200523174 ⑴ 九、發明說明 【發明所屬之技術領域】 本發明是關於包裝方法、包裝裝置及包裝體，是關 於：在軟管狀或袋狀的包裝容器（收容體）內塡充例如2 〜數1 〇 g程度少量具有流動性的收容物其例如是液狀、膏 狀、漿狀、溶膠狀的物品或材料等的收容物，然後密封成 包裝體’其例如是飯店等住宿設施的客房內所準備提供給 住房旅客的牙膏、洗髮精、潤絲精等袋狀或軟管狀的收容 體經塡充、密封後的包裝體的包裝方法及包裝裝置以及上 述包裝體’更詳細地說，是關於：由可熱熔黏合的撓性薄 月吴或薄片所形成，於塡充 '密封有收容物的收容體開口部 一體性安裝著取用口部的包裝體其製造時所採用的包裝方 法及包裝裝置以及包裝體。 【先前技術】 習知，做爲塡充、密封具有上述流動性收容物的軟管 狀或袋狀的收容體來使用的容器，是具有由熱封性、實質 撓性的層壓或同時擠出薄膜形成的複合薄膜所形成的容器 體’使用量爲有限的液體、油、乳液用的容器，特別是封 皮、袋等，已提案有是爲可再封口的容器（例如參照專利 文獻1 )，具備有是焊接在封皮的頭部份，具有具底座、 ?L的頸部，限制的拆封部份及鋸齒紋的蓋子，在該蓋子拆 離翻轉成1 8 0 °後可再插入上述底座來使封皮確實密封的 銷是具備有從該蓋子中央突出的實質硬質插入構件。又提 案有：是爲具備在上述封皮（袋）的開口上可再封口的插 200523174 (2) 入構件（取用口構件），做爲可使拆離的一體成形的蓋子 成爲可再封口的取用口裝置，是於注入口的上端，將該注 入口關閉用的蓋子以反面的狀態進行一體成形的同時於注 入口的下端一體形成有水平方向長的熱封肩，是將該熱封 肩的前端成形爲逐漸變薄，以使熱封肩的前端和袋背部和 表部薄膜的重疊部份不產生針孔的袋用注入口裝置（例如 參照專利文獻2 )。此外，做爲可再封口的小袋包裝容 器，a )具有實質性具剛性的裝配構件（與上述插入構 件、取用口構件相同的構件），該裝配構件，具有內端、 外端及從該內端延伸至上述外端的流口的同時，還於上述 內端具有平面的凸緣，b )於包裝容器構成用的熱塑性薄 膜片設孔，利用成形手段在上述薄膜片的上述孔的周圍形 成凹部，上述裝配構件的上述平面凸緣是黏接於上述薄膜 片的上述孔部份，上述薄膜片是朝離開上述裝配構件的方 向彎折，於是就形成彎折的端部和重疊的薄膜緣，上述重 疊的薄膜緣是彼此黏接著，小袋除了上述裝配構件的上述 流口部份以外其他部份是成封閉，上述薄膜片的上述凹部 是形成爲可收容上述裝配構件的上述平面凸緣。對於可再 封口的小袋包裝容器，以及該小袋包裝容器的製作方法， 也已提案有具備有以下步驟的容器製作方法（例如參照專 利文獻3 ) ’适些步驟爲：a )利用成形手段使凹部形成 在熱塑性薄膜片上的步驟；b )將可使流動物流通在具有 凸緣及貫穿本身的流D於實質上是具剛性的裝配構件和小 袋之間的孔，開設在上述凹部上的步驟；c )將上述裝配 -6- 200523174 (3) 構件的平面凸緣黏接於上述薄膜片的凹部的步，驟；d )使 薄膜片朝離開上述裝配構件的方向彎?斤，以形成有彎折的 端部和重疊的薄膜緣的步驟；〇黏接上述重疊的薄膜緣 彼此，使上述小袋除了上述裝配構件的流口部份以外其他 部份是成封閉，上述薄膜片的凹部是形成爲於上述裝配構 件的平面凸緣的安裝上是爲適合的形狀。另外，於專利文 獻4中也揭示著相同容器的製造方法。即，專利文獻4中 所揭不的谷器之製造方法，是一種可變形的容器之製造方 法，其是針對.將薄片材料沿著一條軸線彎折，沿著彎折 重疊的上述薄片材料的側緣部進行黏接形成軟管狀體，將 該軟管狀體的上述重疊部份彼此相離擴開，由端部側部緣 區分出中間部’由該中間部形成上述端面側部，於該端面 側部，安裝有蓋本體，將糊漿狀的製品中介著位於上述端 面側部相反側的開口塡充在上述擴開的軟管狀體中，使該 開口在上述製品塡充後形成關閉的容器之製造方法，其特 徵爲’於要形成爲上述端面側部的上述中間部份，形成出 口開口 ’上述材料的2個重疊部份，是沿著其兩側緣部彼 此焊接，在上述軟管狀體是爲擴開的狀態下，將固定連接 零件中介著位於上述端面側部相反側的上述開口，導入上 述軟管狀體中’將上述固定連接零件的頸部通過上述出口 開口推出在外側固定在上述中間部份的內側，接著，是將 出口連接零件及蓋頂部構成用的蓋本體安裝在從上述軟管 狀體突出的上述固定連接零件的上述頸部上，藉此，使上 述中間部份是固定在上述固定連接零件和上述出口連接零 200523174 (4) 件之間，將上述糊漿狀的製品中介著上述開口塡充在上述 軟管狀體中，然後，是關閉該開口進行焊接。 於上述專利文獻1中，對於上述容器之製造方法（包 裝方法），只是記載著「包裝裝置，可以是設置於既有包 裝機的裝置。該裝置是進行下述操作：從適當的計量分配 裝置中取出塑膠插入件；在插入件裝塡後朝封皮開口部中 配置插入件；視需要而定，對沿著生產線的包裝材進行搬 運。」（參照專利文獻1的【〇 〇 3 1】段），對於包裝方法 及裝置的細節並未記載。此外，於專利文獻2中，是記載 著上述取用口裝置，「是插入在袋的口內夾在背部和表部 的薄膜間，使用附溝槽的熱封條從背部和表部進行壓接使 肋條熔融被吞進在薄膜內的同時，使肋條的前端熔融在背 部和表部的薄膜間」（參照專利文獻2的【〇 〇 i 2】段）， 「在袋內塡充內容物後，將熱封肩的部份插入袋的口內， 利用熱封法來進行安裝」（參照專利文獻2的[〇 〇 〇 6】 段），「在袋內塡充內容物後，再安裝注入口時，能夠有 效率地進行內容物塡充的同時因肋條的作用得以確實熔 融，所以即使多少會有夾雜物也不會產生針孔」（參照專 利文獻2的【0 0 1 9】段）。但是，例如做爲收容體的封皮 (袋）若是形成爲縱長的大致矩形狀等狀況時，於專利文 獻1中要對封皮開口部中配置插入件時，或者於專利文獻 2中要將取用口裝置插入在袋的口內夾在背部和表部的薄 膜間使用熱封條使其熔著於袋的薄膜內面時，若是爲要安 裝上述插入件或取用口裝置的封皮（袋）上端邊的寬度較 -8- 200523174 (5) 窄無法獲得較大的上述插入件或取用口裝置插入用的開口 部寬度的收容體時，則需重疊2片熱熔黏合性薄膜，或者 將1片熱熔黏合性薄膜沿著其長度方向進行對摺，利用熱 封等黏接這些重疊的薄膜兩端預先形成封皮（袋）後，再 將上述插入件或取用口裝置朝開口內插入進行配置，即使 如此’但因爲上述薄膜成緊貼重疊的封皮（袋）的開口部 難以打開’所以對於要應用在工業大量連續生產方面是容 易於生產步驟上產生問題，恐怕會造成生產效率降低。因 此，於一般上’針對上述封皮（袋）的寬度，其上述插入 件或取用口裝置安裝用的開口寬度若未滿5 0 %時，則製造 步驟的自動化是有困難。另外，於專利文教3中，因是於 包裝容器構成用的薄膜片上所開設的孔插入黏著裝配構件 後，使薄膜片朝離開裝配構件的方向彎折成一半，所以在 裝配構件插入黏著時雖然不需將孔擴大，但在裝配構件插 入黏著後對薄膜片進行彎折、重疊，利用熔著薄膜緣等來 進行黏接以封閉小袋的方法其製造步驟及裝置會變複雜。 再加上，於專利文獻4所揭示的容器之製造方法中，除了 有與上述專利文獻3的方法相同的問題外，若上述軟管狀 體的寬度是爲較窄時，則會有與上述專利文獻1、2相同 的問題：難以使該軟管狀體的重疊部彼此相離擴開，難由 端部側部側緣區分出中間部。 [專利文獻I]日本特開平5 - 1 6 2 7 5 6號公報（申請專利 範圍第1項’第1圖、第2圖） [專利文獻2 ]日本特開平5 - 2 2 9 5 6 6號公報（申請專利 200523174 (6) 範圍第】項，[00 12]段、[001 8]段，第1〜4圖） [專利文獻3 ]日本特表平丨5 1 0 7 9 0號公報（申請專 利範圍第1項、第7項，第6〜9圖、第1 1圖、第1 2 圖） [專利文獻4]日本特表2001-514602號公報（申請專 利範圍第7項，第丨〜3圖、第丨丨〜i 3圖） 【發明內容】 [發明欲解決之課題] 因此，由熱熔黏合性薄膜形成的軟管狀或袋狀的收容 體’其是形成爲如上述縱長的矩形狀，於黏接有如上述插 入件 '取用口裝置、裝配構件等（以下是將追些要從收容 體推出或擠出或取用被塡充、密封在收容體內具有流動性 的物品或材料等所使用的安裝在收容體上的構件稱爲「蓋 嘴合體構件」）在上述薄膜間的收容體內，若是爲塡充密 封者較少量收容物的製品時，已提案有例如第1 8圖（a ) 所示’是在由具撓性的合成樹脂薄膜等形成的矩形狀收容 體（袋體）a的長邊側的緣部b安裝有蓋嘴合體構件S的 包裝體A。 該包裝體A，槪略是經由第18圖（b)〜（e)的步 驟來製造。即，例如：至少單面是以具有熱塑性樹脂般熱 熔黏合性（熱封性）的材料所構成，是將上述收容體a的 表背部構成用的2片薄膜f其具有熱熔黏合性的面爲內側 (成面對）進行重疊，或是將具有大致是上述收容體a長 -10- 200523174 (7) 度[第1 8圖（a )中上下尺寸的長度]的2倍寬的相同薄膜 彎折成一半形成爲具有上述熱熔黏合性的面是爲內側的重 疊，對上述重疊的薄膜f彼此的兩短邊側的緣部c進行熱 封h 1以形成扁平（與形成開口的緣部b相較上述熱封h 1 後的緣部c是較短）的筒狀[參照第1 8圖（b )]。接著’ 如第1 8圖（c )所示，在上述長邊側的緣部b、b當中一 方的開口部（下端開口部）內配置蓋嘴合體構件S使其在 收容體A表背部構成用的2片薄膜f間與該緣部b —起進 行熱封h 2，在密閉該緣部b的同時黏接蓋嘴合體構件S ’ 以形成袋狀的收容體a。如此一來，如第]8圖（d )所 示，從收容體a的緣部b側的開口部（上端開口部）〇塡 充液狀、糊漿狀等其他具有流動性的收容物m，塡充後’ 如第1 8圖（e )所示，對緣部b進行熱封h3來封閉開口 部〇使收容體a密封以獲得包裝體A。 爲上述第1 8圖所示之包裝體A的狀況時，由於蓋嘴 €體構件S安裝用的開口部寬是能獲得較寬，所以對形成 爲筒狀的收容體a進行熱封h 1，以夾頭等抓住該熱封h 1 後的兩側緣部c、c使它們朝彼此接近方向推就容易打開 □部’利用熱封就能夠容易使蓋嘴合體構件s的黏接部 S 1於該開口部黏接在收容體a的表背部構成用的薄膜f 間°另’於此雖是對利用熱封來使收容體a的表背部的2 片搏膜f間及薄膜f和蓋嘴合體構件S的黏接部s1黏接 的狀況進行了說明，但有時也可利用黏接劑來進行黏接。 如上述在塡充收容物.m後對收容體a進行熱封或以 -11 - 200523174 ' (8) 黏接劑黏接成密封時，爲了避免熱封時的熱或黏接劑成份 對收容物m造成不良影響，如第1 8圖（e )所示與收容 物m之間需留有空隙e。然而，如上述包裝體a般在收容 物m _充後’右是爲對收容體a的長邊側的緣部b進行 黏接的狀況時’與對短邊側進行黏接的狀況相較，其黏接 寬度[第1 8圖（e )中熱封h 3的圖中水平方向的寬度:]會 變大，相對地收容體a內空間容積的空隙e占有率也會變 大’因此例如收容體a若是爲具有可收容；[〇g程度容積的 少容量收容體時’則只能塡充有收容體a可收容的容積 50%程度的收容物m，所以其問題是只能獲得針對於收容 體的容量其塡充率是極低的包裝體。再加上，如第18圖 (a )所示’就於矩形狀收容體的長邊側的緣部b安裝有 蓋嘴合體構件S的包裝體而言，在製品外觀.（設計）上， 除了不受歡迎外，蓋嘴合體構件S的開封作業困難，再加 _h ’要從收容體a擠出具有流動性的物品或材料等收容物 m例如牙膏或洗髮精等時，收容物會殘留在比蓋嘴合體構 件S還上部的收容空間部份，所以其問題是難以從收容體 a完全擠出收容物m。 S此’本發明，是有鑑於如上述在合成樹脂薄膜所形 成的具有性的袋狀或軟管狀的收容體安裝有蓋嘴合體構件 的包裝體的問題點，對於塡充、收容少量收容物的較小容 量的包裝體，提供一種可使外觀佳、使用方便及收容物的 塡充率高，蓋嘴合體構件安裝位置的開口寬度即使是較小 也能夠容易安裝蓋嘴合體構件的包裝體，不需經由複雜的 -12- 200523174 (9) 步驟及使用複雜的包裝裝置就能夠以低成本來進行製造的 包裝方法、包裝裝置及包裝體。 [用以解決課題之手段] 爲解決上述課題，本發明所構成的包裝方法，其特徵 爲，具有：對收容體的表背部構成用的具撓性薄膜或薄片 進行對摺重疊’或者對收容體的表背部構成用的2片具撓 性的薄膜或薄片進行重疊，然後將上述重疊的薄膜或薄片 的兩側彼此黏接以形成收容體的製袋步驟；對上述收容體 安裝蓋嘴合體構件的蓋嘴合體構件安裝步驟；及，於安裝 有上述蓋嘴合體構件的收容體塡充具流動性的物品或材料 後進行密封的塡充·密封步驟，此外，上述製袋步驟，是 連_供給上述薄膜或薄片，於該連續供給的摺疊薄膜或薄 片之間，或者重疊的2片薄膜或薄片之間，內裝著朝該薄 膜或薄片長度方向延伸的開口形成用棒狀的開口形成手 段’以重疊後的薄膜或薄片間是爲筒狀開口的狀態，在上 述開口形成手段的長度方向的兩側將上述重疊的薄膜或薄 片的兩側彼此黏接使上述薄膜或薄片間連續形成已開口的 筒狀收容體’又在將上述連續形成的筒狀收容體以該筒狀 形態、維持原狀下切斷分成小部份的單一收容體的長度的同 時’以該筒狀形態維持原狀下將其移送往蓋嘴.合體構件安 裝步驟，對其進行蓋嘴合體構件的安裝。 於上述包裝方法中，最好是又將在上述蓋嘴合體構件 安裝步·驟安裝有蓋嘴合體構件的收容體以上述筒狀形態維 -13- 200523174 (10) 持原狀下移送往塡充·密封步驟，對該收容體進行具流動 性的物品或材料等收容物的塡充、密封。 當從上述製袋步驟移送往蓋嘴合體構件安裝步驟時， 最好是將分成小部份的單一收容體的複數同時移送往蓋嘴 合體構件安裝步驟。同樣地，於上述蓋嘴合體構件安裝步 驟中，最好是對上述同時移送過來的單一收容體的複數同 時進行蓋嘴合體構件的安裝。再加上，最好是將安裝有蓋 嘴合體構件的單一收容體的複數同時從上述蓋嘴合體構件 安裝步驟移送往塡充·密封步驟。此外，於上述塡充·密 封步驟中，最好是對從蓋嘴合體構件安裝步驟同時移送過 來的單一收容體的複數同時進行塡充、密封。 在上述製袋步驟所連續供給的薄膜或薄片也可以是爲 間歇性供給。此外，於該製袋步驟中，最好是具備有：在 黏接上述薄膜或薄片的兩側連續形成收容體後，於分成小 部份的單一收容體前，可將重疊的薄膜或薄片的側端緣沿 著該薄膜或薄片的長度方向進行切除的修邊步驟。再加 上，於上述製袋步驟中，在黏接上述兩側連續形成收容體 後，於分成小部份的單一收容體前，是能夠因應要製造的 單一包裝體的收容體形狀來對其兩側進行切斷。 於上述製袋步驟中，當將連續形成的收容體分成小部 份的單一收容體時，是將上述連續形成的筒狀收容體切斷 成要製造的包裝體形狀所因應的形狀來分成小部份的單一 收容體。 此外，爲解決上述課題，本發明所構成的包裝裝置， - 14- 200523174 (11) 具備有：從捲筒連續供給具撓性的薄膜或薄片的基材供給 手段；將上述基材供給手段所供給的連續薄膜或薄片於長 度方向對摺重疊’或者是將具撓性的連續2片薄膜或薄片 進行重疊的基材重疊手段；將上述重疊的薄膜或薄片在沿 著其長度方向的兩側進行彼此黏接以連續形成收容體的側 封手段·’對利用上述側封手段形成的收容體進行切斷，以 切斷分成小部份的單一收容體長度的切斷手段；對由上述 切斷手段分成小部份的各收容體安裝蓋嘴合體構件的蓋嘴 合II構件安裝手段；對安裝有上述蓋嘴合體構件的收容體 塡充具流動性的物品或材料等收容物的塡充手段；及，對 已塡充有上述收容物的收容體的開口部進行黏接以形成密 封的密封手段，於同時，還將配置在上述基材重疊手段所 摺疊或者進行重疊的2片薄膜或薄片間可維持上述薄膜或 薄片成開口筒狀的棒狀開口形成手段設置成遍及整個上述 基材重疊手段、側封手段及切斷手段。 上述開口形成手段，最好是設置成可沿著上述薄膜或 薄片的供給方向進行前後移動，其前端最好是設置成可朝 上述切斷手段的前後進行前進後退。此外，該開口形成手 段’其正交於該開口形成手段軸方向（從基材重疊手段朝 切斷手段形成的長度方向）的剖面形狀最好是近似於收容 體所要安裝的蓋嘴合體構件其對收容體黏接的黏接部的剖 面形狀。 另外’於該包裝裝置中，最好是具備有可將在上述切 斷手段分成小部份的筒狀收容體以筒狀形態維持原狀下移 -15- 200523174 (12) 送往蓋嘴合體構件安裝手段的移送手段。再加上’包裝裝 置最好是構成爲：上述開口形成手段，是在上述連續形成 的筒狀收容體爲上述移送手段的收容體保持手段所保持後 進行後退，以使筒狀收容體是在上述開口形成手段和上述 收容體保持手段之間被切斷分成小部份的單一收容體°此 外，上述移送手段，最好是具備有：設置成能夠進行旋 轉，從其旋轉中心朝外側方向突出設有複數收容體保持手 段的移送裝置。再加上，上述移送手段，最好是能夠將上 述單一收容體的複數同時移送往蓋嘴合體構件安裝手段。 上述蓋嘴合體構件安裝手段，最好是具備有：可將上 述移送過來的收容體以上述筒狀形態維持原狀下來對上述 收容體進行保持的收容體保持手段。此外，上述蓋嘴合體 構件安裝手段，最好是能夠對單一收容體的複數同時進行 蓋嘴合體構件的安裝。另外，上述塡充手段，最好也是能 夠對單一收容體的複數同時進行塡充。再加上，上述密封 手段，最好也是能夠對已塡充有具流動性的物品或材料等 收容物的單一收容體的複數同時進行密封。 此外，上述基材供給手段，也可構成爲是對上述基材 重疊手段間歇性進行薄膜或薄片的供給。另外，於該g g 裝置，也可具備有：在黏接上述兩側連續形成收容p後， 於分成小部份的單一收容體前，可將重疊的薄膜或薄片的 側端緣沿著該薄膜或薄片的長度方向進行切除的修：_ # 段。再加上，也可具備有：可將由上述側封手段黏接兩側 來連續形成的收容體於上述切斷手段分成小部份的單_ # -16 - 200523174 (13) 容體前，因應要製造業的單一包裝體的收容體形狀來切斷 其兩側的切邊手段。 接著，本發明相關的包裝體，是由上述的包裝方法或 包裝裝置所製成’其是由具燒性的薄膜或薄片形成，其是 爲於具備有蓋嘴合體構件的收容體塡充有具流動性收容物 的包裝體。即，本發明包裝體的上述收容體，是藉由將具 撓性的薄膜或薄片進行對摺重疊，彼此黏接其周圍緣部來 構成，或者，是藉由將具撓性的2片薄膜或薄片重疊彼此 黏接其周圍緣部來構成。 本發明的包裝體，其上述蓋嘴合體構件安裝用的收容 體的開口寬度，是能夠形成爲上述收容體外周形狀中安裝 有上述蓋嘴合體構件的邊長的5 0 %以上.。此外，上述收容 體外周形狀中安裝有上述蓋嘴合體構件的邊長，是能夠形 成爲5 0 m m以下。再加上，上述收容體外周形狀中安裝有 上述蓋嘴合體構件的邊長和安裝有該蓋嘴合體構件的邊長 正交方向的收容體長度的比，是能夠形成爲2/5以下。另 外，上述收容體的蓋嘴合體構件安裝用的開口寬度也是能 夠形成爲50mm以下。 本發明包裝體的代表性形態，上述收容體是大致爲矩 形狀，是於其外周形狀的短邊側安裝有上述蓋嘴合體構 件。 上述收容體，最好是由至少內面是以熱塑性材料構成 的具撓性的薄膜或薄片所構成，其原因在於利用熱封能夠 使其容易形成爲袋狀或軟管狀的收容體。上述收容體，更 200523174 (14) 好是由熱塑性樹脂薄膜經層疊形成的薄膜或薄片所形成。 再加上，上述收容體，從空氣隔離性方面來看，最好是由 熱塑性樹脂薄膜例如是鋁薄膜等金屬薄膜形成的複合層 薄膜或薄片所形成。 此外，要安裝在上述收容體上的蓋嘴合體構件，帛 以··要安裝在收容體上的取用口部；及，可拆離地一體开多 成於上述取用口部，當從上述取用口部形成爲拆離時是言受 置成可使形成在上述取用口部上的取用孔上端是爲打開白勺 蓋部所構成，最好是採用能夠再封口的蓋嘴合體搆件。± 述蓋嘴合體構件，是於要安裝在收容體上的取用口部的γ 部，具備有從該取用口部至少朝兩側分別突出，可黏接於 形成在收容體構成用的具撓性的2片薄膜間的開口部內面 的黏接部，上述黏接部又以形成爲從取用口部朝其兩側逐 漸寬度變窄的尖細狀爲佳，如此一來能夠確實對收容體黏 接得以確實密封收容體。再加上，於上述蓋嘴合體構件的 蓋部，以形成有在將該蓋部從上述取用口部拆離再安裝至 該取用口部時可嵌入於取用口部所形成的上述取用孔內對 該取用孔進行封閉的軸部爲佳，如此一來能夠更提昇再封 口狀態的密封性。再加上，上述軸部’最好是形成爲朝其 前端其頭部變細的形狀，如此一來從上述密封性來看是更 佳。另外，於上述蓋嘴合體構件，以形成有從上述蓋部的 外面朝側方的旋鈕部爲佳，該旋鈕部又以形成爲沿著上述 黏接部的突出方向朝蓋部的兩側突出爲更佳，又上述旋紐 部是以板狀爲佳。如此，因是預先設有從蓋嘴合體構件的 -18- 200523174 (15) 蓋部朝側方突出的旋鈕部，所以不單只是從取用口部拆離 蓋部的拆封及朝取用口部嵌合蓋部的再封等 '的作業變容 易’即使拆離的蓋部不小心掉落在地板上，蓋部也難以滾 動，此外露出在表面的蓋部面積只有上述旋鈕部的部份是 較大，因此也有容易找到的優點。再加上，本發明包裝體 所採用的上述蓋嘴合體構件，因是採用熱塑性樹脂所形成 的蓋嘴合體構件，所以其受歡迎原因是在於能夠採熱封便 其對收容體黏接。 [發明效果] 於以上所述形成的本申請發明的相關包裝方法、包裝 裝置中’當由具撓性的薄膜或薄片來形成收容體時，其當 初’即從製袋時開始，是於收容體的表背部構成用的薄瞜 或薄片間介設有棒狀的開口形成手段（心棒）使收容體形 成爲筒狀開口狀態，因是在該筒狀形態保持原狀下安裝棻 嘴合體構件’所以在蓋嘴合體構件安裝時不需要特別爲棻 嘴合體構件的安裝而進行收容體的開口，因此能夠提供〜 種疋爲較小型且塡充、密封有少量收容物的包裝體，即使 其收容體的上述蓋嘴合體構件的安裝位置的開口寬度小， 對該收容體也能夠容易安裝蓋嘴合體構件，不需複雜的步 驟及不Μ使用複雜的包裝裝置以低成本就能夠提供外觀 佳、使用方便及收容物塡充率高的包裝體。 【實施方式】 200523174 (16) [發明之最佳實施形態] 於第1圖中，表示利用本發明相關的包裝方法來製造 包裝體時所使用的，包裝裝置槪略。該包裝裝置M，具備 有本發明相關的包裝方法的製袋步驟丨〇〇、蓋嘴合體構件 安裝步驟200、塡充·密封步驟3〇〇及排出所製造的完成 品即包裝體1的包袋體排出步驟。製袋步驟1〇〇，是 將具有撓性，要製成包裝體1的收容體2的表背部構成用 的薄膜或薄片進行對摺重疊，或者是將具有撓性，收容體 2的表背部構成用的2片薄膜或薄片重疊，使上述重疊的 薄膜或薄片的兩側彼此黏接來形成收容體的步驟。該製袋 步驟1 〇 〇 ’具備有：從基材捲筒R連續供給具撓性的薄膜 或薄片等基材W的基材供給手段1 〇丨；將基材供給手段 1 〇 1所供給的連續薄膜或薄片（以下又將這些總稱爲「基 材W」）於其長度方向進行對摺，即沿著基材w的供給 方向（第I圖中的左右方向）對基材w進行對半彎折重 疊的基材重疊手段]02 ;將重疊的基材w在沿著其長度方 向即沿著基材W供給方向的兩側進行彼此黏接以連續形 成收容體2a的側封手段1 03 ;對利用側封手段〗〇3連續 形成的收容體2a進行切斷以分成小部份的單一收容體2 長度的切斷手段1〇4。蓋嘴合體構件安裝手段2〇〇，是對 如上述所切斷的各單一收容體2安裝蓋嘴合體構件S的步 驟’其是由可對由切斷手段1 〇 4分成小部份的各收容體2 安裝蓋嘴合體構件S的蓋嘴合體構件安裝裝置2 〇 i所構 成。塡充·岔封步驟3 0 0 ’是對由蓋嘴合體構件安裝步驟 - 20- 200523174 (17) 2 0 0的蓋嘴合體構件安裝裝置2〇1來安壯右… 衣直 υ 1米女衣有盍嘴合體構件 S的各收容體2，塡充具流動性的物品或材料等收容物^ 後，進行密封的步驟，其具備有：對安裝有蓋嘴合體構件 S的各收容體2塡充具流動性的物品或材料等收容物】“勺 塡充裝置301 ;及，對已塡充有收容物m的收容體2的開 口部進行密封的密封裝置3〇2。另外，排出步驟“Ο，具 備有可將利用密封裝置3 02密封開口部製造出的完成品即 包裝體1從塡充·密封步驟3〇〇排出的排出傳送裝置 4〇1。再加上，於圖例的包裝裝置M中，具備有，做爲是 將在製袋步驟1 00的切斷手段〗04被分成小部份的各單一 收谷體2，以上述筒狀維持原狀下移送往蓋嘴合體構件安 裝裝置201的移送手段的移送裝置5〇〇及移送輸送裝置 5 1 0 〇 於該包裝裝置Μ，在製袋步驟〗〇〇中，是於基材供給 手段1 0 1的基材捲筒R所連續供給利用基材重疊手段1 〇 2 形成重豐而連續形成的收容體2 a的表背部構成用的基材 W間，將可使收容體2維持成該基材w重疊後的薄膜或 溥片間做爲開口筒狀的棒狀開口形成手段1 〇 5的心棒1 〇 6 設置成遍及整個基材重疊手段1 〇 2、側封手段1 〇 3及切斷 手段1 〇 4 (爹照第2圖至第4圖）。接著，將心棒1 〇 6內 裝於收容體2 a的表背部構成用的基材w間，以重疊的基 材W間是爲開口成筒狀的狀態，在心棒1 0 6的長度方向 兩側對基材w的兩側進行彼此黏接，藉此以連續形成收 容體2 a的表背部構成用的基材W間爲開口筒狀的收容體 -21 - 200523174 (18) 2a，又將上述連續形成並且開口成筒狀的收容體2a由切 斷手段I 04以上述筒狀形態維持原狀下進行切斷分成小部 份的單一收容體2長度的同時，還將分成小部份的各收容 體2由移送裝置5 〇 q及移送輸送裝置5 I 〇以上述筒狀形態 維ί寸原狀下移送往蓋嘴合體構件安裝步驟2⑽的蓋嘴合體 構件安裝裝置2 0 1，對收容體2的開口部進行蓋嘴合體構 件的安裝。 以下’是根據圖例的包裝裝置Μ來對本發明的包裝 方法及包裝裝置進行更詳細的說明。 首先’於製袋步驟1 0 0中，從基材捲筒R朝大致水平 方向連纟貝被拉出的基材w，是由複數的各種輥例如是由一 對基材拉出輥1 〇 7、基材扭轉輥1 〇 8 .，更由成相向位於左 右的一對軸方向是大致垂直的基材送出輥1 0 9，使其姿勢 變更成其表面是形成爲大致垂直的同時，還使將其供給在 可構成爲基材重疊手段1 02，其軸方向是對基材W供給方 向成正交，並且大致在水平方向，是相向位於上下的一對 基材摺疊輥]1 0間以使其沿著長度方向成對摺，重疊成是 可構成爲收容體2的表背部。基材w，正交於其長度方向 (供給方向）的寬度，有收容體2的大致2倍的寬度，該 寬度是彎折成對半，以重疊成可構成爲收容體2的表背 部。構成爲收容體2表背部的基材W，是由至少其摺疊的 內面是具有熱熔黏合性，利用熱封使其熔接可彼此黏接的 薄膜或薄片所構成。做爲如此的薄膜或薄片’在具有收容 體2表背部構成用的撓性的同時，至少上述內面是以熱熔 -22- 200523174 (19) 黏合性材料例如是以熱塑性樹脂薄膜所構成，所以例如是 使用層疊複合薄膜、同時擠出薄膜等。做爲上述熱塑性薄 膜的熱塑性樹脂，例如有聚乙烯（p E )、低密度聚乙烯 (L D P E )等，但並不限定於此。另，將上述摺疊後的基 材W用黏接劑來黏接其兩側以構成爲收容體2時，若上 述薄膜或薄片爲具有撓性的材料時，則不一定是需具有熱 熔黏合性。再加上，做爲上述基材W，若使用金屬薄膜， 例如是使用鋁薄膜層疊，或者蒸鍍金屬來形成的複合薄膜 或薄片等，具有氣體隔離性的材料時，則最適合做爲例如 化妝品、牙霄其他含有香料等揮發性成份的收容物的包裝 體。再加上，做爲基材W的薄膜或薄片的表面，若是以 聚军寸本一甲酸乙—醋（ρ 〇 1 y e t h y 1 e 11 e t e r e p h t h a 1 a t e )類樹 脂所構成時，則基材W表面的印刷性佳，在要對收容體2 衣面施以商標或商品說明等印刷時是爲最適合。此外，於 基材W的外側表面，如第2圖、第4圖所示，以單一收 容體的長度所因應的一定間隔印刷有例如位置檢測用的標 記1 1 1，於包裝裝置Μ的製袋步驟1 〇〇的適宜處，設有： 可檢測出上述位置檢測用標記1 1 1，對基材供給手段1 0 1 所供給’由基材重疊手段1 〇 2使其對摺重疊成構成爲收容 體2的表背部’由側封手段熱封兩側以形成爲袋狀的連續 收容體2 a ’又由切斷手段切斷成單一收容體的長度的各 步驟中的基材W (及這以後連續形成的收容體2a )的位 置進行檢測的單一或複數的標記感測器1 1 2，使各步騾中 加工時的基材W (連續形成的收容體2a )的定位成爲可 200523174 ' (20) 行’再加上’於切斷手段1 〇 4之前（上游側），設有標記 达出$比3。另，雖未圖不，但於各位置檢測用標記】η 間的基材W表面（外面），印刷有製品的商標、商品說 明等的各種製品資訊。 其次’如上述，於可構想收容體2的表背部被彎折成 對摺（對半）的基材W，在形成爲收容體2表背部的薄膜 或薄片間，配置有做爲開口形成手段1 〇5的心棒」〇6。該 心棒1 0 6，如第1圖、第2圖、第4圖所示，是配置在可 連續形成收容體2a，於基材重疊手段1()2的摺疊輥η0 成對摺來進行供給的基材W的收容體2 a的表背部構成用 的上下薄膜或薄片間的同時，心棒丨〇 6，是設置成遍及整 個側封手段1 0 3，又設置成是遍及整個可使收容體2 a .分 成小部份的單一收容體2的切斷手段1 〇 4。接著，於圖例 的包裝裝置Μ中，心棒1 0 6的底端，是配置在基材重疊 手段1 〇 2的摺疊輥1 1 0和側封手段1 〇 3之間的同時，從該 底端朝側方，以從摺疊後的基材W的開放側的側端緣1] 9 突出狀態突出設有致動腕106c。該致動腕106c，是聯結 於未圖示的前後驅動手段（線性促動裝置），利用該驅動 手段使心棒]0 6設置成可沿著供給方向進行前後移動，如 第4圖所示，其前端106b，是設置成可進退在切斷手段 1 〇 4的前後。此外，做爲該開口形成手段1 0 5的心棒 106，如第2圖、第4圖所示，與其軸方向（從基材重疊 手段1 02朝切斷手段1 04形成的長度方向）成正交的剖面 形狀，其大小、形狀是形成爲近似於要安裝在收容體2上 -24- 200523174 (21) 的蓋嘴合體構件S其對收容體2黏接的黏接部，例如是形 成爲近似於如第]3圖所示的蓋嘴合體構件s的黏接部 1 3 ’從中央的取用□部]1起愈朝兩側前端部其厚度愈薄 的黏接部]3的剖面形狀（橫剖）。因此，能夠使收容體 2定形成是因應著蓋嘴合體構件s的黏接部1 3形狀的開 口形態’使蓋嘴合體橇件安裝步驟2 〇 〇中收容體2開口部 的蓋嘴合體構件的安裝變容易。 製袋步驟1 〇 0中具體性的步驟詳細如以下說明。首 先，如上述於摺疊輥1 1 〇折疊成對半來構成爲收容體2的 表背部的基材W，是由熱封手段1 〇 3在心棒丨〇 6的兩側進 行熱封。此時，摺疊的基材W，是由標記感測器1 1 2檢測 出其位置，以單一收容體2的長度所應對的每個長度進行 移動，並且以停止狀態間歇性地供給至側封手段1 0 3。所 供給的基材W，是於被配置在心棒]0 6的兩側的上下一對 (兩側共有2對）熱封膜1 1 4、1 1 5間進行熱壓黏接，使: 基材 W的至少是重疊後的內面，是加熱直到構成該內面 的熱塑性材料（薄膜）的軟化點以上的溫度爲止，於一般 上，是加熱（1秒程度）至！4〇°C〜22〇°C爲止，使收容體 2的表背部構成用的薄膜或薄片的內面彼此。是在長度方 向的兩側黏接以連續形成收容體2a [參照第2圖（b )]。 如此一來兩側黏接（熱封）後連續形成的收容體2a，是 於熱封膜]]4、Π 5的下游側（後續步驟側）’被壓接在 同樣是配置在心棒1 0 6的兩側的上下一對（兩側共有2 對）冷卻膜]1 6、Π 7間藉此使上述熱封部份冷卻’形成 -25- 200523174 • (22) 黏合。 於製袋步驟1 0 0中，如上述在黏接基材w的薄膜或 薄片的兩側連續形成收容體2a後，於利用切斷手段I 〇4 來使其分成小部份的單一收容體2前，若重疊後的薄膜或 薄片的側端緣，如圖例，是爲對摺重疊的基材 W狀況 時，則如第2圖（c )所示，最好是具備有可將摺疊的基 材W (連續收容體2 a )的折疊邊]1 8相反側的側端緣i i 9 沿著該薄膜或薄片的長度方向進行切除的修邊步驟。該修 邊步驟’是因爲於基材重營手段1 0 2或側封手段1 〇 3中， 摺疊後的基材W的側端彼此（開放側的側端緣）有時不 一定會完全一致，所以，需要進行該端部的形狀修整。 另，若是以2個輥所供給的2片薄膜或薄片‘的重疊來構成 收容體2的表背部時，則最近是對收容體2的兩側端部進 行上述修邊。 再加上，於製袋步驟1 0 〇中，如第1圖所示，在側封 手段1 03和切斷手段1 04之間，如上述又於側封手段1 03 之後（下游側）設有修邊步驟時，是於該修邊步驟之後， 在將由側封手段1 0 3黏接兩側連續形成，側端部又已修邊 過的收容體2a以切斷手段1 〇4分成小部份的單一收容體 之前，設有可因應要製造的單一包裝體]的收容體2的形 狀來切斷其兩側的切邊手段1 2 0。該切邊手段1 2 0，例 如，就具有第8圖至第1 2圖及第·1 7圖（a )所示的大致 矩形狀收容體2的包裝體1而言，是可使收容體2的四角 形成導圓部，就第2圖（d )、第3圖（a )所示的切口 -23- 200523174 ' (23) 1 2 1的形成而言，或又如第1 7圖（b )〜（1 ).所示，在收 容體2的兩側部（第1 7圖各圖的收容體2的左右兩側） 是形成爲各種形狀時，也可利用該切邊手段1 2 0對連續形 成的收容體2沿著其長度方向裁切兩側部來獲得所期望形 狀的收容體2。另，於該狀況時，由側封手段1 〇 3來進行 熱封的兩側部的熱封部h當然也是被熱封成是應對於上述 切邊形狀的形狀。此外，利用黏接劑來進行黏接時其黏接 部的形狀也是同樣狀況。 接著，如上述狀況連續形成的收容體2 a，是由切斷 手段104來切斷，以分成小部份的單一收容體2。即，利 用切斷手段1 ，可使上述連續形成的筒狀收容體2a是 應對於所要製造的包裝體〗的形狀、大小被切，斷分成小部 份的單一收容體2。該切斷手段I 04，如第4圖（b )所 示，是由切斷刃1 2 2和承接該切斷刃的支承刃1 2 3形成的 一對刃手段所構成。接著，由該切斷手段1 (M來切斷連續 形成的收容體2 a以切成單一收容體的切斷，是如第1 圖、第4圖（a)〜（c)所不’做爲開口形成手段105的 心棒]06的前端，是與如上述狀況連續形成的收容體2a 一起以是由心棒1 0 6保持著收容體2 a的狀態突出在要比 切斷手段]〇4的切斷刃1 22還前方（下游側）位置的同 時，收容體2 a的前端’是只有單一收容體2的長度部份 是比切斷刃1 2 2還突出，使位於收容體2 a前端的單一收 容體2部份保持在具備有移送裝置5 0 0的收容體保持手段 5 0 ]後，在心棒]〇 6的前端1 0 6 b是後退在要比切斷手段 -27 - 200523174 (24) ]〇 4的切斷刃1 2 2位置還後方位置的狀態下[參照第4圖 (b )]，於心棒】0 6的前端】〇 6 b和移送裝置5 0 0的收容 體保持手段5 (H之間，由切斷手段1 0 4來進行切斷[參照 第3圖（b )]。然後，再使心棒1 0 6前進，如第4圖 (c )所示，其前端I 0 6是邊保持著連續的收容體2 a邊引 導該連續的收容體2a至要比切斷手段104的切斷刃122 還前方的位置[參照第4圖（c )]，使位於收容體2 a前端· 的收容體2部份保持在移送裝置5 0 0的收容體保持手段 5 0 1後進行後退，藉由重覆上述的動作，使連續形成的筒 狀收容體2a切斷分成小部份的單一收容體2。 如上述由切斷手段1 分成小部份的單一收容體2 後，該分成爲小部份的單一收容體2，是由做爲移送手段 的移送裝置5 0 0及移送輸送裝置5 1 0移送至後續步驟的蓋 嘴合體構安裝步驟2 00。圖例的移送裝置5 0 0，如第5圖 所示，是於由旋轉驅動手段（圖示外）來進行旋轉的基體 5 〇2，複數（於圖例中是爲1 0支）設有從其旋轉中心朝外 側突出的棒狀的收容體保持手段501。該移送裝置5 0 0， 是將於切斷手段1 〇4的切斷時由收容體保持手段5 0 1所保 持的經切斷連續收容體2 a而獲得的單一收容體2由收容 體保持手段5 0 ]保持成筒狀開口狀態的原狀下，經由移送 輸送裝置5 1 0移送至後續步驟的蓋嘴合體構件安裝步驟裝 置，20]。該移送裝置500，如第5圖所示，是隨著基體 5 〇2的旋轉使收容體2與收容體保持手段5 〇 1〜起把姿勢 變更成是繞著其軸成9 0 °旋轉，然後送至移送輸送裝置 -28- 200523174 (25) 5 01。此時，就圖例的移送裝置5 0 〇而言，如第1 5圖所示，是於要送往移送輸送裝置5 1 0的移送位 中爲最上部）中，使設置在基體5 0 2周圍其中的2 體保持手段5 0 ]構成爲是同時地將彼此接近且成序 的2個單一收容體2移送往移送輸送裝置5 1 0。此 容體保持手段5 0 1，其正交於軸方向的剖面形狀是 圓形、橢圓形或者與製袋步驟1 〇 0中做爲開口形 105的心棒106相同是形成爲近似於蓋嘴合體構件 接部1 3的剖面形狀，使其能夠將收容體2保持成 體構件S的黏接部1 3容易插入的開口形狀在該原 收容體2進行移送。從該移送裝置5 0 0移送往移送 置5 1 0的收容體2的移送，是構成爲：以夾頭5 0.3 手段分別把持上述序列的收容體2的兩側使其從收 持手段5 0 1朝上方抽出，朝設置在移送輸送裝置5 ] 收容體保持桿5 1 2插入的同時，使收容體2是保持 容體保持桿5 1 2與其所設置在該收容體保持桿5 1 2 具5 ] 3之間。移送輸送裝置5 ] 0，是於被設置成能 送裝置5 0 0朝蓋嘴合體構件安裝裝置2 0 1移動的多 動基本單元5 1 1，設有收容體保持桿5 1 2及夾具5 由移動基本單元511的移動使收容體2從移送裝置 送往蓋嘴合體構件安裝裝置2 0 ]。 蓋嘴合體構件安裝步驟2 0 0的蓋嘴合體構件安 20 ]，是將蓋嘴合體構件S插入配置在從製袋步驟 移送裝置5 0 0及移送輸送裝置5 ] 0所移送的單一收 圖、第 置（圖 支收容 列平行 外，收 形成爲 成手段 S的黏 蓋嘴合 狀下對 輸送裝 等把持 容體保 1 0上的 在該收 上的夾 夠從移 數各移 ]3，藉 5 00移 裝裝置 ]0 0經 容體2 200523174 (26) 的下端開口部，使蓋嘴合體構件S得以黏接於收容體2的 一種裝置。該蓋嘴合體構件安裝裝置20 1，具備有：是做 爲保持著從移送輸送裝置5 1 0所移送的收容體2的兩側與 移送輸送裝置5 1 0的移動基本單元5 1〗同時進行移動的收 容體保持手段的多數對夾頭2 0 2 ;可供給要安裝在收容體 2上的蓋嘴合體構件S的蓋嘴合體構件送料器2 04 ;從收 容體2的下方將蓋嘴合體構件S朝收容體2的下端開口部 內插入，並且將插接在收容體2上的蓋嘴合體構件S暫時 固定在收容體2的開口部上的蓋嘴合體構件插接及暫時固 定裝置2 0 5 ;利用熱封使蓋嘴合體構件S黏接於收容體2 對收容體2的下端開口部進行封閉的正式熱封裝置2 〇 7 ; 及’對正式熱封裝置2 0 7所，造成的下端開口部的熱封部進 行冷卻的冷卻裝置2 0 8。接著，收容體2是以被保持在移 迭輸送裝置510的收容體保持桿512及夾具513上的同 時，其兩側是被把持在夾頭2 0 2上的狀態，由移送輸送裝 置5 1 0將其移送至蓋嘴合體構件插入位置上。於此，是利 用蓋嘴合體構件插接及暫時固定裝置2 0 5來使蓋嘴合體構 件S的黏接部1 3從下端開口部進行插接[參照第6圖 (b )]。該蓋嘴合體構件S朝收容體2的插接，是對由移 送輸送裝置5 ] 0移送的複數（圖例爲2個）收容體2同時 進行插接。再加上，如上述已插接有蓋嘴合體構件S的收 容體2，如第6圖（c )所示，是由蓋嘴合體構件插接及 暫時固定裝置2 0 5的銷狀熱封模2 0 9使蓋嘴合體構件S的 黏接部1 3的兩側位置是點狀熱封成暫時固定。另，該暫 -30 - 200523174 (27；' 時固定的點熱封位置並無特別限定，只要能夠使蓋嘴合體 構件S確實定位在收容體2上即可。此外，該點熱封所造 成的蓋嘴合體構件S的暫時固定步驟雖也可省略，但爲了 要使蓋嘴合體構件S黏接於收容體2的開口部以確實封閉 該開口部，最好是事先做好上述暫時固定（點熱封）。如 上述暫時固定有蓋嘴合體構件S的收容體2，是藉由移送 輸送裝置5 ] 0的再前進，使同時地暫時固定有蓋嘴合體構 件S的2個單一收容體2是與上述相同以被保持在移送輸 送裝置5 10的收容體保持桿5 1 2及夾具5 1 3上的同時，其 兩側是被把持在夾頭2 0 2上的狀態，同時送至正式熱封裝 置2 0 7，使收容體2的下端部在正式熱封裝置2 0 7的一對 熱封模2 1 0間與蓋嘴合體構件S —起由‘熱封使其完全成封 閉。如第6圖（d )所示，正式熱封裝置20 7的熱封模 210，其熱封面210a是形成爲近似於蓋嘴合體構件S的黏 接部1 3的外形狀。此外，於該正式熱封裝置2 0 7中，因 是對複數的收容體2 (圖例爲2個）同時進行蓋嘴合體構 件S的熱封，所以能夠確保足夠的熱封時間，因此利用熱 封能夠使蓋嘴合體構件S確實黏接於收容體2的開口部的 同時，還能夠確實封閉收容體2的下5而開口邰。接者黏接 有蓋嘴合體構件S的收容體2，是被送往冷卻裝置2 0 8， 夾持在冷卻裝置2 0 8的一對冷卻模2 1 1間以冷卻如上述利 用熱封來黏接有蓋嘴合體構件S的收容體2的下端緣部份 [參照第6圖（e )]。於該蓋嘴合體構件安裝裝置20] 中，收容體2，是由移送輸送裝置5 ] 0的收容體保持桿 200523174 5 ] 2使其維持成是筒狀開口形態的原狀，在夾頭2 〇 2把持 著其兩側使其姿勢是成固定的狀態下隨著移送輸送裝置 510的移動基本早兀51]的移動邊進彳了移送，邊在各步驟 進行加工。藉此’在蓋嘴合體構件S的插接時就不需要重 新使收容體2成開口狀態，使蓋嘴合體構件s對收容體2 的插接變容易。 如以上所述於下端開口部黏接蓋嘴合體構件S使該開 口部是成封閉的收容體2，是以其兩側爲夾頭2 0 2所保持 的原狀下與移送輸送裝置5 1 0 —起又進行移動，藉由隨著 移送輸送裝置5 1行進的移動基本單元5 1 1的軌道上昇， 使保持桿5 1 2從收容體2朝上方抽出。然後，收容體2是 以其兩側爲夾頭2 0 2所保持的原有狀態被送‘往塡充裝置 3 0 1。於塡充裝置3 0 1，是由收容物進料器3 0 4使具流動 性的物品或材料等收容物從上述送過來的各收容體2的上 端開口部進行塡充[參照第7圖（a )]。此時，收容體2 因是由兩側的夾頭2 0 2使其上端開口部維持成原有開口的 狀態送至塡充裝置3 0 ]，所以就容易從收容體2的上端開 口部塡充上述收容物。此外，在該收容物的塡充時，也是 將收容物進料器3 04設置成複數（圖例爲2台機器）並 列’藉由對複數的收容體2同時進行收容物的塡充，能夠 確保塡充時間。如上述塡充有收容物的收容體2，是被送 至下個步驟的密封裝置3 02，形成爲打開的上端開口部是 被夾持在密封裝置3 02的一對熱封模3 0 5間，上端開口部 是由熱封黏接成平坦[參照第7圖（b )]，再加上，是在 -32- 200523174 (29) 一對冷卻模3 0 6間使上述熱封後的收容體2的上端部進行 冷卻[參照第7圖（c )]，如此一來就可獲得包裝體]的 完成品[參照第7圖（d )]。在上述收容體2的上端開口 部的熱封及冷卻時，因也是對複數的收容體2同時進行熱 封及冷卻，所以能夠確保足夠的熱封時間及冷卻時間’因 此能夠確實封閉收容體2的上端部（與設有蓋嘴合體構件 S的端部成相反側的端部）。 如以上所述，因是將包裝裝置M構成爲是於從製袋 步驟1〇〇朝蓋嘴合體構件安裝步驟200的移送，及在蓋嘴 合體構件安裝步驟200的蓋嘴合體構件的安裝，以及在塡 充·密封步驟3 00的收容物的塡充及開口部的熱封的各步 騾中’對單一收容體2的複數同時進行這些加工，所以能 夠充分確保各步驟中的熱封時間、熱封部的冷卻時間、收 容物的塡充時間，因此能夠提高生產性。 如上述所獲得的包裝體1，是被送至塡充.·密封步驟 的排出位置’街著對夾持固定著其兩側的夾頭202進行放 開使其朝下方自然落下，由排出步驟4〇〇的排出傳送裝置 4 〇 1使其送至下個步驟，經裝箱等作業後進行保管或出 貨。 第8圖至第1]圖中所圖示的包裝體，是利用本發明 、Α方法或包裝裝置製造出來，已塡充、密封有具流動 :主收谷物m在撓性收容體2內的包裝體]的代表性實施 形悲。該包裝體1 ,其收容體大致爲矩形狀，在其外周形 狀的铪邊側（上邊）安裝有蓋嘴合體構件S.。收容體2， -33- 200523174 (30) 如第】圖所示包裝裝置Μ的說明所述，寒對具撓性的薄 膜或薄片（基材W )進行對摺重疊後，利用熱封使其周緣 部彼此黏接來構成。另，收容體2，也可以是對上述具撓 性的2片薄膜或薄片進行重疊後，黏接其境j緣部來構成。 若是爲利用熱封熔接其周緣部來構成收容饑2時，則收容 體2是由至少內面是以熱塑性材料構成的萬撓性薄膜或薄 片所構成。因此，收容體2，最好是由熱键性樹脂薄膜層 疊後的薄膜或薄片來形成爲佳。再加上，如先前所述，收 容體2，從氣體隔離性的觀點來看，最好裹由熱塑性樹脂 薄膜和金屬薄膜形成的複合層疊薄膜或薄片來形成爲佳， 或者最好是由蒸鍍金屬後的合成樹脂薄膜或薄片來形成爲 佳。對於上述金屬薄膜，一般是使用鋁薄膜。此外，上述 樹脂薄膜的最外層若是使用聚對苯二甲酸乙二醋類樹脂所 形成的複合層疊薄膜或薄片，則有利於收容體表面的印 刷。 另外’要安裝在收容體2上的蓋嘴合體構件s，是 以：如第9圖所示於內部形成取用孔1 4，要安裝在收容 體2上的取用口部1 1 ;及，可拆離地一體成形於取用口 部]1 ’如第1 4圖所示，當從取用口部1 1形成爲拆離時 是設置成可使取用孔丨4的上端成爲打開的棻部】2所構 成’在取用口部丨丨和蓋部1 2之間形成著拆離槽1 5。該 蓋嘴合體構件S，是從取用口部1 1拆離蓋部1 2後，如第 1 5圖、第1 6圖所示，將蓋部〗2上下翻轉】8〇。嵌合於取 用□部】]就形成爲可再封口。取用口部n，其外面} 6 -34- 200523174 (31) 是朝前端形成爲頭部細的圓錐形，並且蓋部1 2的內面1 7 是形成爲取用口部n的外面1 6的形狀所因應的圓錐形。 再加上於蓋嘴合體構件S，在要安裝在收容體2上的取用 口部1 1的下部，具備有從取用口部U至少朝兩側分別突 出，被黏接於形成在收容體2構成用的具撓性的2片薄膜 間的開口部2 3 (參照第1 2圖）內面的黏接部13。該黏接 部1 3，是由從要安裝在收容體2上的取用口部1 1的下部 至少朝兩側分別突出的凸緣1 8和設置成遍及整個凸緣1 8 下面全外周的周壁部1 9所形成。此外，如第1 3圖所示， 黏接部1 3，是形成爲從取用口部1 1朝其兩側.逐漸寬度變 窄的尖細狀。再加上，於黏接部1 3的外面，沿著黏接部 1 3的寬度方向形成有凸條2 0。該凸條2 0，是於蓋嘴合體 構件S在收容體2的開口部2 3內利用熱封進行黏接時受 到加熱熔化’以確實封閉收容體2的開口部2 3。此外， 於蓋部1 2，形成有在將其從取用口部1〗拆離再安裝至取 用口部ί 1時可嵌合於取用口部1 ]所形成的取用孔1 4內 對取用孔I 4進行封閉的軸部2 1。藉此使取用孔〗4能夠 確實封閉。該軸部2 ].，最好是形成爲朝其前端頭部變細 的形狀’如此一來就能夠提昇取用孔1 4封閉效果。另 外’從蓋部1 2的外面朝側方，形成有在將蓋部I 2從取用 口部]1分離時可頂住手指等使蓋部1 2容易從取用口部 U扭轉拆離的旋鈕部22。爲避免旋鈕部22從包裝體1突 出，旋鈕部2 2是形成爲沿著黏接部1 3的突出方向（收容 體2的寬度方向）朝蓋部]2的兩側突出。旋鈕部2 2是以 -35- 200523174 (32) 如圖例的板狀爲佳，但並不限定於此。蓋嘴合體構件s， 以採用可利用熱封使其對收容體2黏接的熱塑性樹脂所形 成的盖嘴合體構件爲佳，例如是由聚乙烯（p E )、聚丙烯 (P P )等的聚；I：希類樹脂等成型較佳。 上述實施形態相關的包裝體1的收容體2的形狀雖大 致爲矩形狀，但並不限定於此，例如也可形成爲如第j 7 圖（b )〜（1 )所示的各種形狀的收容體。於該狀況時， 收容體2的左右兩側的的形形狀，是可利用第I圖所示的 包裝裝置Μ中的切邊手段！ 2 〇來形成，另外收容體2的 下邊形狀，也可於第1圖所示的包裝裝置M中，利用可 將連續形成的收容體2 a切割分成小部份的單一收容體2 的切割手段1 0 4來形成。 如上述’於本發明中，是在製袋步驟丨〇 〇，對收容體2 表背部構成用薄膜、薄片形成的基材W進行對摺重疊， 於适些薄膜、薄片間內裝有開口形成用的心棒丨〇 6使基材 W是在開口成筒狀的狀態下黏接兩側連續形成筒狀收容體 2a ’在該筒狀收容體2a開口狀態維持原狀下以切斷手段 1 〇 4將其切斷分成小部份的單一收容體2，又利用移送裝 置5 0 0及移送輸送裝置5丨〇使收容體2在開口狀態維持原 狀下移送往蓋嘴合體構件安裝步驟2 〇 〇對收容體2的下端 開口部安裝蓋嘴合體構件S後，在塡充·密封步驟3 0 0的 塡充裝置3 01從收容體2的上端開口部塡充流動性收容 物’在密封裝置3 0 2對收容體2的上端開口部進行密封以 獲得包裝體】。如此，根據本發明的包裝方法及包裝裝置 -36- 200523174 (32) 時，因是將基材W自沿著其長度方向彎折來形成收容體2 的製袋步驟階段開始，就於收容體2表背部構成用薄膜、 薄片間內裝有做爲開口形成手段i 〇 5的心棒1 〇 6，以筒狀 開口狀態連續形成收容體2的同時，在該開口狀態維持原 狀下移送至蓋嘴合體構件安裝裝置2 〇丨對該收容體2的開 口邰插入蓋嘴合體構件S的黏接部1 3來進行黏接，所以 即使是無法充分確保有上述蓋嘴合體構件s插入' 黏接用 開口寬度的較小容量的包裝體，也能夠簡單地安裝蓋嘴合 體構件s，並且能夠確實密封收容體2。因此，利用上述 包裝方法及包裝裝置所製造出來的，於具撓性薄膜或薄片 形成備有蓋嘴合體構件S的收容體2內塡充有具流動性收 ㈣的本㈣的包裝體其蓋嘴合體構件s安裝用的收 容體2的開□寬度（第12圖中W d表示的㈣）能夠形 成爲是收容體2的外周开^ μ 士 $ & < 」&狀中女裝有蓋嘴合體構件S的邊 :(第圖中以D表示的長度）的5〇%以上。此外，收 谷體2的外周形狀中安裝有芸觜 二 衣有m卩角g髏構件s的邊長〇也 肖匕夠形成爲是5 0 m m以下。再加μ W ^ ’又能夠使收容體2的 外周形狀中安裝有蓋嘴合體構件 &的邊長D和收容體2 的外周形狀中安裝有蓋嘴合體構件 _ = S的邊正父方向的收容 體長度（第】2圖中以L表示的 Ν ^ 焉度）的比（D/L)是爲 “ ^下。此外，還能夠使收容髀^ 壯形汁μ ^ 2的蓋嘴合體構件S安 衣t成的開口寬度d成爲5〇mm以 1Ϊ1 -从一 乂卞。於第8圖至第！] .d m不的貫施形態的包裝_ 1中，、 ή<Ί ^ ^ _ “ 女裝有蓋嘴合體構件s 、&長d是爲30mm，兩側熱封h % 〕域度各爲3 m m，相對 200523174 (34) 方々女I有盖嘴合體構件S的邊長D其開口寬度d是爲 24 m m。因此，開口寬度d是爲安裝有蓋嘴合體構件s的 邊長D的80%。另’因蓋嘴合體構件s的的黏接部1 3的 周Μ部1 9的全外周長度約爲4 i ，周壁部1 9單面的.外 周長度約爲20.5mm，所以對於上述邊長〇是形成爲插 入、黏接約6 8 %長度的蓋嘴合體構件s，因此根據本發明 相關的包裝方法及包裝裝置時，即使是似這般收容體2安 裝有盖嘴合體構件S的邊長〇是爲較短，即其蓋嘴合，體 構件S插入黏接用的開口寬度d即使是較小也能夠容易安 裝室嘴合體構件S。又加上安裝有蓋嘴合體構件s的邊長 D和女裝有盍嘴合體構件S的邊長D至正交方向的收容體 的長度L的比（D/L )是爲2/5以下（3〇/85 = 6/1 7 )。如 此一來’根據本發明時，不需複雜的步驟及不需使用複雜 的裝置就能夠以低成本製造出外觀佳、使用方便及收容物 塡充率高的包裝體1。 [產業上之.可利用性] 本發明相關的包裝方法及包裝裝置，能夠最佳應用於 要將液狀、膏狀、漿狀、溶膠狀等具流動性的物品或材料 等收容物少量以高塡充率塡充密封在收容體（容器）內來 形成製品的製造上。 本發明相關的包裝體，是最佳使用在例如：口腔淸潔 製品、梳妝淸潔製品、化妝品、食品、醫藥品、工業製 品、其他，較少量塡充密封有具流動性收容物的製品上。 -38- 200523174 (35) 對於上述口腔淸潔製品例如有：牙膏、漱口水、口齒芳香 劑、膠狀牙《、齒垢檢查液等。對於上述梳妝製品例如 有：洗髮精、潤濕精、護髮素、刮鬍膏、洗手乳、護手乳 液、沐浴乳、洗面乳、整髮料、育毛劑、入浴劑、芳香 劑、液體淸潔劑等。對於化妝品例如有：化妝水、美白化 妝品、指甲修護保養品、液體粉底、護唇膏等。對於食品 例如有：調味料、沙拉醬、美乃滋、牛油、果醬、液狀補 尤物、果凍、咖啡用奶精等。對於醫藥品例如有：軟膏 樂、眼藥水、止癢劑等。對於工業製品例如有漿糊、黏 接劑、塡縫劑等。再加上，其他，也適合使用於如上述各 種製品的補充包容器試用品容器等。 【圖式簡單說明】 第I圖爲表示包裝裝置槪略的裝置全體透視圖。 第2圖（a )〜（d )爲製袋步驟說明用透視圖。 第3圖（a )、（ b )爲製袋步驟及分成小部份步驟的 說明用剖面圖。 % 4圖（a )〜（d )爲分成小部份步驟說明用透視 圖。 第5圖爲移送裝置透視圖。 第6圖（a )〜（e )爲移送裝置至蓋嘴合體構件安裝 步驟的說明用透視圖。 弟7圖（a )〜（d )爲塡充·密封步驟說明.用透視 圖。 - 39- 200523174 (36) 第8圖爲包裝體透視圖。 第9圖爲包裝體正剖面圖。 第]〇圖爲包裝體側剖面圖。 第Π圖爲包裝體放大平剖圖。 第1 2圖爲蓋嘴合體構件安裝安裝前的收容體正面 圖。 第1 3圖爲蓋嘴合體構件透視圖。 第1 4圖爲蓋嘴合體構件的蓋部從取用口部拆離後的 包裝體狀態正面圖。 第1 5圖爲拆離後的蓋部嵌合於取用口部成再封口狀 態的包裝體正面圖。 第]6圖爲蓋部已嵌合於取用口部上的蓋嘴合體構件 狀態放大正剖圖。 第1 7圖（a )〜（1 )爲各種形態的包裝體正面圖。 第18圖（a)〜（e)爲表示習知包裝體及其包裝方 法的步驟說明圖。 【主要元件符號說明】 1 :包裝體 2 :收容體 2a :連續形成的收容體 1 1 :取用口部 1 2 :蓋部 】3 .黏接部 -40- 200523174 (37) 1 4 :取用孔 1 5 :拆離槽 1 6 :取用口部的外部 ]7 :蓋部的內面 1 8 :凸緣部 1 9 :周圍壁部 2 0 :凸條 2 1 :軸部 2 2 :旋鈕部 23 :開口部 1 0 0 :製袋步驟 1 〇 1 :基材供給手段 1 0 2 :基材重疊手段 1 0 3 :側封手段 1 0 4 :切斷手段 1 0 5 :開口形成手段 1 0 6 :心棒 1 0 6 a :心棒的底端 1 0 6 b :心棒的前端 1 0 6 c :心棒的致動腕 1 0 7 :基材拉出手段 1 〇 8 :基材扭轉輥 1 〇 9 :基材送出輥 1] 〇 :摺疊輥 200523174 (38) 1 1 1 :位置檢測用標記 1 1 2 :標記感測器 1] 3 :標記輸送輥 1 ] 4、] 1 5 :熱封模 1 1 6、1] 7 :冷卻膜 Π 8 :基材摺疊邊 1 1 9 :基材側端緣 1 2 0 :切邊手段 1 2 1 :凹切部 1 2 2 :裁斷刃 1 2 3 :支承刃 2 0 0 :蓋嘴合體構件安裝步驟 20 1 ：蓋嘴合體構件安裝裝置 2 0 2 :夾頭 2 04 :蓋嘴合體構件送料器 2 0 5 :蓋嘴合體構件插接及暫時固定裝置 2 0 7 :正式熱封裝置 2 0 8 :冷卻裝置 2 09 :銷狀熱封模 2 1 0 :熱封模 2 10a:熱封面 2 ] 1 .冷卻模 3 0 0 :塡充·密封步驟 3 〇 ]:塡充裝置 -42 - 200523174 (39) 3 0 2 :密封裝置 3 04 :收容物進料器 3 〇 5 :熱封模 3 0 6 :冷卻模 4 00 :包裝體排出步驟 4 0 1 :排出傳送裝置 5 00 :移送裝置 5 〇 1 :收容體保持手段 5 02 :基體 5 0 3 :夾頭 5 1 0 :移送輸送裝置 5 1 1 :移動基本單元 5 1 2 :收容體保持桿 5 1 3 :夾具 A :包裝體 a :收容體 b =長邊側緣部 c :短邊側緣部 e :空隙 f :薄膜 h、h 1〜h 3 :熱封200523174 九 IX. Description of the invention [Technical field to which the invention belongs] The present invention relates to a packaging method, a packaging device and a packaging body, and relates to: filling a tube-shaped or bag-shaped packaging container (container) with, for example, 2 to several 10g, a small amount of liquid storage items, such as liquid, paste, paste, sol-like items or materials, and then sealed into a package 'It is, for example, a room in a hotel or other accommodation facility Packaging method and packaging device for filled or sealed bag-shaped or tube-shaped storage bodies such as toothpaste, shampoo, conditioner, etc. to be provided to housing passengers, and the above-mentioned packaging body is described in more detail It is about: a package formed by a hot-melt-bondable flexible thin sheet or sheet, which is integrally mounted with a mouth portion on a container opening where the container is sealed, and the container is used for its manufacture. Packaging method, packaging device and packaging body. [Prior art] Conventionally, a container used for filling and sealing a tube-shaped or bag-shaped container having the above-mentioned flowable storage material has a heat-sealable, substantially flexible laminated or simultaneously extruded container. A container body formed of a composite film formed from a thin film is a container for liquids, oils, and emulsions with a limited amount of use, especially a cover, a bag, etc., and a resealable container has been proposed (for example, refer to Patent Document 1) It has a head part that is welded to the cover, a neck with a base,? L, a restricted unsealing part and a zigzag cover, which can be re-inserted after the cover is detached and turned to 180 ° The pin for the base to securely seal the cover is provided with a substantially rigid insertion member protruding from the center of the cover. Another proposal is to have a re-sealable insert 200523174 (2) access member (access member) provided on the opening of the cover (bag) as a re-sealable integrated cover The access port device is formed on the upper end of the injection port, and the cover for closing the injection port is integrally formed in a reverse state, and a horizontally long heat-sealing shoulder is integrally formed on the lower end of the injection port. The front end of the shoulder is formed to be gradually thinner so that the front end of the heat-sealed shoulder and the overlapping portion of the bag back and the surface film do not have pinholes (for example, refer to Patent Document 2). In addition, as a resealable pouch packaging container, a) has a substantially rigid assembly member (the same member as the above-mentioned insertion member and access port member), the assembly member having an inner end, an outer end, and The inner end extends to the outflow port of the outer end, and has a flat flange at the inner end, b) holes are formed in the thermoplastic film sheet for packaging container formation, and forming is performed around the holes of the film sheet by forming means The recess, the planar flange of the mounting member is adhered to the hole portion of the film sheet, and the film sheet is bent in a direction away from the mounting member, so that a bent end portion and an overlapping film edge are formed The edges of the overlapping films are adhered to each other, the pouch is closed except for the flow-out portion of the assembly member, and the recessed portion of the film sheet is formed by the planar flange that can receive the assembly member. Regarding a resealable pouch packaging container and a method for manufacturing the pouch packaging container, a container manufacturing method having the following steps has also been proposed (for example, refer to Patent Document 3) 'The appropriate steps are: a) The recess is formed by a molding method. A step of forming on the thermoplastic film sheet; b) a step of opening the flow stream through the hole between the substantially rigid assembly member and the pouch having the flange and the flow D passing through itself, and opening the flow on the recess; c) the steps of attaching the above-mentioned assembly-6- 200523174 (3) the flat flange of the member to the recess of the film sheet; d) bending the film sheet in a direction away from the assembly member to form a bend The step of folding the end and the overlapping film edge; o bonding the overlapping film edges to each other, so that the small bag is closed except for the spout portion of the assembly member, and the recess of the film sheet is formed as The mounting flange has a suitable shape for mounting the flat flange. In addition, Patent Document 4 discloses a method for manufacturing the same container. That is, the manufacturing method of the trough device disclosed in Patent Document 4 is a method of manufacturing a deformable container, which is directed to. The sheet material is bent along one axis, and the side edges of the sheet material overlapped along the bend are adhered to form a tube-shaped body. The overlapping portions of the tube-shaped body are separated from each other and expanded. The side edge of the end part distinguishes the middle part. The end face side part is formed by the middle part, and a cover body is mounted on the end face side part, and the paste-like product is filled through the opening on the opposite side of the end face side part In the above-mentioned expanded hose-shaped body, a manufacturing method for forming the container into a closed container after the product is filled, is characterized in that an outlet opening is formed at the intermediate portion to be formed as the end face side portion. The two overlapping parts of the material are welded to each other along the edges of the two sides. In the state where the hose-shaped body is expanded, the fixed connection parts are interposed through the openings on the opposite sides of the end face sides. Introduced into the hose-shaped body 'Push the neck of the fixed connection part through the outlet opening to the outside and fix it to the inside of the middle part, and then, the outlet connection part and the top structure of the cover The cap body is mounted on the neck portion of the fixed connection part protruding from the hose-shaped body, whereby the intermediate portion is fixed to the fixed connection part and the outlet connection. 200523174 (4) pieces In the meantime, the paste-like product is filled in the hose-shaped body through the opening, and then the opening is closed for welding. In the above-mentioned Patent Document 1, the method for manufacturing the container (packaging method) merely states that "the packaging device may be a device installed in an existing packaging machine. This device performs the following operations: from an appropriate metering and dispensing device Take out the plastic insert; insert the insert into the cover opening after the insert is installed; and transport the packaging material along the production line as needed. "(Refer to paragraph [〇〇3 1] of Patent Document 1] ), The details of the packaging method and device are not recorded. In addition, Patent Document 2 describes the above-mentioned access opening device. "It is inserted into the mouth of the bag and sandwiched between the film on the back and the surface. The groove and the heat seal are used for crimping from the back and the surface. The ribs are melted and swallowed into the film, and the front ends of the ribs are fused between the film on the back and the surface "(refer to paragraph [〇〇i 2] of Patent Document 2)," After filling the contents in the bag, "Insert the heat-sealed shoulder into the mouth of the bag and install it by heat-sealing" (refer to paragraph [00〇6] in Patent Document 2). "After filling the contents of the bag, install the At the entrance, the contents can be efficiently filled and the ribs can be reliably melted due to the action of the ribs, so that pinholes will not be generated even if there are some inclusions "(see paragraph [0 0 1 9] of Patent Document 2) . However, for example, if a cover (bag) used as a storage body is formed in a substantially rectangular shape in a longitudinal direction, when an insert is disposed in the opening of the cover in Patent Document 1, or in Patent Document 2, Insert the mouthpiece into the mouth of the bag, sandwich the film between the back and the surface, and use a heat seal to fuse it to the inside surface of the bag. If it is the cover (bag) for installing the insert or the mouthpiece device, When the width of the upper edge is narrower than -8-200523174 (5) If a container with a large opening width for the above-mentioned insert or insertion opening device cannot be obtained, two pieces of hot-melt adhesive film should be superimposed, or A piece of hot-melt adhesive film is folded in half along its length direction, and the two ends of these overlapping films are adhered by heat sealing or the like to form a cover (bag) in advance, and then the insert or the access device is inserted into the opening. Even if it ’s configured, “But because the film is in close contact with the opening of the cover (bag) that overlaps, it ’s difficult to open”, so it is easy to cause problems in the production steps for industrial continuous production. It will result in lower production efficiency. Therefore, in general, when the width of the cover (bag) is less than 50% of the width of the opening for mounting the insert or the mouth opening device, it is difficult to automate the manufacturing process. In addition, in Patent Literature 3, because the adhesive assembly member is inserted into a hole formed in the film sheet for packaging container construction, the film sheet is folded in half in a direction away from the assembly member. The hole does not need to be enlarged, but the manufacturing steps and devices of the method of bending and overlapping the film sheet after the assembly member is inserted and adhered, and the film is sealed by fusing the edge of the film, etc., are complicated. In addition, in the method for manufacturing a container disclosed in Patent Document 4, except that the method described in Patent Document 3 has the same problems, if the width of the hose-shaped body is relatively narrow, there will be a problem similar to that described above. Patent Documents 1 and 2 have the same problems: it is difficult to spread the overlapping portions of the hose-like bodies apart from each other, and it is difficult to distinguish the middle portion from the side edges of the end portions. [Patent Document I] Japanese Patent Laid-Open No. 5-1 6 2 7 5 6 (Patent Application No. 1 'Figure 1 and Figure 2) [Patent Document 2] Japanese Patent Laid-Open No. 5-2 2 9 5 6 6 Publication No. (Application Patent No. 200523174 (6) Scope Item], paragraphs [00 12], [001 8], Figures 1 to 4) [Patent Document 3] Japanese Special Table No. 5 1 0 7 9 0 (Items 1 and 7 of the scope of patent application, Figures 6 to 9, Figures 11 and 12) [Patent Document 4] Japanese Patent Publication No. 2001-514602 (Item 7 of the scope of patent application, No.丨 ~ 3, and 丨 丨 ~ i 3) [Summary of the Invention] [Problems to be Solved by the Invention] Therefore, a tube-shaped or bag-shaped container formed of a hot-melt adhesive film is formed as described above. Long rectangular shape, with the above-mentioned inserts' access opening device, assembly members, etc. (the following are pushed out or squeezed out from the container or taken out of the container, filled and sealed in the container with fluidity The articles or materials used on the container are called "cap-and-mouth fitting members") in the container between the above-mentioned films. In the case of a product containing a small amount of storage, for example, as shown in FIG. 18 (a), 'is a long side of a rectangular storage body (bag body) a formed of a flexible synthetic resin film or the like. A package A of the cap-and-mouth fitting member S is attached to the edge portion b. The package A is manufactured by the steps shown in Figs. 18 (b) to (e). That is, for example, at least one side is made of a material having hot-melt adhesiveness (heat-sealability) like a thermoplastic resin, and the two films f for forming the front and back surfaces of the container a have hot-melt adhesive properties. The faces are overlapped on the inside (face-to-face), or they have approximately the same width as twice the width of the above-mentioned container a -10- 200523174 (7) degrees [length of the upper and lower dimensions in FIG. 18 (a)] The film is folded in half to form the surface having the above-mentioned hot-melt adhesiveness, and the inside is overlapped, and the edges c on the two short sides of the overlapped films f are heat-sealed to form a flat shape (and The edge portion b is shorter than the edge portion c after the heat seal h 1 described above) (see FIG. 18 (b)). Next, as shown in FIG. 18 (c), a mouthpiece fitting member S is arranged in one of the openings (lower end openings) of the long side edges b, b so as to be formed on the front and back surfaces of the container A The two pieces of film f are used to heat-seal h 2 together with the edge portion b, and the cap-and-mouth fitting member S ′ is adhered while sealing the edge portion b to form a bag-shaped container a. In this way, as shown in FIG. 8 (d), from the opening portion (upper end opening portion) of the edge portion b side of the container a, the liquid-containing, paste-like, other flowable container m is filled. After charging, as shown in FIG. 18 (e), the edge portion b is heat-sealed h3 to close the opening portion 0 and the container a is sealed to obtain a package A. In the case of the package A shown in the above-mentioned FIG. 18, since the opening portion for mounting the cap member S is wide, the container a formed into a cylindrical shape is heat-sealed. H 1 The side edges c and c of the heat seal h 1 after grasping the heat seal h 1 with a chuck or the like are easily opened when they are pushed toward each other. The heat-sealing makes it easy to make the adhesive part of the cap-and-mouth joint member s. S 1 is adhered to the film f between the front and back surfaces of the container a at the opening portion. In addition, it is here between the two diaphragms f and the film f that use the heat seal to make the front and back of the container a. The state of adhesion to the adhesive portion s1 of the cap-and-mouth joint member S has been described, but it may be adhered with an adhesive. Fill the container as described above. After m, heat-seal the container a or seal it with -11-200523174 '(8) Adhesive to prevent the heat of the seal or the components of the adhesive from adversely affecting the container m, as described in section A space e must be left between the storage object m shown in FIG. 18 (e) and the storage object m. However, when the storage object m _ is filled like the package a described above, 'the right side is a condition where the edge portion b of the long side side of the storage body a is adhered' compared with the state where the short side side is adhered. , Its adhesion width [the width in the horizontal direction of the heat seal h 3 in Fig. 18 (e):] will increase, and the space e occupancy rate of the space volume in the container a will also increase. For example, if the containing body a is capable of containing; [0g of a small-capacity containing body ', it can only be filled with the containing object m of about 50% of the capacity of the containing body a, so the problem is that it can only be obtained According to the capacity of the container, the packing rate is extremely low. In addition, as shown in FIG. 18 (a), as for the package body in which the mouthpiece fitting member S is installed on the edge portion b of the rectangular side of the rectangular receiving body, the appearance of the product. In terms of (design), in addition to the unpopularity, the unsealing operation of the cap-and-mouth fitting S is difficult, and _h 'is required to squeeze out a container m such as toothpaste or shampoo from the container a with fluid articles or materials. When waiting, the storage object remains in the storage space portion above the cap-and-mouth fitting member S, so the problem is that it is difficult to completely squeeze the storage object m from the storage body a. In view of the above, the present invention has a problem in view of the problem that a package body having a mouthpiece fitting member attached to a conventional bag-like or tube-like container formed on a synthetic resin film is described above. The small-capacity package provides a package that can have a good appearance, convenient use, and high filling rate of the container. The opening width of the cap-and-mouth fitting installation position can be easily installed even if the opening width is small. , Packaging method, packaging device and package body which can be manufactured at low cost without going through complicated -12-200523174 (9) steps and using complicated packaging device. [Means for solving the problems] In order to solve the above-mentioned problems, the packaging method according to the present invention is characterized by including: folding a flexible film or sheet for structuring the front and back surfaces of the container, or folding the container; Two flexible films or sheets for forming the front and back surfaces of the body are overlapped, and then the two sides of the overlapped film or sheet are adhered to each other to form a bag making step of the container; a cap-and-mouth fitting member is installed on the container Step of installing a cap-and-mouth fit member; and a filling and sealing step of sealing the container to which the cap-and-mouth fit member is installed after filling with a flowable article or material. In addition, the bag-making step is a continuous _ The above-mentioned film or sheet is supplied, and between the continuously supplied folded films or sheets, or between two overlapping films or sheets, a rod-shaped opening forming means for extending the length of the film or sheet is housed. 'In the state where the stacked films or sheets are cylindrically opened, the overlapping films or The two sides of the sheet are adhered to each other, so that the above-mentioned film or sheet is continuously formed into an opened cylindrical container. Then, the continuously formed cylindrical container is cut into a single unit in this cylindrical shape while maintaining the original shape. The length of the container was transferred to the mouthpiece while 'the tube shape was maintained. The fitting component installation step is to install the cover-tipped fitting component. In the above-mentioned packaging method, it is preferable that the container with the cap-and-mouth fitting member installed in the cap-and-mouth fit member mounting step and step described above be in the above-mentioned cylindrical shape. In the sealing step, the container is filled and sealed with fluid articles or materials. When moving from the bag-making step to the cap-and-mouth joint member mounting step, it is preferable to simultaneously transfer a plurality of divided single storage bodies to the cap-and-mouth joint member mounting step. Similarly, in the cap-and-mouth assembly member mounting step, it is preferable that the cap-and-mouth assembly member is simultaneously mounted on a plurality of the single storage bodies that are simultaneously transferred. In addition, it is desirable that the plurality of single container bodies to which the cap-and-mouth fitting member is mounted be transferred from the cap-and-mouth fitting member mounting step to the filling and sealing step at the same time. In the above filling and sealing step, it is preferable to simultaneously fill and seal a plurality of single containers that are simultaneously transferred from the cap-and-mouth joint member mounting step. The film or sheet continuously supplied in the bag-making step may be intermittently supplied. In addition, in the bag-making step, it is preferable to include: after the two sides of the film or sheet are adhered to form a container continuously, before the single container is divided into a small part, the overlapping film or sheet can be The side edge is trimmed along the length of the film or sheet. In addition, in the above-mentioned bag-making step, after the container is continuously formed on the two sides, the container can be formed according to the container shape of the single package body before being divided into a small single container. Cut on both sides. In the above-mentioned bag-making step, when the continuously formed container is divided into a small single container, the continuously formed cylindrical container is cut into a shape corresponding to the shape of the package to be manufactured and divided into small ones. Part of a single containment body. In addition, in order to solve the above-mentioned problems, the packaging device constituted by the present invention includes: a substrate supply means for continuously supplying a flexible film or sheet from a roll; and the substrate supply means The supplied continuous film or sheet is folded and overlapped in the length direction 'or a substrate overlapping means of overlapping two flexible continuous films or sheets; the overlapped film or sheet is carried out on both sides along its length direction Side sealing means for adhering to each other to continuously form a storage body · 'Cutting means for cutting a storage body formed using the above-mentioned side sealing means to cut a single storage body length divided into small parts; The means is divided into a small part of each container to install the cap-and-mouth assembly member. The cap-and-mouth assembly II means is used to mount the container with the cap-and-mouth assembly member installed. ; And, the sealing means for adhering the openings of the container filled with the storage object to form a seal, and at the same time, it is also arranged on the substrate overlapping method. Folded or overlapping between two sheets of film or sheet film or sheet may be maintained above an opening of the cylindrical rod forming means opening means arranged to overlap over the whole of the base, side seal means and the cutting means. The opening forming means is preferably provided so as to be movable forward and backward along the feeding direction of the film or sheet, and the front end thereof is preferably provided so as to be able to advance and retreat forward and backward of the cutting means. In addition, it is preferable that the cross-sectional shape of the opening forming means which is orthogonal to the axial direction of the opening forming means (the length direction formed from the substrate overlapping means toward the cutting means) is similar to the cap-and-mouth fitting member to be mounted on the container. A cross-sectional shape of an adhesive portion adhered to the container. In addition, in this packaging device, it is preferable to have a cylindrical container which can be divided into a small part by the cutting means described above and moved downward in a cylindrical shape. -15- 200523174 (12) sent to the cap and mouth assembly member Installation means transfer means. In addition, the packaging device is preferably configured such that the opening forming means is moved backward after being held by the continuously-formed cylindrical storage body as the storage body holding means of the transfer means, so that the cylindrical storage body is at It is preferable that the opening forming means and the holding body holding means are cut into a single storage body divided into small parts. In addition, it is preferable that the transfer means is provided to be rotatable and protrude outward from a center of rotation. A transfer device provided with a plurality of holding body holding means. In addition, it is preferable that the above-mentioned transfer means is capable of simultaneously transferring a plurality of the above-mentioned single container bodies to the cap-and-mouth fitting member mounting means. It is preferable that the cap-and-mouth fitting member mounting means includes a container holding means capable of holding the container transferred to the container in the cylindrical shape while maintaining the container in its original state. In addition, it is preferable that the cap-and-mouth fitting member mounting means is capable of simultaneously mounting the cap-and-mouth fitting member on a plurality of single containers. In addition, it is desirable that the above-mentioned filling means be capable of simultaneously filling a plurality of a single container. In addition, it is preferable that the above-mentioned sealing means is capable of simultaneously sealing a plurality of single storage bodies which are filled with storage items such as fluid articles or materials. The substrate supply means may be configured to intermittently supply the film or sheet to the substrate overlapping means. In addition, the gg device may further include: after the above-mentioned two sides are continuously adhered to form the storage p, before the single storage body divided into small parts, the side edges of the overlapped film or sheet may be along the film. Or slice the length of the repair: _ # segment. In addition, it may also include: a container that can be formed by adhering two sides of the side sealing means to form a continuous body before the cutting means is divided into small parts _ # -16-200523174 (13) before the container, corresponding The shape of the container of a single package to be manufactured is a cutting means for cutting both sides of the container. Next, the packaging body according to the present invention is manufactured by the above-mentioned packaging method or packaging device. 'It is formed of a sinterable film or sheet, and is used for filling a container 塡 with a lid-fitting member. Package of fluid container. That is, the above-mentioned container of the packaging body of the present invention is formed by folding and folding a flexible film or sheet in half and bonding the peripheral edges to each other, or by forming two flexible films or sheets The sheets are formed by overlapping and adhering the peripheral edges of the sheets. The packaging body of the present invention, the opening width of the container for mounting the cap-and-mouth assembly member can be formed to be 50% or more of the length of the side of the container outer peripheral shape in which the cap-and-mouth assembly member is mounted. . In addition, the side length of the cap-and-mouth fitting member mounted on the outer peripheral shape of the housing can be formed to 50 mm or less. In addition, the ratio of the length of the side in which the cap-and-mouth fitting member is mounted to the length of the side in which the cap-and-mouth fit member is mounted in the shape of the outer periphery of the housing can be made 2/5 or less. In addition, the opening width for mounting the cap-and-mouth fitting member of the container can be formed to 50 mm or less. In a typical form of the packaging body of the present invention, the storage body has a substantially rectangular shape, and the cap-and-mouth assembly is attached to the short side of the outer peripheral shape. The container is preferably formed of a flexible film or sheet made of a thermoplastic material at least on the inner surface, because the container can be easily formed into a bag-like or tube-like container by heat sealing. The above-mentioned container is more preferably 200523174 (14) and is formed of a film or sheet formed by laminating a thermoplastic resin film. In addition, it is preferable that the container is formed of a composite layer film or sheet made of a thermoplastic resin film such as a metal film such as an aluminum film from the viewpoint of air barrier properties. In addition, the cap-and-mouth fitting member to be mounted on the above-mentioned receiving body is provided with the access opening to be installed on the receiving body; and, detachably integrally formed with the above-mentioned access opening, and when When the access opening is formed to be detached, it is said that the upper end of the access hole formed on the access opening is configured to open the lid portion, and it is preferable to use a cap that can be resealed. Fitting components. ± The cover-mouth assembly is a gamma part of the access opening to be mounted on the storage body, and is provided with at least two sides protruding from the access opening, and can be adhered to the formation of the storage body. It is preferable that the adhesive portion on the inner surface of the opening portion between the two flexible films is formed into a tapered shape that gradually narrows in width from the access opening to both sides thereof. The container is adhered to securely seal the container. In addition, the cover portion of the cap-and-mouth assembly is formed with the cover formed by being inserted into the access opening when the cover is detached from the access opening and then attached to the access opening. The shaft portion that closes the access hole in the access hole is preferable, so that the sealing performance in the resealed state can be further improved. In addition, it is preferable that the shaft portion 'is formed in a shape where the head portion is tapered toward the front end thereof, so that it is more preferable from the viewpoint of the sealing performance. In addition, it is preferable that the cap-and-mouth fitting member is formed with a knob portion facing laterally from an outer surface of the cap portion, and the knob portion is formed to protrude toward both sides of the cap portion along a protruding direction of the adhesive portion. More preferably, the knob part is preferably plate-shaped. In this way, since the knob part protruding from the lid part is provided in advance to -18- 200523174 (15), the knob part is protruded laterally, so it is not only the unsealing of the lid part from the access part and the access port. Even if the detached cover part is accidentally dropped on the floor, the cover part is difficult to roll, and the area of the cover part exposed on the surface is only the part of the knob part described above. It is larger and therefore has the advantage of being easy to find. In addition, the above-mentioned cap-and-mouth assembly used in the packaging body of the present invention is a cap-and-mouth assembly made of a thermoplastic resin, so it is popular because it can be heat-sealed to adhere to the container. [Effects of the Invention] In the related packaging method and packaging device of the present invention formed as described above, when a container is formed of a flexible film or sheet, the container is initially stored at the time of bag making, and is contained in the container. A bar-shaped opening forming means (mandrel) is used between the thin and thick sheets for forming the front and back surfaces of the body to form the container body in a cylindrical opening state, and the pout-mouth fitting member is installed while the cylindrical shape is kept intact. It is not necessary to open the container for the installation of the mouth-to-mouth fit member during the installation of the mouth-to-mouth fit member, so it can provide ~ a kind of small package, which is filled and sealed with a small amount of contents, even if its container The opening width of the installation position of the above-mentioned cap-and-mouth fitting member is small, and the cap-and-mouth fitting member can be easily installed to the container, without the need for complicated steps and without using a complicated packaging device. Convenient and highly packed package. [Embodiment] 200523174 (16) [Best embodiment of the invention] FIG. 1 shows a packaging device used when a packaging body is manufactured by a packaging method according to the present invention. This packaging device M is provided with a bag-making step of the packaging method according to the present invention, a cap-and-mouth fitting member installation step 200, a filling and sealing step of 300, and a package for discharging the manufactured product, that is, the package 1 The bag body discharge step. The bag making step 100 is to fold and overlap the film or sheet for forming the front and back surfaces of the storage body 2 which is flexible and to be the packaging body 1, or to form the front and back surfaces of the storage body 2 which are flexible. A step of forming two containing films or sheets by overlapping two sides of the overlapping films or sheets to form a container. This bag making step 100 ′ is provided with a substrate supply means 1 for continuously supplying a substrate W such as a flexible film or sheet from the substrate roll R; The continuous film or sheet (hereinafter collectively referred to as "substrate W") is folded in half along its length direction, that is, the substrate w is bent in half along the supply direction of the substrate w (left-right direction in Fig. I). Folding overlapping substrate overlapping means] 02; the overlapping substrates w are adhered to each other on both sides along its length direction, that is, along the supply direction of the substrate W to continuously form the side sealing means 10 of the container 2a; The container 2a continuously formed by using the side seal means 03 is cut to divide the length of the single container 2 into a small part 104. The cap-and-mouth assembly member mounting means 200 is a step of attaching the cap-and-mouth assembly member S to each single container 2 cut as described above. The mouthpiece-fitting member mounting device 20i for mounting the cover-fitting member S in the housing 2 is configured. Filling and Charging Step 3 0 0 'is the installation step of the cover-fitting component-20- 200523174 (17) 2 0 0 The cover-fitting component installation device 001 is used to strengthen the right ... Each container 2 with the pout-fitting member S is filled with liquid articles or materials, and then the sealing step is performed. The method includes: Containing articles such as fluid articles or materials] "Scoop filling device 301; and a sealing device 3 for sealing the opening of the container 2 filled with the storage object m. In addition, the discharge step" 〇, equipped with a discharge conveying device 401 that can discharge the package 1 that is a finished product manufactured by the sealing device 302 from the filling and sealing step 300. In addition, the packaging device M in the illustration includes: a cutting device 100 which is divided into 100 pieces in the bag-making step 04, and is divided into small single grain bodies 2 to maintain the original shape in the above-mentioned cylindrical shape. In the packaging device M, in the packaging device M, in the bag making step [00], it is the base material supply means 1 [0] and the conveying device 500 and the conveying device 5 which are conveyed down to the cover-nose-fitting member mounting device 201. The substrate roll R provided by 1 is continuously supplied by the substrate overlapping means 1 〇 2 The container W for forming the front and back surfaces of the container 2 a formed in a continuous manner is formed so that the container 2 can be maintained as the substrate. The laminated film or cymbal is used as an open tube-shaped rod-shaped opening forming means 1 between the laminated sheets and cores. The core rod 1 〇6 is set to overlap the entire substrate 1 102, the side sealing means 1 〇3, and cutting Means 1 〇4 (figure 2 to 4). Next, the mandrel 106 is contained between the base materials w for constructing the front and back surfaces of the container 2a, and the overlapped bases W are in a cylindrical state. The two sides of the base material w are adhered to each other, so that the base body W for forming the front and back surfaces of the containing body 2 a is continuously formed into a cylindrical container 21-200523174 (18) 2a, and The above-mentioned container 2a formed continuously and opening into a cylindrical shape is cut by the cutting means I 04 in the above-mentioned cylindrical shape while being kept in the original shape, and is divided into a small number of single containers 2 while being divided into small portions. The container 2 is transferred by the transfer device 5 〇q and the transfer conveying device 5 I 〇 in the above cylindrical shape to the cap-and-mouth joint member installation step 2 ⑽. The opening part is used to install the cap-and-mouth fitting member. The following is a more detailed description of the packaging method and the packaging device of the present invention based on the packaging device M of the illustration. First, in the bag-making step 100, the substrate w pulled out from the substrate roll R in a substantially horizontal direction is a plurality of rollers, for example, a pair of substrate pull-out rollers 1. 7, substrate twist roller 1 08. In addition, the pair of substrate feed rollers 109, which are substantially perpendicular to each other, are positioned opposite to each other, and the posture is changed so that the surface is formed to be substantially vertical. At the same time, it is also supplied to be able to be configured as a substrate. The overlapping means 102 is axially orthogonal to the supply direction of the substrate W, and is generally in a horizontal direction. It is a pair of substrate folding rollers located above and below each other so that they are folded in pairs along the length direction. It is superimposed so that it may be comprised as the front and back of the container 2. The width of the base material w is orthogonal to the length direction (feeding direction) of the base material 2 and is approximately twice the width of the container 2. The width is folded in half to overlap the front and back portions of the container 2. The base material W constituting the front and back surfaces of the container 2 is composed of at least a folded inner surface of a film or sheet having hot-melt adhesiveness, and heat-sealing the film or sheet to be adhered to each other. As such a film or sheet, while having the flexibility for forming the front and back surfaces of the container 2, at least the inner surface is made of hot melt-22- 200523174 (19) An adhesive material is made of, for example, a thermoplastic resin film, Therefore, for example, a laminated composite film and a simultaneous extrusion film are used. Examples of the thermoplastic resin for the thermoplastic film include polyethylene (p E), low density polyethylene (L D P E), and the like, but it is not limited thereto. In addition, when the folded base material W is adhered to both sides thereof with an adhesive to constitute the container 2, if the film or sheet is a flexible material, it does not necessarily need to have a hot-melt adhesive. Sex. In addition, as the above substrate W, if a metal film is used, such as a laminated aluminum film or a composite film or sheet formed by vapor deposition of a metal, the material having gas barrier properties is most suitable as, for example, Cosmetics, dental care, and other packages containing volatile ingredients such as perfume. In addition, if the surface of the film or sheet used as the base material W is composed of a polyethylenic acid-vinyl acetate (ρ 〇1 yethy 1 e 11 eterephtha 1 ate) type resin, the surface of the base material W It has good printability and is most suitable when printing the trademark 2 or product description on the surface of the container 2. In addition, as shown in FIG. 2 and FIG. 4, the outer surface of the substrate W is printed with, for example, position detection marks 1 1 1 at regular intervals corresponding to the length of a single container. A suitable place of the bag step 100 is provided with: The position detection mark 1 1 1 can be detected, and the substrate supply means 1 0 1 is supplied by the substrate overlapping means 1 102 to be folded in half to form The front and back surfaces of the container 2 are heat-sealed on both sides by side sealing means to form a continuous container 2 a formed into a bag shape, and the substrate W in each step of cutting into a single container length by cutting means (and The single or plural mark sensors 1 1 2 that detect the positions of successively formed storage bodies 2 a) thereafter enable the positioning of the substrate W (the continuously formed storage bodies 2 a) during processing in each step 200523174 '(20) line' plus' before the cutting means 104 (upstream side), there is a mark of $ 3. In addition, although not shown, various product information such as the product's trademark and product description are printed on the surface (outside) of the substrate W between the marks for detection at each position. Secondly, as described above, the substrate W, which is folded into the front and back of the container 2, is folded in half (half), and is arranged as an opening forming means 1 between the film or sheet formed as the front and back of the container 2. 〇5 心 棒》 〇6. As shown in FIG. 1, FIG. 2, and FIG. 4, the mandrel 106 is arranged on the foldable roller η0 in which the storage body 2 a can be continuously formed, and is folded in pairs on the substrate overlapping means 1 () 2 to supply. The upper and lower films or sheets for the front and back surfaces of the storage body 2 a of the base material W are arranged at the same time as the core rods 106 and the entire side sealing means 103 is provided. a. The cutting means 104 divided into a small portion of the single container 2. Next, in the packaging device M of the illustration, the bottom end of the core rod 106 is arranged between the folding roller 1 10 of the base material overlapping means 10 and the side sealing means 10, and from the bottom end An actuating arm 106c is provided to project laterally in a protruding state from the side end edge 1] 9 on the open side of the folded substrate W. The actuating wrist 106c is connected to a front-rear driving means (linear actuating device) (not shown), and the driving rod is used to move the mandrel back and forth along the supply direction, as shown in FIG. 4, The front end 106b is provided so as to be able to advance and retreat before and after the cutting means 104. In addition, as shown in FIG. 2 and FIG. 4, the mandrel 106 serving as the opening forming means 105 is positively aligned with its axial direction (the length direction formed by the substrate overlapping means 102 and the cutting means 104). The cross-sectional shape of the cross section is approximately the size and shape of the cap-and-mouth fitting member S to be mounted on the container 2-24-200523174 (21). Approximately as shown in FIG. 3, the adhesive portion 1 3 of the cap-and-mouth fitting member s 1 'the portion taken from the center] 1 is a thinner adhesive portion which is thinner toward the front end portions on both sides] 3 Shape (cross section). Therefore, the container body 2 can be formed to have an opening shape corresponding to the shape of the adhesive part 13 of the cover-mouth fitting member s. Installation becomes easy. The specific steps in the bag-making step 1000 are described in detail below. First, as described above, the base material W, which is folded in half on the folding roller 1 10 to constitute the front and back surfaces of the container 2, is heat-sealed on both sides of the core rod 106 by heat-sealing means 103. At this time, the folded substrate W is detected by the mark sensor 1 1 2 and moved at each length corresponding to the length of the single container 2, and is intermittently supplied to the side seal in a stopped state. Means 1 0 3. The supplied substrate W is a pair of heat-sealing films 1 1 4 and 1 1 5 which are arranged on the upper and lower sides of the mandrel. At least the inner surface of the material W is heated to a temperature above the softening point of the thermoplastic material (film) constituting the inner surface, and is generally heated (about 1 second) to! The inner surfaces of the film or sheet for forming the front and back surfaces of the container 2 are set to 40 ° C to 22 ° C. The two sides of the longitudinal direction are adhered to continuously form the container 2a [see FIG. 2 (b)]. In this way, the container 2a formed continuously after the two sides are bonded (heat-sealed) is a heat-sealing film]] 4, Π 5 on the downstream side (the subsequent step side) 'is crimped to the core rod 1 0 A pair of upper and lower cooling films on both sides of the 6 (two pairs on both sides) 1] 6 and Π 7 to cool the heat-seal part above to form -25- 200523174 • (22) Adhesive. In the bag making step 100, as described above, the container 2a is continuously formed on both sides of the film or sheet to which the substrate w is adhered, and then it is divided into a small single container by the cutting means I 04. 2 If the side edges of the overlapped film or sheet are folded in half as shown in the figure, it is best to have a base that can fold as shown in Figure 2 (c). Material W (folded edge of the continuous container 2 a)] 1 8 The side edge ii 9 on the opposite side is subjected to a trimming step of cutting along the longitudinal direction of the film or sheet. This trimming step is because, in the base material reorganization means 102 or the side sealing means 103, the side ends of the folded base material W (the side end edges of the open side) may not always be completely the same. Therefore, the shape of the end portion needs to be modified. When the front and back surfaces of the container 2 are formed by the superposition of two films or sheets ′ supplied by two rollers, the above-mentioned trimming is performed on both end portions of the container 2 recently. In addition, in the bag-making step 100, as shown in FIG. 1, between the side sealing means 103 and the cutting means 104, as described above, it is set after the side sealing means 103 (downstream side). When there is a trimming step, after this trimming step, the side 2 is continuously bonded by the side sealing means 103, and the receiving body 2a whose side ends have been trimmed is divided into small pieces by the cutting means 104. Before part of a single container, a cutting device 1 2 0 is provided to cut the sides of the container 2 according to the shape of the container 2 that can be manufactured. The trimming means 1 2 0 is, for example, a packaging body 1 having a substantially rectangular storage body 2 shown in FIGS. 8 to 12 and FIG. 17 (a). The four corners of 2 form a rounded part, and as for the formation of the cutouts 23-200523174 '(23) 1 2 1 shown in Fig. 2 (d) and 3 (a), or as shown in Fig. 17 ( b) ~ (1). As shown, when the two sides of the container 2 (the left and right sides of the container 2 in each of FIGS. 17 and 17) are formed into various shapes, the edge-cutting means 1 to 20 can be used to continuously form the container. 2 Cut both sides along the length direction to obtain the container 2 with a desired shape. In this case, as a matter of course, the heat-sealing portions h on both sides of the heat-sealing by the side-sealing means 103 are also heat-sealed into a shape corresponding to the above-mentioned trimming shape. The same applies to the shape of the adhesive portion when the adhesive is used for adhesion. Next, the container bodies 2a formed continuously as described above are cut by the cutting means 104 to be divided into a small number of single container bodies 2a. That is, by using the cutting means 1, the above-mentioned continuously formed cylindrical container 2a can be cut into a single container 2 which is cut into shapes and sizes corresponding to the packaging body to be manufactured. As shown in Fig. 4 (b), the cutting means I 04 is constituted by a pair of blade means formed by a cutting edge 1 2 2 and a supporting edge 1 2 3 that receives the cutting edge. Next, the cutting means 1 (M) is used to cut the continuously formed storage body 2a to cut into a single storage body, as shown in FIGS. 1 and 4 (a) to (c). It is the mandrel of the opening forming means 105] The front end of the 06 is protruded more than the cutting means together with the containing body 2a formed continuously as described above, with the holding body 2 a held by the mandrel 1 06. While the cutting blade 1 22 is still in the front (downstream) position, the front end of the container 2 a is only a part of the length of the single container 2 that is more protruding than the cutting blade 1 2 2 so that it is located at the front of the container 2 a. Part of the single container 2 is held by the container holding means 5 0 provided with the transfer device 5 0], and the front end 1 0 6 b of the mandrel is retracted more than the cutting means -27-200523174 ( 24)] 04 with the cutting edge 1 2 2 in the rear position [Refer to Figure 4 (b)], in the mandrel] 0 6 front end] 0 6 b and the container of the transfer device 5 0 0 Means 5 (H is cut by means of cutting means 104 (refer to Fig. 3 (b)). Then, the mandrel 106 is advanced again, as shown in Fig. 4 (c). I 0 6 is to guide the continuous container 2 a to a position ahead of the cutting edge 122 of the cutting means 104 while holding the continuous container 2 a [see FIG. 4 (c)] so that it is located in the container. The front end of the body 2 a is partially held by the storage body holding means 501 of the transfer device 501 and then retracted. By repeating the above operation, the continuously formed cylindrical storage body 2 a is cut and divided. A small part of the single container 2. After being divided into a small part of the single container 2 by the cutting means 1 as described above, the part becomes a small part of the single container 2 by the transfer device 50 as a transfer means. 0 and the transfer and conveying device 5 1 0 Transfer to the subsequent step of the cap-and-mouth assembly installation step 2 00. The transfer device 5 0 0 in the illustration is performed by a rotary driving means (not shown) as shown in FIG. 5. The rotating base body 502 is provided with a plurality of rod holding means 501 protruding from the center of rotation in the plural (10 pieces in the illustration). The transfer device 500 is a cutting means 1 0 4 The cut continuous storage body 2 held by the storage body holding means 5 0 1 at the time of cutting a The single container 2 obtained by the container holding means 5 0] is kept in a cylindrical opening state, and is transferred to the subsequent step of the cap-and-mouth assembly member installation step device via the transfer and conveying device 5 10, [20]. As shown in FIG. 5, the transfer device 500 changes the posture of the storage body 2 and the storage body holding means 501 through the rotation of the base 502, and then changes the posture to 90 ° around its axis, and then To the transfer conveyor -28- 200523174 (25) 5 01. At this time, as far as the transfer device 500 of the illustration is concerned, as shown in FIG. 15, it is placed on the base 5 2 in the transfer position to be transferred to the transfer device 5 10 (the uppermost position). The surrounding two-body holding means 5 0] is configured to simultaneously transfer two single storage bodies 2 that are close to each other and in order to the transfer conveyor 5 1 0. This container holding means 50 1 has a cross-sectional shape orthogonal to the axial direction which is circular, elliptical or the same as the mandrel 106 which is the opening 105 in the bag-making step 100, and is formed to be close to the cover and mouth. The cross-sectional shape of the component connection portion 13 allows the storage body 2 to be held in the opening shape in which the adhesive portion 13 of the body member S can be easily inserted and transferred in the original storage body 2. The transfer from the transfer device 5 0 0 to the transfer of the container 2 of the transfer device 5 1 0 is configured as follows: with a chuck 50. 3 means respectively hold both sides of the containing body 2 in the above sequence so that it is pulled upward from the holding means 501 and toward the transfer conveying device 5] While inserting the holding body holding rod 5 1 2, the containing body 2 is The holding body holding rod 5 1 2 is disposed between the holding body holding rod 5 1 2 and the holding body holding rod 5 1 2. The conveying device 5] 0 is a multi-moving basic unit 5 1 1 which is provided to be able to convey the device 5 0 0 toward the cap-and-mouth fitting assembly mounting device 2 0 1 and is provided with a holding body holding rod 5 1 2 and a clamp 5 The movement of the mobile base unit 511 causes the container 2 to be transported from the transfer device to the cap-and-mouth assembly member mounting device 20]. The cover-mouth fit member installation step 2 0 0 of the cover-mouth fit member installation step 20] is a single collection of the cover-mouth fit member S inserted and arranged in the bag making step transfer device 5 0 0 and the transfer conveying device 5] 0. And the first set (the outside of the support column is parallel to the figure, and the sticky mouth of the cover S is closed to form a conveying device, and the conveying device is held by the holding container 10, and the clip on the cover can be moved from the number of shifts) 3 By 5 00 transfer device] 0 0 through the lower opening of the container 2 200523174 (26), a device that allows the cap-and-mouth fit member S to be adhered to the container 2. The cap-and-mouth fit member installation device 201, It is provided with a majority of clamps which are holding means for holding the storage body 2 transferred from the transfer conveyer 5 1 0 and the moving basic unit 5 1 of the transfer conveyer 5 1 0 simultaneously. Head 2 02; cap-and-mouth fit member feeder 2 04 capable of supplying cap-and-mouth fit member S to be mounted on the container 2; and from below the container 2 to the cap-and-mouth fit member S toward the lower end of the container 2 Insert and temporarily fit the cap-and-mouth fitting member S connected to the container 2 The cap-and-mouth assembly member fixed on the opening of the container 2 is inserted and temporarily fixed by the device 2 05; the cap-and-mouth assembly member S is adhered to the container 2 by heat sealing to close the lower opening of the container 2 Formal heat-sealing device 207; and 'Cooling device 208 that cools the heat-sealed part of the lower opening caused by the formal heat-sealing device 207. Next, the container 2 is held in place The receiving body of the conveying device 510 is held on the rod 512 and the clamp 513, and both sides of the container are held on the chuck 202, and the conveying device 5 1 0 is moved to the insertion position of the cap-and-mouth fitting member. Here, the cover-and-mouth fitting member insertion and temporary fixing device 2 05 is used to insert the adhesive part 13 of the cover-and-mouth fit member S from the lower opening [see FIG. 6 (b)]. The insertion of the cap-and-mouth fitting member S into the container 2 is to simultaneously insert a plurality of (two in the illustration) the container 2 transferred by the transfer device 5] 0. In addition, the cap has been inserted as described above As shown in FIG. 6 (c), the container 2 of the combined member S is inserted by the cover-nose combined member. The pin-shaped heat-sealing mold 2 0 9 connected to the temporary fixing device 2 0 5 makes the two sides of the bonding portion 13 of the cap-and-mouth fitting member S to be spot-sealed for temporary fixing. In addition, the temporary -30-200523174 (27; The position of the point heat seal fixed at the time is not particularly limited, as long as the cap-and-mouth fit member S can be accurately positioned on the container 2. In addition, the cap-and-mouth fit member S caused by the point heat seal is temporarily Although the fixing step may be omitted, in order to make the cap-and-mouth fitting member S adhere to the opening of the container 2 to securely close the opening, it is preferable to perform the above-mentioned temporary fixing (point heat sealing) in advance. As described above, the container 2 with the cap-and-mouth combination member S temporarily fixed is the same as the above described by the advancement of the transfer and conveying device 5] 0. While being held on the holding body holding rods 5 1 2 and the clamps 5 1 3 of the transfer and conveying device 5 10, both sides thereof are held on the chuck 2 0 2 and simultaneously sent to the official heat sealing device 2 0 7 The bottom end portion of the containing body 2 is completely sealed with the cap-and-mouth fitting member S between a pair of heat-seal molds 2 10 of the formal heat-seal device 207. As shown in Fig. 6 (d), the heat-seal mold 210 of the formal heat-seal device 20 7 has a heat cover 210a formed to have an outer shape similar to that of the adhesive portion 13 of the cap-and-mouth joint member S. In addition, in this official heat-sealing device 2007, since a plurality of accommodating bodies 2 (two in the illustration) are simultaneously heat-sealed to the cap-and-mouth fitting member S, a sufficient heat-sealing time can be ensured, and therefore heat is used. The seal can surely adhere the cap-and-mouth fitting member S to the opening portion of the container 2, and can also reliably close the lower portion 5 of the container 2 and open it. The receiver 2 to which the cap-and-mouth joint member S is adhered is sent to the cooling device 2 0 8 and sandwiched between a pair of cooling molds 2 1 1 of the cooling device 2 0 8 to cool the heat-sealed adhesive as described above. The lower end edge portion of the container 2 to which the mouthpiece fitting member S is attached [see FIG. 6 (e)]. In this cap-and-mouth fitting assembly mounting device 20], the container 2 is held by the container holding rod 200523174 5] 2 of the transfer conveyor 5] 0, and is maintained in the shape of a cylindrical opening, and the chuck 2 〇 2 Hold the two sides so that the posture is fixed. As the movement of the transfer and conveying device 510 moves, the movement is performed as early as 51], and the processing is performed in each step. Thereby, it is not necessary to reopen the receiving body 2 when the cap-and-mouth fitting member S is inserted, so that the cap-and-mouth fitting member s can be easily inserted into the container 2. As described above, the cover-mouth-fitting member S is adhered to the lower end opening so that the opening is a closed container 2, and the two sides are held by the chucks 2 0 2 and the original conveying and conveying device 5 1 0 -It moves up and down, and the holding rod 5 1 2 is pulled upward from the containing body 2 by ascending the orbit of the mobile basic unit 5 1 1 traveling with the transfer conveying device 51. Then, the container 2 is sent to the charging device 3 01 in the original state maintained by the chucks 2 2 on both sides. In the filling device 3 01, the storage material feeder 3 0 4 fills the storage objects, such as fluid articles or materials, from the upper openings of the respective storage bodies 2 that have been sent above. [Refer to FIG. 7 (A)]. At this time, the receiving body 2 is sent to the charging device 3 0 by the upper openings of the receiving body 2 maintained by the chucks 202 on both sides, so that the upper openings are easily opened from the upper openings of the receiving body 2. Fill the above contents. In addition, during the refilling of the storage contents, the storage material feeders 3 04 are also arranged in a plurality (two machines in the illustration) in parallel. By simultaneously filling the storage contents with the plurality of storage bodies 2, it is possible to ensure that Recharge time. As described above, the container 2 filled with the contents is the sealing device 3 02 sent to the next step, and the opened upper opening is a pair of heat-seal molds 3 0 5 held between the sealing device 3 02. The upper opening is flattened by heat sealing [see Fig. 7 (b)]. In addition, the above heat sealing is performed between -32- 200523174 (29) a pair of cooling molds 3 0 6 The upper end portion of the container 2 is cooled [refer to FIG. 7 (c)], so that a finished product of the package body can be obtained [refer to FIG. 7 (d)]. When heat-sealing and cooling the opening of the upper end of the housing 2, the plurality of housings 2 are also heat-sealed and cooled at the same time, so that sufficient heat-sealing time and cooling time can be ensured. The upper end portion (the end portion on the opposite side to the end portion provided with the cap-and-mouth fitting member S). As described above, since the packaging device M is configured to be transferred from the bag-making step 100 to the cap-and-mouth fit member mounting step 200 and the cap-and-mouth fit member mounting step 200 is mounted, And in each step of filling and sealing of the contents in the filling and sealing step 3,000 and heat-sealing of the opening portion, these processes are performed on the plurality of single storage bodies 2 simultaneously, so that the heat-sealing time in each step can be sufficiently ensured. , The cooling time of the heat-sealed portion, and the filling time of the contents can improve productivity. The package 1 obtained as described above is sent to the filling. · The discharge position of the sealing step is to release the chuck 202 holding both sides of the sealing step so that it will naturally fall downward, and then it will be sent to the next by the discharge conveyor 401 of the discharge step 400. Steps, after storage and shipping operations. 8 to 1] The package shown in the figure is manufactured by using the present invention, the A method or the packaging device, and it has been filled and sealed with flow: the main grain m in the flexible container 2 Package]]. The packaging body 1 has a substantially rectangular container body, and a cap-and-mouth fitting member S is mounted on the outer side (upper side) of the hip side. . Containing body 2, -33- 200523174 (30) As described in the description of the packaging device M shown in the figure], the flexible film or sheet (base material W) is folded and folded in half, and then the periphery is sealed by heat sealing. The parts are adhered to each other. The storage body 2 may be formed by laminating the two flexible films or sheets described above, and then bonding the edges and edges thereof. When the housing 2 is formed by heat-sealing the peripheral portion, the housing 2 is made of a flexible film or sheet made of a thermoplastic material at least on the inner surface. Therefore, it is preferable that the container 2 is formed of a thin film or sheet after lamination of a heat-bondable resin film. In addition, as described earlier, from the standpoint of gas barrier properties, the container 2 is preferably formed by wrapping a composite laminated film or sheet made of a thermoplastic resin film and a metal film, or it is preferably formed by steaming. It is preferable to form a synthetic resin film or sheet after metal plating. For the above metal thin film, an aluminum thin film is generally used. In addition, if the outermost layer of the resin film is a composite laminated film or sheet formed using a polyethylene terephthalate resin, it is advantageous for printing on the surface of the container. In addition, the cap-and-mouth fitting member s to be mounted on the receiving body 2 is such that: as shown in FIG. 9, an access hole 14 is formed inside, and an access opening portion 1 1 to be mounted on the receiving body 2; and It can be detachably integrated with the access opening] 1 ′ As shown in FIG. 14, when it is formed to be detached from the access opening 11, it is set to open the upper end of the access hole 丨 4 The crotch portion] 2 is formed with a detachment groove 15 formed between the access opening portion 丨 丨 and the cover portion 12. The cap-and-mouth fitting member S is detached from the access opening 11 and then the cap 12 is turned up and down as shown in FIGS. 15 and 16. Fitting to the access section]] is formed to be resealable. Access opening n, its outer surface} 6 -34- 200523174 (31) is formed into a conical shape with a thin head toward the front end, and the inner surface 17 of the cover portion 12 is formed as the outer surface 1 of the access opening n The shape of 6 corresponds to the conical shape. In addition to the cap-and-mouth fitting member S, a lower portion of the access opening portion 11 to be mounted on the receiving body 2 is provided with protrusions from the access opening portion U at least on both sides, and is adhered to the storage opening 2 The adhesive portion 13 on the inner surface of the opening 2 3 (see FIG. 12) between the two flexible films for forming the body 2. The adhesive portion 13 is formed by a flange 18 protruding from at least two sides of the lower portion of the access opening portion 1 1 to be mounted on the receiving body 2, and is provided throughout the entire periphery of the lower surface of the flange 18. The peripheral wall portion 19 is formed. In addition, as shown in FIG. 13, the adhesive portion 13 is formed from the access opening portion 11 to both sides thereof. A tapered shape that gradually narrows in width. Furthermore, a convex strip 20 is formed on the outer surface of the adhesive portion 13 along the width direction of the adhesive portion 13. The ridges 20 are heat-melted when the cap-and-mouth assembly member S is heat-sealed and bonded in the openings 23 of the housing 2 to securely close the openings 23 of the housing 2. In addition, the cover portion 12 is formed with an access hole 1 4 formed when the cover portion 12 is detached from the access opening portion 1 and then attached to the access opening portion 1. The shaft portion 21 that closes the access hole I 4 inside. This allows the access hole 4 to be reliably closed. The shaft part 2]. Preferably, it is formed in a shape that becomes thinner toward the tip of the head 'so that the sealing effect of the access hole 14 can be improved. In addition, “from the outside of the cover portion 12 to the side, a cover portion 12 can be held against a finger when the cover portion I 2 is separated from the access opening portion] 1 so that the cover portion 12 can be easily twisted and detached from the access opening portion U.的 开关 部 22。 The knob portion 22. To prevent the knob portion 22 from protruding from the package body 1, the knob portion 22 is formed to protrude toward both sides of the lid portion 2 along the protruding direction of the adhesive portion 13 (the width direction of the container 2). The knob portion 22 is preferably a plate shape as shown in -35- 200523174 (32), but is not limited thereto. The cap-and-mouth fitting member s is preferably a cap-and-mouth fitting member formed by using a thermoplastic resin that can be adhered to the container 2 by heat sealing, for example, polyethylene (p E), polypropylene (PP), or the like. Poly; I: Greek resins are preferred for molding. Although the shape of the storage body 2 of the packaging body 1 according to the above embodiment is substantially rectangular, it is not limited to this. For example, it may be formed in various shapes as shown in Figs. 7 (b) to (1). Containment body. In this case, the shape of the left and right sides of the container 2 can be trimmed by the cutting device in the packaging device M shown in FIG. 1! In addition, the shape of the lower side of the container 2 can also be used in the packaging device M shown in FIG. 1 by using a cutting method that can cut the continuously formed container 2 a into a small single container 2. 1 0 4 to form. As described above, in the present invention, in the bag-making step, the substrate W for forming the front and back surfaces of the container 2 and the substrate W formed of the film and sheet is folded in half, and openings are formed in the appropriate film and sheet. 〇〇6 The substrate W is adhered in a state of being opened to a cylindrical shape to continuously form a cylindrical container 2a on both sides. 'The cylindrical container 2a is maintained in the original state by the cutting means 1 〇4 It cuts the single container 2 divided into a small part, and then uses the transfer device 500 and the transfer conveying device 5 to transfer the container 2 to the mouthpiece assembly member installation step 2 while keeping the original state in an open state. After the cap-and-mouth fitting member S is attached to the lower end opening of the body 2, the filling device 3 01 is filled and sealed in the filling and sealing step 3 0. The liquid storage material is filled from the upper opening of the storage body 2 in the sealing device 3 0 2 The upper opening of the container 2 is sealed to obtain a package body]. In this way, according to the packaging method and the packaging device of the present invention-36-200523174 (32), since the base material W is bent from the lengthwise direction to form the container 2 at the stage of the bag making process, 2 The film for the front and back construction, and a mandrel 1 〇6 as an opening forming means are installed in the sheet. The container 2 is continuously formed in a cylindrical opening state, and the opening is transferred to the mouthpiece while maintaining the original state. Fitting member mounting device 2 〇 丨 The opening 邰 of the container 2 is inserted into the adhesive part 13 of the cap-and-mouth fitting member S for bonding, so even if the cap-and-mouth fitting member s is not fully inserted, it is used for bonding. A small-capacity package having an opening width can also be easily attached with the cap-and-mouth fitting member s, and the container 2 can be surely sealed. Therefore, the packaging body manufactured by using the above-mentioned packaging method and packaging device and having a flexible film or sheet formed with a cap assembly member S provided with a cap assembly member S is filled with a cap of the main body which has fluidity. The opening width of the containing body 2 for mounting the integrated member s (图 中 shown by W d in FIG. 12) can be formed to be the outer periphery of the containing body 2. < " The sides of the women's cover-fitting member S in the shape of the shape: (the length indicated by D in the figure) is more than 50%. In addition, the outer shape of the trough body 2 is mounted with a brassicae 2 and a side length 0 with an angle m and a crossbone member s. It is also possible to make the shape less than 50 mm. In addition, μ W ^ 'can also make the mouth shape fit member & side length D of the containing body 2 and the mouth shape fit member _ = S in the shape of the side of the father. The ratio (D / L) of the body length (N ^ 焉 degree represented by L in Fig. 2) is "^. In addition, the lid-mouth fitting member S capable of holding 髀 ^ strong shape μ ^ 2 can also be contained. The opening width d of Anyi t becomes 50mm to 1Ϊ1-from 1 乂 卞. In Figure 8 to the first!] .Dm does not implement the form of packaging _ 1, < Ί ^ ^ _ "The female is equipped with a covered mouth fitting member s, & the length d is 30mm, and the heat seal on both sides is h%. The side length D of S has an opening width d of 24 mm. Therefore, the opening width d is 80% of the side length D of the cap-and-mouth fitting member s. In addition, due to the adhesion portion 1 of the cap-and-mouth fitting member s 3 The full outer peripheral length of the peripheral M portion 19 is about 4i, and the peripheral wall portion 19 is single-sided. The outer peripheral length is about 20.5mm, so for the above side length 0, it is formed as a cover that is inserted and adhered to about 68% of the length The mouth-fitting member s, therefore, according to the packaging method and the packaging device according to the present invention, even if the receiving body 2 is fitted with a cap-and-mouth fitting member S, the side length is short, that is, the cap-and-mouth fitting body member is short. S The opening width d for inserting and bonding can be easily installed even if the mouthpiece fitting member S is small. In addition, the length D of the side where the mouthpiece fitting member s is installed and the side length D of the women's mouthpiece fitting member S to The ratio (D / L) of the length L of the container in the orthogonal direction is 2/5 or less (30/85 = 6/1 7). In this way, according to the present invention, Without complicated steps and without using complicated devices, it is possible to produce a packaging body 1 with good appearance, convenient use, and high content filling rate at low cost. [Industrial. Usability] Packaging related to the present invention The method and the packaging device can be optimally applied to a small amount of liquid articles, pastes, pastes, sols and other fluid articles or materials and sealed in a container (container) with a high filling rate. The packaging body related to the present invention is optimally used in, for example, oral hygiene products, toiletry hygiene products, cosmetics, food, pharmaceuticals, industrial products, and others. -38- 200523174 (35) Examples of the aforementioned oral hygiene products include toothpaste, mouthwash, oral fragrance, gelatinous teeth, tartar inspection liquid, etc. For the above cosmetic products, for example There are: shampoo, moisturizer, conditioner, shaving cream, hand lotion, hand lotion, bath milk, facial cleanser, hair dressing, hair conditioner, bath agent, fragrance, liquid detergent and so on. For Examples of cosmetics include lotions, whitening cosmetics, nail care products, liquid foundations, lip balms, etc. Examples of foods include seasonings, salad dressings, mayonnaise, butter, jams, liquid supplements, jelly, Creamer for coffee, etc. For pharmaceutical products, for example: ointment, eye drops, antipruritic agents, etc. For industrial products, for example, pastes, adhesives, quilting agents, etc. In addition, other, it is also suitable for use in Replenishment packs, test containers, etc. of various products as described above. [Brief description of the drawings] Figure I is a perspective view of the entire device showing the outline of the packaging device. Figures 2 (a) ~ (d) are for explaining the bag making process. Perspective view. Figures 3 (a) and (b) are cross-sectional views for explaining the bag-making step and the small steps. Figures 4 (a) ~ (d) are perspective views for explaining the steps. Figure 5 is a perspective view of the transfer device. Figs. 6 (a) to (e) are perspective views for explaining the steps for installing the transfer device to the cap-and-mouth fitting member. Figure 7 (a) ~ (d) is a description of the filling and sealing steps. Use a perspective view. -39- 200523174 (36) Figure 8 is a perspective view of the package. Fig. 9 is a front sectional view of the package. FIG. 0 is a side sectional view of the package. Figure Π is an enlarged plan sectional view of the package. Fig. 12 is a front view of the container before the cap-and-mouth fitting member is installed. Figure 13 is a perspective view of the cover and mouth fitting member. Fig. 14 is a front view showing the state of the package after the cover portion of the cap-and-mouth fitting member is detached from the removal opening portion. Fig. 15 is a front view of the package body in which the detached cover portion is fitted to the receiving mouth portion and resealed. Fig. 6 is an enlarged front sectional view showing the state of the cap-and-mouth fitting member in which the cap portion has been fitted to the mouth portion. 17 (a) to (1) are front views of packages in various forms. Figs. 18 (a) to (e) are explanatory diagrams showing the steps of a conventional package body and a packaging method thereof. [Description of main component symbols] 1: Packaging body 2: Container 2a: Continuously formed container 1 1: Access opening 1 2: Cover] 3. Adhesive part-40- 200523174 (37) 1 4: Take Hole 15: Detachable groove 16: Outside of the mouth part] 7: Inner surface of the cover part 1 8: Flange part 19: Peripheral wall part 2 0: Rib 2 1: Shaft part 2 2: Knob part 23: Opening part 10: Bag making step 1 〇1: Substrate supply means 1 02: Substrate overlapping means 1 03: Side sealing means 1 0 4: Cutting means 1 0 5: Opening forming means 1 0 6: Mandrel 1 0 6 a: Bottom of mandrel 1 0 6 b: Mandrel front 1 0 6 c: Mandrel activation wrist 1 0 7: Substrate pulling means 1 0 8: Substrate twist roller 1 〇9: Substrate feed roller 1] 〇: Folding roller 200523174 (38) 1 1 1: Position detection mark 1 1 2: Mark sensor 1] 3: Mark conveying roller 1] 4,] 1 5: Heat seal 1 1 6、1] 7: cooling film Π 8: base material folding edge 1 1 9: base material side edge 1 2 0: trimming means 1 2 1: concave cutting portion 1 2 2: cutting edge 1 2 3 : Support blade 2 0 0: Cap-and-mouth fit member installation step 20 1: Cap-and-mouth fit member mounting device 2 0 2: Collet 2 04: Cap and mouth Body member feeder 2 0 5: Plug-and-mouth fit member insertion and temporary fixing device 2 0 7: Formal heat-seal device 2 0 8: Cooling device 2 09: Pin-shaped heat-seal mold 2 1 0: Heat-seal mold 2 10a: Hot cover 2] 1. Cooling mold 3 0 0: Filling and sealing step 3 〇]: Filling device -42-200523174 (39) 3 0 2: Sealing device 3 04: Container feeder 3 〇5: Heat Sealing mold 3 0 6: Cooling mold 4 00: Package discharge step 4 0 1: Discharge conveying device 5 00: Transfer device 5 〇1: Container holding means 5 02: Base 5 0 3: Collet 5 1 0: Transfer Conveying device 5 1 1: Moving basic unit 5 1 2: Container holding rod 5 1 3: Clamp A: Package a: Container b = Long side edge c: Short side edge e: Gap f: Film h, h 1 ~ h 3: heat seal
M :包裝裝置 m :收容物 〇 :開口咅B -43- 200523174 (40) R :基材捲筒 S :蓋嘴合體構件 S 1 ·黏接部 W :基材 -44--M: Packaging device m: Containment contents 〇: Opening 咅 B-43- 200523174 (40) R: Substrate roll S: Cap-and-mouth fitting S 1 · Adhesion W: Substrate -44--