201221440 六、發明說明： ' 【發明所屬之技術領域】 本發明是關於收納複數個物品的複 捆包系統，尤其是將複數個物品包裝镡 密封件而捆在一起的捆包系統。 【先前技術】 以往，關於收容複數個物品的複數 包系統之發明已眾所周知。例如，專手 利用外包裝將包裝有複數個物品的複數 的系統。 [先行技術文獻] [專利文獻1]日本實開平2-731 16! 【發明內容】 [所欲解決之技術課題] 根據前述眾所周知的系統，由於是 個物品包裝體並列的狀態包覆著，因此 裝體形成一個單元而運送，並且陳列在 然而’使用時，必須撕破外裝片的 品包裝體’取出物品包裝體之後，外裝 掉’物品包裝體本身的搬運就變得困難 品包裝體之後，必須丟棄外裝片。 數個物品包裝體的 經由至少兩片捆包 個物品包裝體的捆 丨文獻1揭示了一種 個內包裝加以包裝 公報 利用外裝片以複數 可使複數個物品包 商品架上。 一部分而取出各物 片內的排列就會亂 。而且，取出各物 -5- 201221440 另一方面，除了前述眾所周知的系統之外， 一種將帶狀的黏著膠帶纏繞在由複數個物品包裝 的單元全體而將這些加以固定的系統。該捆包系 由於從各物品包裝體撕開黏著膠帶可使其各自分 不需要如前述專利文獻所記載的系統撕破外裝片 棄，而可容易的搬運，開封作業更爲簡便。然而 免物品包裝體彼此的位置偏移，是以對黏著膠帶 定壓力的狀態纏繞在物品包裝體的單元全體，因 品包裝體是由用來收容生理用衛生棉或濕巾等較 品的可撓性塑膠模形成的情況，很可能因爲黏著 力而發生變形。而且，如此利用黏著膠帶纏繞在 體單元之全體的捆包系統在外觀上並不理想。 本發明是習知系統的改良，是關於一種可經 片捆包密封片將複數個物品包裝體捆起來而不會 觀也理想的捆包系統。 [解決課題之技術手段] 爲了解決前術課題，本發明之對象是包含： Y方向、Z方向、至少在前述X方向彼此相對向的 面、以及在前述z方向彼此相對向，並且位在前5 2面之間的第3及第4面的物品包裝體；以及內面 的至少兩片捆包密封片的複數個前述物品包裝體 統。 本發明之特徵爲：前述物品包裝體包含：主 已知還有 體所構成 統當中， 離，因此 或將其丟 ，爲了避 施加有一 此，各物 柔軟的物 膠帶的壓 物品包裝 由至少兩 變形，外 具有X及 第1及第2 迄第1及第 爲接著面 的捆包系 要由可撓 -6- 201221440 性片狀構件形成的複數個物品；以及由收容這些的可撓性 塑膠膜所形成的外裝片，複數個前述物品包裝體是使前述 第3面及第4面當中的至少一方形成在前述Z方向彼此相對 向接觸的重疊形態，前述至少兩片捆包密封片分別是使其 面積比複數個前述物品包裝體之前述第1面的總面積小， 並具有其前述X及Z方向的尺寸比前述物品包裝體之前述X 尺寸小的形狀，並且在前述複數個物品包裝體的前述第1 及第2面各自的大致中央區域，與前述第3面及第4面當中 彼此相對向接觸的面彼此之間所劃成的交界線交叉地經由 前述接著面而黏貼，使前述複數個物品包裝體可保持前述 重疊形態地捆在一起》 本發明的較佳實施樣態之一，又具有在前述Y方向彼 此相對向的第5及第6面，前述外裝片是形成在前述第5及 第6面當中的至少一方具有開口部的袋狀體，前述袋狀體 具有藉由密封前述開口部而形成之從前述第5及第6面當中 的至少一方突出而朝前述X方向延伸的密封部。 本發明的較佳實施樣態之一，前述複數個物品分別是 具有扁平形態及壓縮復原彈性，並且折疊成至少具有一個 折彎緣部的吸收性物品，是形成由可取出前述吸收性物品 的內裝片包裝的個包裝體的形態，複數個前述個包裝體是 在由前述外裝片形成的袋狀包裝體內，使前述至少一個折 彎緣部朝向前述Z方向同時朝前述Y方向並列，並且以相 鄰的前述個包裝體彼此壓接的狀態收容著。 本發明的較佳其他實施樣態之一，前述物品包裝體在 201221440 配置有前述捆包密封片以外的部位具有該物品包裝體的開 封手段。 本發明的較佳其他實施樣態之一，前述開封手段是設 在前述袋狀包裝體的虛線。 本發明的較佳其他實施樣態之一，在前述捆包密封片 的接著面形成有塗布感壓性接著劑而成的接著劑層。 本發明的較佳其他實施樣態之一，在前述捆包密封片 的接著面當中，形成有未形成有前述接著劑層或是在前述 接著劑層的一部分塗布樹脂而成的抓取部。 本發明的較佳其他實施樣態之一，前述捆包密封片具 有與前述交界線相對向而朝前述γ方向延伸的分離手段。 本發明的較佳其他實施樣態之一，在前述捆包密封片 的表面側附有可在視覺上或機械性辨識前述物品包裝體之 個數的顯示。 [發明之效果] 本發明之捆包系統當中，將複數個物品包裝體捆起來 的至少兩片捆包密封片具有比複數個物品包裝體之第1面 的總面積小的面積，並且具有其X方向的長度尺寸比物品 包裝體之X方向的長度尺寸小的形狀，由於是與兩個物品 包裝體的重疊面之間所形成的重疊形態的重疊交界線交叉 ，因此包裝物不會因爲捆包密封片而變形，也不會破壞外 觀。 . 201221440 【實施方式】 如第1圖及第2圖所示’捆包系統10是具有X方向、Y 方向、以及與這些交叉的z方向的大致立方體’包含在x 方向彼此相對向的第1及第2面11、12、在Z方向彼此相對 向的第3及第4面13、14、以及在Y方向相對向的第5及第6 面 1 5、1 6。 捆包系統10又包含：在Z方向重疊的第1物品包裝體17 及第2物品包裝體18;以及在捆包系統1〇之第1及第2面11 、12將第1物品包裝體17及第2物品包裝體18捆起來，並且 具有可再剝離之黏著性的一對捆包密封片21、22。捆包密 封片21、22是以在該等的內面（接著面）塗布有感壓性接 著劑，並且與位在第1及第2面11、12之中央區域的第1物 品包裝體17與第2物品包裝體18之相對向接著面（重疊面 )17A、18A的交界線23交叉的狀態，經由感壓性接著劑 黏貼在第1及第2面11、12’以保持第1及第2物品包裝體17 、18的積層狀態。此外，本實施形態當中的捆包密封片21 、22爲大致矩形狀，但是只要具有後述本發明的效果’亦 可爲圓形、橢圓形、及其他多角形狀等。又，第1及第2物 品包裝體17、18具有對應於捆包系統1〇之第1 ~第6面的面 ，其中第3面及第4面當中的至少一方是形成與相鄰的物品 包裝體17、18的重疊面17A、18A。 如第1圖至第3圖所示’第1及第2物品包裝體17、18是 與捆包系統1 〇大致同形的大致立方體’分別具有例如以聚 乙烯 '聚丙烯、聚酯等較柔軟的素材作爲材料’且質量爲 -9- 201221440 40〜50g/m2的可撓性塑膠膜所形成的外裝片24。外裝片24 是將在Y方向具有開口部的筒狀可撓性塑膠膜的端部以彼 此重疊的狀態山折，並呈現藉由熱封加工密封該開口部而 形成的三角袋狀，在第5及第6面15、16則有藉由熱封加工 而形成的從第5及第6面15' 16突出的密封部26、27朝X方 向延伸。又，在第1及第2物品包裝體17、18的第5面15是 在其X方向的大致中央部形成有朝Z方向延伸之作爲這些 的開封手段的虛線28、29。此外，開封手段亦可不是第5 面1 5，只要是配置有捆包密封片2 1、22以外的部位，則亦 可形成在其他面，或是形成在複數面。又’密封部26、27 亦可不從第5面及第6面15、16突出，或是外裝片24亦可不 是形成三角袋狀。 又，在袋狀外裝片2 4的內部收容有以折疊狀態收納有 吸收性物品30的複數個個包裝體31。具體而言’複數個個 包裝體3 1是以在Y方向彼此壓接的狀態並列而配置’該個 包裝體31群是在X方向形成有兩列。個包裝體31可藉由沿 著第1及第2物品包裝體17、18的虛線28、29撕開外裝片24 的一部分並開封，而從其內部取出。又’如本實施形態’ 在第1及第2物品包裝體丨7、18爲三角袋狀’並且在其密封 部26、27形成有虛線28、29的情況，藉由用手指抓住密封 部26、2 7的兩側而拉開，比起在使個包裝體31壓接的其他 部位形成有虛線28、29的情況’可較容易的將這些撕開。 第4圖是個包裝體3 1的斜視圖，第5圖是展開狀態的個 包裝體31的平面圖。 -10- 201221440 個包裝體31是具有第1及第2端部31a、31b、及兩側部 31c、31d的墊狀，包含具有縱軸P及橫軸Q的吸收性物品 3 0以及包覆該吸收性物品的內裝片32。又’吸收性物品30 包含由纖維不織布片形成的透液性內片33、不透液性的外 片34、以及介設存在兩片33、34之間的吸液性棉芯35。吸 液性棉芯35是將高吸收性聚合物粒子及粉碎紙漿混合而賦 予所需的形狀，具有比其他片狀構件之剛性高的半剛性。 又，吸收性物品3 0在縱軸P方向的中央部具有朝橫軸 Q方向之外部延伸的一對翼部36a、36b，該翼部36a、36b 在使用時與使用者之內褲類等相對向之側的面（非肌膚對 向面）形成有塗布黏著劑而成的黏著部位3 7a、37b，該黏 著部位37 a、3 7b是由剝離片（未圖示）所包覆。又，雖未 圖示，但是在吸收性物品30的非肌膚對向面亦可形成有朝 縱軸P方向延伸的黏著區域，或是在吸液性棉芯35形成有 爲使體液擴散的壓榨溝槽。 具有該構成的個包裝體31可藉由在將翼部3 6a' 3 6b朝 內側折返，將吸收性物品30的一部分沿著第1折彎線40朝 橫軸Q折返之後，再沿著第2折彎線41將其一部分朝橫軸Q 折返的狀態，將內裝片32的兩側部密封，然後利用固接密 封片44固接在內裝片32的外面而形成。又，在個包裝體31 的端部31a、31b形成有經由第1及第2折彎線40、41使包含 吸液性棉芯35的吸收性物品30的一部分形成兩折之比其他 部位具有更高之剛性的折彎緣部。 如第3圖所示，在各物品包裝體17、18的內部以彼此 -11 - 201221440 壓接的狀態並列著在捆包系統10之Y方向相鄰的個包裝體 3 1，以該樣態並列的個包裝體3 1群是在X方向形成有兩列 。亦即，個包裝體31的第1及第2端部31a、31b (吸收性物 品30之折彎緣部所在的端部）是朝向Z方向，並且朝X方 向並列》在該收容狀態，由於複數個個包裝體31是以朝Y 方向被壓縮的狀態並列，因此第5及第6面15、16會因爲扁 平形態的吸收性物品3 0的吸液性棉芯3 5重疊而具有壓縮復 原彈性。另—方面，在第1及第2面11、12是分別位在其內 面，有個包裝體31當中剛性較高的第1及第2端部31a、31b 存在，因此可謂這些具有如朝Z方向延伸之肋部的功能， 第1及第2面11、12的剛性會比第5及第6面15、16高。 因此，黏貼捆包密封片2 1、22時，利用人工作業或機 械（推進器）以與形成在第1及第2面11、12之重疊面17A 、：18A間的交界線23交叉的方式壓接捆包密封片21、22時 ，在第5及第6面15、16是如上所述’由於具有壓縮復原彈 性，並且較柔軟，因此有可能黏著面會變形而無法順利地 黏貼，或是捆包密封片21、22的一部分會陷入交界線23內 而在這些地方產生皺折。 然而，由於本發明的捆包密封片21、22是黏貼在與排 列有吸收性物品30的方向（Y方向）正交的方向（X方向 )彼此相對向的第1及第2面1 1、1 2 ’因此黏貼這些密封片 時，不用擔心該黏貼面會變形，以致捆包密封片2 1、22的 一部分脫離，或是陷入交界線23內而產生鈹折。 第6圖是第1面11的正面圖’第7圖（a)是捆包密封片 -12- 201221440 21之內面側的平面圖，第7圖（b)是其他實施樣態的捆包 密封片21之內面側的平面圖，第8圖是其他實施樣態的捆 包密封片21之表面側的平面圖。此外，第6圖〜第8圖僅針 對第1面1 1側加以敘述，但是在第2面1 2側也具有相同的構 成。201221440 VI. Description of the Invention: 'Technical Field According to the Invention>> The present invention relates to a multi-package system for accommodating a plurality of articles, and more particularly to a bale system in which a plurality of articles are packaged and sealed. [Prior Art] Conventionally, the invention of a multi-package system for accommodating a plurality of articles has been known. For example, a system that utilizes an outer package to package a plurality of items. [PRIOR ART DOCUMENT] [Patent Document 1] JP-A JP-A No. 2-731 16 [Explanation] [Technical Problem to be Solved] According to the well-known system described above, since the article package is covered in a state in which it is placed, it is loaded. The body is formed into a unit and transported, and is displayed on the product package which must be torn off the outer sheet after use. After the item package is taken out, the handling of the package itself becomes difficult after the package is loaded. , the outer film must be discarded. A plurality of packages of articles are packaged in an inner package via at least two bundles of bundled article packages. The use of the outer sheets allows a plurality of articles to be packaged. Part of the removal of the arrangement of the objects will be disordered. Further, each item is taken out - 5 - 201221440 On the other hand, in addition to the well-known system described above, a system in which a strip-shaped adhesive tape is wound around a unit packed in a plurality of articles and these are fixed. Since the adhesive tape is torn from each article package, it is not necessary to tear the outer film as described in the above-mentioned patent document, and it can be easily handled, and the unsealing operation is simpler. However, the positions of the package-free articles are offset from each other in a state in which the pressure of the adhesive tape is applied to the package of the article, and the package is used for accommodating sanitary napkins or wipes. In the case of a flexible plastic mold, it is likely to be deformed by the adhesive force. Moreover, the packaging system in which the entire body unit is wound by the adhesive tape is not ideal in appearance. SUMMARY OF THE INVENTION The present invention is an improvement over conventional systems relating to a bale system that can be used to package a plurality of article packages by means of a sheet-wrapping sealing sheet without observing or desirable. [Technical means for solving the problem] In order to solve the problem of the prior art, the object of the present invention is to include: a Y direction, a Z direction, a surface facing each other at least in the X direction, and a direction opposite to each other in the z direction, and are located in front of each other The article package of the third and fourth faces between the two faces; and the plurality of the article package bodies of the at least two sheets of the seal faces on the inner face. The invention is characterized in that: the package of the above-mentioned articles comprises: a main body known as a body, and a body composition, which is separated from, or even thrown away from, in order to avoid the application, the soft goods tape of each object is packaged by at least two. a plurality of articles having X and first and second to first and first surfaces, and a plurality of articles formed of flexible-6-201221440 sheet members; and flexible plastics for accommodating the same The outer sheet formed by the film, the plurality of article packages are formed such that at least one of the third surface and the fourth surface is in contact with each other in the Z direction, and the at least two package sealing sheets are respectively The shape is smaller than a total area of the first surface of the plurality of article packages, and has a shape in which the dimensions in the X and Z directions are smaller than the X dimension of the article package, and the plurality of articles are The substantially central region of each of the first and second faces of the package intersects with a boundary line formed between the surfaces of the third surface and the fourth surface that are in contact with each other And the plurality of article packages are bundled together in the overlapping manner. One of the preferred embodiments of the present invention further has fifth and sixth faces facing each other in the Y direction. The outer sheet is a bag-shaped body having an opening formed in at least one of the fifth and sixth faces, and the bag-shaped body has at least one of the fifth and sixth faces formed by sealing the opening. A sealing portion that protrudes in one side and extends in the X direction. In one preferred embodiment of the present invention, the plurality of articles are respectively an absorbent article having a flat shape and compression-recovery elasticity and folded into at least one bent edge portion, which is formed by extracting the absorbent article. In the form of a package body in which the inner sheet is packaged, a plurality of the plurality of packages are in a bag-like package formed of the outer sheet, and the at least one bent edge portion is simultaneously aligned in the Y direction toward the Z direction. Further, the adjacent ones of the packages are in a state of being pressed against each other. In a preferred embodiment of the present invention, the article package has a sealing means for the article package at a portion other than the package sealing sheet disposed in 201221440. According to still another preferred embodiment of the present invention, the opening means is a broken line provided in the bag-shaped package. In a preferred embodiment of the present invention, an adhesive layer coated with a pressure-sensitive adhesive is formed on the adhesive surface of the package sealing sheet. According to still another preferred embodiment of the present invention, in the adhesion surface of the package sealing sheet, a grip portion in which the adhesive layer is not formed or a part of the adhesive layer is coated with a resin is formed. According to still another preferred embodiment of the present invention, the packing sealing sheet has a separating means that faces the boundary line and extends in the γ direction. In one of the other preferred embodiments of the present invention, a display for visually or mechanically recognizing the number of packages of the articles is attached to the surface side of the package sealing sheet. [Effects of the Invention] In the packaging system of the present invention, at least two of the package sealing sheets in which a plurality of article packages are bundled have an area smaller than a total area of the first surface of the plurality of article packages, and have The length dimension in the X direction is smaller than the length dimension of the article package in the X direction, and since the overlapping boundary line of the overlapping form formed between the overlapping faces of the two article packages is crossed, the package is not bundled. The sealing sheet is deformed without damaging the appearance. 201221440 [Embodiment] As shown in Figs. 1 and 2, the 'packaging system 10 is a substantially cubic cube having an X direction, a Y direction, and a z direction intersecting these, and includes the first one facing each other in the x direction. And the second surfaces 11 and 12, the third and fourth faces 13 and 14 facing each other in the Z direction, and the fifth and sixth faces 15 and 16 facing in the Y direction. The packaging system 10 further includes: a first article package 17 and a second article package 18 that overlap in the Z direction; and the first article package 17 on the first and second faces 11 and 12 of the packaging system 1 The second article package 18 is bundled and has a pair of package sealing sheets 21 and 22 which are re-peelable. The packing sealing sheets 21 and 22 are a first article package 17 which is coated with a pressure-sensitive adhesive on the inner surface (the same surface) and in the central region between the first and second surfaces 11 and 12. The first and second faces 11 and 12' are adhered to the first and second faces 11 and 12' via the pressure-sensitive adhesive in a state in which the second article package 18 is joined to the boundary line 23 of the joint faces (overlap faces) 17A and 18A. The laminated state of the second article packages 17 and 18. In addition, the packing sealing sheets 21 and 22 in the present embodiment have a substantially rectangular shape, but may have a circular shape, an elliptical shape, and other polygonal shapes as long as they have the effects of the present invention described later. Further, the first and second article packages 17 and 18 have faces corresponding to the first to sixth faces of the packaging system 1〇, and at least one of the third face and the fourth face is formed and adjacent to each other. The overlapping faces 17A, 18A of the packages 17, 18. As shown in FIGS. 1 to 3, the first and second article packages 17 and 18 are substantially cube-shaped substantially the same as the packaging system 1 ', and each of them is soft, for example, made of polyethylene polypropylene or polyester. The material is an exterior sheet 24 formed of a flexible plastic film having a material of -9-201221440 40 to 50 g/m2. The outer sheet 24 is formed in a triangular shape in which the end portions of the tubular flexible plastic film having the opening in the Y direction are overlapped with each other, and the opening is sealed by heat sealing. 5 and the sixth faces 15 and 16 have the seal portions 26 and 27 which are formed by the heat sealing process and protrude from the fifth and sixth faces 15'16 in the X direction. Further, on the fifth surface 15 of the first and second article packages 17 and 18, broken lines 28 and 29 which are the opening means for extending in the Z direction are formed at substantially the center portion in the X direction. Further, the opening means may not be the fifth surface 15 or may be formed on the other surface or on the plurality of surfaces as long as the portions other than the packing sealing sheets 2 1 and 22 are disposed. Further, the sealing portions 26 and 27 may not protrude from the fifth surface and the sixth surfaces 15 and 16, or the outer sheet 24 may not be formed in a triangular shape. Further, a plurality of packages 31 in which the absorbent article 30 is housed in a folded state are housed inside the bag-shaped exterior sheet 24 . Specifically, the plurality of packages 31 are arranged side by side in a state of being pressed against each other in the Y direction. The package 31 has two rows formed in the X direction. The packages 31 can be taken out from the inside by tearing a part of the exterior sheet 24 along the broken lines 28 and 29 of the first and second article packages 17, 18. and unsealing them. In the present embodiment, when the first and second article packages 丨7, 18 are in the shape of a triangular bag and the broken lines 28 and 29 are formed in the sealing portions 26 and 27, the sealing portion is grasped by fingers. The two sides of 26 and 27 are pulled apart, and the broken lines 28 and 29 are formed in other portions where the package body 31 is pressed, and it is easier to tear them apart. Fig. 4 is a perspective view of a package body 31, and Fig. 5 is a plan view of a package body 31 in an unfolded state. -10-201221440 The package body 31 has a pad shape including first and second end portions 31a and 31b and both side portions 31c and 31d, and includes an absorbent article 30 having a vertical axis P and a horizontal axis Q and a coating. The inner sheet 32 of the absorbent article. Further, the absorbent article 30 includes a liquid-permeable inner sheet 33 formed of a fiber nonwoven fabric sheet, a liquid-impermeable outer sheet 34, and a liquid-absorbent cotton core 35 interposed between the two sheets 33 and 34. The liquid absorbent core 35 is obtained by mixing the superabsorbent polymer particles and the pulverized pulp to a desired shape, and has a semi-rigidity higher than that of the other sheet members. Further, the absorbent article 30 has a pair of wing portions 36a and 36b extending outward in the horizontal axis Q direction at a central portion in the direction of the longitudinal axis P. The wing portions 36a and 36b are used in comparison with the user's underwear or the like during use. Adhesive portions 3 7a and 37b coated with an adhesive are formed on the surface (non-skin opposing surface) on the side, and the adhesive portions 37 a and 37 b are covered with a release sheet (not shown). Further, although not shown, an adhesive region extending in the direction of the longitudinal axis P may be formed on the non-skin opposing surface of the absorbent article 30, or a squeeze for diffusing body fluid may be formed in the liquid-absorbent cotton core 35. Groove. The package body 31 having such a configuration can be folded back toward the horizontal axis Q along the first bending line 40 by folding the wing portions 36a 3 6b toward the inside, and then The two-bend line 41 is formed by sealing the both sides of the inner piece 32 in a state in which a part of the bent line 41 is folded back toward the horizontal axis Q, and then fixed to the outer surface of the inner piece 32 by the fixing sealing piece 44. Further, in the end portions 31a and 31b of the individual packages 31, a part of the absorbent article 30 including the liquid-absorbent cotton core 35 is formed into two folds via the first and second bending lines 40 and 41. A higher rigid bend edge. As shown in Fig. 3, the package bodies 3 1 adjacent to each other in the Y direction of the packaging system 10 are juxtaposed in the state of each of the article packages 17 and 18 in a state of being pressed against each other -11 - 201221440. The parallel package 3 1 group is formed in two rows in the X direction. In other words, the first and second end portions 31a and 31b of the individual package body 31 (the end portion where the bent edge portion of the absorbent article 30 is located) are oriented in the Z direction and are juxtaposed in the X direction. Since the plurality of packages 31 are juxtaposed in a state of being compressed in the Y direction, the fifth and sixth faces 15 and 16 have compression recovery due to the overlapping of the liquid-absorbent cotton cores 35 of the flat absorbent article 30. elasticity. On the other hand, the first and second faces 11 and 12 are located on the inner surface thereof, and the first and second end portions 31a and 31b having a high rigidity among the packages 31 are present. The function of the rib extending in the Z direction is higher in the rigidity of the first and second faces 11 and 12 than in the fifth and sixth faces 15 and 16. Therefore, when the packing sealing sheets 2 1 and 22 are adhered, a manual operation or a machine (propeller) is used to intersect the boundary line 23 formed between the overlapping surfaces 17A and 18A of the first and second surfaces 11 and 12 When the package sealing sheets 21 and 22 are pressure-bonded, the fifth and sixth surfaces 15 and 16 are elastic as described above and have a soft elasticity, so that the adhesive surface may be deformed and may not be smoothly adhered, or A part of the packing sealing sheets 21, 22 is caught in the boundary line 23 to cause wrinkles at these places. However, the packing sealing sheets 21 and 22 of the present invention are adhered to the first and second faces 1 1 facing each other in the direction (X direction) orthogonal to the direction (Y direction) in which the absorbent article 30 is arranged, 1 2 ' Therefore, when these sealing sheets are pasted, there is no fear that the adhesive surface will be deformed, so that a part of the packing sealing sheets 2, 22 is detached or falls into the boundary line 23 to be folded. Fig. 6 is a front view of the first surface 11'. Fig. 7(a) is a plan view showing the inner surface side of the packing sealing sheet -12-201221440, and Fig. 7(b) is a packing seal of another embodiment. A plan view of the inner surface side of the sheet 21, and Fig. 8 is a plan view showing the surface side of the packing sealing sheet 21 of another embodiment. Further, Fig. 6 to Fig. 8 are only for the first surface 1 1 side, but have the same configuration on the second surface 1 2 side.
捆包密封片21、22是由以下構件構成的可再剝離的層 壓密封片：由具有大致矩形狀之厚度7 0~9 0//m的聚丙烯 樹脂製作的合成紙，例如YUPO CORPORATION製的YUPO (商標名）所形成的基材片；以及在其內面（黏貼）側塗 布丙烯酸系感壓性接著劑而形成之厚度60~80以m的接著 劑層5 0。 如第7圖（a)所示，在捆包密封片21的角部形成有未 形成有接著劑層50或在接著劑層50塗布油墨劑而成的抓取 部51。由於在捆包密封片21形成有抓取部51’因此藉由用 手指抓住該處而拉起，可將捆包密封片21從第1面11順利 地撕開。又，在捆包密封片21具有較高黏著力的情況，爲 使其剝離容易，亦可如第7圖（b )所示，使抓取部5 1沿著 捆包密封片21的側緣形成在其長度尺寸的全部區域。 捆包密封片21、22的拉伸強度是25~3 0N/10mm’第1 及第2物品包裝體17、18的外裝片24的拉伸強度爲 5.5~6.5N/10mm。在此，本發明之拉伸強度是指將試料拉 伸3 %時之施加在試料的應力的値。 〈拉伸強度之測定〉 -13- 201221440 拉伸強度是使用拉伸試驗機（英斯特朗（Instron)公 司製），在試料寬度16mm、試料長度70mm、拉伸速度 lOOmm/min的條件下測定五次，求出其平均値作爲個片狀 構件、薄膜的拉伸強度。 又，使捆包密封片21、22從形成第1及第2面11、12的 外裝片24剝離時的剝離力是1.3〜4.8N。 〈剝離力的測定〉 捆包密封片21、22的剝離力是藉由使用拉伸試驗機（ 英斯特朗公司製），以抓取寬度20mm、拉伸速度 3 00mm/min的條件，撕開捆包系統10之捆包密封片21、22 任一方而除去第1物品包裝體17，並將黏貼在第2物品包裝 體18之第3面的捆包密封片固定在可動夾具，將黏貼在其 第2面的另一個捆包密封片（與第3面的捆包密封片同樣， 其面積當中的大約一半部分是黏貼在物品包裝體，其餘的 大約一半部分是朝第4面突出的狀態）固定在固定夾具側 使其剝離來測定。藉由本測定方法來測定剝離角度約90度 時的最大値，並將其作爲捆包密封片21、22的剝離力。 如上所述，由於捆包密封片21、22的黏著力及剝離力 比一般使用在這種物品的其他密封構件低，因此容易從第 1及第2側面1 1、12撕開捆包密封片21、22，又由於捆包密 封片21、22的拉伸強度比較大，因此撕開捆包密封片時， 也不用擔心一部分會斷掉，或是在捆包系統10的搬運中產 生皺折。而且，由於捆包密封片21、22的拉伸強度是外裝 -14 - 201221440 片24之拉伸強度的大約5.0〜6.0倍，因此假設第1及第2物 品包裝體17、18的虛線28、29是形成在捆包密封片21、22 所配置的第1及第2面1 1、12的情況，也不用擔心虛線28、 2 9會斷開，並且捆包密封片21、22的一部分會斷裂。 而且，如第8圖所示，在捆包密封片21的表面側亦可 印刷在視覺上或機械性可辨識形成捆包系統1 〇的物品包裝 體1 7、1 8之個數等的顯示，例如「買到賺到2包入」等的 文字情報部54或識別商品用的條碼顯示（JAN碼）55。又 ，爲了避免捆包系統10之條碼顯示55與第1及第2物品包裝 體17、18固有的條碼顯示造成的混淆，亦可用捆包密封片 21覆蓋在各物品包裝體上的條碼顯示以免可從外部看到。 再者，若參照第6圖，捆包密封片21之Υ方向的長度 尺寸W!比捆包系統10之Υ方向的長度尺寸W小，並且，捆 包密封片21之Ζ方向的長度尺寸L!比捆包系統10之Ζ方向的 長度尺寸L小，因此，捆包密封片21的面積可說比第1面1 1 的面積小。 具體而言，捆包系統10之Ζ方向的長度L爲150〜200mm ，其Y方向的長度尺寸W爲130-180 mm，相對於此，捆包 密封片21之Z方向的長度尺寸1^爲5 0〜7 0mm，Y方向的長度 尺寸1爲70〜90mm。又，捆包密封片21的大小（面積）相 對於各物品包裝體之第1面11全體的大小最好是0.1〜0.7倍 。若爲〇 · 1倍以下，雖然與捆包密封片2 1之接著劑層5 0全 體的接著力也有關，但是爲了在捆包系統10之搬運中或是 陳列在商品陳列架而抓住第1物品包裝體1 7往上拉起時， -15- 201221440 有可能捆包密封片2 1會不小心剝離。另一方面，捆包密封 片2 1之接著劑層50的面積爲0.7倍以上的情況，第1面11是 以較大的範圍被捆包密封片21覆蓋，使用時不容易使捆包 密封片2 1剝離，而且外觀也不理想。 本發明當中，捆包密封片21之Y方向的長度尺寸^比 捆包系統10之Y方向的長度尺寸W小，因此如第9圖所示， 在第1面11之捆包密封片21的兩側，形成有沒有捆包密封 片21存在的非捆包部位60、61。由於形成有該非捆包部位 60、61，使用者可用單手抓起捆包系統10。亦即，捆包系 統10是使複數個物品包裝體重疊而形成，因此具有既定的 厚度，要用單手穩定的抓住是很困難的。尤其，要從以複 數個捆包系統1 〇被壓縮的狀態捆包好的瓦楞紙箱等取出捆 包系統10時’用手指用力抓住插包系統10的一部分而從瓦 楞紙箱等拉起來的情況，有可能物品包裝體的一部分會受 損，或是內部的吸收性物品3 0會變形。 然而，本實施形態的捆包系統10是在捆包密封片21的 兩側形成有非捆包部位6 0、6 1，這些是分別在第5面1 5與 第6面16的交界線23連續而延伸，因此捆包系統1〇的使用 者將手指插入第5面15或第6面16的交界線23內時，形成交 界線23的第1物品包裝體17的重疊面17A與第2物品包裝體 18的重疊面18A會分開，因此容易將手指插入至交界線23 的內部，而能夠穩定的用單手抓住第1物品包裝體17而拿 起整個捆包系統10。而且，本實施形態的第1及第2物品包 裝體I7、18是三角袋狀，因此將手指插入第5面15或第6面 -16- 201221440 16的交界線23內時，可擠壓從第5面15或第6面16突出的密 封部26、2 7地使其變形而穩'固的抓住，因此比起抓住個包 裝體31所壓接的面的情況，可更穩定地用單手拿起捆包系 統10。 再者，如第10圖（a)，撕開第1物品包裝體17的虛線 28’然後從其內部取出個包裝體31來使用的情況，會形成 第〗物品包裝體1 7 —直開封的狀態，有可能粉塵會從該開 封部位進入內部，或是弄亂以被壓縮的狀態收容的個包裝 體3 1群之排列以致第1物品包裝體1 7變形。在該情況，藉 由將外裝片24拉在一起俾使分離的虛線28彼此靠近，然後 將捆包密封片22黏貼在被拉在一起的虛線28上，可將開封 部位密封。藉此，可抑制因爲個包裝體3 1群之排列亂掉所 導致的第1物品包裝體17之變形，而且可防止粉塵進入內 部。又，在將第1物品包裝體17開封或是在其使用結束後 ，即使撕開第2物品包裝體18之虛線29而開封的情況，也 可藉由將捆包密封片21黏貼在該開封部位而加以密封。捆 包密封片21、22由於是可再剝離的黏著片材，因此可藉由 將捆包密封片21、22黏貼在虛線28、29 ’而實現第1及第2 物品包裝體17、18的再開封及再密封。 第11圖是捆包系統1〇之第2實施形態的第1面11的正面 圖，第12圖是捆包系統1〇之第3實施形態的第1面1 1的正面 圖，第13圖是捆包系統1〇之第4實施形態的第1面1 1的正面 圖，第14圖是捆包系統10之第5實施形態之與第1圖同樣的 斜視圖。各實施形態的基本構成與第1實施形態的基本構 -17- 201221440 成相同，因此以下針對相異點加以說明。又，第11圖〜第 14圖當中僅針對位在第1面11的捆包密封片21說明，但是 關於位在第2面12的捆包密封片22也具有同樣的構成。 〈第2實施形態〉 如第1】圖所示，本實施形態是在捆包密封片21之Z方 向的長度尺寸的大致中央部，形成有沿著交界線23朝Y方 向延伸的分離手段（虛線）70。由於在捆包密封片21形成 有分離手段70，因此不需要從捆包系統1〇撕開捆包密封片 21，而可快速的使第1物品包裝體17與第2物品包裝體18分 離。 〈第3實施形態〉 如第1 2圖所示，本實施形態是在捆包密封片2 1之Z方 向的長度尺寸的大致中央部，形成有沿著交界線23朝Y方 向延伸的分離手段71。分離手段71是由包含位在第1面11 側的波狀第1切斷線70a以及位在第4面14側的波狀第2切斷 線70b、以及朝第5面15側突出的抓取部72的拉鍊加工部形 成。由於在捆包密封片21形成有分離手段71，因此使用者 可用手指抓住抓取部72，從第5面15側朝第6面16側拉開， 使分離手段71沿著第1及第2切斷線7 0a、70b從捆包密封片 21分離，而解除第1物品包裝體17與第2物品包裝體18的捆 包狀態。本實施形態的情況是不需要將捆包密封片2 1從第 1面Π撕開，而可比第2實施形態更簡單且確實地使第1物 -18- 201221440 品包裝體1 7與第2物品包裝體1 8分離。此外，爲使分離手 段71的剝離更爲容易，亦可使位在其內面的接著劑層50的 接著力比其他部位低。 〈第4實施形態〉 如第13圖所示，本實施形態的捆包系統1〇是由彼此重 疊的第1及第2物品包裝體17、18及第3物品包裝體75所構 成的三個物品包裝體；以及具有從第1物品包裝體17 一連 延伸至位在其下方的第3物品包裝體75之大小的捆包密封 片2 1所構成。即使在該實施形態的情況，由於捆包密封片 21是僅連續地將各物品包裝體17、18、75之相對向面捆在 一起，因此不怕會破壞這些的形狀。此外，除了本實施形 態之外，依捆包密封片21、22的黏著力，捆包系統10亦可 由三個以上的複數個物品包裝體構成。又，本實施形態是 使用從第1物品包裝體17一連延伸至第3物品包裝體75的捆 包密封片21，但是亦可由與形成在各物品包裝體之重疊面 彼此之間的交界線23交叉的複數片形成捆包密封片21。 又，各物品包裝體17、18、75是如第13圖所示’外裝 片24是沿著其外周緣形成有利用熱封加工的接著部’與第 1實施形態不同，僅在第5面15形成有密封部26，在第6面 16並未形成有密封部。各物品包裝體17、18、75亦可如本 實施形態，僅在一個面形成有密封部’或是在兩個以上的 複數面形成有密封部。 -19- 201221440 〈第5實施形態〉 本實施形態是第1及第2物品包裝體17 ' 18在其內部收 容複數片濕紙巾80的袋狀體，是以朝Z方向壓縮並且積層 的狀態收容有複數片濕紙巾80。第1物品包裝體1 7在第3面 1 3具備本身具有可再剝離之黏著性的開封片8 1，藉由撕開 開封片81使形成在外裝片24的開口（未圖示）露出，可從 該開口取出濕紙巾80。 本發明當中，捆包系統10所使用的材料在說明書中只 要未特別記載，通常可任意使用這種物品所使用的材料。 又，本發明之說明書及申請專利範圍所使用的「第1」及 「第2」的用語是單單爲了區別同樣的要素、位置等所使 用。 【圖式簡單說明】 第1圖是從第1面側斜斜地觀看本發明之第1實施形態 的捆包系統的斜視圖。 第2圖是從第2面側斜斜地觀看的第1圖之捆包系統的 斜視圖。 第3圖是第1圖的一部分切開斜視圖。 第4圖是個包裝體的斜視圖。 第5圖是展開狀態的個包裝體的平面圖。 第6圖是第1圖的正面圖。 第7圖（a)是捆包密封片之內面側的平面圖，（b) 是其他實施樣態的捆包密封片之內面側的平面圖。 -20- 201221440 第8圖是其他實施樣態的捆包密封片之表面側的平面 圖。 第9圖是將手指插入交界線而拿起第1物品包裝體的狀 態圖。 第10圖（a) 、（b)是捆包系統之使用狀態的一部分 切開斜視圖。 第11圖是捆包系統之第2實施形態的第1面的正面圖。 第12圖是捆包系統之第3實施形態的第1面的正面圖。 第1 3圖是捆包系統之第4實施形態的第1面的正面圖。 第1 4圖是梱包系統之第5實施形態之從第1面側斜斜地 觀看的斜視圖。 【主要元件符號說明】 10 :捆包系統 11 :第1面 12 :第2面 13 :第3面 14 :第4面 .1 5 :第5面 1 6 :第6面 1 7 :第1物品包裝體 18 :第2物品包裝體 2 1、2 2 :捆包密封片 2 3 :交界線 -21 - 201221440 24 :外裝片 2 6、2 7 :密封部 2 8、2 9 :虛線 3 0 :吸收性物品 3 1 :個包裝體 32 :內裝片 33 :內片 3 4 :外片 3 5 :吸液性棉芯 5 1 :抓取部 7 0、7 1 :分離手段 7 5 :第3物品包裝體 X : X方向 Y : Y方向 Z : Z方向The packing sealing sheets 21 and 22 are releasable laminated sealing sheets composed of a synthetic resin made of a polypropylene resin having a substantially rectangular thickness of 70 to 90/m, for example, manufactured by YUPO CORPORATION. A base sheet formed of YUPO (trade name); and an adhesive layer 50 having a thickness of 60 to 80 m formed by applying an acrylic pressure-sensitive adhesive to the inner surface (adhesive side). As shown in Fig. 7(a), a grip portion 51 in which an adhesive agent layer 50 is not formed or an ink agent is applied to the adhesive layer 50 is formed at a corner portion of the packing sealing sheet 21. Since the gripping portion 51' is formed in the packing sealing sheet 21, the packing sealing sheet 21 can be smoothly torn from the first surface 11 by being pulled up by grasping the portion with a finger. Further, in the case where the packing sealing sheet 21 has a high adhesive force, in order to facilitate the peeling, the gripping portion 51 may be along the side edge of the packing sealing sheet 21 as shown in Fig. 7(b). Formed in all areas of its length dimension. The tensile strength of the packing sealing sheets 21 and 22 is 25 to 30 N/10 mm'. The tensile strength of the outer sheet 24 of the first and second article packages 17 and 18 is 5.5 to 6.5 N/10 mm. Here, the tensile strength of the present invention means the enthalpy of the stress applied to the sample when the sample is stretched by 3%. <Measurement of Tensile Strength> -13- 201221440 Tensile strength was measured using a tensile tester (Instron) under the conditions of a sample width of 16 mm, a sample length of 70 mm, and a tensile speed of 100 mm/min. The measurement was performed five times, and the average enthalpy was determined as the tensile strength of the sheet member and the film. Further, when the packing sealing sheets 21 and 22 are peeled off from the outer sheet 24 on which the first and second surfaces 11 and 12 are formed, the peeling force is 1.3 to 4.8 N. <Measurement of Peeling Force> The peeling force of the packing sealing sheets 21 and 22 was obtained by using a tensile tester (manufactured by Instron Co., Ltd.) under the conditions of a grip width of 20 mm and a tensile speed of 300 mm/min. The first article package 17 is removed by one of the package sealing sheets 21 and 22 of the unpacking system 10, and the package sealing sheet adhered to the third surface of the second article package 18 is fixed to the movable jig, and is pasted. The other packing sealing sheet on the second side (the same as the packing sealing sheet of the third side, about half of the area is adhered to the article package, and the remaining half is protruding toward the fourth side) State) It was measured by being fixed on the side of the fixing jig and peeling off. The maximum enthalpy at a peeling angle of about 90 degrees was measured by the present measurement method, and this was used as the peeling force of the packing sealing sheets 21 and 22. As described above, since the adhesive force and the peeling force of the packing sealing sheets 21 and 22 are lower than those of other sealing members generally used in such articles, it is easy to tear the packing sealing sheets from the first and second side faces 1 1 and 12. 21, 22, since the tensile strength of the packing sealing sheets 21, 22 is relatively large, when the packing sealing sheet is torn open, there is no fear that a part will be broken or wrinkles may be generated in the handling of the packing system 10. . Further, since the tensile strength of the packing sealing sheets 21, 22 is about 5.0 to 6.0 times the tensile strength of the outer covering -14 - 201221440 sheet 24, it is assumed that the dotted lines 28 of the first and second article packages 17, 18 are 29 is formed in the first and second faces 1 1 and 12 where the packing sealing sheets 21 and 22 are disposed, and there is no fear that the broken lines 28 and 29 are broken, and a part of the sealing sheets 21 and 22 are bundled. Will break. Further, as shown in Fig. 8, on the surface side of the packing sealing sheet 21, a display which is visually or mechanically identifiable to form the package body 1 7 and 18 of the packaging system 1 can be printed. For example, the character information unit 54 such as "buy 2 packets" or the barcode display (JAN code) 55 for identifying the product. Further, in order to avoid confusion caused by the bar code display 55 of the packaging system 10 and the bar code display inherent to the first and second article packages 17, 18, it is also possible to cover the bar code display on the package of each article with the packing sealing sheet 21 to avoid Can be seen from the outside. Further, referring to Fig. 6, the length dimension W of the packing sealing sheet 21 in the weir direction is smaller than the length dimension W of the packing system 10 in the weir direction, and the length dimension L of the packing sealing sheet 21 in the weir direction Since the length L of the packing system 10 is smaller than the length L of the packing system 10, the area of the packing sealing sheet 21 can be said to be smaller than the area of the first surface 1 1 . Specifically, the length L of the packing system 10 in the weir direction is 150 to 200 mm, and the length dimension W in the Y direction is 130 to 180 mm. In contrast, the length dimension of the packing sealing sheet 21 in the Z direction is 1 5 0 to 7 0 mm, the length dimension 1 in the Y direction is 70 to 90 mm. Further, the size (area) of the packing sealing sheet 21 is preferably 0.1 to 0.7 times the size of the entire first surface 11 of each article package. If it is 1 time or less, it is related to the adhesive force of the entire adhesive layer 50 of the packing sealing sheet 2, but it is grasped for the first time in the transportation of the packaging system 10 or on the product display rack. When the article package 1 7 is pulled up, -15-201221440 may cause the sealing sheet 2 1 to be peeled off accidentally. On the other hand, when the area of the adhesive layer 50 of the packing sealing sheet 21 is 0.7 times or more, the first surface 11 is covered with the packing sealing sheet 21 in a large range, and it is not easy to seal the package when used. Sheet 2 1 peeled off and the appearance was not ideal. In the present invention, the length dimension of the packing sealing sheet 21 in the Y direction is smaller than the length dimension W of the packing system 10 in the Y direction. Therefore, as shown in Fig. 9, the sealing sheet 21 of the first surface 11 is sealed. On both sides, non-packaged portions 60, 61 in which the packing sealing sheets 21 are not present are formed. Since the non-packaged portions 60, 61 are formed, the user can grasp the bale system 10 with one hand. That is, the bale system 10 is formed by stacking a plurality of article packages, and therefore has a predetermined thickness, and it is difficult to stably grasp with one hand. In particular, when the packaging system 10 is taken out from a corrugated cardboard box or the like which has been packed in a state in which a plurality of packaging systems 1 are compressed, 'the part of the insertion system 10 is grasped with a finger and pulled up from a corrugated cardboard box or the like. It is possible that a part of the package of the article may be damaged, or the internal absorbent article 30 may be deformed. However, in the packing system 10 of the present embodiment, the non-packaging portions 60 and 161 are formed on both sides of the packing sealing sheet 21, which are the boundary lines 23 between the fifth surface 15 and the sixth surface 16, respectively. When the user of the packaging system 1〇 inserts a finger into the boundary line 23 of the fifth surface 15 or the sixth surface 16, the overlapping surface 17A and the second of the first article package 17 forming the boundary line 23 are formed. Since the overlapping surface 18A of the article package 18 is separated, it is easy to insert a finger into the inside of the boundary line 23, and the first article package 17 can be stably grasped with one hand and the entire package system 10 can be picked up. Further, since the first and second article packages I7 and 18 of the present embodiment have a triangular bag shape, when a finger is inserted into the boundary line 23 of the fifth surface 15 or the sixth surface-16-201221440 16, the squeeze can be squeezed. The sealing portions 26 and 27 protruding from the fifth surface 15 or the sixth surface 16 are deformed and firmly grasped, so that the sealing surface of the package 31 can be more stably held. The bale system 10 is picked up with one hand. Further, as shown in Fig. 10(a), when the dotted line 28' of the first article package 17 is torn and then the package 31 is taken out from the inside thereof, the article package 17 is formed to be straight-opened. In the state, there is a possibility that the dust enters the inside from the unsealed portion, or the arrangement of the individual packages 3 1 accommodated in the compressed state is disturbed so that the first article package 17 is deformed. In this case, the opening portion can be sealed by pulling the outer sheets 24 together so that the separated broken lines 28 are brought close to each other, and then the packing sealing sheets 22 are adhered to the dotted lines 28 which are pulled together. Thereby, deformation of the first article package 17 due to the disorder of the arrangement of the individual packages 3 1 can be suppressed, and dust can be prevented from entering the inside. Further, when the first article package 17 is opened or after the use thereof is completed, even if the broken line 29 of the second article package 18 is torn and opened, the package sealing sheet 21 can be adhered to the unsealing. Seal the part. Since the packing sealing sheets 21 and 22 are releasable adhesive sheets, the first and second article packages 17 and 18 can be realized by adhering the packing sealing sheets 21 and 22 to the broken lines 28 and 29'. Re-open and re-seal. 11 is a front view of the first surface 11 of the second embodiment of the packaging system 1A, and FIG. 12 is a front view of the first surface 11 of the third embodiment of the packaging system 1A, and FIG. The front view of the first surface 1 1 of the fourth embodiment of the packaging system 1 is a perspective view similar to the first embodiment of the fifth embodiment of the packaging system 10 . The basic configuration of each embodiment is the same as that of the basic configuration of the first embodiment -17-201221440. Therefore, the differences will be described below. Further, in the drawings 11 to 14 only the packing sealing sheets 21 positioned on the first surface 11 are described, but the packing sealing sheets 22 positioned on the second surface 12 have the same configuration. <Second Embodiment> As shown in Fig. 1, in the present embodiment, a separation means extending in the Y direction along the boundary line 23 is formed at a substantially central portion of the length dimension of the packing sealing sheet 21 in the Z direction. Dotted line) 70. Since the separating means 70 is formed in the packing sealing sheet 21, it is not necessary to tear the packing sealing sheet 21 from the packing system 1 and the first article package 17 and the second article package 18 can be quickly separated. <Third Embodiment> As shown in Fig. 2, in the present embodiment, a separation means extending in the Y direction along the boundary line 23 is formed at a substantially central portion of the length dimension of the packing sealing piece 2 in the Z direction. 71. The separation means 71 includes a corrugated first cutting line 70a positioned on the first surface 11 side, a corrugated second cutting line 70b positioned on the fourth surface 14 side, and a grip protruding toward the fifth surface 15 side. The zipper processing portion of the take-up portion 72 is formed. Since the separation means 71 is formed in the packing sealing sheet 21, the user can grasp the gripping portion 72 with a finger, and pull away from the fifth surface 15 side toward the sixth surface 16 side, so that the separating means 71 is along the first and the The cutting lines 70a and 70b are separated from the packing sealing sheet 21, and the packing state of the first article package 17 and the second article package 18 is released. In the case of the present embodiment, it is not necessary to tear the package sealing sheet 21 from the first surface, and the first object -18-201221440 package 17 and the second can be more easily and reliably than the second embodiment. The article package 18 is separated. Further, in order to facilitate the peeling of the separation means 71, the subsequent force of the adhesive layer 50 positioned on the inner surface thereof may be made lower than that of the other portions. <Fourth Embodiment> As shown in Fig. 13, the packaging system 1A of the present embodiment is composed of three first and second article packages 17, 18 and a third article package 75 which are overlapped each other. The article package body and the package sealing sheet 21 having the size of the third article package 75 extending from the first article package 17 to the lower portion thereof. Even in the case of this embodiment, since the packing sealing sheets 21 are only continuously bundled with the opposing faces of the respective article packages 17, 18, 75, they are not afraid of damaging these shapes. Further, in addition to the present embodiment, the packaging system 10 may be composed of three or more plural article packages depending on the adhesion of the packing sealing sheets 21, 22. Further, in the present embodiment, the packing sealing sheet 21 that extends from the first article package 17 to the third article package 75 is used. However, the boundary sheet 23 may be formed between the overlapping surfaces of the article packages. The plurality of intersecting sheets form a packing sealing sheet 21. In addition, as shown in Fig. 13, each of the article packages 17, 18, and 75 is different from the first embodiment in that the exterior sheet 24 is formed with a heat-sealed portion along the outer periphery thereof, and is only in the fifth embodiment. The surface 15 is formed with a sealing portion 26, and the sealing portion is not formed on the sixth surface 16. As in the present embodiment, each of the article packages 17, 18, and 75 may have a sealing portion formed on only one surface or a sealing portion formed on two or more of the plurality of surfaces. -19-201221440 <Fifth Embodiment> The present embodiment is a bag-shaped body in which a plurality of wet tissues 80 are accommodated in the first and second article packages 17', and is accommodated in a state of being compressed in the Z direction and laminated. There are a plurality of wet wipes 80. The first article package 1 7 has an opening sheet 8 1 having re-peelable adhesion on the third surface 13 , and the opening (not shown) formed in the exterior sheet 24 is exposed by tearing the opening sheet 81 . The wet tissue 80 can be removed from the opening. In the present invention, the materials used in the packaging system 10 are not particularly described in the specification, and the materials used for such articles are usually used arbitrarily. Further, the terms "first" and "second" used in the specification and the claims of the present invention are used to distinguish the same elements, positions, and the like. [Brief Description of the Drawings] Fig. 1 is a perspective view of the packaging system according to the first embodiment of the present invention as seen obliquely from the first surface side. Fig. 2 is a perspective view showing the packing system of Fig. 1 viewed obliquely from the second surface side. Fig. 3 is a partially cutaway perspective view of Fig. 1. Figure 4 is an oblique view of the package. Fig. 5 is a plan view of a package in an unfolded state. Fig. 6 is a front view of Fig. 1. Fig. 7(a) is a plan view showing the inner surface side of the packing sealing sheet, and Fig. 7(b) is a plan view showing the inner surface side of the packing sealing sheet of another embodiment. -20- 201221440 Fig. 8 is a plan view showing the surface side of the packing sealing sheet of another embodiment. Fig. 9 is a view showing a state in which a finger is inserted into a boundary line and the first article package is picked up. Fig. 10 (a) and (b) are a part of the use state of the bale system. Fig. 11 is a front elevational view showing the first surface of the second embodiment of the packaging system. Fig. 12 is a front elevational view showing the first surface of the third embodiment of the packaging system. Fig. 13 is a front elevational view showing the first surface of the fourth embodiment of the packaging system. Fig. 14 is a perspective view obliquely viewed from the first surface side in the fifth embodiment of the bag system. [Description of main component symbols] 10: Packing system 11: First surface 12: Second surface 13: Third surface 14: Fourth surface. 1 5: Fifth surface 1 6 : Sixth surface 1 7 : First item Package 18: 2nd article package 2 1 , 2 2 : Packing sealing sheet 2 3 : Junction line 21 - 201221440 24 : Outer sheet 2 6 , 2 7 : Sealing part 2 8 , 2 9 : Dotted line 3 0 : absorbent article 3 1 : individual package 32 : inner piece 33 : inner piece 3 4 : outer piece 3 5 : liquid absorbent cotton core 5 1 : gripping portion 7 0, 7 1 : separation means 7 5 : 3 item package X: X direction Y: Y direction Z: Z direction