201244676 六、發明說明： 【發明所屬之技術領域】 本發明是關於：具有「密封有可流下之內容物」的調 劑容器、及可支承同一個調劑容器的支承體’而可促使內 容物從調劑容器流出的內容物提供裝置。 【先前技術】 就上述內容物提供裝置的習知例而言’已知有下述的 專利文獻1。該專利文獻1所記載的發明中，採用具備^ 用來收容內容物的容器本體、及在容器本體的口部被貼著 成密封狀的密封蓋」的容器作爲調劑容器，支承體具備： 被旋鎖於「用來承接從調劑容器所排出的內容物之主容器 的開口部」的蓋本體、及被旋鎖於該蓋本體之上端的上蓋 。調劑容器是以密封蓋呈現向下的姿勢，被上蓋的下面所 支承，一旦相對於蓋本體令上蓋向下方旋鎖進給時，被上 蓋所支承之調劑容器的密封蓋，將被設於蓋本體的切刃所 破壞，而使內容物通過形成於蓋本體的通路而流下。 〔專利文獻1〕日本特許4485869號公報 【發明內容】 〔發明欲解決之課題〕 在上述習知的內容物提供裝置中，需要安裝有切刃之 複雜構造的蓋本體。此外，當於使用後洗淨內容物提供裝 置時，必須洗淨支承體、及因爲密封蓋的破壞而附著有內 201244676 容物的切刃。 本發明的目的是提供一種：竭盡所能地使 劑容器的支承體形成簡單的構造，且能簡單地 於使用後之洗淨操作的內容物提供裝置。 〔解決課題之手段〕 本發明的第1特徵構造， 是具有「密封有可流下之內容物」的調劑 支承前述調劑容器的支承體，並可促使前述內 調劑容器流出的內容物提供裝置， 其特徵點在於： 採用具備「用來收容前述內容物的容器本 述容器本體的口部貼著成密封狀的密封蓋」的 作爲前述的調劑容器， 前述支承體具備：透過前述密封蓋側而支 容器的容器支承部， 具有加壓手段，該加壓手段是在其與前述 之間對前述調劑容器施以壓縮， 在前述容器支承部形成有下方開口部，該 可使因爲前述壓縮所引起之前述密封蓋的剝離 容器本體流出的前述內容物，從前述支承體排I 根據本發明的第1特徵構造，能以下述的 容物：藉由加壓手段的操作來提高調劑容器的 密封蓋剝離而使內容物流出，並從支承體的下 用來支承調 完成支承體 容器、及可 容物從前述 體、及在前 調劑容器， 承前述調劑 容器支承部 下方開口部 ，而從前述 ±4 ° 形式提供內 內壓，促使 方開口部排 -6 - 201244676 出。因此，用來支承調劑容器的支承體可形成「省略切刃 等」的簡單構造，且在使用後對支承體的洗淨操作也變得 簡單。此外，由於調劑容器的內容物不會與切刃接觸，因 此可獲得非常衛生的內容物提供裝置。 本發明的其它特徵構造’在於以下的特徵點：前述容 器支承部，是以「前述密封蓋形成向下的姿勢」來支承前 述調劑容器，且具有「朝向前述下方開口部且逐漸下降」 的傾斜支承面。 倘若形成本構造’一旦採用「密封蓋形成向下的姿勢 」將調劑容器載置於容器支承部’調劑容器的密封蓋將沿 著「朝向下方開口部且逐漸下降」的傾斜支承面而形成傾 斜姿勢，因此容易使收容物基於密封蓋的剝離，而從調劑 容器順利地流出。 本發明的其它特徵構造，在於以下的特徵點：構成前 述調劑容器之前述容器本體的口部及前述密封蓋，是設成 與前述傾斜支承面對應的傾斜狀。 倘若形成本構造，當採用「密封蓋形成向下的姿勢」 將調劑容器載置於容器支承部之際，是將密封蓋「位於從 調劑容器最朝下方突出之位置」的部分，載置成與「容器 支承部之下方開口部的位置」一致，使調劑容器之容器本 體的底部總體性地朝水平延伸，在後續的步驟中，可獲得 容易藉由加壓手段而順利地壓縮的良好狀態。 本發明的其它特徵構造，在於以下的特徵點：前述加 壓手段是由下述的加壓構件所構成，該加壓構件是藉由相 201244676 對於形成在前述支承體上方的上方開口部，朝閉鎖方向旋 鎖進給，而朝前述容器支承部接近操作。 倘若形成本構造，可藉由所謂「使加壓構件相對於支 承體朝閉鎖方向旋鎖進給」的簡單操作，對調劑容器實施 壓縮操作。此外，在實施了密封蓋的剝離，也能藉由更進 一步使加壓構件旋鎖進給，而形成由加壓構件將上方開口 部予以閉鎖。 本發明的其它特徵構造，在於以下的特徵點：具備用 來承接由前述調劑容器所排出之前述內容物的主容器， 前述支承體具有：以閉鎖被設於前述主容器上方之開 口部的方式形成卡止的下方卡止部、及承接前述調劑容器 與前述加壓手段的上方開口部。 倘若形成本構造，舉例來說，只要事先將作爲主飮料 的第1液體收容於主容器，並準備密封有「可混入該第1 液體之第2液體」的調劑容器，使用者可自主地在情況允 許的任意時間點操作加壓手段，而獲得已將第2液體混入 第1液體的飮料。 此外，倘若使支承體卡止於主容器的開口部，由於可 閉鎖開口部，且可獲得「可設置調劑容器，且能承接加壓 手段」的上方開口部，因此相當便利。 本發明的其它特徵構造，在於以下的特徵點：前述調 劑容器的前述容器本體，具有「直徑彼此不同」的複數個 筒部、及用來連接上述複數個筒部之端部的凸緣部。 倘若形成本構造，當調劑容器受到加壓手段的壓縮時 -8- 201244676 ，主要是利用「容器本體的凸緣部朝向軸心方向形成傾斜 」的狀態，使直徑彼此不同的複數個筒部之間在徑方向上 形成重疊變形，因此能以較小的壓縮力使調劑容器的內容 積充分地縮減，可提高內壓。 本發明的其它特徵構造’在於以下的特徵點：前述調 劑容器的前述容器本體，在其前述口部附近具有朝徑方向 內側突出的突出部，該突出部可對應於前述壓縮而使前述 密封蓋的局部優先剝離。 倘若形成本構造，當調劑容器受到加壓手段的壓縮時 ，由於從容器本體的口部附近朝徑方向內側突出的突出部 ，優先地使密封蓋的局部剝離，故能以較小的固定壓縮力 ，使調劑容器失去密閉狀態，而使收容物從調劑容器流出 。此外，由於藉由提高內壓，可輕易地將最初所剝離的部 位限定在密封蓋中的固定部位，而將與「來自於調劑容器 的流出物」接觸的部位限定於容器支承部內的局部，因此 包含洗淨等的後續處置能簡單地完成。 【實施方式】 以下，根據圖面說明本發明的實施形態。 第1圖所示的內容物提供裝置，具備用來收容作爲主 飮料之第1液體的主容器4，用封閉主容器4之開口部的 樹脂製容器蓋7,可兼作爲用來載置調劑容器3的調劑承 座。主容器4是由金屬製的保溫容器和樹脂製的隔熱容器 所形成。 -9- 201244676 調劑容器3具備樹脂製的容器本體1，在容器本體 的口部，利用熱熔著等貼著有「由鋁製積層薄膜等的樹 薄片」所形成的密封蓋2。在調劑容器3密封有：可混 主容器4內之第1液體的第2液體。 兼作爲調劑承座的容器蓋7具有：用來封閉位於主 器4上方之開口部的蓋本體9(支承體的其中一例）、 「在其與設於蓋本體9的支承部9D (容器支承部的其 —例）的上面之間，壓縮調劑容器3」的加壓構件1 2 ( 壓手段的其中一例）。在本文中，加壓構件1 2是兼作 :更進一步用來閉鎖位於蓋本體9上方之開口部的封閉 〇 蓋本體9具有圓筒狀的下筒部9A(下方卡止部的 中一例）、凸緣部9B及上筒部9C (上方開口部的其中 例），該圓筒狀的下筒部9A具備「可旋鎖於形成在主 器4之上端口部4A (開口部的其中一例）的第1內螺 部5」的第1外螺紋部6，該凸緣部9B是從下筒部9A 上端朝徑方向外側延伸而出，該上筒部9C是從凸緣部 的上端向上方延伸而出。 加壓構件12具有：大致呈圓板狀的攫取部12A、 從攫取部12A的下表面朝下方延伸而出的插頭部12B。 插頭部12B形成有：可旋鎖於「被設在蓋本體9之上筒 9C的第2內螺紋部1 0」的第2外螺紋部1 1。 蓋本體9之下筒部9A的下端，殘留特定截面積的 通孔14(下方開口部的其中一例），而由部分圓柱狀的 脂 入 容 及 中 加 爲 栓 其 容 紋 的 9B 及 在 部 連 支 -10- 201244676 承部9D所閉鎖。支承部9D的上表面構成：直線狀地朝 向連通孔1 4下降的傾斜底部2 0 (傾斜支承面的其中一例 )。在下筒部9A內的傾斜底部2 0與第2內螺紋部10之 間’形成有用來收容調劑容器3的容器收容空間8。 在藉由蓋本體9封閉位於主容器4上方之開口部的狀 態下’形成僅由連通孔14連接蓋本體9的容器收容空間8 與主容器4的液體收容空間13的狀態。 如第5圖所示’調劑容器3的口部，係沿著「相對於 其底部1 7，以大略對應於傾斜底部2 〇的角度形成傾斜」 的平面延伸。 因此’如第1圖所示’倘若採用密封蓋2成爲下方的 倒立姿勢’且使調劑容器3的最高部位面向連通孔1 4地 將調劑容器3載置於傾斜底部20時，調劑容器3的底部 17將形成大致水平的姿勢。 在該狀態下’一旦將加壓構件1 2 (加壓機構的其中一 例）旋鎖於蓋本體9的上筒部9C時，將於加壓構件12的 下表面與傾斜底部20之間從上下方向壓縮調劑容器3，一 旦容器本體1內的內壓到達特定値時，便如第2圖所示， 使調劑容器3之密封蓋2的一部分從容器本體1剝離，使 內部的第2液體從密封蓋2被剝離的部位經由連通孔1 4 注入主容器4的第1液體，在主容器4內獲得第1液體與 第2液體的混合液。 如第4圖〜第6圖所示，構成調劑容器3之容器本體 1的筒部16，具有：從底部17的外周朝上方延伸之部分 -11 - 201244676 圓錐形的第1筒部16a、和從第1筒部16a的上端附近更 朝上方延伸之部分圓錐形的第2筒部16b、及從第2筒部 1 6b的上端附近更朝上方延伸之部分圓錐形的第3筒部 1 6 c ° 然而，如第4圖所示，雖然底部17具有大致呈圓形 的外形，但在俯視角度中的筒部1 6，除了位於第1筒部 16a下端的底部17之外，具有大致呈橢圓形的外形。橢圓 之長邊對短邊的比，被設定成：從第1筒部16a的上端位 置朝向第3筒部16c的上端位置逐漸地增大，調劑容器3 的口部，是沿著上述橢圓的長軸形成傾斜。 第2筒部16b的下端具有大於第1筒部16a上端的外 徑，第3筒部16c的下端具有大於第2筒部16b上端的外 徑。接著，第1筒部16a的上端與第2筒部16b的下端， 是由「寬度狹小且大致朝水平延伸」的第1環狀凸緣部 16d所連接。相同地，第2筒部16b的上端與第3筒部 16c的下端，也是由「寬度狹小且大致朝水平延伸」的第 2環狀凸緣部16e所連接。其結果使筒部16具備全體大致 呈蛇腹狀的構造。 雖然第1筒部16a及第2筒部16b的寬度（第5圖中 的高度）是沿著周方向形成固定，但是最上方之第3筒部 1 6c的寬度則沿著周方向以特定的比例產生變化，形成有 「位於第3筒部16c上端之第3環狀凸緣部16f」的調劑 容器3的口部，如先前所述，相對於第1筒部1 6 a、第2 筒部1 6b及底部1 7形成傾斜的構造。 -12- 201244676 如第4圖所示，在第3筒部16c之周方向上的1個部 位處’形成有「從容器本體1的口部朝徑方向內側突出」 的尖端突出部18 (突出部的其中一例）。尖端突出部18' ’是相對於底部17，從位於第3筒部16c下端的第2環狀 凸緣部16e到位於第3筒部16c上端的第3環狀凸緣部 16f爲止，大致延伸於鉛直方向。 尖端突出部18之徑方向內側的前端形成銳角。尖端 突出部18於周方向上的位置，是第4圖中位於傾斜口部 之最高的位置，且如第8圖所示，當調劑容器3以「密封 蓋2成爲下方的倒立姿勢」設置於蓋本體9的傾斜底部20 時，形成在面向連通孔14的位置。 由於調劑容器3的筒部16具有蛇腹狀的構造，因此 如先前所述，當從第1圖所示的狀態，將加壓構件1 2旋 鎖於蓋本體9的上筒部9C時，筒部16將在加壓構件12 的下表面與傾斜底部20之間承受上下方向的壓縮，而在 「第1環狀凸緣部16d與第2環狀凸緣部I6e之各內徑側 的緣部較外徑側的緣部更下降（下沉）」的現象、和「第 1筒部16a進入第2筒部1 6b內側」的現象、和「第2筒 部16b進入第3筒部16c內側」的現象將交互或者幾乎同 時進行的形態下，比較容易產生變形》 藉由該筒部1 6的變形，使調劑容器3的容積減少， 且時內壓急速上升，因此如先前所述，使調劑容器3之密 封蓋2的一部分從容器本體1剝離，內部的第2液體從密 封蓋2被剝離的部位經由連通孔1 4而注入主容器4的第！ -13- 201244676 液體。 亦即，藉由使加壓構件1 2朝向蓋本體9旋鎖進給， 加壓構件1 2的下表面將「由傾斜底部20所支承之調劑容 器3的底部17」向下按壓，並藉由內壓上升而使密封蓋2 剝離。因此，由蓋本體9與加壓構件1 2的協同作動而構 成加壓機構。 而在筒部1 6的變形過程中，由於密封蓋2中接近尖 端突出部1 8的部位是較密封蓋2其它部位更優先被剝離 ’尖端突出部1 8構成「在特定的內壓下促使密封蓋2剝 離」的剝離誘導部1 9。爲了不阻礙前述之最初的剝離過程 ’尖端突出部1 8並非位於傾斜底部2 0之上，而是以配置 於連通孔14的方式，來設定傾斜底部20的尺寸。 傾斜底部2 0的上表面與調劑容器3的口部形成傾斜 狀的這點’當使加壓構件12相對於蓋本體9而向下旋鎖 進給時’可產生以下的效果：藉由與加壓構件12之下表 面之間的摩擦，抑制在傾斜底部20之上不經意地形成轉 動的事態。 再者’如第7圖所示，在蓋本體9之下筒部9A的基 端部（第7圖中的上端部）卡止有「由彈性的橡膠環所形 成」的密封環2 1，以執行「第1內螺紋部5與第1外螺紋 部6之間」的密封、和「第2內螺紋部1 〇與第2外螺紋 部1 1之間」的密封，可使攜帶本發明的內容物提供裝置 時’主容器4的液體不致漏出. 由於調劑容器3被收容於蓋本體9的內部，因此即使 14 - 201244676 在利用加壓操作而使調劑容器3內的內容物混入主容器4 內之後，調劑容器3也被蓋本體9所保持。如此一來，手 不必直接進入主容器4的內部，藉由卸下蓋本體9便能簡 單地取出開封後的調劑容器3。 舉例來說，將經加溫後的熱水收容於主容器4，並將 已密封有濃縮湯液的調劑容器3事先設置於蓋本體9，當 必要時藉由加壓機構的操作而使調劑容器3內的濃縮湯液 混入熱水，便可飲用溫熱的湯。除此之外，譬如將咖啡的 液體收容於主容器4，並將已密封有牛奶的調劑容器3、 或已密封有砂糖的調劑容器3等事先設置於蓋本體9，當 必要時使牛奶或砂糖混入咖啡的液體便可飲用。 〔其它的實施形態〕 〈1〉就在與支承部9D之間壓縮調劑容器3的加壓手 段而言，亦可如第9圖及第10圖所示，採用向下方下壓 的活塞式加壓構件1 2。在該實施形態中，蓋本體9之上筒 部9C的內周面是呈現不具內螺紋的平坦圓筒狀，加壓構 件12具有：相對於該內周面被內嵌成可朝上下自由滑動 之圓板狀的活塞構件22A、和從活塞構件22A朝上方延伸 而出之棒狀的支柱構件22B、及被設於支柱構件22B上端 的按鈕構件22C。 在該實施形態的場合中，就內容物提供的準備操作而 言，譬如亦可採下述的方式執行：首先，從已經旋鎖於主 容器4之上端口部的蓋本體9拔取加壓構件12，並將調劑 -15- 201244676 容器3予以反轉後載置於支承部9D的上面，接下來，再 將加壓構件12的活塞構件22 A插入並貫穿蓋本體9的上 筒部9C即可（第9圖的狀態）。 接著，當必要時，一旦如第1〇圖所示將按鈕構件 22C朝下方壓下，將使調劑容器3在支承部9D的上表面 與活塞構件22 A的下表面之間被壓縮，而與第1圖的實施 形態相同，使調劑容器3之密封蓋2的一部分從容器本體 1剝離，並使內部的第2液體從密封蓋2被剝離的部位經 由連通孔14而注入主容器4的第1液體，在主容器4內 獲得第1液體與第2液體的混合液。 〈2〉當將調劑容器3收容於凹部空間8時，除了以 倒立的姿勢收容之外，也可以採用「口部形成橫向、或者 傾斜向下」的姿勢，並將剝離誘導部1 9配置成位於底部 2〇側，而構成面向連通孔1 4的態樣。然而在該場合中， 加壓機構必須形成：可相對於調劑容器3從橫向壓縮。 〈3〉即使是不使用主容器4，而僅組合用來收容調劑 容器3的蓋本體9與加壓構件1 2的形態，也能作爲內容 物提供裝置使用。 〈4〉調劑容器3亦可如第1 1圖及第1 2圖的範例所 示，基於補強的目的，使鍔部23上設有尖端突出部18的 部位朝徑方向的外側延長。 〈5>調劑容器3，只要是「一旦對調劑容器3加壓， 便可使密封蓋2的一部分（剝離誘導部19等）開封」的 構造即可，並不一定要設置尖端突出部18。 -16- 201244676 亦即，如第13圖及第14圖所示’也可以形成：譬如 設置密封力較強的強黏接部23A與較弱的弱黏接部23 B， 一旦對調劑容器3加壓時，便從密封力較弱的弱黏接部 23B處開封的構造。 或者，如第15圖、第16圖及第17圖所示，可利用 雷射光束等的照射，預先在密封蓋2的外側面設匱裁斷線 2 8作爲脆弱部，而形成藉由加壓而從裁斷線2 8處開封的 構造。 然而如第17圖的例子所示，密封蓋2通常是由「從 外側起爲聚酯樹脂（PET)層24、印刷層25、鋁箔層26 、聚乙烯（PE)或聚丙烯（PP)層27所形成之複數層」 的積層薄膜所構成。 〈6〉除了液體之外，在調劑容器3中也可以收容砂 糖或調味料之類的粉粒體（可流下之內容物的其中一例） 〇 然而’如同以上的說明，雖然爲了方便與圖面對照而 標示了圖號’但是本發明並不因爲上述的標示而侷限於圖 面中的構造。此外，只要在不脫離本發明之要旨的範圍內 ，當然能以各種的態樣據以實施。 【圖式簡單說明】 胃1圖：是顯示內容物收容裝置（連通操作機構於操 作前）的局部縱剖側視圖》 胃2圖：是顯示內容物收容裝置（連通操作機構於操 5 -17- 201244676 作後）的局部縱剖側視圖。 第3圖：爲調劑容器的俯視圖。 第4圖：爲調劑容器的立體圖。 第5圖：爲調劑容器的縱剖側視圖。 第6圖：爲調劑容器的側視圖。 第7圖·爲已收谷有調劑容器之容器蓋的局部縱剖面 圖。 第8圖：爲容器蓋的仰視圖。 第9圖：是顯示內容物收容裝置（連通操作機構於操 作前）之其它實施形態的局部縱剖側視圖。 第10圖：是顯示內容物收容裝置（連通操作機構於 操作後）之其它實施形態的局部縱剖側視圖。 第11圖：是顯示調劑容器之其它實施形態的立體圖 〇 第1 2圖：是顯示調劑容器之其它實施形態的側視圖 〇 第1 3圖：是顯示調劑容器之其它實施形態的俯視圖 〇 第14圖：是顯示調劑容器之其它實施形態的立體圖 〇 第1 5圖：是顯示調劑容器之其它實施形態的俯視圖 〇 第16圖：是顯示調劑容器之其它實施形態的立體圖 -18- 201244676 第17圖：是顯示第15圖中XVII—XVII縱剖面的放 大圖。 【主要元件符號說明】 1 :容器本體 2 :密封蓋 3:調劑（potion)容器 4 :主容器 4A :開口部（上端口部） 9 :蓋本體（支承體） 9A :下筒部（下方卡止部） 9C :上筒部（上方開口部） 9D :支承部（容器支承部） 1 2 :加壓構件（加壓手段） 1 4 :連通孔（下方開口部） 16a :筒部（容器本體） 16b :筒部（容器本體） 16c :筒部（容器本體） 16d:凸緣部（容器本體） 16e :凸緣部（容器本體） 18:尖端突出部（容器本體） 20 :傾斜底部（傾斜支承面） -19-201244676 VI. Description of the Invention: [Technical Field] The present invention relates to a container having a "sealed with a flowable contents" and a support body capable of supporting the same container, which can promote the contents from the adjustment A content supply device that flows out of the container. [Prior Art] The following Patent Document 1 is known as a conventional example of the above-described content providing device. In the invention described in Patent Document 1, a container having a container body for accommodating a content and a sealing cover that is sealed in a mouth portion of the container body is used as a container, and the support body includes: The lid body that is screwed to the "opening portion for receiving the main container discharged from the dispensing container" and the upper lid that is screwed to the upper end of the lid body. The dispensing container is in a downward posture with a sealing cover and is supported by the lower surface of the upper cover. Once the upper cover is screwed downward with respect to the cover body, the sealing cover of the dispensing container supported by the upper cover will be provided on the cover. The cutting edge of the body is broken, and the contents are allowed to flow down through the passage formed in the cover body. [Problem to be Solved by the Invention] In the above-described conventional content providing device, a cap body having a complicated structure of a cutting edge is required. Further, when the contents supply means is washed after use, it is necessary to clean the support and the cutting edge to which the contents of the inner 201244676 are adhered due to the destruction of the sealing cover. SUMMARY OF THE INVENTION An object of the present invention is to provide a content providing apparatus which is capable of forming a simple structure of a container of a container as much as possible and which can be easily cleaned after use. [Means for Solving the Problem] The first characteristic structure of the present invention is a content providing device that supports a container supporting the above-mentioned preparation container by means of an agent that "seals a flowable content", and can promote the outflow of the inner conditioning container. A feature of the present invention is that the container is provided with a "sealing portion that seals the mouth of the container body of the container body for storing the contents of the container", and the support body includes a side that passes through the sealing cover side. The container support portion of the container has a pressurizing means for compressing the container between the container and the container, and a lower opening portion is formed in the container support portion, which may be caused by the compression. According to the first aspect of the present invention, the contents of the peeling container main body from which the sealing cap is discharged can improve the sealing of the sealing lid of the dispensing container by the operation of the pressing means according to the first characteristic structure of the present invention. And discharging the contents, and supporting the support container from the lower side of the support body, and the contents from the body, and Before the toner container, the toner bearing support portion below the opening of the container, and the inner pressure from ± 4 ° form, causes the discharge side of the opening portion -6--201244676 illustrating. Therefore, the support for supporting the container can be formed into a simple structure of "the cutting edge or the like", and the washing operation of the support after use can be simplified. Furthermore, since the contents of the dispensing container are not in contact with the cutting edge, a very hygienic content providing device can be obtained. According to another feature of the present invention, the container support portion supports the container to be adjusted in a state in which the sealing cap is formed in a downward posture, and has a tilt toward the lower opening and gradually descends. Support surface. If the present structure is formed, the seal cap placed on the container support portion of the container adjustment container will be tilted along the inclined support surface of the "lower opening toward the lower portion". Because of the posture, it is easy to cause the storage to smoothly flow out from the dispensing container based on the peeling of the sealing cover. According to another feature of the present invention, the mouth portion and the sealing cover of the container body constituting the above-mentioned dispensing container are provided in an inclined shape corresponding to the inclined supporting surface. In the case where the present structure is formed, when the dispensing container is placed on the container supporting portion by the "seal cap forming downward posture", the sealing cap "positioned at the position protruding downward from the dispensing container" is placed. In accordance with the "position of the lower opening portion of the container support portion", the bottom portion of the container body of the dispensing container is extended horizontally as a whole, and in a subsequent step, a good state in which the pressure can be smoothly compressed by the pressurizing means can be obtained. . Another characteristic feature of the present invention resides in the feature that the pressurizing means is constituted by a pressurizing member which is formed by the phase 201244676 for the upper opening portion formed above the support body, The lock direction is rotated by the lock, and is approached toward the aforementioned container support. If the present structure is formed, the dispensing container can be subjected to a compression operation by a simple operation of "swinging the pressing member into the locking direction with respect to the supporting body". Further, by performing the peeling of the sealing cap, the pressing member can be further locked by the pressing member, and the upper opening portion can be closed by the pressing member. Another feature of the present invention resides in a main container including a main container for receiving the contents discharged from the preparation container, and the support body has a method of closing an opening provided above the main container. The lower locking portion that forms the locking and the upper opening portion that receives the conditioning container and the pressing means. When the present structure is formed, for example, if the first liquid as the main material is stored in the main container in advance, and the preparation container in which the "second liquid capable of mixing the first liquid" is sealed, the user can autonomously The pressurizing means is operated at any time point where the case permits, and the dip which has mixed the second liquid into the first liquid is obtained. Further, when the support body is locked to the opening of the main container, the opening portion can be closed, and the upper opening portion of the "adjustable container can be provided and the pressing means can be received" can be obtained. According to another feature of the present invention, the container body of the above-described container has a plurality of cylindrical portions having "different diameters" and a flange portion for connecting the ends of the plurality of tubular portions. When the present structure is formed, when the container is compressed by the pressurizing means, it is mainly in a state in which the flange portion of the container body is inclined toward the axial direction, and a plurality of cylindrical portions having different diameters are used. Since the overlap deformation is formed in the radial direction, the internal volume of the preparation container can be sufficiently reduced with a small compressive force, and the internal pressure can be increased. According to another feature of the present invention, the container body of the dispensing container has a protruding portion that protrudes inward in the radial direction in the vicinity of the mouth portion, and the protruding portion can seal the sealing cover corresponding to the compression. Partial preferential stripping. When the present configuration is formed, when the dispensing container is compressed by the pressing means, the protruding portion protruding from the vicinity of the mouth portion of the container body toward the inner side in the radial direction preferentially peels off the partial portion of the sealing cover, so that the fixing can be compressed with a small amount. The force causes the dispensing container to lose its sealed state, and the contents are discharged from the dispensing container. Further, since the first peeled portion can be easily limited to the fixed portion in the sealing cover by increasing the internal pressure, the portion in contact with the "effluent from the regulating container" is limited to a portion in the container supporting portion. Therefore, the subsequent treatment including washing or the like can be simply completed. [Embodiment] Hereinafter, embodiments of the present invention will be described based on the drawings. The content supply device shown in Fig. 1 includes a main container 4 for accommodating a first liquid as a main material, and a resin container cover 7 for closing an opening of the main container 4, which can also serve as a preparation for loading The dispensing seat of the container 3. The main container 4 is formed of a heat insulating container made of metal and a heat insulating container made of resin. -9- 201244676 The container 4 is provided with a container body 1 made of resin, and a sealing cover 2 formed of a "tree sheet made of an aluminum laminated film or the like" is adhered to the mouth of the container body by heat fusion or the like. The second container in which the first liquid in the main container 4 can be mixed is sealed in the dispensing container 3. The container lid 7 which also serves as a transfer holder has a lid body 9 (an example of a support body) for closing an opening portion above the main unit 4, and "a support portion 9D (a container support) provided in the lid body 9 Between the upper surfaces of the parts, the pressurizing member 1 2 (an example of a pressure means) of the transfer container 3" is compressed. Herein, the pressurizing member 12 is also used to further lock the closed lid body 9 located at the opening portion above the lid body 9 to have a cylindrical lower tubular portion 9A (an example of the lower locking portion), The flange portion 9B and the upper tubular portion 9C (in the example of the upper opening portion), the cylindrical lower tubular portion 9A is provided to be "rotatably locked to the port portion 4A formed on the main unit 4 (an example of the opening portion) The first male screw portion 6 of the first inner screw portion 5" extends outward from the upper end of the lower tubular portion 9A in the radial direction, and the upper tubular portion 9C is upward from the upper end of the flange portion. Extend out. The pressing member 12 has a substantially circular disk-shaped scooping portion 12A and a plug portion 12B extending downward from the lower surface of the scooping portion 12A. The plug portion 12B is formed with a second male screw portion 11 that can be screwed to the "second female screw portion 10 provided in the upper tube 9C of the cap body 9". The lower end of the lower cylindrical portion 9A of the cover body 9 has a through hole 14 having a specific cross-sectional area (an example of the lower opening portion), and a portion of the cylindrical shape is filled with the medium and is added to the 9B and the portion of the pin. Even the branch -10- 201244676 is blocked by the 9D. The upper surface of the support portion 9D is formed as an inclined bottom portion 20 (an example of the inclined support surface) that is linearly lowered toward the communication hole 14 . A container accommodating space 8 for accommodating the dispensing container 3 is formed between the inclined bottom portion 20 and the second female screw portion 10 in the lower tubular portion 9A. In a state in which the lid body 9 closes the opening portion above the main container 4, a state in which the container accommodating space 8 of the lid body 9 and the liquid accommodating space 13 of the main container 4 are connected only by the communication hole 14 is formed. As shown in Fig. 5, the mouth portion of the dispensing container 3 extends along a plane which is "inclined with respect to the bottom portion of the base portion 7 at an angle substantially corresponding to the inclined bottom portion 2". Therefore, as shown in Fig. 1 , "If the sealing cap 2 is placed in the downward inverted posture" and the highest portion of the dispensing container 3 faces the communication hole 14 and the dispensing container 3 is placed on the inclined bottom portion 20, the container 3 is adjusted. The bottom 17 will form a substantially horizontal posture. In this state, once the pressing member 1 2 (an example of the pressurizing mechanism) is screwed to the upper cylindrical portion 9C of the cap body 9, the upper surface of the pressing member 12 and the inclined bottom portion 20 are moved up and down. When the internal pressure of the container body 1 reaches a specific enthalpy, the direction of the container 2 is peeled off from the container body 1 so that the second liquid inside is removed from the container body 1 as shown in Fig. 2 The portion where the sealing cap 2 is peeled off is injected into the first liquid of the main container 4 through the communication hole 14 , and the mixed liquid of the first liquid and the second liquid is obtained in the main container 4 . As shown in Fig. 4 to Fig. 6, the tubular portion 16 of the container body 1 constituting the dispensing container 3 has a portion -11 - 201244676 conical first tubular portion 16a extending upward from the outer periphery of the bottom portion 17, and A partial conical second tubular portion 16b extending further from the vicinity of the upper end of the first tubular portion 16a, and a partially conical third tubular portion 16 extending further from the vicinity of the upper end of the second tubular portion 16b. c ° However, as shown in Fig. 4, although the bottom portion 17 has a substantially circular outer shape, the cylindrical portion 16 in a plan view angle has a substantially outer portion other than the bottom portion 17 at the lower end of the first cylindrical portion 16a. Oval shape. The ratio of the long side to the short side of the ellipse is set to gradually increase from the upper end position of the first cylindrical portion 16a toward the upper end position of the third cylindrical portion 16c, and the mouth portion of the dispensing container 3 is along the elliptical shape. The long axis forms a slope. The lower end of the second tubular portion 16b has an outer diameter larger than the upper end of the first tubular portion 16a, and the lower end of the third tubular portion 16c has an outer diameter larger than the upper end of the second tubular portion 16b. Then, the upper end of the first tubular portion 16a and the lower end of the second tubular portion 16b are connected by a first annular flange portion 16d having a narrow width and extending substantially horizontally. Similarly, the upper end of the second tubular portion 16b and the lower end of the third tubular portion 16c are also connected by a second annular flange portion 16e having a narrow width and extending substantially horizontally. As a result, the tubular portion 16 has a structure having a substantially bellows shape as a whole. The width (the height in the fifth drawing) of the first tubular portion 16a and the second tubular portion 16b is fixed along the circumferential direction, but the width of the uppermost third tubular portion 16c is specific along the circumferential direction. The ratio of the change occurs, and the mouth of the dispensing container 3 having the "third annular flange portion 16f located at the upper end of the third tubular portion 16c" is formed, as described above, with respect to the first tubular portion 1 6 a, the second cylinder The portion 1 6b and the bottom portion 17 form an inclined configuration. -12-201244676 As shown in Fig. 4, a tip end portion 18 that protrudes from the mouth portion of the container body 1 toward the inside in the radial direction is formed at one portion in the circumferential direction of the third tubular portion 16c (protruding) One of the departments). The tip end portion 18'' extends substantially from the second annular flange portion 16e located at the lower end of the third cylindrical portion 16c to the third annular flange portion 16f located at the upper end of the third cylindrical portion 16c with respect to the bottom portion 17. In the vertical direction. The front end in the radial direction of the tip end portion 18 forms an acute angle. The position of the tip end portion 18 in the circumferential direction is the highest position at the inclined mouth portion in FIG. 4, and as shown in FIG. 8, the dispensing container 3 is disposed in the "upward posture in which the sealing cover 2 is downward". When the inclined bottom portion 20 of the cover body 9 is formed, it is formed at a position facing the communication hole 14. Since the cylindrical portion 16 of the dispensing container 3 has a bellows-like configuration, as described above, when the pressing member 12 is screwed to the upper cylindrical portion 9C of the cap body 9 from the state shown in Fig. 1, the canister The portion 16 receives the compression in the vertical direction between the lower surface of the pressing member 12 and the inclined bottom portion 20, and the edge of each of the first annular flange portion 16d and the second annular flange portion I6e. a phenomenon in which the edge portion of the portion closer to the outer diameter side is lowered (sinked), and a phenomenon in which the first tubular portion 16a enters the inner side of the second tubular portion 16b, and "the second tubular portion 16b enters the third tubular portion 16c" The phenomenon of the inner side is relatively easy to be deformed in the form of interaction or almost simultaneous operation. By the deformation of the tubular portion 16, the volume of the dispensing container 3 is reduced, and the internal pressure is rapidly increased, so as described above, A part of the sealing cap 2 of the dispensing container 3 is peeled off from the container body 1 , and the portion of the internal second liquid that has been peeled off from the sealing cap 2 is injected into the main container 4 via the communication hole 14 ; -13- 201244676 Liquid. That is, by rotating the pressing member 12 toward the cap body 9, the lower surface of the pressing member 12 presses down the "bottom portion 17 of the dispensing container 3 supported by the inclined bottom portion 20" and borrows The sealing cover 2 is peeled off by an increase in internal pressure. Therefore, the pressurizing mechanism is constituted by the cooperation of the cap body 9 and the pressing member 12. In the deformation process of the tubular portion 16, since the portion of the sealing cover 2 that is close to the tip protruding portion 18 is more preferentially peeled off than the other portions of the sealing cover 2, the tip protruding portion 18 constitutes "promoting under a specific internal pressure." The peeling-inducing portion 1 of the sealing cover 2 is peeled off. The size of the inclined bottom portion 20 is set so as not to obstruct the aforementioned initial peeling process. The tip protruding portion 18 is not located above the inclined bottom portion 20 but in the manner of being disposed in the communication hole 14. The point that the upper surface of the inclined bottom portion 20 is inclined with the mouth portion of the dispensing container 3 'when the pressing member 12 is screwed down relative to the lid body 9' has the following effect: by The friction between the lower surfaces of the pressing members 12 suppresses the situation in which the rotation is inadvertently formed above the inclined bottom portion 20. Further, as shown in Fig. 7, the base end portion (the upper end portion in Fig. 7) of the tubular portion 9A below the lid body 9 is locked with a seal ring 21 formed of an elastic rubber ring. The sealing of the "between the first female screw portion 5 and the first male screw portion 6" and the "between the second female screw portion 1 and the second male screw portion 1 1" can be carried out to carry the present invention. When the contents are supplied, the liquid of the main container 4 does not leak. Since the dispensing container 3 is housed inside the lid body 9, even if 14 - 201244676 is used, the contents of the dispensing container 3 are mixed into the main container by the pressurizing operation. After 4 is inside, the dispensing container 3 is also held by the lid body 9. In this way, the hand does not have to directly enter the inside of the main container 4, and the unopened dispensing container 3 can be simply taken out by removing the cover body 9. For example, the warmed hot water is stored in the main container 4, and the dispensing container 3 sealed with the concentrated soup liquid is previously set in the cap body 9, and is adjusted by the operation of the pressurizing mechanism as necessary. The concentrated soup in the container 3 is mixed with hot water to drink a warm soup. In addition, for example, the liquid of the coffee is contained in the main container 4, and the dispensing container 3, to which the milk has been sealed, or the container 3 to which the sugar has been sealed, is placed in advance in the lid body 9, and when necessary, milk or The sugar mixed with the coffee can be drunk. [Other Embodiments] <1> The pressing means for compressing the dispensing container 3 between the support portion 9D and the pressing means for pressing down the regulating container 3 as shown in Figs. 9 and 10 may be a piston type which is pressed downward. Pressing member 1 2 . In this embodiment, the inner peripheral surface of the upper cylindrical portion 9C of the cap body 9 is a flat cylindrical shape having no internal thread, and the pressing member 12 has an inner peripheral surface that is fitted to be vertically slidable upward and downward. The disk-shaped piston member 22A and the rod-shaped pillar member 22B extending upward from the piston member 22A and the button member 22C provided at the upper end of the pillar member 22B. In the case of this embodiment, the preparation operation for providing the contents can be performed, for example, in the following manner: First, the pressing member is taken out from the cap body 9 that has been screwed to the upper port portion of the main container 4. 12, the container -15-201244676 container 3 is reversed and placed on the upper surface of the support portion 9D. Next, the piston member 22A of the pressurizing member 12 is inserted and inserted through the upper tube portion 9C of the cap body 9. Yes (state of Figure 9). Next, when necessary, once the button member 22C is pressed downward as shown in Fig. 1, the dispensing container 3 is compressed between the upper surface of the support portion 9D and the lower surface of the piston member 22A, and In the same manner as in the embodiment of the first embodiment, a part of the sealing cap 2 of the dispensing container 3 is peeled off from the container main body 1 and the inner liquid is injected into the main container 4 through the communication hole 14 from the portion where the sealing cap 2 is peeled off. 1 liquid, a mixed liquid of the first liquid and the second liquid is obtained in the main container 4. <2> When the container container 3 is housed in the recessed space 8, in addition to being housed in an inverted position, a posture in which the mouth portion is formed in a lateral direction or inclined downward may be employed, and the peeling-inducing portion 19 may be disposed so that It is located on the bottom 2〇 side, and constitutes the aspect facing the communication hole 14 . In this case, however, the pressurizing mechanism must be formed to be compressible from the lateral direction with respect to the dispensing container 3. <3> Even if the main container 4 is not used, only the lid body 9 for accommodating the dispensing container 3 and the pressing member 12 are combined, and it can be used as a content providing device. <4> The container 3 can also be extended as shown in the first and second figures, and the portion of the crotch portion 23 on which the tip end portion 18 is provided is extended outward in the radial direction for the purpose of reinforcement. <5> The adjustment container 3 may have a structure in which a part of the sealing cap 2 (the peeling-inducing portion 19 or the like) may be opened when the dispensing container 3 is pressurized, and the tip protruding portion 18 is not necessarily provided. -16- 201244676 That is, as shown in Fig. 13 and Fig. 14, it is also possible to form, for example, a strong adhesive portion 23A having a strong sealing force and a weak weak adhesive portion 23B, once the dispensing container 3 is disposed. When pressurized, the structure is opened from the weakly bonded portion 23B having a weak sealing force. Alternatively, as shown in Fig. 15, Fig. 16, and Fig. 17, by using a laser beam or the like, a cutting line 28 is provided as a fragile portion on the outer side surface of the sealing cover 2 in advance, and pressure is formed by pressurization. And the structure of the opening from the cutting line 28 8 . However, as shown in the example of Fig. 17, the sealing cover 2 is usually made of "polyester resin (PET) layer 24, printed layer 25, aluminum foil layer 26, polyethylene (PE) or polypropylene (PP) layer from the outside. 27 layers of laminated film formed by a laminated film. <6> In addition to the liquid, the powder container (such as one of the contents that can be shed) can be accommodated in the dispensing container 3, but as described above, although for convenience and drawings The figure number is indicated by reference to 'but the invention is not limited to the configuration in the drawing because of the above indication. Further, it is a matter of course that various modifications can be made without departing from the spirit and scope of the invention. [Simplified description of the drawings] Stomach 1 is a partial longitudinal sectional side view showing the contents storage device (before the operation of the operation mechanism). Stomach 2: Displaying the contents storage device (connecting the operation mechanism in operation 5-17 - Partial longitudinal section side view of 201244676). Figure 3: Top view of the dispensing container. Figure 4: A perspective view of the dispensing container. Figure 5: A longitudinal section of the container for dispensing. Figure 6: Side view of the dispensing container. Fig. 7 is a partial longitudinal sectional view of the container lid of the container having the adjusted container. Figure 8: A bottom view of the container lid. Fig. 9 is a partial longitudinal sectional side view showing another embodiment of the contents storage device (before the operation of the communication operation means). Fig. 10 is a partial longitudinal sectional side view showing another embodiment of the contents storage device (after the operation of the communication operation means). Fig. 11 is a perspective view showing another embodiment of the dispensing container. Fig. 12 is a side view showing another embodiment of the dispensing container. Fig. 13 is a plan view showing another embodiment of the dispensing container. Fig. 15 is a perspective view showing another embodiment of the dispensing container. Fig. 15 is a plan view showing another embodiment of the dispensing container. Fig. 16 is a perspective view showing another embodiment of the dispensing container-18-201244676 Fig. : is an enlarged view showing a longitudinal section of XVII-XVII in Fig. 15. [Description of main components] 1 : Container body 2 : Sealing cap 3 : Potion container 4 : Main container 4A : Opening (upper port) 9 : Cover body (support) 9A : Lower tube (lower card) 9C: upper tube portion (upper opening portion) 9D: support portion (container support portion) 1 2 : pressurizing member (pressurizing means) 1 4 : communication hole (lower opening portion) 16a : tube portion (container body) 16b: tube portion (container body) 16c: tube portion (container body) 16d: flange portion (container body) 16e: flange portion (container body) 18: tip projection (container body) 20: inclined bottom (tilt) Support surface) -19-