201217241 六、發明說明： 【發明所屬之技術領域】 本發明係有關於一種容器，包括： 蓋壁，具有至少_ ^ v —盍壁區域可被刺穿以形成供庫 以導入液體； 贤應'開口 底壁，具有至φ __ 士 夕—底壁區域可被刺穿以形成出口 口；以及 间 至乂腔至，破腔室壁所環繞且存在有基本原 «周整7G件’調整兀件以可自靜置位置移動至操作位置之， 式設置’在操作位置時，將至少-腔室壁開啟。 ’ 【先前技術】 在飲料機裔中，特別是咖啡機中常使用拋棄式容器或 拋棄式包裝，例如為膠囊狀（capsule form)，其係由一或 二層薄所密封，且其容納有舉例來說咖啡或其他物質： 如調味品(flavourings)’呈粉狀或液體狀。這些拋棄式容 器被插置人飲料機器中，拋棄式容器巾之㈣物係與液體 (例如水）混合，而此可飲用之調製品之後被當作飲料排 出’使用過之抛棄式容器之後從飲料機器被移出且丢棄。 專利號EP0451 980B1揭示一種密封包裝，容納有一或 多種粉狀、糊狀（pasty)或液體狀可食用配方材料透過一 個入口開口，水被供應至這些材料，而完成之調製品從底 部區域透過一出口喷嘴被排出，出口喷嘴具有可替換插塞 (displaceable plug)。為了將最終之調製品排出，包裝的 4 201217241 底部具有一薄箔’藉由機器之一部分之一連接部件從出口 喷嘴的區域上由底部刺穿’在進入出口喷嘴之後，連接部 件朝上推動插塞以抵頂一中間壁，此中間壁具有—壁段部 配設有預設斷裂線，其可被插塞刺破，因此可釋出配方。 其透過插塞中之一中間流管道朝下從包裝中流出，接著流 過機器之連接部件。 上述包装具有以下之缺點’其底部出口需由機器之連 接部件所開啟，使得連接部件會與最終調製品接觸，現代 之裝置需要符合嚴格的衛生需求，因此在—個新的容器被 裳入時’每次均需要清洗連接部件。 專利號 US2_/()115317A1 揭示—種容器（Cartridge) 裝填有’舉例來說，咖坤粉’其底部是由内部而刺穿，在 底壁上係為一杯狀(cup_shaped)之中間底，其稱作為内部 塞（lnternalplUger)’中間底的尺寸調整成容器的内部尺 寸’粉體會停留在容器之中間底和蓋壁之間，巾間底且有 一出口噴嘴’其可作為切割元件，當水在壓力下經過蓋壁 而導引入容器内部時，中間底系朝下推動，“，切判元 件刺穿底壁並釋放出口。 此容器確實滿足了衛峰愛七t201217241 VI. Description of the Invention: [Technical Field] The present invention relates to a container comprising: a cover wall having at least _ ^ v - a wall region can be pierced to form a reservoir for introducing a liquid; The bottom wall of the opening has a φ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ In the position that can be moved from the rest position to the operating position, at least the chamber wall is opened when the operating position is set. [Prior Art] Disposable containers or disposable packages, such as capsule forms, are often used in beverage origins, especially in coffee machines, which are sealed by one or two layers of thin film and contain examples. For coffee or other substances: such as flavourings, it is in powder or liquid form. These disposable containers are inserted into a human beverage machine, and the (4) system of the disposable container towel is mixed with a liquid (such as water), and the drinkable preparation is then discharged as a beverage after the used disposable container. The beverage machine is removed and discarded. Patent No. EP 0 451 980 B1 discloses a sealed package containing one or more powdered, pasty or liquid edible formulations through an inlet opening into which water is supplied, and the finished preparation passes through the bottom region. The outlet nozzle is discharged and the outlet nozzle has a replaceable plug. In order to discharge the final preparation, the bottom of the package 4 201217241 has a thin foil 'piercing from the bottom of the outlet nozzle by one of the connecting parts of the machine'. After entering the outlet nozzle, the connecting part pushes up The plug is abutted against an intermediate wall having a wall section provided with a predetermined breaking line which can be pierced by the plug so that the formulation can be released. It flows out of the package downward through one of the intermediate flow conduits in the plug and then through the connecting parts of the machine. The above package has the following disadvantages: its bottom outlet needs to be opened by the connecting parts of the machine, so that the connecting parts will come into contact with the final preparation, and modern devices need to meet strict hygiene requirements, so when a new container is squirted 'The connecting parts need to be cleaned every time. Patent No. US2_/() 115317A1 discloses that a Cartridge is filled with 'for example, Kau Kun powder' whose bottom is pierced by the inside and which is a cup-shaped midsole on the bottom wall. It is said that the size of the intermediate bottom of the internal plug is adjusted to the inner dimension of the container. The powder will stay between the middle bottom of the container and the wall of the lid. The bottom of the towel has an outlet nozzle which can serve as a cutting element when the water is in When the pressure is introduced into the interior of the container through the cover wall, the middle bottom is pushed downwards, ", the component is cut through the bottom wall and the outlet is released. This container does satisfy the Weifeng love seven t
而未，但容器的操作性並不倉I 總疋被確保，在本例中，基 7馮水壓及施加在中間底戈 上力疋否足夠，甚至是在導 ' 被刺穿。在此過程中，可替=時，因而使得底… 的。另外，由於中間底中間底_是不可避角 有许多的開口，液體可以進入肩 壁和中間底之間的空間， * 此曰導致在在開始隻供應程序之 201217241 後，中間底之壓力之相對快速地減少，因此，底壁便無法 確實地被刺穿。 專利號W02008/132571揭示一種膠囊狀容器 (capsule)，容納有可溶解飲料（s〇luMe beverage)，此膠 囊狀容器具有一蓋箔（cover foil)，在飲料機器中藉由連 接部件而穿孔（perforate)，透過此，壓力下之溶劑液體 (solvent 1 iqU1d)，例如水，可以被導引至膠囊狀容器的 内部。 膠囊狀容器可細分成四個腔室，被供應之液體首先被 導引至为配腔室，再從此導引至一儲存腔室，在此有大 ΐ之可溶解液體存在。在儲存腔室中，可溶解液體與被供 應之液體混合，且準備好之飲料接著被收集到一收集腔室 中’由此其被經由一在膠囊狀容器之底壁上之開口被排出。 為了開啟底壁’一可替換之穿孔器（perf〇rat〇r)係設 置於膠囊狀容器之中間腔室，穿孔器被連接部件推動以抵 頂底壁’因此底壁可以被撕開。 在此過程中，穿孔器中之貫穿通道係與收集腔室之出 開口對齊’因而使得準備好之液體可以自膠囊狀容器而 朝下排出。 無論如何，此膠囊狀容器具有下述缺點，其複雜的内 邛結構需要分隔成不同之腔室，分配腔室需要位於儲存腔 室之前以盡可能均勻地引導液體進入儲存腔室，且破保在 儲存腔室中均勻的混合。 專利號W02007/1 14685揭示一種膠囊狀包裝（capsule 6 201217241 -shaped packaging) ’其容納有部分之液體。一個圓柱體 係在中心被設置’其係以其底端透過一波狀彈性底區域 (undulated flexible bottom region)而與包裝之底壁連 接。包裝之頂側和底側兩者皆由密封薄箔（seal ing f〇i U 所關閉。 利用一連接部件，上側之密封薄箔可以被刺穿，且圓 柱體被向下推動，圓柱體接著刺穿連接在底側之薄箔。圓 柱體係與文丘里裝置（venture device)—起被設置，透 過此，在液體破導引入圓柱體後，液體之部分被從環繞著 圓柱體之腔室被抽出，兩種液體之混合係發生於圓柱體之 底部。 L I咧内容】 本發明之-目的係提供一種容 功能更為可靠。 、另間早之結構及 依據本發明提供一種容器，包括： 一蓋壁，且古s , 應開口以導入—液體.盍土區域’可被刺穿以形成-供 —底壁，且古=, 口開口； 、 -底壁區域’可被刺穿以形成一出 至少一腔官 、 料及-調整元件：二一=所環繞’且存在有-基本原 至-操作位置之方式，件以可自-靜置位置移動 室壁，腔室壁上具有至又少1^作位置時，開啟至少一腔 當調整元件位於靜置位 7 201217241 置時，調整元件之一組件以可分離的方式與開口連接或設 置於開口中，調整元件之組件關閉腔室壁之開口。 "容器"一詞包括可重複使用容器和包裝（reusable container and packaging)如同拋棄式容器和包裝 (disposable container and packaging)。 "可刺穿” 一詞可以理解的是係指壁區域其可以任何 方式開啟，壁區域的開啟舉例來說可藉由切開 (incising)、切割開啟（cuUing open)、鑽孔 (broaching)、穿刺（puncturing)或撕開（tearing)而開啟。 當調整元件位於靜置位置時，調整元件將關閉（特別是 指密封）裝有基本原料之腔室，且同時是以可分離的方式連 接而定位，以可分離的方式連接至開口是指調整元件之組 件是定位於界定了開口之腔室壁之壁區域的外表面。 、可刀離的方式連接至開σ中是指組件是設置在界定 了開口之腔室壁之壁區域的開口中。 被調整元件所關閉之開口可以藉由連接和供應裝置 内推動且在腔室中被朝外推：二之關閉部件是被朝 會創造腔室之供應開口或出口開口V立置而定’此過程 藉由飲料機器之連接和供 腔室中，在此與基本原料混合、入之液體被送進 原料之健存空間功能，更為遇合腔m只發揮基本 額外的間隔因此變為不需要。故，在容器内部中 8 201217241 隔壁 腔室壁可以是容器之蓋壁1器之底壁或容器中之分 曰腔室壁形成為容器之蓋壁 和供庳奘罢杜^ 符田认料機盗之連接 " 吏液體供應至容器中所透過之供應開口 s ώ 可分離的方彳、壶粑閉口疋由以 :接之調整兀件之組件的脫離所創造 貫施例中，裥敕-μ 在本 為整7L件之組件形成了蓋壁 穿以㈣入液f 乳域其可以被刺 *腔室壁為容n之蓋料，液體和基本原料之混 排出時會經過之出 Bcb ° *開口疋由以可分離的方式連接之調整 疋牛之組件的脫離所創造’在本實施例中，調整元件之組 件：成了底壁區域，其可以被刺穿以形成出口開口。且在 本貫把例中’連接和供應裝置先刺穿了蓋壁，接著，調整 70件才被此連接和供應裝置所驅動。 當腔室壁為位於容器内彻|之分隔壁日夺，額外之腔室是 設置於容器内介於分隔壁和蓋壁或底壁之間，此點特二 利於衛生的原因，因為調整元件之組件關閉了開口不會直 接暴露於外界環境的影料。#由以可分離的方式連接之 調整元件之組件的脫離，在容器中腔室之存取開口或出口 開口可以被創造。 調整元件之組件可以以液態密封（Hquid_tight)的方 式關閉開口。 調整元件可透過既定斷裂線與腔室壁連接，既定斷裂 線舉例來說可以以黏結接縫（adhes丨ve seam)而形成。其他 的可能例如為將調整元件模造於具有既定斷裂線之腔室 201217241 壁。既定斷裂線的一段部可以 結構。 為活動抠軸（iiving l!inge) 調整元件之組件可包括— 壁上之開口。 板狀讀，其關閉了在腔室 板狀元件可提供有直立之 < %狀壁，具有至少一入口 口，如此創造了杯狀結構，舉 件可與此連接。 ]來說飲料機器之連接部 調整元件可提供有一裝 w 置即至少一切割及推進裝 置，在一特別之實施例中、 可以為針狀物。舉例來說’ 在底J上可提供有可刺穿 置所刺穿。 ”在封“，可以被上述裝 當飲料機器之連接和供應裝置與調整元件連接時，在 -方面’腔室壁上對應之開口被開啟，另—方面， 同時被切割及/或推進裝置所開啟。 — 切割及/或推進|置可朝底壁延伸，更特別的是，切割 及/或推進裝置可與底壁接觸，因此可達到調整元件位於並 靜置位置時額外之固定吋要 、’、 ，心口疋效果。供應或存取開口和出口開口 可在調整7C件移動至操作位置時被創造。 依據本發明另一個實施例，切割及推進裝置可具 狀段部具有至少—ψ & 丄. ' & 出開口，其他形式之切割及推進梦w 亦為可行的。 直 依據本發明另一個實施例，調整元件之組件為—板狀 元件，其可關閉底壁上之開口。 調整元件可提供有用以使調整元件傾斜之裝置，在一 201217241 實施例中，調整疋件是固定於或位於底壁在容器内側朝 上大出’且可藉由飲料機器之連接和供應裝置而傾斜，因 此使付位於底壁之開口得以破裂而開啟。此用以使調整元 件傾斜之裝置可包括制動板，相對於調整元件之一縱轴而 傾斜。 基本原料"一詞可以理解的是其意指一粉末及/或液 體原料，其可以包括一或多種成分，舉例來說，基本原料 可以為糖漿（SyruP)、濃縮物（concentrate)或萃取物 (extract)。基本原料可以與外部供應之液體混合，且其更 好的是可溶解於液體中。 基本原料亦可以是食物（f〇〇dstuf f)、營養添加物 (nutritional supplement) > 膳食食品（dietary foodstuff)、醫藥產品（pharmaceutical pr〇duct)或清洗 劑（cleaning agent)。 液體的樣式可視基本原料之樣式而選定，可使用上述 容器之相關裝置係被設計且裝備以適合各自之用途。此種 裝置可以為-飲料機器，其中，容器特別是可抛棄式容器 可以被使用，在其中之内容物可使例如飲用水之口味得以 改變。 此裝置具有一儲存器（receptacle)用於容器及連接和 分配裝置，特別是以連接部件之形式，其中容器係為可刺 穿的，且至少一液體可被供應入容器中。 谷器及/或調整元件更好的是係以塑膠製成，其可以由 射出成形方式製作’容器具有周圍壁、底壁、及任何其他 201217241 之腔室壁且可以為一體成形，其中，底壁可以完全或部分 形成於一件式容器上’視實施例而定。 依據一實施例，兩個組件，容器和調整元件，可以製 作成一體，具有調整元件之一件式容器之後被填充有基本 原料且被蓋壁及/或底壁之密封薄落所密封。 本發明具體之實施例揭示之形態内容將配合圖示加以 詳細說明。 【實施方式】 請參見第1和2圖，一個容器（c〇ntainer)10其最好 疋可抛棄式谷器（disposable container)係以兩種示意圖 顯示，容器10具有一蓋壁（c〇ver waii)4〇 ' —周圍壁 (peripheral wall)30 以及一底壁（bottom wall)50。 在本實施例中，蓋壁40係由薄箔（foil )41所形成， 其係連接至周圍壁30之環狀邊（annuiar bead)32。 底壁50包含一圓環狀板（ring piate)52以及一中心 位置薄箔（foi 1)54 ’蓋壁40和底壁50或薄箔54均具有可 刺穿壁區域（piercable wall region)42、56。 底壁50更額外提供有兩個環狀肋（annuiar rib) 60及 放射狀肋（radial rib)62介於兩個環狀肋60之間，在之 後的圖示中為了簡化以明確（C1 arity)的原因而在圖示上 未顯示。其亦可以完全省略此些肋。 第3圖係顯示第1和2圖中之容器1 〇之垂直剖面圖， 谷器10的内部係分隔成一第一腔室（first chamber)12及 12 201217241 乂'、之第二腔室（second chamber)18，在本實施例中， 第：腔室18係位於第—腔室12之中心，此特殊之設置係 為旋轉地對稱的。在其他的實施例中，例如不對稱設置亦 為可行的。 上述二個腔室12、18係藉由圓柱形分隔壁 Cpar^tioning wall)2〇所分隔，此圓柱形分隔壁2〇係由 蓋壁40向下延伸入容器中。更進一步，在第—腔室12中， 在基本原料（basic Pr〇duct)14之表面位置（surface level )15上方係為一自由空間（free space)16包含有氣體 例如二氣或保護氣體（protective gas)。 第一腔室12之腔室壁（chamber wall)l3係由蓋壁 40、周圍壁30、底壁50和分隔壁20所構成，其中分隔壁 20 具有開口（〇pening)19。 同樣的’第一腔室12中提供有調整元件（adjustment element)100係位於靜置位置（p0siti〇n of rest)且提供 有一板狀元件（plate-shaped element)102，一具有入口開 口（inlet opening)l〇6 之直立環狀壁（annuiar wall)1〇4 係連接於此。板狀元件1 02和環狀壁1 04形成了調整元件 100之組件（component) 101，其關閉了分隔壁20之開口 19。杯狀（cup-shaped)之組件101係由環狀壁1〇4所形成。 環狀壁104抵頂著分隔壁20的内壁且透過既定斷裂線 (predetermined breaking line)108 與其連接，其中，位 於既定斷裂線10 8上方之入口開口 1 〇 6係由分隔壁2 0所關 閉，環狀壁1 04舉例來說可以是沿著既定斷裂線丨〇8而黏 13 201217241 結至分隔壁20 ’組件1 0丨以可脫離的方式連接在開口丄9。 切割及/或推進裝置（cutting and/〇r pusM叫 device)110係形成為針狀物（needle)U2之外型，且設置 於板狀7C件1 02的下方，針狀物從板狀元件】〇2底側向下 延伸到底壁50’其末端在底壁5〇之可刺穿區域（piercab^ region)56之上，底壁5〇如同蓋壁4〇 一樣可包含有薄箔 54 ’特別是一個密封薄羯。 在第3圖中，連接部件（c〇nnecti〇n piece)2〇〇係形 成為圖上未顯示之飲料機器（beverage machine)之連接部 件，在連接元件200的末端提供有切割及/或推進裝置 (cutting and/or pushing device)210，如圖上所示，其 已部分刺穿了蓋壁40之可刺穿區域42，其目的是形成供 應開口（supply opening)46且沿著調整元件1〇〇的方向移 動，環狀壁104形成了用於連接部件2川之連接元件 (connection element)14〇 ’在完成將連接部件導引入容器 ίο後，液體可透過連接部件200之貫穿通道（thr〇ugh -channel)212而進入第一腔室12之内部，如第4圖所示， 液體和基本原料14的混合會發生在第—腔室12中。 第3圖係顯示調整元件100位於其靜置位置（p〇siu〇n of rest)時之狀態，第4圖係顯示調整元件1〇〇位於其工 作位置（working poslti〇n)時之狀態，調整元件1〇〇係被 連接部件200等裝置朝下推動，使得組件m上之既定斷 裂線108因而破裂開啟’入口開口 1〇6因此被開放藉此， 第一腔室12之存取開口被創造。 201217241 切割及/或推進裝i 110刺穿了底㉟5〇，因此創造了 容器ίο之出口開口 (outlet 〇pening)58，可刺穿區域以 之薄羯部分朝下懸掛著，經由連接料_所導引之液體 穿透過調整元件100之杯狀内部區域，亦即第二腔室Μ， 接著可以流經過環狀壁104上之入口開口 1〇6而進入第一 腔室12，在此與基本原料14混合而形成混合物 (mixture)14’，第一腔室12也因此成為了兩種物質的混 合腔室。 當自由空間16存在於基本原料14之表面位置15之上 時’此點同樣顯示於圖中，透過連接部件綱所導引之液 體可以在混合發生於第一腔室12之底部前，先散布於此上 方之自由空間16中。 切割及/或推進裝置110的長度，特別是針狀物^2的 長度’可以比第3 # 4圖中所示稍短，較短之針狀物112 的優點在於：當調整元件100移動時，由入口開口 1〇6所 形成之存取開口可以先被開啟，而可刺穿區域56則在之後 的時間點被刺穿，液體因此可以在底壁開啟之前進入第一 腔室12,且在自容器10排出之前發生混合過程。為了幫 助液體導引至第一腔至，連接部件2〇〇可提供有一裝置 (deVice)220藉以刺穿蓋壁40且創造至少一個通氣開口 (ventilation opening)44(此為選擇性特徵僅以虛線顯示 於第4圖中）。 第5和6圖係顯示依據本發明另一個實施例之調整元 件100當其分別位於靜置位置和工作位置時，其中，蓋壁 15 201217241 40沒有覆蓋到調整元彳1〇〇上方之區域，此區域保持著 未覆蓋的狀態以允許直接接觸到調整元件1〇〇之組件 101 ’分隔壁20’其同樣為腔室壁13,形成了組件的外壁， 也就是容器10的蓋壁40。在本實施例中，調整元件1〇〇 之組件101形成了可刺穿壁區域42以允許液體的導引。 同樣的，具有環狀壁i 04之板狀元件i 〇2係被顯示當 作組件101，環狀壁104的末端面可作成配合連接部件公⑽ 之割及/或推進裝置210的外形’同樣的，只有一個側面之 入口開口 106，其係位於既定斷裂線1〇8之下方，係提供 於環狀壁上。 組件101下方存在有柱狀體（c〇lumn)122，在其底端設 置有桿件（bar)130,開口（opening)132則形成於其間，透 過此’液體和基本原料之混合物可以進入到當調整元件【⑽ 位於操作（工作）位置時的内部區域。具有管狀段部 secti〇n)li4之環狀切割及/或推進裝置11〇提供有出口開 口（outlet opening)116係設置於此些桿件13()上，混合 物透過出口開口 116而朝下排出。 入口開口 106係藉由以可脫離方式連接之調整元件 100之組件1〇1的分離而開啟，因此開口 19亦開啟，藉此 形成供應開口 46。 第7圖係顯示依據本發明之另一實施例，其中調整元 件101之組件101之板狀元件1〇2係提供有明顯較短之不 具有開口之環狀壁104，環狀壁104提供作為夹持元件， 係與連接部件200連接，既定斷裂線1〇8係提供於内壁 16 201217241 之末端表面和環狀壁1 〇4之間，其係蓋壁40之一部分。調 整元件10 0之組件1 〇 1係位於開口 1 9處，且關閉了開口 19 ° 連接部件200具有貫穿通道212，其係分支成二個橫 跨設置之出口通道（outlet channel)214。 如第8圖所示，連接部件2〇〇之底側段部（1〇wer SeCti〇n) 202與環狀壁104之間的空間連接且夾持了組件 101，使得其不會以不受控制之方式向下掉落，而不小心地 關閉了出口開口 58，用以分開既定斷裂線丄〇8之所需分開 力量必須設定為夾持連接須要先被建立，之後才可以發生 撕裂。 被導引之液體從出口通道214被側向地供應至第一腔 室1 2 ’在此與基本原料發生混合。 第9圖係顯示依據本發明之另一實施例，其中，調整 元件1〇〇提供有一板狀元件102，其係形成了組件1〇1以 可脫離的方式連接至底壁50之開口 19處，且關閉了容器 10的出口開口 58。柱狀體122係以模造形成於板狀元件 102,柱狀體122朝上突出至容器1〇的内部，且在其上末 端提供有制動板（actuating plate)124，相對於縱軸 (longitudinal axis) 105偏斜且傾斜地設置。 用以取代傾斜之制動板124，亦可以將柱狀體122提 供有對應傾斜之末端表面。 因此，板狀元件1 02和組件i 01形成了容器丨〇之底壁 50之可刺穿區域56,組件1〇1透過既定斷裂線1〇8與底壁 17 201217241 50連接，其中，在一個部分，既定斷裂線i 〇8係構成活動 極軸（living hinge) 109結構，調整元件1〇〇和底壁5〇和 周圍壁30可以為一體成型之結構。 如第10圖所示，當連接部件2〇〇刺穿了蓋壁4〇時， 連接部件200之尖端部與傾斜設置之制動板124相接觸， 並依活動樞軸1 09而側向轉動調整元件丨〇〇，藉此，在底 壁50區域之既定斷裂線1〇8因此破裂，也因此出口開口 58得以開啟。 【圖式簡單說明】 第1圖係顯示一容器之上視示意圖； 第2圖係顯示一容器之下視示意圖； 第3圖係顯示第1ί〇 2圖中之容器且伴隨有機器之— 部分之連接部件之剖面圖； 第4圖係顯示第3圖之實施例中之容器插置有連 件之示意圖；以及 ° _ : 5至10圖係顯示依據其他實施例之容器與連 之不思、圖。 【主要元件符號說明】 !〇 容器 12 第一腔室 13 腔室壁 14基本原料 201217241 14， 混合物 15 表面位置 16 自由空間 18 第二腔室 19 開口 20 分隔壁 30 周圍壁 32 環狀邊 40 蓋壁 41 薄箔 42 可刺穿壁區域 44 通氣開口 46 供應開口 50 底壁 52 圓環狀板 54 薄箔 56 可刺穿壁區域 58 出口開口 60 環狀肋 62 放射狀肋 100 調整元件 101 組件 102 板狀元件 104 環狀壁 201217241 105 縱軸 106 入口開口 108 既定斷裂線 109 活動枢軸 110 切割及/或推進裝置 112 針狀物 114 管狀段部 116 出口開口 122 柱狀體 124 制動板 130 桿件 132 開口 140 連接元件 200 連接部件 202 底側段部 210 切割及/或推進裝置 212 貫穿通道 214 出口通道 220 裝置 20However, the operability of the container is not guaranteed. In this case, the pressure of the base and the force exerted on the middle of the digo are sufficient, even in the guide 'pierced. In this process, it can be replaced by =, thus making the bottom... In addition, since the intermediate bottom _ is an unavoidable corner with many openings, the liquid can enter the space between the shoulder wall and the middle bottom. * This causes the pressure of the intermediate bottom to be relatively fast after the start of the only supply program 201217241. The ground is reduced, so the bottom wall cannot be reliably pierced. Patent No. WO2008/132571 discloses a capsule containing a slulu beverage having a cover foil which is perforated by a connecting member in a beverage machine ( Perforate), through which a solvent liquid (solvent 1 iqU1d), such as water, can be directed to the interior of the capsular container. The capsular container can be subdivided into four chambers, the liquid being supplied being first directed to the mixing chamber and from there to a storage chamber where the large dissolved liquid is present. In the storage chamber, the dissolvable liquid is mixed with the supplied liquid, and the prepared beverage is then collected into a collection chamber' whereby it is discharged through an opening in the bottom wall of the capsule container. In order to open the bottom wall, a replaceable perforator (perf〇rat〇r) is placed in the intermediate chamber of the capsular container, and the perforator is pushed by the connecting member to abut against the bottom wall' so that the bottom wall can be torn. During this process, the through passage in the perforator is aligned with the outlet opening of the collection chamber so that the prepared liquid can be discharged downward from the capsule container. In any event, the capsular container has the disadvantage that its complex internal structure needs to be divided into different chambers, and the dispensing chamber needs to be located in front of the storage chamber to direct liquid into the storage chamber as uniformly as possible, and to break the insurance. Mix evenly in the storage chamber. Patent No. WO2007/1 14685 discloses a capsule package (capsule 6 201217241 -shaped packaging) which contains a portion of the liquid. A cylinder is disposed centrally with its bottom end connected to the bottom wall of the package through an undulated flexible bottom region. Both the top side and the bottom side of the package are closed by a sealing foil (sealed ing f〇i U. With a connecting part, the upper sealing foil can be pierced and the cylinder is pushed down, the cylinder then Piercing a thin foil attached to the bottom side. The cylindrical system is arranged with a venture device, through which, after the liquid is introduced into the cylinder, a portion of the liquid is taken from the chamber surrounding the cylinder. Extracted, the mixture of the two liquids occurs at the bottom of the cylinder. LI咧Contents] The object of the present invention is to provide a more reliable capacity function, an early structure and a container according to the present invention, comprising: A cover wall, and the ancient s, should be opened to introduce - liquid. The bauxite area can be pierced to form a - supply - bottom wall, and the ancient =, mouth opening; - the bottom wall area can be pierced to form At least one cavity, material and adjustment element: two-one = surrounded and there is - basically original to - operating position, the piece moves the chamber wall in a self-resting position, and the chamber wall has When there is less than 1 ^ position, open at least one cavity When the component is in the rest position 7 201217241, one of the components of the adjustment component is detachably connected to the opening or disposed in the opening, and the component of the adjustment component closes the opening of the chamber wall. The word "container" includes repeatable The use of reusable container and packaging is like disposable container and packaging. The term "pierceable" is understood to mean that the wall area can be opened in any way, and the opening of the wall area is exemplified. It can be opened by incising, cuUing open, broaching, puncturing or tearing. When the adjusting element is in the rest position, the adjusting element will be closed ( In particular, it refers to a chamber that is filled with a base material and that is simultaneously detachably connected for positioning. The detachable connection to the opening means that the component of the adjustment element is positioned at the chamber wall defining the opening. The outer surface of the wall region. The detachable connection to the opening σ means that the component is disposed in the wall region of the chamber wall defining the opening. In the opening, the opening closed by the adjusting element can be pushed by the connecting and supplying device and pushed outward in the chamber: the closing member is placed upright by the supply opening or the outlet opening V of the creating chamber This process is achieved by the connection of the beverage machine and the supply chamber, where the liquid is mixed with the basic material and the liquid is fed into the storage space of the raw material. No. Therefore, in the interior of the container, 8 201217241, the wall of the partition wall can be the bottom wall of the lid wall of the container or the wall of the partition chamber in the container is formed as the wall of the container and the supply wall is closed.认 盗 盗 & & & 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 吏 ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ ώ裥敕-μ In the present part of the whole 7L piece, the cover wall is formed by (4) the liquid into the milk field, which can be punctured * the wall of the chamber is the cover material, and the liquid and the basic raw material are discharged when it is discharged. Bcb ° *opening is connected in a detachable manner The adjusting piece goods from the assembly created cow 'embodiment, the adjustment of the component elements in the present embodiment: the bottom wall area became which may be pierced to form the outlet opening. And in the present example, the connection and supply device pierces the cover wall first, and then 70 pieces are adjusted to be driven by the connection and supply means. When the chamber wall is located in the partition wall of the container, the additional chamber is disposed between the partition wall and the cover wall or the bottom wall in the container, which is particularly advantageous for sanitary reasons, because the adjusting component The assembly closes the shadow of the opening that is not directly exposed to the outside environment. #The detachment of the components of the adjustment element that are detachably connected, the access opening or the outlet opening of the chamber in the container can be created. The components of the adjustment element can be closed in a liquid tight (Hquid_tight) manner. The adjusting element can be connected to the chamber wall through a predetermined breaking line, and the predetermined breaking line can be formed, for example, by an adhesive seam. Other possibilities are, for example, molding the adjustment element to the chamber 201217241 wall with a defined break line. A section of a given fault line can be structured. The components of the adjustment element for the active axis (iiving l!inge) may include - an opening in the wall. A plate-like read that closes the chamber plate member can be provided with an upright <%-like wall having at least one inlet opening, thus creating a cup-like structure to which the article can be attached. The connecting portion of the beverage machine can be provided with a wrapper, i.e., at least one cutting and advancing device, and in a particular embodiment, can be a needle. For example, a pierceable piercing can be provided on the bottom J. "In the seal", when the connection and supply means of the beverage machine are connected to the adjustment element, the corresponding opening on the wall of the chamber is opened, and on the other hand, the device is simultaneously cut and/or advanced. Open. - cutting and / or advancing | can be extended towards the bottom wall, more particularly, the cutting and / or propulsion device can be in contact with the bottom wall, so that the additional fixings when the adjusting element is in the rest position, ', , heart licking effect. The supply or access opening and the outlet opening can be created when the adjustment 7C member is moved to the operating position. In accordance with another embodiment of the present invention, the cutting and propelling device can have at least - ψ &;. ' & opening, other forms of cutting and propelling dreams are also possible. According to another embodiment of the invention, the component of the adjustment element is a plate-like element that closes the opening in the bottom wall. The adjustment element can provide a means for tilting the adjustment element. In a 201217241 embodiment, the adjustment element is fixed to or located on the bottom wall and is enlarged upwardly on the inside of the container and can be connected and supplied by the beverage machine. Tilting, thus opening the opening to the bottom wall to break. The means for tilting the adjustment member can include a brake plate that is tilted relative to one of the longitudinal axes of the adjustment member. The term "basic material" is understood to mean a powder and/or liquid material which may comprise one or more ingredients, for example, the base material may be a syrup (SyruP), a concentrate or an extract. (extract). The base material can be mixed with an externally supplied liquid, and it is more preferably soluble in the liquid. The base material may also be a food (f〇〇dstuf f), a nutritional supplement > a dietary foodstuff, a pharmaceutical pr〇duct or a cleaning agent. The pattern of the liquid can be selected depending on the style of the base material, and the relevant devices using the above containers are designed and equipped to suit their respective uses. Such a device may be a beverage machine wherein a container, particularly a disposable container, may be used in which the contents may change the taste of, for example, drinking water. The device has a reservoir for the container and the attachment and dispensing device, particularly in the form of a connecting member wherein the container is pierceable and at least one liquid can be supplied into the container. Preferably, the trough and/or the adjustment element is made of plastic, which can be made by injection molding. The container has a surrounding wall, a bottom wall, and any other chamber wall of 201217241 and can be integrally formed, wherein the bottom is formed. The wall may be formed in whole or in part on a one-piece container, depending on the embodiment. According to one embodiment, the two components, the container and the adjustment member, can be made in one piece, and the one-piece container having the adjustment member is filled with the base material and sealed by the seal of the cover wall and/or the bottom wall. The details disclosed in the specific embodiments of the present invention will be described in detail with reference to the drawings. [Embodiment] Referring to Figures 1 and 2, a container (c〇ntainer) 10, preferably a disposable container, is shown in two schematic diagrams, and the container 10 has a cover wall (c〇ver Waii) 4〇' — a peripheral wall 30 and a bottom wall 50. In the present embodiment, the cover wall 40 is formed by a thin foil 41 that is coupled to an annular side of the surrounding wall 30. The bottom wall 50 includes a ring piate 52 and a centrally located thin foil (foi 1) 54. The cover wall 40 and the bottom wall 50 or the thin foil 54 each have a piercable wall region 42. 56. The bottom wall 50 is additionally provided with two annular ribs 60 and a radial rib 62 interposed between the two annular ribs 60, which are simplified for clarity in the following figures (C1 arity The reason for this is not shown on the diagram. It can also completely omit such ribs. Figure 3 is a vertical sectional view showing the container 1 in Figures 1 and 2, the interior of the grain 10 is divided into a first chamber 12 and 12 201217241 乂', a second chamber (second In the present embodiment, the first chamber 18 is located at the center of the first chamber 12, and this particular arrangement is rotationally symmetrical. In other embodiments, for example, an asymmetrical setting is also possible. The two chambers 12, 18 are separated by a cylindrical partition wall 2, which is extended downwardly from the cover wall 40 into the container. Further, in the first chamber 12, a free space 16 is contained above the surface level 15 of the basic material 14 to contain a gas such as a gas or a shielding gas ( Protective gas). The chamber wall 13 of the first chamber 12 is composed of a cover wall 40, a peripheral wall 30, a bottom wall 50 and a partition wall 20, wherein the partition wall 20 has a slitting 19 . The same 'first chamber 12 is provided with an adjustment element 100 in a resting position (p0siti〇n of rest) and provided with a plate-shaped element 102, one having an inlet opening (inlet) Opening) The annuiar wall of the l〇6 is connected here. The plate member 102 and the annular wall 104 form a component 101 of the adjustment member 100 which closes the opening 19 of the partition wall 20. A cup-shaped component 101 is formed by an annular wall 1〇4. The annular wall 104 abuts against the inner wall of the partition wall 20 and is connected thereto through a predetermined breaking line 108, wherein the inlet opening 1 〇6 located above the predetermined breaking line 108 is closed by the partition wall 20, The annular wall 104 can be attached to the opening 丄 9 in a detachable manner, for example, along a predetermined breaking line 而8 and viscous 13 201217241 to the partition wall 20 ′. The cutting and/or propulsion device (cutting and/or pr pusM is called device) 110 is formed into a needle U2 shape and is disposed under the plate-like 7C member 102, and the needle is from the plate member. The bottom side of the crucible 2 extends downwardly to the bottom wall 50', the end of which is above the piercebable region 56 of the bottom wall 5, and the bottom wall 5 can contain a thin foil 54 like the cover wall 4 'Especially a thin seal. In Fig. 3, a connecting member (c〇nnecti〇n piece) 2 is formed as a connecting member of a beverage machine (not shown), and a cutting and/or pushing is provided at the end of the connecting member 200. A cutting and/or pushing device 210, as shown in the figure, has partially pierced the pierceable region 42 of the cover wall 40 for the purpose of forming a supply opening 46 along the adjustment element 1 Moving in the direction of the crucible, the annular wall 104 forms a connection element 14' for connecting the components 2, and after the introduction of the connecting member into the container, the liquid is permeable to the through passage of the connecting member 200 ( The thr〇ugh-channel 212 enters the interior of the first chamber 12, and as shown in FIG. 4, the mixing of the liquid and the base material 14 occurs in the first chamber 12. Fig. 3 shows the state in which the adjusting member 100 is at its resting position (p〇siu〇n of rest), and Fig. 4 shows the state in which the adjusting member 1 is in its working position (working poslti〇n), The adjustment member 1 is pushed downward by the device such as the connecting member 200, so that the predetermined breaking line 108 on the assembly m is thus broken open. The inlet opening 1〇6 is thus opened, whereby the access opening of the first chamber 12 is create. 201217241 The cutting and/or propelling device i 110 pierces the bottom 355〇, thus creating an outlet 〇pening 58 of the container ίο, the piercing area is suspended with the thin part, downwardly through the connecting material The guided liquid penetrates through the cup-shaped inner region of the adjustment member 100, that is, the second chamber, and can then flow through the inlet opening 1〇6 on the annular wall 104 into the first chamber 12, where The raw materials 14 are mixed to form a mixture 14', and the first chamber 12 thus also becomes a mixing chamber for the two substances. When the free space 16 is present above the surface location 15 of the base material 14 'this point is also shown in the figure, the liquid guided through the connection member can be dispersed before the mixing occurs at the bottom of the first chamber 12 In the free space 16 above. The length of the cutting and/or propelling device 110, in particular the length ' of the needle 2', may be slightly shorter than that shown in Figure 3, which has the advantage that when the adjustment element 100 is moved The access opening formed by the inlet opening 1〇6 can be opened first, and the pierceable region 56 is pierced at a later point in time, so that the liquid can enter the first chamber 12 before the bottom wall is opened, and The mixing process takes place before being discharged from the container 10. To assist in guiding the liquid to the first chamber, the connecting member 2 can be provided with a device (deVice) 220 for piercing the cover wall 40 and creating at least one ventilation opening 44 (this is a selective feature only with a dashed line) Shown in Figure 4). Figures 5 and 6 show the adjustment element 100 according to another embodiment of the present invention when it is in the rest position and the working position, respectively, wherein the cover wall 15 201217241 40 does not cover the area above the adjustment element 1,, This region remains uncovered to allow direct access to the component 101 of the adjustment element 1 'the partition wall 20' which is also the chamber wall 13 forming the outer wall of the assembly, that is, the cover wall 40 of the container 10. In the present embodiment, the assembly 101 of the adjustment element 1A forms a pierceable wall region 42 to allow for the guiding of liquid. Similarly, the plate-like element i 〇 2 having the annular wall i 04 is shown as the assembly 101, and the end face of the annular wall 104 can be made to match the shape of the connecting member (10) and/or the shape of the propulsion device 210. There is only one side inlet opening 106 which is located below the predetermined breaking line 1〇8 and is provided on the annular wall. There is a columnar body 122 under the assembly 101, and a bar 130 is disposed at the bottom end thereof, and an opening 132 is formed therebetween, through which the mixture of the liquid and the basic material can enter. When adjusting the internal area of the component [(10) is in the operation (working) position. An annular cutting and/or propelling device 11 having a tubular section secti〇n)li4 is provided with an outlet opening 116 disposed on the rod member 13(), and the mixture is discharged downward through the outlet opening 116 . The inlet opening 106 is opened by the separation of the components 1〇1 of the adjusting element 100 detachably connected, so that the opening 19 is also opened, thereby forming the supply opening 46. Figure 7 is a view showing another embodiment of the present invention in which the plate-like member 1A of the assembly 101 of the adjustment member 101 is provided with a substantially shorter annular wall 104 having no opening, and the annular wall 104 is provided as The clamping member is coupled to the connecting member 200, and a predetermined breaking line 1 〇 8 is provided between the end surface of the inner wall 16 201217241 and the annular wall 1 〇 4, which is a portion of the cover wall 40. The assembly 1 〇 1 of the adjustment element 100 is located at the opening 19 and the opening is closed. 19 ° The connecting member 200 has a through passage 212 which branches into two transversely disposed outlet channels 214. As shown in Fig. 8, the space between the bottom side section 202 of the connecting member 2 and the annular wall 104 is connected and the assembly 101 is clamped so that it does not become unaffected. The control is dropped downwards, and the outlet opening 58 is inadvertently closed. The required separation force for separating the predetermined breaking line 必须8 must be set so that the clamping connection needs to be established before tearing can occur. The guided liquid is supplied laterally from the outlet passage 214 to the first chamber 1 2 ' where it is mixed with the base stock. Figure 9 is a view showing another embodiment of the present invention in which the adjustment member 1 is provided with a plate member 102 which is formed to detachably connect the assembly 1 to the opening 19 of the bottom wall 50. And the outlet opening 58 of the container 10 is closed. The columnar body 122 is molded to be formed on the plate-like member 102, and the columnar body 122 protrudes upward to the inside of the container 1〇, and is provided at its upper end with an actuating plate 124 with respect to the longitudinal axis (longitudinal axis) ) 105 is skewed and tilted. Instead of the inclined brake plate 124, the columnar body 122 can also be provided with a correspondingly inclined end surface. Therefore, the plate member 102 and the component i 01 form a pierceable region 56 of the bottom wall 50 of the container, and the assembly 1〇1 is connected to the bottom wall 17 201217241 50 through a predetermined breaking line 1〇8, wherein, in one In part, the predetermined breaking line i 〇 8 constitutes a living hinge 109 structure, and the adjusting member 1 〇〇 and the bottom wall 5 〇 and the surrounding wall 30 may be integrally formed. As shown in Fig. 10, when the connecting member 2 is pierced by the cover wall 4, the tip end portion of the connecting member 200 is in contact with the inclined brake plate 124, and is laterally rotated according to the movable pivot 109. The component 丨〇〇, whereby the predetermined breaking line 1〇8 in the region of the bottom wall 50 is thus broken, and thus the outlet opening 58 is opened. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing a container; Fig. 2 is a schematic view showing a container; and Fig. 3 is a view showing a container in the first drawing and accompanied by a machine. FIG. 4 is a cross-sectional view showing a container in which the embodiment of FIG. 3 is inserted; and FIG. 5 to 10 shows a container and a connection according to other embodiments. , map. [Main component symbol description] !〇 Container 12 First chamber 13 Chamber wall 14 Basic material 201217241 14, Mixture 15 Surface position 16 Free space 18 Second chamber 19 Opening 20 Partition wall 30 Surrounding wall 32 Ring side 40 Cover Wall 41 Thin foil 42 pierceable wall region 44 Vent opening 46 Supply opening 50 Bottom wall 52 Annular plate 54 Thin foil 56 Pierceable wall region 58 Outlet opening 60 Annular rib 62 Radial rib 100 Adjustment element 101 Assembly 102 Plate element 104 annular wall 201217241 105 longitudinal axis 106 inlet opening 108 predetermined breaking line 109 movable pivot 110 cutting and / or propulsion device 112 needle 114 tubular section 116 outlet opening 122 column 124 124 brake plate 130 rod 132 Opening 140 connecting element 200 connecting part 202 bottom side section 210 cutting and/or propelling device 212 through channel 214 outlet channel 220 device 20