定。 此外’移動限制手段，除了補強材1 5的下面1 5 A以 外，是由獨立於補強材15之外而按壓積層體11的始端面 1 1 A之其他構件所構成亦可。 再者，附著手段，亦可採用鉤材、磁鐵、黏扣帶等， 使用由樹脂、金屬等所形成之扣件、鉤子等的緊固具亦可 ，在兩補強材15形成可互相嚙合之切口等亦可。 【圖式簡單說明】 第1圖係本實施形態的包裝體之槪略立體圖。 第2圖係顯示包裝狀態之槪略截面圖。 第3圖係在積層體捲繞包裝體之說明圖。 第4圖係將帶狀材和包裝體一起運用於標籤貼附裝置 之槪略立體圖。 第5(A) (B)圖係顯示變形例之槪略立體圖。 【主要元件符號說明】 1〇 :帶狀材 10A :始端 10B :終端 10E :彎折緣 11 :積層體 11A :始端面 11B :終端面 -14 -S -12 - 201202119 Further, the package 13 is configured to close both of the bent surfaces 11C and 11D formed by the bent edge 10E of the strip 10 as shown in Fig. 5(B). Also. In this case, the cutting means C such as an eyelet or a cutting line is provided on the side of the bent surface of at least one of the two bending faces lie, 11D, and can be easily opened. Further, the shape of the package 13 may be other geometric shapes such as a circle or an ellipse in addition to a square shape, and may be formed not by a single sheet but by a plurality of sheets. In the case of a plurality of sheets, they may be stacked or arranged in parallel. The constituent materials may be cloth or paper in addition to the resin, and the reinforcing material 15 may not be provided. Further, the short side length W1 of the package body 13 does not correspond to the long side length W4 of the laminated body 11, but is longer or shorter than the long side length W4. Alternatively, as long as the laminated body 11 can be enclosed The size that can be easily transported is also sufficient, and the size W3 is also sufficient as long as the through hole 20 is positioned above the start end surface 11A of the laminated body 11. Further, the material of the reinforcing material 15 may be resin, paper or the like, and the package body 13 may be formed by folding back a plurality of times, and the short side length W2 may be set longer than the short side length W5 of the laminated body 11; the shape of the reinforcing material In addition to the square shape shown in the figure, other geometric shapes such as a circular shape and an elliptical shape may be used, and any shape and material that can reinforce the periphery of the through hole 20 are not particularly limited. In addition, the "handle portion" is not particularly limited as long as it can pick up the laminated body 1 through the package 13, and for example, it may be a hook shape other than the through hole 20, except for the long hole shown in the figure. In addition to the shape, it may be -13 - 201202119 circular, elliptical, square, etc. 'the shape thereof is not particularly limited. Further, the movement restricting means may be constituted by other members that press the first end face 1 1 A of the laminated body 11 independently of the reinforcing member 15 except for the lower surface of the reinforcing member 15 5 5 A. Further, the attachment means may be a hook material, a magnet, a fastening tape or the like, and a fastener such as a fastener or a hook formed of a resin or a metal may be used, and the two reinforcing members 15 may be intermeshing. Incisions, etc. are also possible. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic perspective view of a package of the present embodiment. Figure 2 is a schematic cross-sectional view showing the state of the package. Fig. 3 is an explanatory view of a package in which a laminated body is wound. Fig. 4 is a schematic perspective view showing the use of the strip material and the package together for the label attachment device. The fifth (A) and (B) drawings show a schematic perspective view of a modification. [Description of main component symbols] 1〇 : Strip material 10A : Starting end 10B : Terminal 10E : Bending edge 11 : Laminated body 11A : Starting end face 11B : Terminal surface -14 -
S 201202119 1 1 C :彎折面 13 :包裝體 1 5 :補強材 15A :下面（移動限制手段） 20 :貫通孔（把手部） AD :黏著劑層（附著手段） -15-S 201202119 1 1 C : Bending surface 13 : Package 1 5 : Reinforcing material 15A : Below (moving restriction means) 20 : Through hole (handle part) AD : Adhesive layer (attachment means) -15-