TW201236941A - Containers for holding materials - Google Patents

Containers for holding materials Download PDF

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Publication number
TW201236941A
TW201236941A TW100145365A TW100145365A TW201236941A TW 201236941 A TW201236941 A TW 201236941A TW 100145365 A TW100145365 A TW 100145365A TW 100145365 A TW100145365 A TW 100145365A TW 201236941 A TW201236941 A TW 201236941A
Authority
TW
Taiwan
Prior art keywords
liquid
container
pouring
trough
bag
Prior art date
Application number
TW100145365A
Other languages
Chinese (zh)
Inventor
Julie Corbett
Romeo Graham
Robert Watters
Michael Sirois
Original Assignee
Ecologic Brands Inc
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Ecologic Brands Inc filed Critical Ecologic Brands Inc
Publication of TW201236941A publication Critical patent/TW201236941A/en

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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D77/00—Packages formed by enclosing articles or materials in preformed containers, e.g. boxes, cartons, sacks or bags
    • B65D77/04—Articles or materials enclosed in two or more containers disposed one within another
    • B65D77/06—Liquids or semi-liquids or other materials or articles enclosed in flexible containers disposed within rigid containers
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D25/00—Details of other kinds or types of rigid or semi-rigid containers
    • B65D25/38—Devices for discharging contents
    • B65D25/40—Nozzles or spouts
    • B65D25/48—Separable nozzles or spouts
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D47/00—Closures with filling and discharging, or with discharging, devices
    • B65D47/36—Closures with frangible parts adapted to be pierced, torn, or removed, to provide discharge openings

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Packages (AREA)

Abstract

A liquid container comprises a liquid holding bag, a drain-back pour spout in fluid communication with the liquid holding bag, and a skeleton shell for supporting the liquid holding bag, the skeleton shell formed of a low-embodied energy material, such as a molded fiber or pulp-formed material. The liquid container can be configured for holding and dispensing a detergent.

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201236941 六、發明說明： 本申明案主張2010年12月8曰申請之美國臨時專利申請 案第61/421,1 92號的優先權，該申請案係以引用之方式全 部併入本文中。 ‘ 【先前技術】 用於含有液體之封裝可產生大量廢料。在一些狀況下， 用於含有液體之封裝可被再循環。用於含有液體之封裝已 ◎ 在PCT公開案第WO/2007/0066090號中予以描述，該公開 案之全文係以引用之方式併入本文中。 傳統上，已在玻璃瓶中供應諸如葡萄酒、啤酒及牛奶之 許多飲料。用以製造此等瓶之玻璃自身可被再循環。然 而’製造該等瓶所需要之能量高。又，所得封裝之重量 高，從而增加運輸產品所需要之能量之量。雖然玻璃可被 再循環，但此情形確實需要將瓶與其他廢料分離，例如， 由使用者將玻璃瓶與其他家庭廢料分離以供收集。因此， Q 常常存在將玻璃瓶與其他廢料一起拋棄掉的狀況。在此狀 況下，玻璃瓶可在掩埋場地中被拋棄掉。此情形為一問 題，此係因為：不同於其他形式之廢料，玻璃係不可生物 降解的。 - 新近，已變得常見的是使用由塑膠（諸如，pE1^hdpe) 製成之瓶用於液體（諸如，水、果汁、碳酸飲料或牛奶）。 在此狀況下，常見的是使瓶由未用過（亦即，非再循環）之 物料形成以確保瓶内所含有之液體不受到污染，瓶内所含 有之液體受到污染可為容器係由再循環之物料形成的狀 160747.doc 201236941 況雖然物料自身在與其他廢料分離的情況下可被再循 %但如同破璃瓶，此情形歸因於需要使廢料生產者（諸 如戶主）將谷器與其他廢料物料分離而不會頻繁地發 生再人，若容器係在掩埋場地或其類似者中被拋棄掉， 則瓶係不可生物降解的。又，瓶歸因於其中空剛性結構而 佔據大於物料自身之體積的體積，且因此佔據掩埋場地中 之過多空間量。 已^提議在層壓式紙板容器中（例如，在由丁“以PakR 銷之今器中）封裝液體。在此狀況下，供形成容器之本體 的紙板可為未用過或再循環之物料。紙板經層壓有防水塗 層。此情形確保容^能夠盛裝液體且亦充當在液體與紙板 之間的障壁’該障壁可阻止來自紙板之液體之污染。在紙 板係由再循環之物料形成的情況下尤其需要此障壁。伴隨 此等封裝之題在於：該等封裝難以再循環，且防水塗層 阻止該等封裝完全地分解。t塑膠施配喷嘴或頂蓋經形成 為封裝之。P分以用於施配内含物時，該問題加重。此塑膠 施：噴嘴或頂蓋為在容器可被再循環或此塑膠施配喷嘴或 頂盍之部分被允許分解之前將需要被分離的另一組件。 在一些國家中’在袋中封裝諸如牛奶之液體。然而，此 等袋具有短暫結構穩m因此難以運輸及難以在貨架 上堆疊。其常常係不可重新密封的，從而使其難以盛裝及 攜載。 已知的是在盒中封裝葡萄酒。此#盒包含通常由層磨式 紙板形成之盒本體，其提供用於封裝之結構。在盒内提供 160747.doc 201236941 Ο Ο 袋，葡萄酒係含於袋内。施配分接頭常常連接至袋，且在 使用時經配置以突起通過盒中之側開口。在此等情況下， 使流槽突起或懸掛於盒之外部以供施配。液體之重量通常 係沿著盒底部而分佈且不藉由自盒突起之施配分接頭支 為了有夕丈率地拋棄此容器，冑亦分離由$同物料製成 之零件中每一者，即，將袋與盒分離、將施配分接頭與袋 分離’及將層磨物與形成盒之紙板分離。封裝组件之此分 離困難且阻止此等封裝被有效率地拋棄掉或再循環。 此外’在一些狀況下，并瓦或其他液體容器含有不會使其 ，入再，環箱中之額外可分離組件。舉例而言，鬆二之頂 |吸Β及塑膠防偽造或防開啟透明包裝器件可促成環境 中之^部廢物。即使瓶使其進入再循環箱或垃圾桶中，瓶 之頂蓋或其他類型之扣合物常常作為一般廢物而終結。 【發明内容】 鑒於备刖可用於此項技術中之容器之限制，本文辨識針 樂文良31谷益之需要，該等容器具有對環境之縮減負面影 警，同時向消費者提供增強型功能性及設計特徵。 本發明之一態樣提供一種液體容器，該液體容器包含： 一液體盛破袋’-回排傾注流槽，其係與該液體盛裝袋進 :丁流體連通；及-構架殼層，其用於支撐該液體盛裝袋， 錢架殼層係由一模製纖維或紙漿成型物料形成。在一實 Μ中’該構架殼層包含一第一側部件及第二側部件。在 U中攻回排傾注流槽係由一聚合物料形成。在 實施例中，該回排傾注流槽安置於該液體盛裝袋之一 160747.doc 201236941 頂部部分處。在另一實施例中，該液體盛裝袋係由一聚合 物料形成。在另一實施例中，該液體容器具有介於約 0.001吋與〇.025吋之間的一厚度。在另一實施例中，該回 排傾注流槽包含在該回排傾注流槽之一開口處的一可移除 密封部件。 本發明之另一態樣提供一種低具含能量液體容器（low embodied energy liquid container)，該低具含能量液體容 器包含：一液體盛裝袋；一回排傾注流槽，其係與該液體 盛裝袋進行流體連通；及一構架殼層，其用於支撐該液體 盛裝袋’該構架殼層係由一低具含能量物料形成。在一實 施例中，該低具含能量物料包含模製纖維或一紙漿成型物 料。在另一實施例中，按該構架殼層之重量計，該低具含 能量物料包含25%至1〇〇%之紙漿。在另一實施例中，該回 排傾注流槽包含在該回排傾注流槽之一開口處的一可移除 密封部件。 本發明之另一態樣提供一種清潔劑瓶，該清潔劑瓶包含 熔接至-清潔劑盛裝袋之—配件，該清潔劑盛裝袋具有介 於約0.001吋與0.025吋之間的一厚度。 本發月之另-悲樣提供—種清潔劑瓶，該清潔劑瓶包含 附接至-清潔劑盛裝袋之—流槽，該清潔劑盛裝袋具有介 於約0.G0W與〇.〇25吁之間的—厚度。在—實施例中，該 流槽包含在該回排傾注流槽之—開D處的—可移除密封部 件。 一液體盛裝容器之 本發明之另一態樣提供—種用於組裝 160747.doc 201236941 方法’#亥方法包含在一低具含能重構架殼層中封圍一液體 盛裝袋，該液體盛裝袋包含一回排傾注流槽。在一實施例 中，該液體盛裝袋具有介於约0.001吋與0.025吋之間的一 厚度。在另一實施例中’該回排傾注流槽安置於該液體盛 裝袋之一頂部部分處。在另一實施例中，該回排傾注流槽 - 包含在該回排傾注流槽之一開口處的一可移除密封部件。 本發明之另一態樣提供一種容器，該容器包含：一傾注 0 流槽；及一構架殼層，其附接至該傾注流槽，該構架殼層 係由一低具含能量物料形成。在一實施例中，該低具含能 量物料包含模製纖維或一紙漿成型物料。在另一實施例 中，δ亥傾注流槽包括一回排傾注流槽。在另一實施例中， 該傾注流槽包括用於將該傾注流槽鎖定至該傾注流槽之一 或夕個表面的對位部件。在另一實施例中，該傾注流槽係 用於施配一可食用或不可食用液體。在另一實施例中，該 傾/主流槽係用於施配一可食用或不可食用固體。在另一實 〇 施例中’該容器進—步包含用於附接至該構架殼層之-配 件。在另-實施例中，該傾注流槽包含在該傾注流槽之一 開口處的一可移除密封部件。 ’ 4本發明之另-態樣提供-種容器，該容器包含：一構架 ' ㈣’其係由一模製纖維或紙漿成型物料形成；及-回排 傾主机槽，其係在該構架般層之—開口處。在一實施例 中〜回排傾主流槽包含在該回排傾注流槽之一開口處的 一可移除密封部件。 自以下詳細描述’本發明之額外態樣及優點對於熟習此 160747.doc 201236941 項技術者將變得易於顯而易見，在該描述中僅展示及描述 本發明之說明性實施例。將認識到，本發明能夠具有其他 及不同實施例，且本發明之若干細節能夠具有在各種明顯 方面上之修改，其皆不脫離本發明。因此，圖式及描述被 認為性質上係說明性的，而非限制性的。 以引用之方式併入 本說明書所提及之所有公開案、專利及專利申請案皆係 以引用之方式併入本文中，其引用程度就如同將每一個別 公開案、專利或專利申請案特定地且個別地指示為以引用 之方式併入。 【實施方式】 本發明之特徵及優點可藉由參考闡述說明性實施例之以 下詳細描述及隨附圖式予以進一步解釋。 a雖然本文已展示及描述本發明之較佳實施例，但對於熟 ^此項技術者將明顯的是，此等實施例僅係藉由實例提 供。在不脫離本發明之情況下，熟習此項技術者現將想到 ，多變化、改變及取代。應理解，本文所描述之本發明之 實施例的各種替代例可用於實踐本發明。 本發明提供包含物料盛裝器皿（例如，液體盛裝袋、液 :容器)、扣合物及構架之容器。容器組件(包括本文所描 ^之盛裝器皿、配件、扣合物及構架）可與本發明之各種 ^。月進行互換或組合。本文所描述之本發明之態樣中任— 可 >、為热習此項技術者所知之其他容器組件進行組合。 文所彳田述之容器可用於遞送及/或儲存供人類消耗之 ,6〇747.d〇c 201236941 液體或用於遞送及/或錯存不 之物料的實例包括肥皂、八 之液體。可含有 油及菜籽油）。在—實、可食用油(諸如，撖欖 清潔劑。 ， 可含有之物料包括肥皂及 如本文所使用，術注「生 Ο 具有清潔屬性之界面：性=」可包括具有在稀溶液中 體或非液體（例如，固體（=界:活性劑混合物的任何液 為界面活性劑及清潔劑…泰末））。舉例而言，肥皂 在二劑、洗碟用清潔劑及洗手用肥皂。 =例：，清潔劑可包括陰離子化合物(諸 ::包括院基苯確酸鹽)。在另-實施例中，清潔劑可？ 括陽離子化合物（諸如，含季 匕 知化合物)。在另-實施例中，清潔劑可包括乙氧基化！ 物’其可包括以（〇CH2CH2)nOH基封端之化合物。在/ 實施例中，清潔劑可包括非離子（或兩性離子）化合物 另-實施例中，清潔劑可包括非液體。在另一實施例中， 清潔劑可包括固體（例如，粉末）。 如本文所使用，術語「具含能量」可指代由產品之 生產產品所需要之總能量。在—些狀況下，具含能量可扑 代由產品之原料生產產品且遞送產品所需要之總能量 於用以形成物料之程序’一物料可具有大於另一物料之土 含能量的具含能量。 ’具 在-實施例中，液體盛裝器皿可輕接至結構底盤或構架 以在航運及搬運期間支撐該器皿。可藉由傾注、抽吸、: 160747.doc 201236941 射或其他手段而自容器施配液體。結構底盤可阻止器皿收 縮，且抵抗足以允許在一手中拾取容器及允許以受控制方 式施配飲料的對容器之側力。 容器 在本發明之一態樣中，提供一種容器。容器可經組態以 儲存及施配液體、非液體（例如，固體）。在一實施例中， 谷器可經組態以儲存及施配清潔劑。在一些實施例中，容 / 3用於盛裳（或儲存）液體或固體之盛裝袋、與盛裝袋 進行流體連通之回排傾注流槽，及用於支撐盛裝袋之構架f 殼層（在本文中亦為「構架」及「殼層」）。 在-些實施例中，提供一種容器，容器包含傾注流槽及 構架殼層。在—實_中，傾注流槽可為回排傾注流槽。 在另一實施例中，流槽可包括用於相抵於構架殼層而鎖定 机槽之對位部件。在另一實施例中，構架殼層可由低具含 能量物料（諸如，模製纖維或紙漿成型物料）形成。在一實 把例中，容器包括傾注流槽及構架殼層，但無盛裝袋（或 襯套）在另-實施例中，容器包括傾注流槽及構架般 層’但無液體盛裝袋（或襯套）。在另—實施例中容器包 括傾注流槽及構架殼層，但無附接至傾注流槽之盛裝袋。 在另-實施例中’液體容器包括傾注流槽及構架殼層，但 無附接至傾注流槽之液體盛裝袋。 在-些實施例中’提供一種容器，容器包含傾注流槽、 配件及構架殼層。配件可與傾注流槽成—體式（或與傾注 流槽成整體）°在—實施例中，配件可經組態以將流槽附 160747.doc •10- 201236941 #至構架殼層。在另一實施例中，配件可經組態以與構架 殼層配套。在另—眘A / t丄 X%例中，配件可包括用於相抵於構架 殼層而鎖定流槽或配件之對位部件。在另一實施例中，傾 /主流槽可為回排傾庄流槽。在另一實施例中，構架殼層可 由低具3此·里物料（諸如，模製纖維或紙漿成型物料）形 成。在一實施例中， 谷益包括傾注流槽及構架殼層，但無 盛裝心（或襯套）。在另—實施例中，容器包括傾注流槽及 Ο Ο =殼層’但無液體盛裝袋（或襯套）。在另一實施例中， 合益I括倾/主机槽及構架殼層，但無附接至傾注流槽之盛 裝袋。在另-實施例中，液體容器包括傾注流槽及構架殼 層，但無附接至傾注流槽之液體盛裝袋。 在實知例中，容器包含配件。配件可經組態以與構架 殼層配套。在—實施例中，配件包含用於與構架殼層配套 (或附接至構架设層）之—或多個凸緣。在另—實施例中， 配件包含用於阻止或最小化液體盛裝袋在安置於構架殼層 中時之旋轉的對位特徵。在另一實施例中，配件係由用二 阻止或最小化液體盛裝袋在安置於構架殼層中時之旋轉的 對位特徵形成。 袋可使用多種機構而附接至殼層。此等機構可包括藉由 配件將袋賴至殼層。配件可經由使㈣1接、膠曰點 劑、凸緣、連鎖連接、摩擦、搭扣、較器、夹片、軌 條、機械變形或為熟f此項技術者所知之任何其 附接至殼層。 傅而 在一些實施例令’容器包含袋及配件，配件包含用於將 160747.doc 201236941 衣之固持至構架殼層之套環。套環可圍繞構架及頸部 兩者提供摩擦配合。此情形可阻止或最小化袋在構架内之 疋轉在些情形中，套環相抵於構架殼層而鎖定袋之頸 藉此阻止在使用者擰緊及擰鬆容器之頂蓋時頸部之明 顯旋轉。 在實施例中’容器包含流槽、配件及構架殼層，配件 用於與構架叙層配套。在另一實施例中，纟器包含流槽、 配件及構架殼層，且無盛裝袋（或襯套），配件用於與構架 殼層配套。 ' :本文所提供之容器可經組態用於儲存及施配各種液體， 諸如，清潔劑。容器可經組態用於儲存及施配其他液體， 諸如，果汁(例如，蘋果汁、橙汁、葡萄汁)、牛奶、碳酸 液體(例如’蘇打飲料)、葡萄酒、啤酒、可食用油及水。 在葡萄酒之狀況下，本文所提供之各種容器可含有呈細顯 玻璃瓶之形狀的構架。容器可經組態用於儲存可食用及不 可食用物料，包括可合田 叶 了食用及/或不可食用固體（關於非液 體）、液體或固體-液體混合物。 在一貫施例中，提供一種用於儲存液體或非液體（例 如，固體或粉末）之容器。在另一實施例中’提供—種用 於儲存清㈣（諸如，液體清潔劑或固體清潔劑）之容器。 在另-實施例中，提供—種用於儲存濕式清 潔劑之容芎。在另一眚始Y A J Α乾式，月 15 f施例中，提供-種用於儲存固體 (诸如’粉末(例如’化學品、鹽、米、穀類 容器。在另一實施例中，提_一 、 之 ^供#用於儲存凝膠或類凝膠 160747.doc 201236941 物料之容器。在另一實施例中，提供一種用於儲存一或多 個固體物件之容器。在另—實施例中，提供—種用於儲存 可食用液體或固體之容器。在另一實施例中，提供一種用 於儲存不可食用液體或固體之容器。201236941 VI. INSTRUCTIONS: This application claims priority to U.S. Provisional Patent Application Serial No. 61/421, filed Dec. ‘ 【Prior Art】 A package containing a liquid can generate a large amount of waste. In some cases, the package for containing liquid can be recycled. The use of a liquid-containing package is described in PCT Publication No. WO/2007/0066090, the entire disclosure of which is incorporated herein by reference. Traditionally, many beverages such as wine, beer and milk have been supplied in glass bottles. The glass used to make these bottles can itself be recycled. However, the energy required to make these bottles is high. Moreover, the resulting package is high in weight, thereby increasing the amount of energy required to transport the product. Although the glass can be recycled, this situation does require separation of the bottle from other waste, for example, by the user separating the glass bottle from other household waste for collection. Therefore, Q often has a situation in which glass bottles are discarded together with other waste materials. In this case, the glass bottles can be discarded in the landfill. This situation is a problem because, unlike other forms of waste, the glass is not biodegradable. - Recently, it has become common to use bottles made of plastic (such as pE1^hdpe) for liquids (such as water, juice, carbonated drinks or milk). In this case, it is common to form the bottle from unused (ie, non-recycled) material to ensure that the liquid contained in the bottle is not contaminated, and the liquid contained in the bottle is contaminated. The form of the recycled material is 160747.doc 201236941. Although the material itself can be recycled after being separated from other wastes, it is like a broken glass bottle. This situation is attributed to the need for the waste producer (such as the head of household) to The device is separated from other waste materials and does not occur frequently. If the container is discarded in a landfill or the like, the bottle is not biodegradable. Again, the bottle occupies a volume larger than the volume of the material itself due to the hollow rigid structure therein, and thus occupies an excessive amount of space in the landfill. It has been proposed to encapsulate the liquid in a laminated cardboard container (for example, in the case of a PakR pin). In this case, the paperboard for forming the body of the container may be unused or recycled material. The cardboard is laminated with a water-repellent coating. This condition ensures that the liquid can hold the liquid and also acts as a barrier between the liquid and the paperboard. This barrier prevents contamination of the liquid from the paperboard. The paperboard is formed from recycled material. This barrier is especially needed in the case of such packages. The problem with such packages is that the packages are difficult to recycle and the water-repellent coating prevents the packages from completely decomposing. The plastic dispensing nozzle or cap is formed into a package. This problem is exacerbated when used to dispense the contents. This plastic application: the nozzle or cap will need to be separated before the container can be recycled or the plastic dispensing nozzle or top portion is allowed to decompose. Another component. In some countries 'packing liquids such as milk in bags. However, these bags have a short-term structural stability and are therefore difficult to transport and difficult to stack on the shelf. They are often not resealable It is known that it is difficult to contain and carry. It is known to package wine in a box. This # box contains a box body which is usually formed by layer-grinding paperboard, which provides a structure for packaging. 160747 is provided in the box. Doc 201236941 Ο 袋 bag, wine is contained in the bag. The dispensing tap is often attached to the bag and is configured to protrude through the side opening in the case during use. In these cases, the flow channel is raised or suspended from the box. The outside of the liquid is for dispensing. The weight of the liquid is usually distributed along the bottom of the box and is not discarded by the dispensing tap from the box for the purpose of discarding the container, and the separation is made of the same material. Each of the parts, i.e., separates the bag from the box, separates the dispensing tap from the bag, and separates the layered material from the paperboard forming the box. This separation of the package components is difficult and prevents such packages from being effectively discarded. In addition, in some cases, the tile or other liquid container contains additional separable components that will not cause it to enter the ring box. For example, the top of the loose two | suction and plastic defense Forged or anti-open Transparent packaging devices can contribute to waste in the environment. Even if the bottle is brought into a recycling bin or trash can, the top cover of the bottle or other types of fasteners often end up as general waste. The limitations of the containers that can be used in the art, this article identifies the need for Pin Le Wenliang 31 Gu Yi, which has a negative impact on the environment while providing consumers with enhanced functionality and design features. In one aspect, a liquid container is provided, the liquid container comprising: a liquid laundering bag--returning pouring trough in fluid communication with the liquid holding bag; and a frame shell for supporting the The liquid containing bag is formed by a molded fiber or pulp forming material. In an embodiment, the frame shell comprises a first side member and a second side member. The trough is formed from a polymeric material. In an embodiment, the backflow pour trough is disposed at a top portion of one of the liquid containment bags 160747.doc 201236941. In another embodiment, the liquid containment bag is formed from a polymeric material. In another embodiment, the liquid container has a thickness of between about 0.001 Torr and 〇.025 Torr. In another embodiment, the backflow pour trough includes a removable sealing member at one of the openings of the backflow pour trough. Another aspect of the present invention provides a low embodied energy liquid container comprising: a liquid holding bag; a back pouring trough, which is attached to the liquid The bag is in fluid communication; and a frame shell for supporting the liquid containment bag. The frame shell is formed from a low energy content material. In one embodiment, the low energy content material comprises molded fibers or a pulp molding material. In another embodiment, the low energy-containing material comprises from 25% to 1% by weight of pulp, based on the weight of the framework shell. In another embodiment, the backflow pour trough includes a removable sealing member at one of the openings of the backflow pour trough. Another aspect of the present invention provides a detergent bottle comprising a fitting fused to a detergent container, the detergent container having a thickness of between about 0.001 Å and 0.025 Torr. Another month of this month provides a detergent bottle that includes a flow cell attached to a detergent container, the detergent container having a volume of between about 0.G0W and 〇.〇25 Between the calls - thickness. In an embodiment, the flow cell comprises a removable sealing member at the opening D of the backflow pouring chute. Another aspect of the invention provides a liquid-filled container for use in assembly 160747.doc 201236941 Method '#海 method includes enclosing a liquid containment bag in a low-energy-containing heavy frame shell, the liquid container Includes a row of pouring sprues. In one embodiment, the liquid containment bag has a thickness of between about 0.001 吋 and 0.025 。. In another embodiment, the back draining trough is disposed at a top portion of the liquid containment bag. In another embodiment, the back draining trough - includes a removable sealing member at one of the openings of the recirculating launder. Another aspect of the present invention provides a container comprising: a pouring 0 flow cell; and a frame shell attached to the pouring flow cell, the frame shell layer being formed from a low energy containing material. In one embodiment, the low energy content material comprises molded fibers or a pulp forming material. In another embodiment, the delta pouring trough includes a back row pouring trough. In another embodiment, the pour trough includes a aligning member for locking the pour trough to one or the other of the pour troughs. In another embodiment, the pouring chute is for dispensing an edible or inedible liquid. In another embodiment, the tilting/mainstream tank is for dispensing an edible or inedible solid. In another embodiment, the container further includes an accessory for attachment to the frame of the frame. In another embodiment, the pouring chute includes a removable sealing member at one of the openings of the pouring chute. A further embodiment of the invention provides a container comprising: a frame '(four)' formed from a molded fiber or pulp forming material; and a back-dumping host slot, which is attached to the frame Layer - the opening. In one embodiment, the ~returned main flow trough contains a removable sealing member at one of the openings of the recirculation pouring trough. The exemplified embodiments of the present invention are shown and described in detail herein. It will be appreciated that the invention is capable of other and various embodiments and modifications may Accordingly, the drawings and description are to be regarded as illustrative rather All publications, patents, and patent applications mentioned in this specification are hereby incorporated by reference herein in their entirety herein in the extent of It is indicated individually and individually by reference. The features and advantages of the present invention are further explained by the following detailed description of the illustrative embodiments and the accompanying drawings. Although a preferred embodiment of the invention has been shown and described, it will be apparent to those skilled in the art that the embodiments are provided by way of example only. Those skilled in the art will now recognize many variations, changes and substitutions without departing from the invention. It should be understood that various alternatives to the embodiments of the invention described herein may be used in the practice of the invention. The present invention provides a container comprising a material holding vessel (e.g., a liquid holding bag, a liquid: container), a fastening compound, and a frame. Container assemblies, including the containers, fittings, fasteners, and scaffolds described herein, can be combined with the present invention. Months are exchanged or combined. Any of the aspects of the invention described herein may be combined with other container components known to those skilled in the art. The container of 彳田彳田 can be used for delivery and/or storage for human consumption. 6〇747.d〇c 201236941 Liquid or examples of materials for delivery and/or misfeeding include soap, eight liquids. May contain oil and rapeseed oil). In-solid, edible oils (such as 撖 清洁 清洁 , , , , , , , , , , , , , , , , , , , , , , , , , 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及 及Or non-liquid (for example, solid (= boundary: any liquid of the active agent mixture is a surfactant and detergent...Thai)). For example, soap in two doses, dishwashing detergent and hand soap. For example, the cleaning agent may include an anionic compound (including: including a phthalic acid salt). In another embodiment, the cleaning agent may include a cationic compound (such as a quaternary compound). In an example, the cleaning agent may include an ethoxylated product which may include a compound terminated with a (〇CH2CH2)nOH group. In the embodiment, the cleaning agent may include a nonionic (or zwitterionic) compound. In an embodiment, the cleaning agent may comprise a non-liquid. In another embodiment, the cleaning agent may comprise a solid (eg, a powder). As used herein, the term "containing energy" may refer to the production of the product. Total energy. In some In the case of a process in which the energy is used to produce a product from the raw material of the product and the total energy required to deliver the product is used in the process for forming the material, one material may have an energy greater than the energy contained in the soil of the other material. In an embodiment, the liquid containment vessel can be lightly attached to the structural chassis or frame to support the vessel during shipping and handling. The liquid can be dispensed from the container by pouring, aspirating, or by means of: 160747.doc 201236941 or other means. The structural chassis prevents the vessel from contracting and resists lateral forces sufficient to permit the container to be picked up in one hand and to allow the beverage to be dispensed in a controlled manner. The container, in one aspect of the invention, provides a container. Configured to store and dispense liquid, non-liquid (eg, solid). In one embodiment, the barn can be configured to store and dispense a cleaning agent. In some embodiments, the volume / 3 is used for Shengshang (or storage) a liquid or solid containment bag, a backflow pouring chute in fluid communication with the containment bag, and a frame f-shell for supporting the containment bag (also referred to herein as "framework" and " Shell.) In some embodiments, a container is provided that includes a pour trough and a scaffolding shell. In the solid state, the pour trough can be a backflow pour trough. In another embodiment, The flow cell may include alignment features for locking the machine slot against the frame shell. In another embodiment, the frame shell may be formed from a low energy containing material such as a molded fiber or pulp forming material. In one embodiment, the container includes a pouring sprue and a frame shell, but without a bag (or bushing). In another embodiment, the container includes a pouring sprue and a frame-like layer but no liquid containing bag (or liner) In another embodiment, the container comprises a pouring sprue and a frame shell, but no container attached to the pouring trough. In another embodiment, the liquid container comprises a pouring trough and a frame shell, but There is no liquid holding bag attached to the pouring chute. In some embodiments, a container is provided that includes a pouring sprue, an accessory, and a frame shell. The fitting may be integral with the pouring chute (or integral with the pouring chute). In an embodiment, the fitting may be configured to attach the flow channel to the frame shell. In another embodiment, the accessory can be configured to mate with the frame shell. In the case of the other, the fitting may include a counter member for locking the launder or fitting against the frame shell. In another embodiment, the tilt/main flow channel can be a backflow tray. In another embodiment, the frame shell may be formed from a low material, such as a molded fiber or pulp forming material. In one embodiment, the valley includes a pouring sprue and a frame shell, but no containment (or bushing). In another embodiment, the container includes a pour trough and a crucible = shell' but no liquid containment pouch (or liner). In another embodiment, the benefit I includes a tilt/host slot and a frame shell, but no pockets attached to the pouring chute. In another embodiment, the liquid container includes a pouring sprue and a frame shell, but no liquid containment bag attached to the pouring chute. In a known example, the container contains an accessory. The accessory can be configured to fit the frame shell. In an embodiment, the accessory includes or a plurality of flanges for mating with (or attached to) the frame shell. In another embodiment, the accessory includes alignment features for preventing or minimizing rotation of the liquid containment pocket when disposed in the frame shell. In another embodiment, the fitting is formed by a two-way feature that prevents or minimizes the rotation of the liquid containment bag when placed in the frame shell. The bag can be attached to the shell using a variety of mechanisms. Such mechanisms may include the attachment of the bag to the shell by means of an accessory. The accessory may be attached to (4) a glue, a glue point, a flange, a chain connection, a friction, a buckle, a comparator, a clip, a rail, a mechanical deformation, or any of the techniques known to those skilled in the art. Shell layer. In some embodiments, the container contains a pouch and an accessory that includes a collar for holding the 160747.doc 201236941 garment to the frame shell. The collar provides a friction fit around both the frame and the neck. This condition prevents or minimizes the rotation of the bag within the frame. In some cases, the collar abuts the frame shell and locks the neck of the bag thereby preventing the neck from becoming apparent when the user tightens and loosens the top cover of the container. Rotate. In an embodiment, the container contains a flow cell, a fitting, and a frame shell, and the fitting is used to match the frame of the frame. In another embodiment, the crucible includes a launder, a fitting, and a frame shell, and no sachet (or liner) is used to fit the frame shell. ' : The container provided herein can be configured to store and dispense various liquids, such as detergents. The container can be configured to store and dispense other liquids such as juice (e.g., apple juice, orange juice, grape juice), milk, carbonated liquid (e.g., 'soda drink), wine, beer, edible oil, and water. In the case of wine, the various containers provided herein may contain a frame in the shape of a fine glass bottle. The container can be configured to store edible and non-edible materials, including edible and/or inedible solids (for non-liquid), liquid or solid-liquid mixtures. In a consistent embodiment, a container for storing a liquid or a non-liquid (e.g., solid or powder) is provided. In another embodiment, a container for storing a liquid (such as a liquid detergent or a solid detergent) is provided. In another embodiment, a container for storing a wet cleaning agent is provided. In another YAJ dry type, month 15f embodiment, a species is provided for storing solids (such as 'powders (eg 'chemicals, salt, rice, cereal containers. In another embodiment, mentioning one a container for storing a gel or gel-like 160747.doc 201236941. In another embodiment, a container for storing one or more solid objects is provided. In another embodiment, A container for storing an edible liquid or solid is provided. In another embodiment, a container for storing an inedible liquid or solid is provided.

在一實施例中，液體容器包含配件。配件可經組態以與 構架殼層配套。在—實施例中，配件包含用於與構架殼層 配套（或附接至構架殼層）之一或多個凸緣。在另一實施例 中，配件包含用於阻止或最小化液體盛裝袋在安置於構架 殼層中時之旋轉的對位特徵或對位部件。 在一實施例中，容器包含用於在流槽或配件與容器之構 架殼層配套時阻止或最小化流槽、配件或其兩者之移動的 對位部件4移動可為旋轉移動、垂直移動（亦即，沿著 正交於谷器之基底之轴線的移動）或水平移動（亦即沿著 平行於容器之基底之轴線的移動）。 σ 在貫施例中，液體容器包含在液體盛裝袋與回排傾注 流槽之間的配件。在另—實施例中，配件—體式地為回排 傾注流槽之零件。舉例而言，回排傾注流槽可包括經組態 以與構架殼層配套(或附接至構架殼層)之凸緣，及對位特 徵：^上文所十田述。在另一實施例中，流槽及配件為單件 式（或整體卜在另-實施例中，流槽係、與配件成單件 整體）。 在-實施例中’構架殼層係由模製纖維或紙衆成型物料 形成。在另—實施例中，構架殼層係由低具含能量物料形 成。此物料可包括在經組態以最小化能量使用之製造程序 160747.doc -13- 201236941 中所形成的任何物料。 在-實施例中，構架殼層包含第 件。第一側部件及第二側部件中 苐-心 以准許使用者固持或緊握槿… 或，、兩者可經组態 許使用者緊握構架部件可_以准 “ 之緊握區域。緊握區域可為在側部 件中之些狀況下，凹陷部可具有為圓形、印 、正方形、矩形或其他形狀之橫截面。在—些 情形中’緊握區域可經處理成使得其在由使用者固持或緊 握時提供使用者舒適性。 、 在-實施例中，回排傾注流槽係由 -實施例中’回排傾注流槽可由直鍵低密度成聚二 (LLDPE)、低②度聚乙稀（LDPE)、高密度聚乙稀（HDPE)、 聚丙烯、聚對笨二甲酸乙二酿（pET)、聚氣乙稀（Μ) 及聚苯乙烯（PS)中之一或多者形成。 在-實施例中，回排傾注流槽可藉由射出成形形成。在 另-實施例中，回排傾注流槽可由聚合物料加卫。在另_ 實施例中，回排傾注流槽可由單件式聚合物料加工。在另 一實施例中，回排傾注流槽及配件可被分離地加工或射出 成形且彼此附接。在另—實施例中，㈣傾注流槽及配件 可由單件式物料（諸如，單一聚合物料）加工或射出成形。 在一實施例中，液體盛裝袋係由聚合物料形成。在另一 貫施例中，液體盛裝袋係由可撓性物料形成。在另一實施 例中’液體盛裴袋可由直鏈低密度聚乙烯（LLDpE)、低密 度聚乙烯（LDPE)、高密度聚乙烯（HDPE)、聚丙烯（pp)、聚 160747.doc -14- 201236941 對苯二曱g曼乙二醋（PET)、聚氯乙烯（Pvc)及聚苯&婦㈣) 中之一或多者形成。In an embodiment, the liquid container contains an accessory. The accessory can be configured to fit the frame shell. In an embodiment, the fitting includes one or more flanges for mating (or attaching to the scaffolding shell) to the scaffolding shell. In another embodiment, the fitting includes an alignment feature or alignment member for preventing or minimizing rotation of the liquid containment bag when disposed in the frame shell. In one embodiment, the container includes a aligning member 4 for preventing or minimizing movement of the flow cell, the fitting, or both when the flow cell or fitting is mated with the frame shell of the container, which may be rotationally movable, vertically moved (i.e., movement along an axis orthogonal to the base of the grain) or horizontal movement (i.e., movement along an axis parallel to the base of the container). σ In the embodiment, the liquid container contains an accessory between the liquid holding bag and the backflow pouring chute. In another embodiment, the fitting - is a part of the backflow pouring trough. For example, the backflow pour trough can include a flange configured to mate with (or attach to) the truss shell, and the alignment features: ^1010. In another embodiment, the launder and the fitting are in one piece (or in the other embodiment, the launder system is unitary with the fitting). In the embodiment the framework shell is formed from molded fibers or paper forming materials. In another embodiment, the framework shell is formed from a low energy content material. This material may include any material formed in the manufacturing process 160747.doc -13- 201236941 that is configured to minimize energy usage. In an embodiment, the framework shell comprises a first piece. The first side member and the second side member are 苐-centered to permit the user to hold or grip the 槿... or, both of which can be configured to allow the user to grip the frame member to be able to grasp the gripping area. The grip region may be in some cases in the side member, the recess may have a cross section that is circular, printed, square, rectangular or other shape. In some cases, the grip region may be treated such that it is User comfort is provided when the user holds or grips. In the embodiment, the backflow pouring trough is - in the embodiment, the 'returning pouring trough can be made from a low-density poly-density (LLDPE), low One of two degrees of polyethylene (LDPE), high density polyethylene (HDPE), polypropylene, polyethylene terephthalate (pET), polyethylene (Μ) and polystyrene (PS) In many embodiments, the backflow pouring chute may be formed by injection molding. In another embodiment, the back pouring launder may be reinforced by a polymeric material. In another embodiment, the back row The pouring trough can be processed by a one-piece polymer material. In another embodiment, the back pouring trough and accessories can be Separately or injection molded and attached to each other. In another embodiment, the (d) pouring sprue and fitting may be machined or injection molded from a single piece of material, such as a single polymeric material. In one embodiment, the liquid holding bag The polymer material is formed from a polymer material. In another embodiment, the liquid container is formed of a flexible material. In another embodiment, the liquid container can be made of linear low density polyethylene (LLDpE), low density polyethylene. (LDPE), high density polyethylene (HDPE), polypropylene (pp), poly 160747.doc -14- 201236941 p-benzoquinone g-mannine diacetate (PET), polyvinyl chloride (PVC) and polyphenylene & One or more of the women (4)) are formed.

在一實施例中，液體盛裝袋具有介於約0·001吋與〇.025 吋之間的厚度。在另一實施例中，液體盛裝袋可具有約 0-001吋或0.002吋或〇_〇〇3吋或0.004吋或0.005吋或〇.006叶 或0.007吋或0.008吋或0.009 p寸或〇.〇1吋或0.011吋或0‘012 吋或0.013吋或0.014吋或0.015吋或0.016吋或0.017吋或 0.018吋或〇.〇19吋或〇.〇2吋或0.021吋或0.022吋或0.023吋 或0.024吋或0.025吋或0.026吋或0.027吋或0.028吋或0.029 11寸或0_030叫之厚度。 在一實施例中，液體容器經組態以盛裝或儲存介於約1 盘司與500盎司之間的液體，或介於約1〇盎司與2〇〇盎司之 間的液體，或介於約20盎司與100盘司之間的液體，或介 於約30盎司與80盘司之間的液體。 在一實施例中，液體容器經組態以盛裝或儲存介於約i 盎司與500盎司之間的清潔劑，或介於約1〇盎司與2〇〇盘司 之間的液體，或介於約20盎司與1〇〇盎司之間的清潔劑， 或介於約30盎司與8〇盘司之間的清潔劑。 在一實施例中，液體容器包含具有介於約丨盎司與5〇〇盘 司之間或介於約1〇盎司與2〇〇盘司之間或介於約2〇盘司與 1〇〇盎司之間或介於約3G盘司與8G盘司之間的容量的液體 盛裝袋。 在-實施例中，回排傾注流槽安置於液體盛裝袋之頂部 部分處。在另-實施例中，回排傾注流槽附接至液體盛裝 160747.doc 15 201236941 袋之頂部部分。在另一實施例中，回排傾注流槽熔接至液 體盛裝袋之頂部部分。在另一實施例中，回排傾注流槽附 接至配件。在另一實施例中，回排傾注流槽熔接至配件。 在另一實施例中，回排傾注流槽熔接至附接至液體盛裝袋 之配件。 在一些實施例中，提供一種低具含能量液體容器，低具 含能量液體容器包含液體盛裝袋、與液體盛裝袋進行流體 連通之回排傾注流槽，及用於支撐液體盛裝袋之構架殼 層，構架殼層係由低具含能量物料形成。在一實施例中， 低具含能量物料可包含模製纖維或紙漿成型物料。在另一 實施例中，按構架殼層之重量計，低具含能量物料可具有 高達約25。/。或30%或35%或4〇%或45%或5〇%或55%或6〇%或 65 /。或70%或75%或80%或85%或90°/。或95。/。或99°/。之紙漿組 成。 二實施例中’提供一種清潔劑瓶，清潔劑瓿包含熔 接至凊潔劑盛裝袋之配件，清潔劑盛裝袋具有介於約 0.001 叶盘 nnic t eo t s 叫'之間的厚度。清潔劑盛裝袋可與回排傾 槽進行流體連通。在另一實施例中，回排傾注流槽可 與配件成一體式。 ^ 些實施例中，提供一種清潔劑瓶，清潔劑瓶包含與 /月潔劑盛装袋進行流體連通而附接之流槽，清潔劑盛裝袋 八有於約〇 〇〇1吋與〇 〇25吋之間的厚度。在一實施例 ,L槽包括回排傾注流槽。在另一實施例中，流槽附接 至液體盛裝势。+p 衣在另一實施例中，清潔劑瓶包括可附接至 160747.doc • 16 - 201236941 液體盛裝袋之配件。在另一實施例中，清潔劑瓶包括與流 槽成-體式之配件。在另一實施例中，清潔劑瓶包括與液 體盛裝袋成一體式或整體之配件。 。。在一實施例t，構架殼層可包含提供對液體盛裝袋（或 益孤）之封圍或支撐的任何結構本體。液體盛裝器孤之重 量可藉由構架支撐。在一些狀況下，液體盛裝器皿之重量 可僅在頸部區域處被支撐，頸部區域連接至構架。構架可 Ο Ο 由適於提供結構支撐之任何物料形成。在一些組態中，構 架可具有足夠結構剛度以向使用者之手提供緊握或握取區 域及/或阻止構架十所含有之液體盛裝器皿的壓縮。緊握 或握取區域可圍繞液體盛裝器皿而定位，使得液體盛裝器 皿在緊握或握取區域上之兩個點之間。在此組態中，液體 盛裝器皿可隨著液體盛裝H皿收縮而自然地排出其内含 物。本文所描述之配件亦可經設計成促進本文所描述之容 器的緊握或握取。配件可具有溝槽、加強型表面或摩擦塾 以促進緊握或握取。 在實把例中，用以形成構架之物料可為食品級物料。 在另-實施例中，用以形成構架之物料不為食品級物料。 在一實施例中，用於形成構架之物料無需為食品級，此 係因為液體盛裝器亚可阻止液體盛裝器亚中所含有之任何 液體在液體儲存期間或在液體施配期間與構架接觸。構架 可包含任何低具含能量物料’諸如，可再循環物料及/或 可生物降解物料（諸如，模製纖維或紙聚或紙張）。舉例而 言，構架可包含1〇〇%消費後纖維或紙聚原料。在另一實 160747.doc •17- 201236941 例中，構架可包含100%再循環之波紋狀纖維板及報紙。 本文所描述之構架或其他物料可包括未用過之紙漿纖維。 構架可包含2型模製纖維、2A型熱成型纖維、3型熱成型纖 維4型熱成型纖維、模製纖維、χ射線成型纖維、紅外線 成型纖維、微波成型纖維、真空成型纖維、結構纖維、片 料、再循環之塑膠或任何其他結構物料。可用以形成構架 之物料中任一者可用於本文所描述之實施例中任一者中。 紙漿之任何論述亦可應用於可用以形成構架或構架殼層之 物料（例如，纖維模製物、天然纖維、可生物降解或可堆 肥物料）中任一者。 構架可由經層壓、摺疊或膠黏在一起之一或多個物料薄 片形成。物料薄片可包含用於該等薄片之簡化摺疊以形成 構架的鉸鏈、接頭、折痕、連鎖、凸緣或襟翼。 在本發明之一些實施例中，構架可包含纖維或紙漿模製 本體。纖維或紙襞模製本體可為中空殼層、蛤式殼層、兩 件式殼層、多件式殼層，或其組合。+空殼層可為一件式 纖維或紙漿模製本體，纟中液體盛裝器皿係通過中空殼層 之開口而置放於中空殼層之内部上。蛤式殼層可為具;圍 液體盛裝器皿而摺疊之鉸鏈的纖維或紙浆模製本體。鉸 ，可位於蛤式殼層之任何側上。舉例而言錢鏈可沿著構 架之底部邊緣或側邊緣。蛤式殼層及/或液體盛裝器皿可 具有用於將蛤式殼層固定至液體盛裝器皿或圍繞液體盛裝 ^皿而固定玲式殼層之凸緣及/或連鎖。兩件式殼層可包 含可封圍液體盛裝器皿之兩個纖維或紙漿模製本體件。該 I60747.doc -18- 201236941 兩個件可具有用較該等件彼此固定之連鎖 本體件可為分離的（未鉸接的）或接合 1 、 _ v^ 的（例如’鉸接的）。 ^ 牛式殼層可為經彼此組裝之兩個類杯零件的兩零件式油 =:皿 式殼層可包含具有较鏈之纖維或紙浆模製In one embodiment, the liquid containment bag has a thickness of between about 0.001 吋 and 〇. 025 。. In another embodiment, the liquid containing pouch may have about 0-001 吋 or 0.002 吋 or 〇 〇〇 3 吋 or 0.004 吋 or 0.005 吋 or 〇 .006 或 or 0.007 吋 or 0.008 吋 or 0.009 寸 〇 or 〇 〇1吋 or 0.011吋 or 0'012 吋 or 0.013吋 or 0.014吋 or 0.015吋 or 0.016吋 or 0.017吋 or 0.018吋 or 〇.〇19吋 or 〇.〇2吋 or 0.021吋 or 0.022吋 or 0.023吋 or 0.024吋 or 0.025吋 or 0.026吋 or 0.027吋 or 0.028吋 or 0.029 11 inches or 0_030 is called thickness. In one embodiment, the liquid container is configured to hold or store a liquid between about 1 and 500 ounces, or between about 1 ounce and 2 ounces, or between A liquid between 20 ounces and 100 plates, or a liquid between about 30 ounces and 80 plates. In one embodiment, the liquid container is configured to hold or store between about 1 ounce and 500 ounces of detergent, or between about 1 ounce and 2 ounces, or A cleaning agent between about 20 ounces and 1 inch ounce, or between about 30 ounces and 8 inches. In one embodiment, the liquid container comprises between about 丨 ounces and 5 〇〇 plates or between about 1 ounces and 2 〇〇 plates or between about 2 〇 plates and 1 〇〇 A liquid containment bag of between ounces or between about 3G plates and 8G plates. In an embodiment, the backflow pouring chute is disposed at a top portion of the liquid containment bag. In another embodiment, the backflow pour trough is attached to the top portion of the liquid containing container 160747.doc 15 201236941. In another embodiment, the backflow pour trough is welded to the top portion of the liquid containment bag. In another embodiment, the backflow pour trough is attached to the fitting. In another embodiment, the backflow pouring chute is welded to the fitting. In another embodiment, the backflow pour trough is welded to the fitting attached to the liquid containment bag. In some embodiments, a low-energy liquid container is provided, the low-energy liquid container comprising a liquid containment bag, a backflow pouring trough in fluid communication with the liquid containment bag, and a frame shell for supporting the liquid containment bag The layer, the framework shell is formed from a low energy content material. In one embodiment, the low energy content material may comprise molded fibers or pulp forming materials. In another embodiment, the low energy content material can have up to about 25 by weight of the framework shell. /. Or 30% or 35% or 4% or 45% or 5% or 55% or 6% or 65%. Or 70% or 75% or 80% or 85% or 90°/. Or 95. /. Or 99°/. The pulp composition. In a second embodiment, a detergent bottle is provided, the detergent cartridge comprising a fitting that is welded to the detergent bag, the detergent bag having a thickness of between about 0.001 leaf discs nnic t eo t s . The detergent container can be in fluid communication with the back drain. In another embodiment, the backflow pouring chute can be integral with the fitting. In some embodiments, a detergent bottle is provided, the detergent bottle comprising a flow cell attached in fluid communication with the /month detergent bag, the cleaning agent bag being at about 吋1吋 and 〇〇25 The thickness between the rafts. In one embodiment, the L-slot includes a back-flow pouring chute. In another embodiment, the launder is attached to the liquid containment potential. +p garment In another embodiment, the detergent bottle includes an accessory that can be attached to the 160747.doc • 16 - 201236941 liquid container. In another embodiment, the detergent bottle includes an accessory that is in the form of a flow cell. In another embodiment, the detergent bottle includes an integral or integral accessory to the liquid containment bag. . . In an embodiment t, the frame shell may comprise any structural body that provides encapsulation or support for the liquid containment bag (or benefit). The weight of the liquid container can be supported by the frame. In some cases, the weight of the liquid-filled vessel may be supported only at the neck region, which is attached to the frame. The frame can be formed from any material suitable for providing structural support. In some configurations, the frame may have sufficient structural rigidity to provide a grip or grip area to the user's hand and/or to prevent compression of the liquid containing vessel contained in the frame ten. The gripping or gripping area can be positioned around the liquid containing vessel such that the liquid containing vessel is between the two points on the gripping or gripping area. In this configuration, the liquid containing vessel can naturally drain its contents as the liquid holds the H-conduit. The accessories described herein can also be designed to facilitate the grip or grip of the containers described herein. The fitting may have a groove, a reinforced surface or a friction 塾 to facilitate gripping or gripping. In the example, the material used to form the frame may be a food grade material. In another embodiment, the material used to form the frame is not a food grade material. In one embodiment, the material used to form the frame need not be food grade because the liquid container sub-blocks any liquid contained in the liquid container sub-contact with the frame during liquid storage or during liquid dispensing. The framework may comprise any low energy content material such as recyclable materials and/or biodegradable materials such as molded fibers or paper poly or paper. For example, the framework may comprise 1% post-consumer fiber or paper poly material. In another example, 160747.doc • 17-201236941, the frame may contain 100% recycled corrugated fiberboard and newspapers. The framework or other materials described herein may include virgin pulp fibers. The frame may comprise type 2 molded fiber, 2A type thermoformed fiber, type 3 thermoformed fiber type 4 thermoformed fiber, molded fiber, ray ray forming fiber, infrared shaped fiber, microwave shaped fiber, vacuum formed fiber, structural fiber, Sheet, recycled plastic or any other structural material. Any of the materials that can be used to form the framework can be used in any of the embodiments described herein. Any discussion of pulp may also be applied to any of the materials (e.g., fiber moldings, natural fibers, biodegradable or compostable materials) that may be used to form the framework or framework shell. The frame may be formed from one or more sheets of material that are laminated, folded or glued together. The sheet of material may comprise hinges, joints, creases, chains, flanges or flaps for the simplified folding of the sheets to form the frame. In some embodiments of the invention, the frame may comprise a fiber or pulp molded body. The fibrous or paper-molded body can be a hollow shell, a clamshell shell, a two-piece shell, a multi-piece shell, or a combination thereof. The empty shell layer may be a one-piece fiber or pulp molded body, and the liquid container in the crucible is placed on the inside of the hollow shell layer through the opening of the hollow shell layer. The clamshell shell may be a fiber or pulp molded body having a hinge that is folded around the liquid to hold the vessel. The hinge can be located on either side of the clamshell. For example, the money chain can follow the bottom or side edges of the frame. The clamshell shell and/or the liquid containment vessel may have a flange and/or interlock for securing the clamshell shell to the liquid containment vessel or to secure the clamshell shell around the liquid containment vessel. The two-piece shell may comprise two fiber or pulp molded body members that enclose the liquid holding vessel. The I60747.doc -18-201236941 two pieces may have separate (unhinged) or joints 1 , _ v^ (e.g., 'hinged) with interlocking body members that are secured to one another. ^ The cow shell can be a two-part oil that is assembled with two cup-like parts. =: The shell can contain fibers or pulp molded with a chain.

本體件，或與用於隨液體盛裝器皿以閉合形式固定多件 式殼層之腹帶及/或端蓋組合的兩件式纖維或紙漿模製本 體。構架之件可藉由黏接劑、標記、機械變形或為熟習此 項技術者所知之任何其他手段而固持於適當位置。 構架可經塑形用於併入功能特徵。在本發明之一些實施 例中’構架可包含開口或切口。開口或切口可位於構架之 任何側或表面上。開口或切口可提供多個功能。此等功能 可包括縮減用以形成構架之物料的量、縮減構架之重量、 允許檢視容器之内含物、允許定位加勁肋特徵、保留來自 構架之另一件的連鎖特徵、提供用於增強握取構架之能力 的特徵、提供用於與液體盛裝器皿之分離的特徵，及增加 收縮或壓縮構架之能力。開口或切口可在構架模製期間予 以形成’或可在構架模製之後予以模切或水切。 現將參看諸圖，其中類似數字始終可指代類似零件。應 瞭解，諸圖未必按比例繪製。 圖1說明根據本發明之一實施例的液體容器100。液體容 器1〇〇包括構架殼層（在本文中亦為「構架」）1〇5及頂蓋 110 ’該頂蓋可安置於液體容器100之液體盛裝袋（未圖示） 之開口上。構架殼層105封圍液體盛裝袋。構架殼層105包 160747.doc -19· 201236941 括第—封圍部件10 5 a及第二封圍部件10 5 b。第-封圍部件 可接^至第一封圍部件105b。液體容器100進一步包 括或多個緊握部件115以准許使用者固持或緊握液體容 器在-實施例中，了頁蓋„0為量測頂蓋，其使使用者 錢量測預定（或所要）體積之液體。在另—實施例中，液 體容器100經組態以供清潔劑使用。 圖2為根據本發明之一實施例的圖丨之液體容器1 〇〇的示 意性側視圖。容器1〇〇包括分別在第一封圍部件1〇5&及第 二封圍部件105b中每一者上之緊握部件。 圖3A為根據本發明之一實施例的具有呈「敞開」組態之 構架殼層205之容器200的俯視圖。構架殼層2〇5包括接合 至第二封圍部件205b之第一封圍部件2〇5a。構架殼層2〇5 進一步包括在構架殼層205之頸部部分中的對位部件22〇， 對位部件220用於與流槽（諸如，回排傾注流槽（見下文））之 配件配套。對位部件22〇經組態以阻止安置於構架殼層 中之液體盛裝袋在使用者扭轉液體盛裝袋時旋轉。 圖3B為根據本發明之一實施例的容器2〇〇的仰視圖。容 器200包括用於在構架殼層呈「閉合」組態時准許使用者 固持或緊握構架殼層之緊握部件215，在該狀況下，第一 封圍部件205a經安置成與第二封圍部件2〇5b對置。 圖3C為具有安置於第一封圍部件2〇5a中之液體盛裝袋 225的圖3A及圖3B之容器200的俯視圖。液體盛裝袋225係 藉由頂盍2 1 0密封。該頂蓋可安置於流槽（諸如，回排傾注 抓槽（見下文））之上。流槽可與液體盛裝袋225進行流體連 160747.doc •20- 201236941 通。安置於液體盛裝袋225之頂部的配件230可經組態以與 構架205配套。配件230可包括用於與第一封圍部件205 a及 第二封圍部件205b中每一者之對位特徵配套。配件230可 包括用於與構架殼層205接觸之一或多個凸緣。在一實施 例中，配件230係與流槽成一體式。 回排傾注流槽The body member, or a two piece of fiber or pulp molded body for use in combination with a web and/or end cap for securing a plurality of shells in a closed form with a liquid holding vessel. The components of the frame can be held in place by adhesives, markings, mechanical deformation, or any other means known to those skilled in the art. The framework can be shaped to incorporate functional features. In some embodiments of the invention, the frame may comprise openings or slits. The opening or slit can be located on either side or surface of the frame. Openings or slits provide multiple functions. Such functions may include reducing the amount of material used to form the frame, reducing the weight of the frame, allowing inspection of the contents of the container, allowing positioning of stiffener features, retaining interlocking features from another piece of the frame, providing for enhanced grip Features of the ability to take the frame, provide features for separation from liquid-filled vessels, and the ability to increase the shrinkage or compression of the frame. The opening or slit may be formed during the molding of the frame or may be die cut or water cut after the frame is molded. Reference will now be made to the drawings, in which like reference It should be understood that the drawings are not necessarily to scale. Figure 1 illustrates a liquid container 100 in accordance with an embodiment of the present invention. The liquid container 1A includes a frame shell (also referred to herein as "frame") 1〇5 and a top cover 110' which can be placed over the opening of a liquid containment bag (not shown) of the liquid container 100. The frame shell 105 encloses the liquid containment bag. The frame shell 105 package 160747.doc -19· 201236941 includes a sealing member 10 5 a and a second sealing member 10 5 b. The first enclosing member can be attached to the first enclosing member 105b. The liquid container 100 further includes or has a plurality of gripping members 115 to permit the user to hold or grip the liquid container. In an embodiment, the page cover „0 is a measuring top cover that allows the user to measure the amount of the meter (or desired) a volume of liquid. In another embodiment, the liquid container 100 is configured for use with a cleaning agent. Figure 2 is a schematic side view of a liquid container 1 丨 according to an embodiment of the present invention. 1〇〇 includes gripping members on each of the first enclosing member 1〇5& and the second enclosing member 105b. Fig. 3A shows an "open" configuration according to an embodiment of the present invention. A top view of the container 200 of the frame shell 205. The frame shell 2〇5 includes a first enclosure member 2〇5a joined to the second enclosure member 205b. The frame shell 2〇5 further includes a aligning member 22〇 in the neck portion of the truss shell 205, the aligning member 220 for matching the fittings of the launder (such as a backflow pouring chute (see below)) . The alignment member 22 is configured to prevent the liquid containing pouch disposed in the frame shell from rotating when the user twists the liquid containing pouch. 3B is a bottom plan view of a container 2〇〇 in accordance with an embodiment of the present invention. The container 200 includes a gripping member 215 for permitting a user to hold or grip the frame shell when the frame shell is in a "closed" configuration, in which case the first enclosure member 205a is placed in a second seal The peripheral members 2〇5b are opposed to each other. Fig. 3C is a plan view of the container 200 of Figs. 3A and 3B having a liquid containing pouch 225 disposed in the first enclosing member 2〇5a. The liquid holding pouch 225 is sealed by the top 盍 210. The top cover can be placed over a flow channel, such as a backflow pour trough (see below). The flow cell can be fluidly connected to the liquid containing bag 225 160747.doc •20- 201236941. The fitting 230 disposed on top of the liquid containing pouch 225 can be configured to mate with the frame 205. Accessory 230 can include mating features for alignment with each of first enclosing member 205a and second enclosing member 205b. Accessory 230 can include one or more flanges for contacting frame shell 205. In one embodiment, the fitting 230 is integral with the launder. Backflow pouring trough

在本發明之另一態樣中，提供一種回排傾注流槽，回排 傾注流槽經組態以提供液體流出與回排傾注流槽進行流體 連通之液體盛裝袋，且使流體能夠回排至液體盛裝袋中。 回排傾注流槽可有利地阻止任何未用液體之損失，此損失 可圍繞容器之開口圓周而發生。 參看圖4，展示根據本發明之一實施例的回排傾注流槽 流槽300包括頂蓋3 〇5、傾注流槽3丨〇、用於將頂蓋 3〇5固定至回排傾注流槽3⑽之螺紋315、一或多個對位特 徵320、底部凸緣325及頂部凸緣33卜在一實施例中，頂 蓋可為量測頂蓋’其使使用者能夠量測預定或所要體積之 液體(例#，清潔劑頂部凸緣33_組態以鄰近於構架殼 層之頸部之了貝部：ip八而被！ ¥ ' 擱 在一實施例中，頂部凸緣 °附接至構架殼層之頸部 1灸頂分。在另—實施例 Ψ 底4凸緣經組態以附接至 液體盛裝袋225)。㈣至液體盛裝袋（例如’圖3C之 在一實施例中 層之頂部部分（諸 鄰近於該頂部部 ，頂部凸緣330可經組態以附接至構架殼 如，構架殼層之頸部部分之頂部部分）或 刀而擱置。在另—實施例中，頂部凸緣 160747.doc •21 · 201236941 330可經組態以藉由構架殼層之頂部部分封圍。在另—實 施例中’底部凸緣325可經組態以附接至構架殼層之頂部 部分（諸如，構架殼層之頸部部分之頂部部分）或鄰近於該 頂部部分而擱置。在另-實施例中，底部凸緣奶可經組 態以藉由構架殼層之頂部部分封圍。 在實施例中，底部凸緣325可附接至液體盛裝袋。在 另一實施例中’底部凸緣325可與液體盛裝袋成整體或一 體式。在另-實施例中，底部凸緣325可被忽略，且液體 盛裝袋可附接至流槽_之底部部分或與該底部部分成一 體式。 繼續參看圖4，流槽300可包括單一對位特徵32〇或圍繞 流槽3〇〇有角度地安置之複數個對位特徵。在一實施例 中，流槽300可包括單一對位特徵32〇。在另一實施例中， 流槽可包括2個或3個或4個或5個或6個或7個或8個或9個或 1〇個對位特徵，該等對位特徵係圍繞流槽3〇〇之圓周而安 置。在另一實施例中，流槽300可附接至具有單一對位特 徵320或圍繞配件有角度地安置之複數個對位特徵的虛構 物（figment)。在一實施例中，流槽3〇〇可附接至包括單一 對位特徵320之配件。在另一實施例中，流槽可附接至具 有2個或3個或4個或5個或6個或7個或8個或9個或1〇個對位 特徵之配件，該等對位特徵係圍繞配件之圓周而安置。 對位特徵可經組態以與構架殼層之對位部件（例如，圖 3A之對位部件220)配套。對位特徵與對位部件之配套可在 使用者旋轉頂蓋305時阻止流槽300旋轉。此情形可有利地 160747.doc •22- 201236941 保護液體盛裝袋以免與底部凸緣325失去接觸。In another aspect of the invention, a backflow pour trough is provided, the backflow pour trough being configured to provide a liquid outflow bag in fluid communication with the backflow pour trough, and to enable fluid to be discharged back Into the liquid container. The backflow pour can advantageously prevent any loss of unused liquid which can occur around the circumference of the opening of the container. Referring to Figure 4, there is shown a backflow pouring chute 300 in accordance with an embodiment of the present invention including a top cover 3 〇5, a pouring chute 3丨〇 for securing the top cover 3〇5 to the backflow pouring chute 3(10) thread 315, one or more alignment features 320, bottom flange 325, and top flange 33. In one embodiment, the top cover can be a measurement top cover that allows the user to measure a predetermined or desired volume The liquid (Example #, detergent top flange 33_ is configured to be adjacent to the neck of the frame shell: ip eight! ¥ ' In one embodiment, the top flange ° is attached to The neck of the scaffolding layer is topped by a moxibustion. In another embodiment, the bottom 4 flange is configured to be attached to the liquid containment pouch 225). (d) to a liquid containment bag (eg, 'Fig. 3C' in the top portion of the layer in an embodiment (adjacent to the top portion, the top flange 330 can be configured to attach to the frame shell, such as the neck portion of the frame shell) The top portion) or the knife rests. In another embodiment, the top flange 160747.doc • 21 · 201236941 330 can be configured to be enclosed by the top portion of the frame shell. In another embodiment The bottom flange 325 can be configured to be attached to or adjacent to a top portion of the frame shell (such as the top portion of the neck portion of the frame shell). In another embodiment, the bottom tab The margin milk can be configured to be enclosed by the top portion of the frame shell. In an embodiment, the bottom flange 325 can be attached to the liquid containment pouch. In another embodiment, the bottom flange 325 can be filled with liquid The bag is integral or unitary. In another embodiment, the bottom flange 325 can be omitted and the liquid containment bag can be attached to or integral with the bottom portion of the launder. With continued reference to Figure 4, The flow cell 300 can include a single alignment feature 32 or The plurality of alignment features are angularly disposed around the flow cell 3. In one embodiment, the flow cell 300 can include a single alignment feature 32. In another embodiment, the flow cell can include two or three Or 4 or 5 or 6 or 7 or 8 or 9 or 1 or more alignment features, which are placed around the circumference of the flow cell 3〇〇. In another embodiment The flow cell 300 can be attached to a fibrate having a single alignment feature 320 or a plurality of alignment features angularly disposed about the fitting. In an embodiment, the flow cell 3 can be attached to include An accessory for a single alignment feature 320. In another embodiment, the flow cell can be attached to have 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9 or 1 or 2 pairs The features of the bit features are placed around the circumference of the fitting. The aligning features can be configured to mate with the aligning components of the framing shell (e.g., the aligning component 220 of Figure 3A). The matching with the alignment member can prevent the flow cell 300 from rotating when the user rotates the top cover 305. This situation can advantageously be 160747.doc • 22- 201236941 protection liquid The body holds the bag so as not to lose contact with the bottom flange 325.

〇 圖5說明根據本發明之一實施例的安裝於構架殼層4〇5之 頸部部分上的回排傾注流槽（在本文中亦為「回傾流 槽」）400。回排傾注流槽400包括内管4〇1及外管4〇2，外 管402圓周地封圍内管4〇1。外管係藉由内管4〇1至少部分 地界定。如所說明，内管401具有為Γυ」狀之部分。然 而，應瞭解，内管401可為實質上管狀。内管4〇丨經組態以 准許液體（例如，清潔劑）流出與内管4〇1進行流體連通之液 體盛裝袋。外管4〇2係與液體盛裝袋進行流體連通。外管 402包括！ι組態以捕獲液體且准許液體流至液體盛裝袋之 底面部分（未圖示底面部分可與自外管術延伸至液體盛 裝袋之流體it路進行流體連通。在—實施财，通路係藉 由内管40 1界& β在另—實施例中’内管仙為卩狀且u狀 s οι之下#。卩分係與外管4G2之下部部分及通向液體盛 裝袋之開口進行流體連通。 圖6B展不根據本發明之—實施例的回傾流槽 00。在-實施例中’回傾流槽附接至配件。在另一實施 =中’回傾流槽附接至用於盛裝或儲存液體（諸如，清潔 劑）之液體盛裝袋。 5:Γ:傾流槽5°〇的示意 申超出第二突起部51〇。圖沾展示回傾流槽5〇〇的俯 流槽_可包括藉由第-突起部及第二突起部 接：=515。第—突起部及第二突起部可藉由護裙連 机槽500之第二突起部51〇可連接至可遠離第二突 160747.doc •23- 201236941 :5: ^:父地延伸之上部肩部或凸緣5 2 °。下部肩部或凸 、 於上部肩部或凸緣520下方。上部肩部520及下 邛肩部5 2 5可為配件之零件。 :-些貫施例中，回傾流槽可具有藉由第_突起部及第 二犬起部環繞之開口 (或間隙⑽。開口可允許流體傳遞通 過流槽。在一此眘谂η丄 瓶1寻邈逋 通過法料 液體盛裝袋W盛裝之液體可 揭 之開口而傾出容器。開口 530可安置於Figure 5 illustrates a backflow pour trough (also referred to herein as "backflow trough") 400 mounted to the neck portion of the frame shell 4〇5, in accordance with an embodiment of the present invention. The backflow pouring trough 400 includes an inner tube 4〇1 and an outer tube 4〇2, and the outer tube 402 circumferentially encloses the inner tube 4〇1. The outer tube is at least partially defined by the inner tube 4〇1. As illustrated, the inner tube 401 has a portion that is "Γυ" shaped. However, it should be understood that the inner tube 401 can be substantially tubular. The inner tube 4 is configured to permit liquid (e.g., detergent) to flow out of the liquid containment bag in fluid communication with the inner tube 4〇1. The outer tube 4〇2 is in fluid communication with the liquid containment bag. Outer tube 402 includes! The ι configuration captures the liquid and permits the liquid to flow to the bottom portion of the liquid containing bag (the bottom portion not shown may be in fluid communication with the fluid path extending from the outer tube to the liquid containing bag. From the inner tube 40 1 boundary & β in another embodiment, the inner tube is 卩-shaped and u-shaped s οι下#. The 卩 branch system and the lower portion of the outer tube 4G2 and the opening to the liquid containing bag Figure 6B shows a backflow trough 00 not in accordance with an embodiment of the present invention. In an embodiment, the 'backflow trough is attached to the fitting. In another embodiment = the 'back pouring trough is attached to A liquid holding bag for holding or storing a liquid such as a cleaning agent. 5: Γ: The schematic of the pouring trough 5°〇 exceeds the second protrusion 51〇. The figure shows the back of the pouring groove 5〇〇 The flow groove_ can be connected by the first protrusion and the second protrusion: 515. The first protrusion and the second protrusion can be connected to the second protrusion 51 of the skirt slot 500 Keep away from the second protrusion 160747.doc •23- 201236941 :5: ^: The father extends the upper shoulder or the flange 5 2 °. The lower shoulder or convex Below the upper shoulder or flange 520. The upper shoulder 520 and the lower shoulder 5 25 can be parts of the fitting. - In some embodiments, the back pouring groove can have the first protruding portion and the first The opening of the two dogs (or the gap (10). The opening allows fluid to pass through the launder. In this case, the bottle 1 is pour out through the liquid refillable opening of the liquid container a container. The opening 530 can be placed in

槽505之護裙中，謹& a a U m //,L '•蒦裙is在第一突起部5〇5與第_ 51〇之間的空間。 一弟—大起部 在一些實施例中，第一突 配置成使俱笛一* 丨及弟一大起邛可經同心地 縫。— 一犬起部係藉由第二突起部至少部分地環 、 一些實施例中，第一突起部 成使得其不同心犬起柯經配置 部分地環镇„ 部仍係藉由第二突起部至少 間。在一實，提供於第-突起部與第二突起部之 ^ 例中，㈣可藉由第—突起部及第二突起部 界疋。間隙可經組態以捕獲 起σΡ 槽進行流體造、篇η 回排至與回傾流 丁4連通之液體盛裝袋。在— 連接第-突起部及第二 Η遵裙可 部之下部«底部）部分處，護大起部，二突起 二突起部之間。護裙可與通過門口 53'〇於第一突起部與第 袋之流體通路進行流體連通。4別而返回至液體盛裝 繼續參看圖6Α，笔一办& 者 ，第_ # 大起部505可具有圓形形狀。或 弟 犬起部505可具有―赤夕加 飞 突叔却 或夕個隅角或尖銳部分。第 犬起部可具有圓柱形形狀第 在一貫施例中，第—突起部 160747.doc •24· 201236941 505可完全地環繞開口 5 1 5。在另一實施例中，第一突起部 505可部分地環繞開口 5 1 5。在另一實施例中，第一突起部 505可圍繞開口延伸360度。在另一實施例中，第一突起部 可部分地環繞開口 5 15。第一突起部505可圍繞開口 5 15延 伸達一半。在一些實施例中，第一突起部5〇5可圍繞開口 • 515延伸高達約30度或45度或60度或90度或120度或150度 或180度或270度。 0 在一實施例中，第一突起部505可圍繞開口 5 15圓周地對 稱。在另一實施例中，第一突起部5〇5可圍繞開口 5丨5延伸 達相同長度（對稱）或變化長度（不對稱）。在一些實施例 中’第一突起部505可圍繞開口 515而輪廓化或彎曲。 在一實施例中，第二突起部5丨〇可具有圓形形狀。或 者，第二突起部510可具有一或多個隅角或尖銳部分。第 二突起部510可具有圓柱形形狀。在一些實施例中，第二 突起部510可具有與第一突起部5〇5相同之形狀。或者，第 Ο 一犬起部510可具有不同於第一突起部505之形狀。第二突 起部510、第一突起部505及開口 515之橫截面形狀可相同 或不同。在一些實施例中，第二突起部51〇可完全地環繞 開口 515。第二突起部510可圍繞開口 51s一直延伸。在另 - 實施例中，第二突起部5 10可圍繞開口 5 15延伸360度。 在另一實施例中，第二突起部510可部分地環繞開口 515。 第二突起部510可圍繞開口 515延伸達—半。在一些實施例 中，第一突起部505可圍繞開口 515延伸高達約3〇度或“度 或60度或90度或120度或15〇度或18〇度或27〇度。在一實施 160747.doc -25- 201236941 例中，第二突起部51〇可包括螺紋以接受頂蓋（見（例如）圖4 及圖7A)。 在一實施例中，第二突起部51〇可圍繞開口 515圓周地對 稱。在另一實施例中，第二突起部51〇可圍繞開口 515延伸 達相同長度（對稱）或變化長度（不對稱）。在一些實施例 中，第二突起部5io可圍繞開口 515而輪廓化或彎曲。 第二突起部510可相對於經貼附有回傾流槽5〇〇之表面而 突起。舉例而t ’若回傾流槽連接至與殼層配套之配 件，則第二突起部510可相對於殼層之表面而突起。第二 突起部51〇相對於分別連接第一突起部5〇5及第二突起部 510之護裙而突起，且間隙可提供於該第—突起部與該第 二突起部之間。護祿可相對於殼層之表面而凹陷。在一實 施例中，第二突起部51G可超出殼層延伸至少某一距離。 在-實施例中’第一突起部5〇5可高於第二突起部“Ο, 或在最高點處突起多於第二突起部51〇。在一實施例中， 第-突起部505可短於第二突起部別’或在最高點處突起 少於第二突起部510。或者，第一突起部5〇5及第二突起部 510可為大約相同高度。 在-實施财，回傾流槽可具有可相料具有回傾 流槽_之容器之底部基底而垂直的垂直軸線。當回傾流 槽⑽處於直立^向時，垂直軸線亦可直立。第—突起部 5〇5可實質上平行於回傾流槽500。第-突起部505可平行 於垂直軸線。或者，第—突起部5G5可朝向開口⑴之中心 向内成角度、遠離開口 515之中心向外成角度或其任何 160747.doc •26· 201236941 組合。第二突起部51〇可相對於回傾流槽500筆直向上成角 度。第二突起部510可平行於垂直軸線。或者，第二突起 部510可朝向開口 515之中心向内成角度、遠離開口 515之 中心向外成角度，或其任何組合。第一突起部及第二突起 部5 10可相對於垂直轴線在相同程度上成角度或不成角 度。或者，其可相對於垂直轴線在不同程度上成角度或不 成角度。In the skirt of the groove 505, the & a a U m //, L '• skirt is the space between the first protrusion 5〇5 and the _51〇. A younger brother - a large part In some embodiments, the first protrusion is configured such that the body flute and the younger brother can be sewn together concentrically. - a dog starting portion is at least partially looped by a second protrusion, in some embodiments, the first protrusion is such that its different heart dog is partially configured to be circumscribed by the second protrusion At least in one embodiment, in the case of the first protrusion and the second protrusion, (4) may be defined by the first protrusion and the second protrusion. The gap may be configured to capture the σ groove. The fluid is made up, and the η is discharged back to the liquid container which is connected with the backflowing distillate 4. At the portion of the bottom portion of the lower portion and the second portion of the skirt, the upper portion and the second portion are raised. Between the two protrusions, the skirt can be in fluid communication with the fluid passage through the door opening 53' to the first protrusion and the first bag. 4 Return to the liquid container and continue to refer to Figure 6Α, pen one & _ #大起部505 may have a circular shape. Or the puppies 505 may have a 赤 加 飞 却 却 或 or a 隅 隅 角 or a sharp part. The first cockerel may have a cylindrical shape In the example, the first protrusion 160747.doc •24· 201236941 505 can be completely surrounded 5 1 5. In another embodiment, the first protrusion 505 may partially surround the opening 5 15 . In another embodiment, the first protrusion 505 may extend 360 degrees around the opening. In another embodiment The first protrusion may partially surround the opening 5 15 . The first protrusion 505 may extend halfway around the opening 5 15 . In some embodiments, the first protrusion 5 5 may extend up to about 30 degrees around the opening • 515 Or 45 or 60 or 90 or 120 or 150 or 180 or 270. In an embodiment, the first protrusion 505 can be circumferentially symmetric about the opening 5 15 . In another embodiment, The first protrusion 5〇5 may extend around the opening 5丨5 for the same length (symmetric) or varying length (asymmetry). In some embodiments, the 'first protrusion 505 may be contoured or curved around the opening 515. In an embodiment, the second protrusion 5丨〇 may have a circular shape. Alternatively, the second protrusion 510 may have one or more corners or sharp portions. The second protrusion 510 may have a cylindrical shape. In an embodiment, the second protrusion 510 may have a first protrusion 5〇 5. The same shape. Alternatively, the second dog 510 may have a shape different from that of the first protrusion 505. The cross-sectional shapes of the second protrusion 510, the first protrusion 505, and the opening 515 may be the same or different. In some embodiments, the second protrusion 51 can completely surround the opening 515. The second protrusion 510 can extend all the way around the opening 51s. In another embodiment, the second protrusion 5 10 can extend 360 around the opening 5 15 In another embodiment, the second protrusion 510 may partially surround the opening 515. The second protrusion 510 may extend around the opening 515 by a half. In some embodiments, the first protrusion 505 can extend up to about 3 degrees or "degrees or 60 degrees or 90 degrees or 120 degrees or 15 degrees or 18 degrees or 27 degrees around the opening 515. In one implementation 160747 .doc -25- 201236941 In the example, the second protrusion 51 can include a thread to accept the top cover (see, for example, Figures 4 and 7A). In an embodiment, the second protrusion 51 can surround the opening 515. Circumferentially symmetric. In another embodiment, the second protrusion 51 can extend the same length (symmetric) or varying length (asymmetry) around the opening 515. In some embodiments, the second protrusion 5io can surround the opening Contouring or bending. The second protrusion 510 can be protruded with respect to the surface to which the back pouring groove 5 is attached. For example, if the back pouring groove is connected to the accessory supporting the shell, The second protrusion 510 may protrude relative to the surface of the shell layer. The second protrusion 51 is protruded with respect to the skirt respectively connecting the first protrusion 5〇5 and the second protrusion 510, and a gap may be provided Between the first protrusion and the second protrusion. The guard can be opposite to the shell And in the embodiment, the second protrusion 51G may extend at least some distance beyond the shell. In the embodiment, the 'first protrusion 5' may be higher than the second protrusion "Ο, or at the highest The protrusions at the points are more than the second protrusions 51〇. In an embodiment, the first protrusion 505 may be shorter than the second protrusion ′ or protrude less than the second protrusion 510 at the highest point. Alternatively, the first protrusion 5〇5 and the second protrusion 510 may be approximately the same height. In the implementation, the backflow chute may have a vertical axis perpendicular to the bottom base of the container having the backflow trough. When the back pouring trough (10) is in the upright direction, the vertical axis can also stand upright. The first protrusion 5〇5 may be substantially parallel to the backflow groove 500. The first protrusion 505 may be parallel to the vertical axis. Alternatively, the first protrusion 5G5 may be angled inward toward the center of the opening (1), angled outward from the center of the opening 515, or any combination thereof 160747.doc •26·201236941. The second projection 51 can be angled straight up with respect to the return flow groove 500. The second protrusion 510 can be parallel to the vertical axis. Alternatively, the second projection 510 can be angled inwardly toward the center of the opening 515, angled outwardly away from the center of the opening 515, or any combination thereof. The first protrusion and the second protrusion 5 10 may be angled or not angled to the same extent with respect to the vertical axis. Alternatively, it may be angled or not angled to varying degrees with respect to the vertical axis.

在一實施例中，第一突起部5〇5及第二突起部51〇可經同 心地配置成使得第一突起部5〇5相比於第二突起部51〇具有 較小橫截面半徑。第—突起部奶及第二突起部51〇可經同 心地配置成使得藉由第一突起部5〇5界定之橫截面形狀之 中心係與藉由第二突起部別界定之橫截面形狀之中心相 同。在-些實施例中’第—突起部⑽及第二突起部51〇可 經幾乎同心地配置成使得藉由第__突起部奶界定之橫截 = 心稍微偏移於藉由第二突起部51°界定之橫截 面=中心。第一突起部5〇5及第二突起部η。無需被同 :置’且藉由第-突起部界定之橫截面形狀之中 二 移於藉由第二突起部別界定之橫截面形狀 在一實施例十 第 邱八 犬起部510可環繞第一突起部505之 至少一部分。在一此眚 二貫轭例中，第二突 環繞第一突起部505。第_ * 1〇了疋王地 ^ Λ 第一犬起部510可完全地合圍第一突 起部505及開口 515。或者 口圍第犬 ^ Μ ρ 5150±也^ 乐大起部505不完全地環 繞開口 5】5時’第二突起部” 任不疋全地環繞開口 515 160747.doc •27· 201236941 =情況下環繞第-突起部505。在一些實施例中，相比於 第一突起部505，第二突起部510可圍繞開口 515延伸較大 度數。或者，相比於第一突起部505，第二突起部51〇可圍 繞開口 515延伸相同或較少度數。在-實例中，第_突起 部:05可僅圍繞開口 515延伸達一半，從而形成尖端，且第 二突起部510可形成完全地環繞開口 515及尖端之緣邊。 在一實施例中，間隙可提供於第一突起部505與第二突 起部510之間。第一突起部5〇5及第二突起部51〇可藉由亦 形成間隙之底部的護裙連接n實施例中，護榜可圍 繞開口 515—直平齊。舉例而言，在第二突起部5ι〇與第一 犬起捍505之間在周圍延展的護裙底部可在周圍一直具有 相同深度。或者，護裙可具有變化深度。舉例而言，護裙 可傾斜，使得護裙之一部分深於其他部分。在一實施例 中，護裙之較深部分可經組態以在回傾流槽5〇〇處於直立 角時將液體引導至回傾流槽5〇〇之開口 515中。在第一突起 部505與第二突起部51〇之間的間隙可圍繞開口 515一直具 有相同尺寸，或可圍繞開口 5丨5而變化。在一些實施例 中’相比於以其他角度所提供之間隙，可圍繞回傾流槽 500之開口 515以一些角度提供較大間隙。間隙可具有相同 尺寸。舉例而言，在第一突起部505與第二突起部510之間 的間隙的距離可大於第二突起部5丨〇之直徑、小於第二突 卩510之直徑’或為第一突起部51〇之直徑的約3%、第 一突起部5 1 0之直徑的5%、第二突起部5丨〇之直徑的7%、 第二突起部510之直徑的10%、第二突起部51〇之直徑的 160747.doc -28- 201236941 12%或第二突起部510之直徑的15%。 在一些實施例中，第一突起部505、第二突起部51〇及護 裙可經一體式地形成為單一件。第二突起部510之内壁、 第一突起部505之外壁及護裙可刻劃在第一突起部5〇5與第 ‘ 二突起部510之間的斜坡（dip)。第一突起部505、第二突起 . 部5 1 0及護裙不會相對於彼此而移動。 在一些實施例中’第一突起部505可為傾注尖端。傾注 尖端可經組態以通過開口 5 15而接收液體且在容器及回傾 〇 、 只 流槽500傾卸時傾出容器。容器及回傾流槽500可在傾注尖 端處於其自該流槽之最大延伸的方向上傾卸。舉例而言， 若傾注尖端不圍繞開口 5 1 5 —直延伸，則回傾流槽5〇〇可在 傾/主乂 h之方向上傾卸。或者，回傾流槽5〇〇可在任何方 向上傾卸。 第二突起部5 10可為緣邊》緣邊可環繞傾注尖端。在液 體已經由傾注尖端而傾出容器之後，回傾流槽5〇〇可返回 〇 至較直立之定向。緣邊可捕獲可沿著傾注尖端向下延行之 液體中至少一些。緣邊可經組態以縮減、最小化或消除沿 著容器之外部向下延行之液體。在傾注尖端與緣邊之間的 - 間隙可具有足夠尺寸以捕獲液體且阻止液體溢出第二突起 • 部510。在一實施例中，傾注尖端圍繞開口 515部分地延 伸，使得藉由緣邊捕獲之液體可流至開口 53〇中。 在替代實施例中，可圍繞第一突起部5〇5及第二突起部 5 10同〜地、實質上同心地或不同心地提供額外突起部。 額外突起部可捕獲液體之可能溢出。 160747.doc •29· 201236941 圖7 A及圖7B說明根據本發明之一實施例的回排流槽 600。圖7A提供回排流槽600的側視圖，回排流槽6〇〇具有 頂蓋610。回排流槽600可具有藉由外部裙套62〇環繞之内 部傾注尖端61 5。頂蓋610可配合於外部裙套62〇之上。圖 7B提供回排流槽600的另一側視圖。回排流槽6〇〇之外部裙 套620可連接至配件之上部隆脊。下部隆脊可延伸於上部 隆脊下方。上部隆脊及下部隆脊可為配件之零件。 在一實施例中，回排流槽600可具有藉由外部裙套62〇環 繞之内部傾注尖端615。内部傾注尖端615及外部裙套“Ο 可環繞流槽中之開口 625。可圍繞内部傾注尖端615及在外 部裙套620内提供環形通道63〇。環形通道63〇可定位於内 部傾注尖端61 5與外部裙套620之間。 在一些實施例中，内部傾注尖端615可環繞開口 625至少 達一半。内部傾注尖端615可經彎曲及輪廓化以遵循開口 625之形狀之至少部分。在一些實施例中，開口 625可具有 圓形形狀。内部傾注尖端615可遵循圓形形狀。在一些實 %例中内°卩傾注尖端615不圍繞開口 625 —直延伸，使得 開口 625可與環形通道630連接。在一些實施例中，環形通 道630之底部之至少部分可與開口 625平齊或傾斜至開口 625中在些實施例中，可提供可向下傾斜至開口 625中 之斜坡或漏斗。在-些實施例中，可提供背部開口，使得 環形通道630不完全地在周圍延展，但在背部處連接至開 口 625。 外部裙套620可環繞開口 625。在-些實施例中，外部裙 160747.doc -30- 201236941 套620完全地環繞内部傾注尖端615及開口 625。内部傾注 尖端615之最高部分可延伸超出外部裙套620之最高部分。 外部裙套620可具有圓形橫截面形狀。視情況，外部裙套 620、内部傾注尖端61 5及開口 625可同心。在一些實施例 中’外部裙套620及内部傾注尖端61 5可彼此實質上平行。 外部裙套可具有外部表面及内部表面。内部表面可為面 對回排流槽600之内部傾注尖端61 5及開口 625的表面。對 0 置外部表面可背對内部傾注尖端615及開口 625。在一些實 施例中’外部裙套620可具有在外部表面上之螺紋。如圖 7A所示’外部裙套620上之螺紋亦可使頂蓋61〇能夠擰緊於 外部裙套620上。在一實施例中，頂蓋為量測頂蓋，其使 使用者能夠量測預定體積之液體（例如，清潔劑）。在其他 實施例甲，螺紋可提供於外部裙套62〇之内部表面上。頂 蓋610視情況可擰緊至外部裙套62〇之内部表面中。在一些 實施例中，頂蓋61〇之底部可配合至在内部傾注尖端615與 〇 外部裙套620之間的環形通道630之部分中。在一些實施例 中，外部裙套620之内部表面及外部表面兩者可有螺紋。 在其他實施例中，外部裙套620之外部表面、外部裙套62〇 之内部表面或其兩者可具有額外突起隆脊、凸塊、凹口、 . 《片、齒狀物、孔’或可使頂蓋610能夠配合於回排流槽 600上且鎖定至或搭扣至適當位置中之其他特徵。 在一些實施例中，頂蓋610可由透明物料形成。或者， 頂蓋610可由半透明或不透明物料形 一 ^ 貫施例中， 頂蓋610可由與回排流槽6〇〇相同之物料形成。在另一實施 160747.doc -31 · 201236941 例中，頂蓋610可經形成為與液體盛裝袋相同之物料，液 體盛裝袋係與回排流槽600進行流體連通（見上文）。頂蓋 610可由聚合物料形成。頂蓋61〇可在與回排流槽6〇〇或内 部襯套相同之再循環群組中。在其他實施例中，頂蓋61〇 可由紙漿模製物料形成。在一些實施例中，頂蓋6ι〇可由 與殼層相同之物料形成。 在-些實施例中’頂蓋⑽可具有實f上圓柱形側壁。 在一些實施例中，整個圓柱形側壁可配合於外部裙套“Ο 之上且包圍内部傾注尖端615。在一些實施例中’頂蓋61〇 可包括可配合於外部裙套62〇之上的内部圓柱形側壁、肩 部及外部®柱形㈣。在—些實施财，㈣圓柱形侧壁 可經提供以配合於内部傾注尖端615之上。或者，頂蓋“Ο 可經塑形以配合於内部傾注尖端之上及外部裙套與内部傾 注尖端之間。 環形通道630可提供⑥内部#注尖端615與㈣_㈣ 之間。圖6B提供環形通道（開口或間隙53〇，如所說明）的 俯視圖。在-些實施例中’環形通道㈣，或可連接環形 通道630與開口 625之斜坡。可使用内部傾注尖端…而自 回排流槽_傾注液體。在-些實施例中，在已自回排流 槽議傾注液體之後，可將液體回排至開口⑵中或在環形 通道謂中捕獲液體，此時，液體可***至開口 625中。二 形通道63(3可將液體返回弓丨導至開口⑵㈣㈣w 部之其他料（諸如，_σ 625進行流體連通之液 袋）中。 160747.doc -32* 201236941 圖8 A展示根據本發明之一實施例的回排傾注流槽7〇〇的 頂部成角度視圖。回排傾注流槽7〇〇可具有與液體盛裝袋 (未圖示’見上文）進行流體連通之開口 7〇5。回排傾注流槽 7〇〇可具有環繞開口 7〇5之内部唇緣71〇及外部側壁715。捕 獲導營720可環繞内部唇緣71〇且可藉由外部側壁了“環 . 繞。***通路725可提供於捕獲導管720中。在一些狀況 下，捕獲導管720為凹槽。圖8B提供回排傾注流槽7〇〇的下 0 部成角度視圖。***通路725可提供在捕獲導管720與容器 之内部之間的流體連接，諸如，液體盛裝袋（見上文）。 在些實鈀例中，内部唇緣710可完全地環繞開口 705。 内邛唇緣710之一部分可延伸高於内部唇緣71〇之另一部 为。在一些實施例中，内部唇緣71〇之約四分之三、三分 之一或二分之一可延伸高於内部唇緣71〇之其他部分。在 些實施例中，内部唇緣71〇之較高部分可延伸高於外部 側壁715，而内部唇緣71〇之較短部分不會延伸高於外部側 Ο 壁715。在一些實施例中，在内部唇緣710之較高部分與較 低部分之間的過渡可經輪廓化成使得内部唇緣71〇之曝露 邊緣彎曲。外部側壁715可在周圍一直具有相同或大致相 - 同高度。 • 繼續參看圖8A及圖犯，在一實施例中，捕獲導管72〇可 提供於内部唇緣710與外部侧壁715之間。捕獲導管72〇可 經提供成低於内部唇緣710及外部側壁715。捕獲導管72〇 可形成於外部側壁71 5之内部表面與内部唇緣71〇之外部表 面之間。在-些實施例中，捕獲導管72〇可圍繞内部唇緣 160747.doc -33· 201236941 710形成圓形或橢圓形形狀。捕獲導管72〇可包括可連接内 部唇緣710及外部側壁715之底面。在一些實施例中，底面 及捕獲導管720可形成類環形狀。在—些實施例中，底面 可形成非中斷環形形狀，而在其他實施例中，一或多個排 泄通路可提供於捕獲導管720之底面中。 在一實施例中，***通路725可提供於捕獲導管72〇中。 在一些實施例中，可提供僅一個***通路725。或者，可 提供複數個***通路725(例如，2個、3個、4個、5個、6 個或更多***通路725可為孔、通風口、開口 7〇5、裂 痕、管道，或可流體地連接捕獲導管72〇及與回排傾注流 槽進行流體連通之容器之内部的任何其他通路。*** 通路725可允許捕獲於捕獲導管72〇内之液體***至容器 中。在—些實施例中’***通路725可將捕獲液體引導至 ，口 705中。或者’***通路725可將液體分離地***至容 态中。***通路725可提供於捕獲導管？2〇之底面處。在一 些實施例中’***通路725可包括内部唇緣71〇或外部側壁 之部分。 在一些實施例中，***通路725可位於最遠離内部唇緣 71〇之最高部分之側上的捕獲導管72〇中。舉例而言，排世 通路725可位於較接近於内料緣71()之較短部分的回排傾 注流槽700之側處。將***通路⑵定位成遠離内部唇緣 71〇之最高部分可在液體傾出容器時阻止或縮減液體汽出 容器而進人捕獲導管72〇。纟已自容器傾注液體且容器、 回至直立位置之後，一些液體可被捕獲於捕獲導管 160747.doc -34- 201236941 内’且可通過***通路725而流至容器之内部中。 參看圖9A及圖9B，回排傾注流槽800經展示成具有對位 部件805。對位部件805可經組態以與構架殼層（見上文）上 之對位特徵配套。在一些實施例中，對位部件8〇5可用於 • 將回排傾注流槽8〇〇鎖定至構架殼層，諸如，構架殼層（在 • 本文中亦為「殼層」）之頸部區帶。在一實施例中，對位 部件805經成型以補充構架殼層之内部表面。在另一實施 0 例中，對位部件805可經組態以鎖定流槽800以阻止或最小 化旋轉移動、垂直移動（亦即，沿著正交於具有流槽8〇〇之 容器之基底之軸線的移動）或水平移動（亦即，沿著平行於 具有流槽800之容器之基底之軸線的移動）。在一實施例 中，對位部件經組態以在回排傾注流槽8〇〇已藉由構架殼 層封圍時縮減或消除回排傾注流槽8〇〇之旋轉，例如，此 旋轉係藉由使用者旋轉回排傾注流槽8〇〇之頂蓋而發生。 在一實施例中，回排傾注流槽8〇〇可包括丨個或2個或3個或 〇 4個或5個或6個或7個或8個或9個或10個對位部件。對位部 件805可具有任何形狀、大小及組態。如所說明，對位部 件805具有狹長矩形形狀，其具有水平橫樑。在一實施例 . 中，對位部件805可由隆脊形成。在另一實施例中，對位 • 。卩件805可由凹口（例如，金屬凹口、聚合物凹口）形成。在 另一實施例中’對位部件8〇5可由溝槽形成。在另一實施 例中，對位部件805可由凹口、隆脊及溝槽中之一或多者 形成。在另一實施例中，對位部件8〇5可由磁性物料或鎖 定機構形成。在另一實施例中，對位部件8〇5可由—或多 160747.doc -35· 201236941 個卡鉤及環圈扣件形成。在另一實施γ列中，對位部件8〇5 可包括一或多個金屬卡鉤。 在一實施例中，對位部件805可為圓形或具有圓形橫截 面。在另一實施例中，對位部件8〇5可為三角形。在另一 實施例中，對位部件805可為類盒的。在另一實施例中， 對位部件805可為矩形。在另一實施例中，對位部件8〇5可 為五邊形。在另一實施例中，對位部件8〇5可為六邊形。 在另一實施例中，對位部件8〇5可為七邊形。在另一實施 例中，對位部件805可為八邊形。在另一實施例中，對位 部件805可由1個或2個或3個或4個或5個或6個或7個或8個 或9個或10個橫樑形成。在另一實施例中，對位部件8〇5可 為「Η」狀（如所說明）。 在本發明之另一態樣中，提供一種用於組裝液體盛裝容 器之方法，該方法包含將液體盛裝袋封圍於低具含能量構 架殼層中，液體盛裝袋包含回排傾注流槽。在一實施例 中，液體盛裝袋可具有介於約0_001吋與〇.〇25吋之間的厚 度。在另一實施例中，回排傾注流槽安置於液體盛裝袋之 頂部部分處。 在一實施例中’容器能夠在高速生產線及高速填充線上 予以製造，以便縮減成本且可與其他前述封裝技術競爭。 在一些實施例中，容器或瓶可在填充之前被完全地組裝。 可在具有或不具有配件插件之情況下於水平成型機器上製 造囊腔（pouch)。可在其他已知機器上製造囊腔。接著將囊 腔組裝至構架殼層中。囊腔或殼層或其兩者可具有用以促 160747.doc -36- 201236941 進自動化組裝之-或多個特徵。接著組裝構架殼層及 配件之囊腔。可使用標準裝瓶線，其t容器相似於禪準瓶 而填充。在此狀況下，本文所提供之各種组件(諸 架及液體盛裝袋）可整合至現有標準裝瓶線中，藉此使用 現有基礎結構。在其他實施例中，囊腔及配件可延行且在 水平形式填充機器或垂直形式填充機器上予以填充。此等 經填充囊腔接著可組裝至構架殼層以完成產品容器。、 本文所提供之容器可經設計成最小化物料成本，因此辅 助縮減使用後廢料。料，物料可經選擇以便最小化環境 影響。舉例而言’構架可由可生物降解物料形成。 在-些實施例中，容器可為永久容器。在一些實施例 中’容器可經設計成與配套於各種組件，諸如，頂蓋及囊 腔。在-些狀況下，容器可經設計成與智慧型頂蓋及囊腔 配套在各種實施例中，容器可經組態以供總控鑰匙整合 製造設備使用。 填充容器 在各種實施例中，提供用於填充在構架殼層内具有液體 盛裝袋之容器之方法。在一實施例中，將容器填充有清潔 劑。在一實施例中，在構架與構架内之液體盛裝袋之間存 在空間，使得構架（或殼層）内之空氣（或其他氣體）可隨著 填充液體盛裝袋而通過殼層被移置。另外，空氣可隨著自 袋施配内含物而傳遞通過構架以填充體積。隨著自液體盛 裝袋施配内含物而允許空氣傳遞至構架内部之體積中會有 助於液體盛裝袋之内含物的平穩施配。在一實施例中，可 160747.doc -37- 201236941 使用構条之孔隙率來達成空氣通 . 、稱朱之流動。在另一實 施例中，可憑藉構架中之通風口來 叙 違成工氧通過構架之流 在此狀況下，通風口可提供於存在刺穿液體盛裝袋之 报少風險的位置處。 ^ 在一實施例中，諸如圖3C之容考 入谷器200的容器可藉由將内 :物（諸如，液體内含物）引人通過容器之扣合物且引入至 谷器之液體盛裝袋中予以填充。扣人 物可為可密封或可重 新岔封扣合物。在一實施例中 σ 丨道者液體盛裝貯槽經填充 有谷器之内含物，諸如空氣之氣體被移置。 在-實施例中，在填充之前’可滾動構架内之液體盛裝 I以辅助將液體盛裝袋敷設於構架内。在此狀況下，諸 如，當填充液體盛裝袋時，液體盛裝袋可以使得立可易於 展開或鋪開之方式進行摺疊或滾動。任何摺疊或滾動可藉 由一或多個固持部件（諸如，隨著袋填充而將釋放之薄帶 件)輕輕地固持。或者，袋可藉由黏接劑、炎片或帶狀物 而固持於經指疊或經滾動條件下。在填充期間，隨著液體 盛裝袋之本體膨脹（諸如，藉由在將袋填充有其内含物時 液體盛裝袋之填充或膨脹之前將氣體注射至袋中），保留 構件可自液體盛裝袋破裂或移除以允許液體盛裝袋之本體 膨脹。藉由在將液體盛裝袋敷設至容器之構架中之前摺疊 或滾動液體盛裝袋，可最小化各種問題，諸如，當封圍液 體盛裝袋時，液體盛裝袋變得藉由構架卡掣。此填充程序In an embodiment, the first protrusion 5〇5 and the second protrusion 51〇 may be concentrically configured such that the first protrusion 5〇5 has a smaller cross-sectional radius than the second protrusion 51〇. The first protrusion milk and the second protrusion 51〇 may be concentrically arranged such that the center of the cross-sectional shape defined by the first protrusion 5〇5 and the cross-sectional shape defined by the second protrusion The center is the same. In some embodiments, the 'first protrusions' (10) and the second protrusions 51 can be arranged almost concentrically such that the cross section defined by the first protrusion milk is slightly offset from the second protrusion by the second protrusion Section 51 defined cross section = center. The first protrusion 5〇5 and the second protrusion η. It is not necessary to be the same: and the two of the cross-sectional shapes defined by the first protrusions are shifted to the cross-sectional shape defined by the second protrusions in an embodiment tenth. At least a portion of a protrusion 505. In the second yoke example, the second protrusion surrounds the first protrusion 505. The first ridge 510 can completely enclose the first protrusion 505 and the opening 515. Or the mouth of the dog ^ Μ ρ 5150 ± also ^ Leda 505 does not completely surround the opening 5] 5 when the 'second protrusion' can not completely surround the opening 515 160747.doc •27· 201236941 = circumstances Surrounding the first protrusion 505. In some embodiments, the second protrusion 510 can extend a greater degree around the opening 515 than the first protrusion 505. Alternatively, the second protrusion is compared to the first protrusion 505 The portion 51 can extend the same or less degrees around the opening 515. In an example, the first protrusion: 05 can extend only halfway around the opening 515 to form a tip, and the second protrusion 510 can form a completely surrounding opening 515 and the edge of the tip. In an embodiment, a gap may be provided between the first protrusion 505 and the second protrusion 510. The first protrusion 5〇5 and the second protrusion 51〇 may also be formed by In the embodiment of the skirt connection n at the bottom of the gap, the guardrail can be flush around the opening 515. For example, the bottom of the skirt extending around the second protrusion 5ι and the first dog 捍 505 Can have the same depth all around, or the skirt can have For example, the skirt can be tilted such that one portion of the skirt is deeper than the other portions. In one embodiment, the deeper portion of the skirt can be configured to be at an upright angle in the backflow trough 5 The liquid is directed into the opening 515 of the back pouring trough 5 . The gap between the first protrusion 505 and the second protrusion 51 可 may always have the same size around the opening 515 or may surround the opening 5丨5 Variations. In some embodiments 'a larger gap may be provided at some angles around the opening 515 of the backflow trough 500 compared to the gap provided at other angles. The gaps may have the same size. For example, in the The distance between the gap between the protrusion 505 and the second protrusion 510 may be greater than the diameter of the second protrusion 5丨〇, smaller than the diameter of the second protrusion 510 or about 3 of the diameter of the first protrusion 51〇. %, 5% of the diameter of the first protrusion 5 10 0, 7% of the diameter of the second protrusion 5 、, 10% of the diameter of the second protrusion 510, 160747 of the diameter of the second protrusion 51 .. Doc -28- 201236941 12% or 15% of the diameter of the second protrusion 510. In the example, the first protrusion 505, the second protrusion 51, and the skirt can be integrally formed as a single piece. The inner wall of the second protrusion 510, the outer wall of the first protrusion 505, and the skirt can be scored in the first A dip between the protrusion 5〇5 and the second protrusion 510. The first protrusion 505, the second protrusion, the portion 50 and the skirt do not move relative to each other. In some embodiments The 'first protrusion 505' may be a pour tip. The pour tip may be configured to receive liquid through the opening 5 15 and pour out of the container as the container and the backflush, only the trough 500 is dumped. The container and back pouring trough 500 can be dumped at the pouring tip in a direction from which it extends the maximum extent of the launder. For example, if the pouring tip does not extend straight around the opening 5 15 5 , the back pouring groove 5 倾 can be dumped in the direction of the tilt/main 乂 h. Alternatively, the back pouring chute 5〇〇 can be dumped in any direction. The second protrusion 5 10 can be a rim edge that can surround the tipping tip. After the liquid has been poured out of the container by the pouring tip, the back pouring trough 5 返回 can return to a more upright orientation. The rim captures at least some of the liquid that can be extended down the tip of the pour. The rim can be configured to reduce, minimize, or eliminate liquid that extends down the exterior of the container. The gap between the tipping tip and the rim can be of sufficient size to capture liquid and prevent liquid from escaping the second protrusion 510. In one embodiment, the pouring tip extends partially around the opening 515 such that liquid captured by the rim can flow into the opening 53. In an alternative embodiment, additional protrusions may be provided around the first protrusion 5〇5 and the second protrusion 5 10 to the ground, substantially concentrically or differently. Additional protrusions can capture possible spillage of liquid. 160747.doc • 29· 201236941 FIGS. 7A and 7B illustrate a backflow cell 600 in accordance with an embodiment of the present invention. Figure 7A provides a side view of the back draining trough 600 with a top cover 610. The back drain 600 can have an inner tipping tip 61 5 surrounded by an outer skirt 62〇. The top cover 610 can fit over the outer skirt 62〇. Figure 7B provides another side view of the back drain 600. The outer skirt 620 of the back draining groove 6 can be attached to the upper ridge of the fitting. The lower ridge can extend below the upper ridge. The upper ridge and the lower ridge can be parts of the fitting. In an embodiment, the back drain 600 can have an internal pour tip 615 that is looped by an outer skirt 62. The inner tipping tip 615 and the outer skirt "" can surround the opening 625 in the launder. An annular channel 63 can be provided around the inner tipping tip 615 and within the outer skirt 620. The annular channel 63 can be positioned at the inner tipping tip 61 5 Between the outer skirt 620 and the outer skirt 620. In some embodiments, the inner pouring tip 615 can be at least halfway around the opening 625. The inner pouring tip 615 can be curved and contoured to follow at least a portion of the shape of the opening 625. In some embodiments The opening 625 can have a circular shape. The inner pouring tip 615 can follow a circular shape. In some embodiments, the pouring tip 615 does not extend straight around the opening 625 such that the opening 625 can be coupled to the annular channel 630. In some embodiments, at least a portion of the bottom of the annular passage 630 can be flush with or inclined to the opening 625. In some embodiments, a ramp or funnel can be provided that can be sloped down into the opening 625. In an embodiment, the back opening can be provided such that the annular passage 630 does not extend completely around, but is connected to the opening 625 at the back. The outer skirt 620 can be wrapped around 625. In some embodiments, the outer skirt 160747.doc -30-201236941 sleeve 620 completely surrounds the inner pouring tip 615 and the opening 625. The highest portion of the inner pouring tip 615 can extend beyond the highest portion of the outer skirt 620. The skirt 620 can have a circular cross-sectional shape. The outer skirt 620, the inner pouring tip 615 and the opening 625 can be concentric, as appropriate. In some embodiments, the outer skirt 620 and the inner pouring tip 615 can be substantially Parallel. The outer skirt may have an outer surface and an inner surface. The inner surface may be a surface facing the inner tip of the back drain 600 and the opening 625. The outer surface may be facing away from the inner tip 615 and the opening 625. In some embodiments, the outer skirt 620 can have threads on the outer surface. As shown in Figure 7A, the threads on the outer skirt 620 can also enable the top cover 61 to be tightened onto the outer skirt 620. In one embodiment, the top cover is a measurement top cover that enables a user to measure a predetermined volume of liquid (eg, a cleaning agent). In other embodiments, the threads can be provided to the outer skirt 62〇. On the inner surface, the top cover 610 can be screwed into the inner surface of the outer skirt 62 depending on the situation. In some embodiments, the bottom of the top cover 61 can be fitted between the inner pouring tip 615 and the outer skirt 620. In some portions of the annular passage 630. In some embodiments, both the inner and outer surfaces of the outer skirt 620 can be threaded. In other embodiments, the outer surface of the outer skirt 620, the outer skirt 62 The inner surface or both may have additional raised ridges, bumps, notches, "sheets, teeth, holes" or enable the top cover 610 to fit over the backflow channel 600 and lock to or snap To other features in the appropriate location. In some embodiments, the top cover 610 can be formed from a transparent material. Alternatively, the top cover 610 may be formed from a translucent or opaque material. The top cover 610 may be formed of the same material as the back draining groove 6''. In another embodiment, 160747.doc -31 · 201236941, the top cover 610 can be formed into the same material as the liquid containment bag, and the liquid containment bag is in fluid communication with the back drain 600 (see above). The top cover 610 can be formed from a polymeric material. The top cover 61 can be in the same recirculating group as the back drain 6 or the inner bush. In other embodiments, the top cover 61 can be formed from a pulp molding material. In some embodiments, the top cover 6ι can be formed from the same material as the shell. In some embodiments, the top cover (10) may have a cylindrical upper side wall. In some embodiments, the entire cylindrical side wall can fit over the outer skirt "Ο and surround the inner pouring tip 615. In some embodiments, the top cover 61 can include a fit over the outer skirt 62〇. Internal cylindrical side wall, shoulder and outer® cylindrical shape (4). In some implementations, (4) cylindrical side walls may be provided to fit over the internal pouring tip 615. Alternatively, the top cover "Ο may be shaped to fit Between the inner tipping tip and the outer skirt and the inner tipping tip. The annular passage 630 can provide between 6 internal #note tips 615 and (d)_(d). Figure 6B provides a top view of the annular passage (opening or gap 53A, as illustrated). In some embodiments, the annular passage (4), or the slope of the annular passage 630 and the opening 625, may be connected. The internal tipping tip can be used... and the self-returning trough _ pour liquid. In some embodiments, after the liquid has been poured from the back drain, the liquid can be drained back into the opening (2) or the liquid can be trapped in the annular passage, at which point the liquid can be drained into the opening 625. The binary channel 63 (3 can lead the liquid return bow to the opening (2) (four) (d) other parts of the w (such as the liquid bag in which the _σ 625 is in fluid communication). 160747.doc -32* 201236941 Figure 8A shows one of the present invention The top of the backflow pouring chute 7 of the embodiment is angled. The back pouring sprue 7 can have an opening 7〇5 in fluid communication with a liquid containing bag (not shown 'see above). The drainage tank 7b can have an inner lip 71〇 surrounding the opening 7〇5 and an outer sidewall 715. The capture camp 720 can surround the inner lip 71〇 and can be “circumferentially looped by the outer sidewall”. 725 can be provided in the capture catheter 720. In some cases, the capture catheter 720 is a groove. Figure 8B provides an angled view of the lower 0 of the backflow launder 7". The drainage passage 725 can be provided in the capture catheter 720 A fluid connection between the interior of the container, such as a liquid containment bag (see above). In some examples of palladium, the inner lip 710 can completely surround the opening 705. One portion of the inner lip 710 can extend higher than the interior The other part of the lip 71 is. In some In the embodiment, about three-quarters, one-third, or one-half of the inner lip 71〇 may extend beyond the other portions of the inner lip 71. In some embodiments, the inner lip 71 is The upper portion may extend above the outer sidewall 715, while the shorter portion of the inner lip 71〇 does not extend above the outer sidewall wall 715. In some embodiments, the upper portion of the inner lip 710 is lower and lower. The transition between the portions can be contoured such that the exposed edges of the inner lip 71 are curved. The outer sidewalls 715 can have the same or substantially the same height at all times. • Continue to refer to Figure 8A and Figure, in one embodiment A capture conduit 72A can be provided between the inner lip 710 and the outer sidewall 715. The capture conduit 72 can be provided lower than the inner lip 710 and the outer sidewall 715. The capture conduit 72 can be formed on the outer sidewall 71 5 The inner surface is between the outer surface of the inner lip 71. In some embodiments, the capture conduit 72 can form a circular or elliptical shape around the inner lip 160747.doc -33·201236941 710. The capture conduit 72 〇 can include an internal lip 71 that can be attached 0 and the bottom surface of the outer sidewall 715. In some embodiments, the bottom surface and the capture conduit 720 can be formed into a ring-like shape. In some embodiments, the bottom surface can form a non-interrupted annular shape, while in other embodiments, one or more A drain passage may be provided in the bottom surface of the capture conduit 720. In an embodiment, the drain passage 725 may be provided in the capture conduit 72. In some embodiments, only one drain passage 725 may be provided. Alternatively, multiple numbers may be provided. One drain passage 725 (eg, 2, 3, 4, 5, 6 or more drain passages 725 can be holes, vents, openings 7〇5, cracks, pipes, or fluidly connectable capture conduits 72〇 and any other passage inside the vessel in fluid communication with the backflowing chute. The drain passage 725 can allow liquid trapped within the capture conduit 72 to be drained into the container. In some embodiments, the drain passage 725 can direct the trapped liquid into the port 705. Alternatively, the ' drain passage 725 can separate the liquid into the reservoir. Can the drainage passage 725 be provided to the capture catheter? 2〇 at the bottom. In some embodiments, the drain passage 725 can include an inner lip 71 or a portion of the outer sidewall. In some embodiments, the drain passage 725 can be located in the capture conduit 72A on the side furthest from the highest portion of the inner lip 71〇. For example, the decanting passage 725 can be located at the side of the recirculation pouring trough 700 that is closer to the shorter portion of the inner rim 71(). Positioning the drain passage (2) away from the inner lip 71 最高 the highest portion can prevent or reduce the liquid vapor ejector from entering the capture conduit 72 when the liquid is poured out of the container. After the liquid has been poured from the container and the container is returned to the upright position, some of the liquid can be trapped within the capture conduit 160747.doc -34 - 201236941 and can flow through the drain passage 725 into the interior of the container. Referring to Figures 9A and 9B, the backflow sprue 800 is shown with a registration component 805. Alignment component 805 can be configured to mate with the alignment features on the frame shell (see above). In some embodiments, the alignment component 8〇5 can be used to • lock the backflow launder 8〇〇 to the frame shell, such as the neck of the frame shell (also referred to herein as the “shell”) Zone. In one embodiment, the alignment member 805 is shaped to complement the interior surface of the frame shell. In another embodiment 0, the alignment component 805 can be configured to lock the flow cell 800 to prevent or minimize rotational movement, vertical movement (ie, along a substrate orthogonal to the container having the flow cell 8〇〇) Movement of the axis) or horizontal movement (i.e., movement along an axis parallel to the base of the container having the flow cell 800). In an embodiment, the alignment member is configured to reduce or eliminate rotation of the backflow pouring trough 8 when the backflow pouring trough 8 has been enclosed by the frame shell, for example, the rotating system This occurs by the user rotating back to the top cover of the pouring spout 8〇〇. In an embodiment, the backflow launder 8 can include one or two or three or four or five or six or seven or eight or nine or ten alignment components. Alignment component 805 can have any shape, size, and configuration. As illustrated, the alignment member 805 has an elongated rectangular shape with a horizontal beam. In an embodiment, the alignment member 805 can be formed by a ridge. In another embodiment, the alignment is . The jaw 805 can be formed by a recess (eg, a metal recess, a polymer recess). In another embodiment, the 'alignment member 8'5 may be formed by a groove. In another embodiment, the alignment member 805 can be formed from one or more of a notch, a ridge, and a groove. In another embodiment, the registration member 8〇5 can be formed from a magnetic material or a locking mechanism. In another embodiment, the alignment member 8〇5 can be formed by — or more, 160747.doc -35· 201236941 hooks and loop fasteners. In another implementation gamma column, the alignment component 8〇5 can include one or more metal hooks. In an embodiment, the alignment member 805 can be circular or have a circular cross section. In another embodiment, the alignment component 8〇5 can be triangular. In another embodiment, the alignment component 805 can be a box. In another embodiment, the alignment component 805 can be rectangular. In another embodiment, the alignment member 8〇5 may be a pentagon. In another embodiment, the alignment component 8〇5 can be hexagonal. In another embodiment, the alignment component 8〇5 can be a heptagon. In another embodiment, the alignment component 805 can be octagonal. In another embodiment, the alignment component 805 can be formed from one or two or three or four or five or six or seven or eight or eight or nine or ten beams. In another embodiment, the alignment component 8〇5 can be "Η" shaped (as illustrated). In another aspect of the invention, a method for assembling a liquid containment container is provided, the method comprising enclosing a liquid containment bag in a low energy containing frame, the liquid containment bag comprising a backflow pouring chute. In one embodiment, the liquid containment bag can have a thickness between about 0_001 吋 and 〇. 〇 25 。. In another embodiment, the backflow pouring chute is disposed at a top portion of the liquid containment bag. In one embodiment, the container can be fabricated on high speed production lines and high speed fill lines to reduce cost and compete with other aforementioned packaging techniques. In some embodiments, the container or bottle can be completely assembled prior to filling. Pouches can be made on a horizontal forming machine with or without an accessory insert. The capsule can be made on other known machines. The capsule is then assembled into the framework shell. The capsule or shell or both may have the features - or features - that facilitate the automated assembly of 160747.doc -36 - 201236941. The frame shell and the pocket of the fitting are then assembled. A standard bottling line can be used, the t container being filled similar to the Zen bottle. In this case, the various components (frames and liquid containment bags) provided in this article can be integrated into existing standard bottling lines, thereby using existing infrastructure. In other embodiments, the pockets and fittings may be extended and filled on a horizontal form filling machine or a vertical form filling machine. These filled bladders can then be assembled to the framework shell to complete the product container. The containers provided herein can be designed to minimize material costs and thus assist in reducing post-use waste. Materials can be selected to minimize environmental impact. For example, the framework can be formed from biodegradable materials. In some embodiments, the container can be a permanent container. In some embodiments the container can be designed to fit with various components, such as a cap and a balloon. In some cases, the container can be designed to be mated with a smart top cover and bladder. In various embodiments, the container can be configured for use by a master key integrated manufacturing apparatus. Filling the Container In various embodiments, a method for filling a container having a liquid containment bag within the framework shell is provided. In one embodiment, the container is filled with a cleaning agent. In one embodiment, there is space between the frame and the liquid containment bag within the frame such that air (or other gas) within the frame (or shell) can be displaced through the shell as it fills the liquid containment bag. Additionally, air can be passed through the scaffold to fill the volume as it is dispensed from the bag. The ability to allow air to pass to the interior of the frame as it is dispensed from the liquid containment bag will aid in the smooth dispensing of the contents of the liquid containment bag. In one embodiment, 160747.doc -37-201236941 can be used to achieve air passage using the porosity of the ribs. In another embodiment, the flow of oxygen through the frame can be bypassed by the vents in the frame. In this case, the vents can be provided at locations where there is less risk of piercing the liquid containment bag. ^ In one embodiment, a container such as the one of the sampler 200 of FIG. 3C can be introduced into the liquid of the grain by introducing the inner material (such as liquid inclusions) through the fastener of the container. Fill the bag with it. The buckle can be a sealable or refillable closure. In one embodiment, the σ sluice liquid containing sump is filled with the contents of the sump filled with gas such as air. In an embodiment, the liquid in the rollable frame is filled prior to filling to assist in the placement of the liquid containing bag within the frame. In this case, for example, when filling a liquid holding bag, the liquid containing bag can be folded or rolled in such a manner that the stand can be easily unfolded or spread. Any folding or rolling can be gently held by one or more holding members, such as a thin strip that will be released as the bag is filled. Alternatively, the bag may be held by an indexing or rolling condition by means of an adhesive, an inflamed film or a ribbon. The retention member may be self-contained in the bag during filling, as the body of the liquid containment bag expands (such as by injecting gas into the bag prior to filling or expanding the liquid containing bag when the bag is filled with its contents) Rupture or removal to allow the body of the liquid containment bag to expand. By folding or rolling the liquid containing pouch prior to applying the liquid containing pouch to the frame of the container, various problems can be minimized, such as when the enclosing liquid holds the pouch, the liquid pouch becomes jammed by the frame. This filler

進一步有助於液體盛裝袋適當地填充，此係因為其在填充 時將採取正確内部定向D 160747.doc -38- 201236941 體體盛裝袋具有大於構架之内部體積的 袋將與構架之二容器之液體盛裝袋時，液體盛裝 之重量係觸。此情形可有助於確保内含物 在一此g冓架而非藉由液體盛裝袋支撐。 狀况下，液體盛裝袋之扣合物包括液體盛裝袋之 傾注流_彳如，回㈣盛裝衣之 Ο 〇 體盛I势：施例中’在填充之後，密封内含物被引入至液 :I所通過之開口（諸如，液體盛裝袋之扣合物）。 貫知例中，可用㈣部件（諸如，頂蓋（例如，智慧型 )'㈣頂蓋、搭扣頂蓋或蓋罩）來可密封地或可重新 岔封地閉合扣合物。可將扣合物密封於受控制環境(諸 如’惰性環境或在真空下）中或周圍環境中。 二實施例中，憑藉具有用於使使用者能夠移除密封 之緊握部件的可移除密封部件來密封内含物被引入至液體 盛裝衣所通過之開σ。在—些狀況下，用密封部件來密封 蓋來進步岔封扣合物之開口。使用者移除頂蓋且 移除密封部件以曝露扣合物之開口。 密封部件可為可逆地可移除的。亦即’使用者可移除密 封部件以曝露扣合物之開口纟替換密封部件以重新密封開 圖10A至圖10D示意性地說明根據本發明之一實施例的 具有可移除密封部件1〇〇5之傾注流槽1000。傾注流槽1〇〇〇 可安裝至本文所提供之盛裝袋、配件及殼層。傾注流槽 1000可為經組態以（例如）自容器捕獲溢流物料之回排傾注 160747.doc •39- 201236941 流槽。傾注流槽1000經組態以供本文所提供 〜令及液體 盛裝袋使用。參看圖10A及圖1〇B，可移除密封部件 包括用於使使用者能夠自傾注流槽1〇〇〇移除可移除密封部 件1005之緊握部件1〇1〇。緊握部件1〇1〇為舌片（戋突出 部），但具有其他形狀、大小及組態之緊握部件係可能 的。參看圖10C，可移除密封部件1005包括用於向使用者 指示用以牽拉緊握部件1010之方向的箭頭1〇15。舉例而 言，為了移除可移除密封部件1005，使用者可緊握該緊握 部件1010且在箭頭1015之方向上對其加力（例如，推動或 牽拉）。參看圖10D，傾注流槽1000包括捕獲導管1〇2〇以自 與傾注流槽1000進行流體連通之容器捕獲内含物。在一些 狀況下，捕獲導管1020為捕獲過剩内含物（例如，溢流）之 凹槽。 參看圖11A至圖11D，可移除密封部件1〇〇5可自傾注流 槽1〇〇〇移除以曝露傾注流槽1000之開口 1025(見圖uc及圖 11D)。開口 1025可准許使用者施配具有傾注流槽1〇〇〇之容 器之内含物。傾注流槽1000包括與具有傾注流槽1〇〇〇之容 器（未圖示）之液體盛裝袋進行流體連通的***通路1〇3〇(見 圖 11A)。 開口 1025可具有各種形狀及大小。在一些實施例中，開 口 1025具有完全地或部分地為圓形、三角形、正方形、矩 形、五邊形、六邊形、七邊形或八邊形之橫截面。 開口 1025係藉由具有緣邊i〇25a之壁界定。傾注流槽 1000包括自緣邊l〇25a延伸至捕獲導管1〇2〇之基底的侧開 160747.doc -40- 201236941 口 1035。側開口 1035終止於***通路1〇3〇處。開口⑺乃及 側開口 1035係用可移除密封部件1〇〇5予以密封。可移除密 封部件1005之移除會曝露開口 1〇25及側開口 1〇35。在另一 實施例中，密封部件丨005僅被部分地移除，此情形可足以 允許施配容器之内含物，同時仍保持部分地接合至流槽 . 1000雀封部件1005接著可用以重新密封容器。在一些狀 況下，密封部件1005可返回至其原始位置以供重新使用。 0 在二實施例中，可排除傾注流槽1000之側開口 1035， 傾主々,L私1 〇〇〇可僅包括開口丨〇25。傾注流槽1 〇⑼可包括 用於將物料引導至與流槽1000進行流體連通之液體盛裝袋 的***通路1G3G。在此狀況下，可移除密封部件藝可經 塑形以覆蓋開口 1025。舉例而言，開口 1025可為圓形，且 可移除密封部件1005可為圓形。使用者可藉由在舌片膽 上牵拉而移除可移除密封部件1005。 在一些實施例中，可移除密封部件1005係拋棄式的。可 多除密封部件1005可由可再循環及/或可生物降解物料(諸 如，聚合物料或植物物料）形成。 在一實例中，提供具有傾注流槽1000之容器。使用者藉 . 2在緊握部件1G1G上牽拉而移除可移除密封部件1()05以曝 1 流槽嶋之開σ。使用者倒置容器以移除容器中特 定量之物料，且隨後將容器直立。來自容器之-些物料、、益 ^捕獲導管Η)辦且隨後經由***通路i請^回至容 σσ 0 可移除密封部件⑽5可提供各種使用。在—些情形中， 160747.doc -41 - 201236941 可移除密封部件1005可使能夠垂直地（例如，容器與重力 加速度向量對準）填充及密封流槽具有可移除密封部件 1005之容器。在一實例中’垂直地填充容器且隨後用可移 除密封部件來密封容器。在一些狀況下，可模製閉合容 器。此情形可輔助最小化（若$阻止）在容器填充及密封期 間之洩漏。 在一實例中，可將諸如流槽1〇〇〇之流槽附接至囊腔（或 物料盛裝器皿）。可將流槽密封至囊腔。接著可以垂直方 ^填充囊腔ϋ狀況下’引§藉密封部件（諸如， 密封部件1〇〇5)來密封流槽之開口。可真空密封囊腔， 將囊腔密封於惰性（或其他受控制）環境中。接著可將流槽 封圍於頂蓋内。在一些情形申，可排除密封部件，且可憑 藉頂蓋來密封流槽。 “ 容器可受益於用以幫助其商品化之特定特徵。此等特徵 J包括在銷售點處暫時中止產品之能力。此情形可包括允 許在再裝填囊腔之軌條上暫時中止的特徵。再裝填囊腔或 重新填充囊腔可作為單物品或作為囊腔群組予以銷售，且 在另一構架殼層清空之後可調換至一構架殼層中。舉例而 言^購買單—囊腔且在移除另—容器之構架殼層之後將 :囊腔***至該容器之構架殼層中。可在單一構架殼層之 Γ下銷售數個囊腔。構架殼層可意欲在數次使用之後被 ==被無限地使用。出於烙印目的或商品化目 L再裝填囊腔可具有附接於零售點處的有限量之封裝。 此有限封裝亦可飼服在重新連接至構架殼層時之功能、並 160747.doc •42· 201236941 後續使用，或意欲用於移除及再猶環。此新封裝發明可具 有用於商品化或滿足後勤需要之特徵。 ο 對於可能不取決於配件之其他内含物，可使用與以生物 物料為基礎之熱成型構架配套的可撓性囊腔，其1有以碗/ 杯/盤之格式使用再循環之内含物的選項。在特定狀況下 可使用用於再循核之可分離組件。將存在可移除防開啟透 =包裝密封。概套將可與碗/杯/盤分離。此情形可用於冷 n東物品，諸如，乳路、冰淇淋、快餐食品（re吻七 ⑽侧ls)、沙拉、乾果、撖欖及人造奶油。此等容器可 與非冷凍物品(;例如，g I # 堅果香科）一起使用，且其可憑藉 (列如）蓋罩或可重新堆疊剥離舌片而可重新密封。在一實 m ’此等容器可包括用於在堯或桶（經結構化）中或在 等4腔中之物品的可分離概套及構架技術。可受益於此 寻各器之物品包括可私 σ . 又丘於較多結構性但較少塑膠之物 口口，诸如，堅果、乾果及點心。 施各種實施例中已將容器描述為經組態用於储存及 视配液體，但庫暗絲, 配非液體、供之容器可用於儲存及施 可食用固㈣類凝膠物料、固體（諸如，可食用或不 <用口體（包括粉末））。 實：r:供之容器可接合於-或多個基底部件處。在- 部件處t，、有三摺疊設計（亦即，接合於基底 處之對置側部件）之構架殼層。 此項技術中已知之 一或多個組件、裳杜 盛裝袋及/或流槽之 '特樹L或特性可與本文所提供之容 160747.doc -43- 201236941Further contributing to the proper filling of the liquid containment bag, as it will take the correct internal orientation during filling. D 160747.doc -38 - 201236941 The body-filled bag has a bag larger than the internal volume of the frame and the second container of the frame When the liquid is in a bag, the weight of the liquid is touched. This situation can help to ensure that the contents are supported on one of the g-trusses rather than by the liquid containment bag. In the case of the liquid-filled bag, the sleeving of the liquid-filled bag includes the pouring flow of the liquid-filled bag. For example, back to the top of the dressing Ο 〇 盛 I I potential: In the example, after the filling, the sealed contents are introduced into the liquid. : The opening through which I (such as a liquid-filled bag). In the example, a (4) component, such as a top cover (e.g., smart) '(4) top cover, snap top cover or cover), can be used to sealably or re-seal the closure. The fastening compound can be sealed in a controlled environment (such as in an 'inert environment or under vacuum) or in an ambient environment. In a second embodiment, the opening σ through which the contents are introduced into the liquid containing garment is sealed by a removable sealing member having a gripping member for enabling a user to remove the seal. In some cases, the sealing member is used to seal the lid to improve the opening of the closure. The user removes the top cover and removes the sealing member to expose the opening of the fastening compound. The sealing member can be reversibly removable. That is, the user can remove the sealing member to expose the opening of the fastener to replace the sealing member to reseal. FIGS. 10A to 10D schematically illustrate a removable sealing member 1 according to an embodiment of the present invention. 〇5 pour trough 1000. The pouring spout 1〇〇〇 can be installed into the pouch, fitting and shell provided in this article. The pouring sprue 1000 can be a flow back configured to, for example, capture the overflow material from the container 160747.doc • 39- 201236941. The pouring sprue 1000 is configured for use with the present invention and for liquid containers. Referring to Figures 10A and 1B, the removable sealing member includes a gripping member 1〇1〇 for enabling a user to remove the removable sealing member 1005 from the pouring spout 1〇〇〇. The gripping member 1〇1〇 is a tongue (戋 protruding portion), but it is possible to have gripping members of other shapes, sizes and configurations. Referring to Fig. 10C, the removable sealing member 1005 includes an arrow 1 〇 15 for indicating to the user the direction in which the gripping member 1010 is pulled. For example, to remove the removable sealing component 1005, the user can grip the gripping component 1010 and apply force (e.g., push or pull) in the direction of arrow 1015. Referring to Fig. 10D, the pouring chute 1000 includes a capture conduit 1〇2〇 to capture contents from a container in fluid communication with the pouring launder 1000. In some cases, the capture catheter 1020 is a recess that captures excess contents (e.g., overflow). Referring to Figures 11A through 11D, the removable sealing member 1〇〇5 can be removed from the pouring channel 1〇〇〇 to expose the opening 1025 of the pouring channel 1000 (see Figure uc and Figure 11D). The opening 1025 permits the user to dispense the contents of the container having the pouring spout 1〇〇〇. The pouring sprue 1000 includes a drain passage 1〇3〇 (see Fig. 11A) in fluid communication with a liquid containing pouch having a container (not shown). The opening 1025 can have a variety of shapes and sizes. In some embodiments, the opening 1025 has a cross section that is completely or partially circular, triangular, square, rectangular, pentagonal, hexagonal, heptagonal, or octagonal. The opening 1025 is defined by a wall having a rim i〇25a. The pouring sprue 1000 includes a side opening 160747.doc -40 - 201236941 port 1035 extending from the rim edge l〇25a to the base of the capture conduit 1〇2〇. The side opening 1035 terminates at the drain passage 1〇3〇. The opening (7) and the side opening 1035 are sealed by a removable sealing member 1〇〇5. Removal of the removable seal member 1005 exposes the opening 1〇25 and the side opening 1〇35. In another embodiment, the sealing member 丨005 is only partially removed, which may be sufficient to allow the contents of the container to be dispensed while still remaining partially joined to the launder. The 1000 fins 1005 can then be used to re Seal the container. In some cases, the sealing member 1005 can be returned to its original position for reuse. In the second embodiment, the side opening 1035 of the pouring sprue 1000 can be eliminated, and the opening 々, L 私 1 can include only the opening 丨〇 25. The pouring chute 1 〇 (9) may include a drain passage 1G3G for directing material to the liquid containment bag in fluid communication with the launder 1000. In this case, the removable sealing member can be shaped to cover the opening 1025. For example, the opening 1025 can be circular and the removable sealing component 1005 can be circular. The user can remove the removable sealing member 1005 by pulling on the tongue. In some embodiments, the removable sealing component 1005 is disposable. The multiple de-sealable component 1005 can be formed from a recyclable and/or biodegradable material such as a polymeric or plant material. In one example, a container having a pouring sprue 1000 is provided. The user borrows 2 on the gripping member 1G1G to remove the removable sealing member 1() 05 to expose the opening σ of the flow cell. The user inverts the container to remove a particular amount of material from the container and then erects the container. Some of the materials from the container, the benefit of the capture catheter, and then returned to the volume σσ 0 via the drain path i. The removable sealing member (10) 5 can provide various uses. In some cases, the 160747.doc -41 - 201236941 removable seal member 1005 can enable the container of the removable seal member 1005 to be filled and sealed vertically (e.g., the container is aligned with the gravitational acceleration vector). In one example, the container is filled vertically and then the container is sealed with a removable sealing member. In some cases, the closed container can be molded. This situation can assist in minimizing (if $blocking) leakage during container filling and sealing. In one example, a flow cell such as a launder can be attached to the balloon (or material containing vessel). The flow cell can be sealed to the capsule cavity. The opening of the flow cell can then be sealed by filling the sealing member (such as sealing member 1〇〇5) vertically. The bladder can be vacuum sealed to seal the bladder in an inert (or other controlled) environment. The launder can then be enclosed within the top cover. In some cases, the sealing member can be eliminated and the flow channel can be sealed by the top cover. "Containers may benefit from the specific features used to facilitate their commercialization. These features J include the ability to temporarily suspend the product at the point of sale. This may include features that allow temporary suspension on the rails that refill the bladder. The filling or refilling of the balloon can be sold as a single item or as a group of cells, and can be exchanged into a frame shell after the other frame is emptied. For example, the purchase of a single cavity is After removing the frame shell of the other container, the capsule cavity is inserted into the frame shell of the container. Several capsules can be sold under the single frame shell. The frame shell can be intended to be used after several uses. == is used indefinitely. For the purpose of branding or commercialization, the refill cavity can have a limited amount of packaging attached to the retail outlet. This limited package can also be used when reattached to the frame shell. Function, and 160747.doc •42· 201236941 Subsequent use, or intended for removal and re-circulation. This new package invention may have features for commercialization or to meet logistical needs. ο For other components that may not depend on accessories Contains a flexible bladder that is compatible with a biomaterial-based thermoformed frame. 1 has the option of using recycled contents in a bowl/cup/disc format. It can be used under certain conditions. A separable component for re-nucleation. There will be a removable anti-opening pass-package seal. The set will be separable from the bowl/cup/disc. This situation can be used for cold n-goods such as milk roads, ice cream, Fast food (re kiss seven (10) side ls), salad, dried fruit, lychee and margarine. These containers can be used with non-frozen items (for example, g I #坚果香科), and they can be used The cover or the re-stackable release tab can be resealed. In a solid case, the containers can include a detachable set of items for use in a crucible or bucket (structured) or in a 4-cavity And framework technology. Items that can benefit from the search for the device include a private σ. Also on the more structural but less plastic mouth, such as nuts, dried fruits and snacks. Described as configured for storage and viewing of liquids, but with dark lines, with The body and the container can be used for storing and applying edible solid (4) type gel materials, solids (such as edible or not < use mouth (including powder)). Real: r: the container can be joined to - or At a plurality of base members, at the component t, there is a frame shell of a three-fold design (ie, joined to opposite side members at the base). One or more components are known in the art, The special tree L or characteristics of the bag and / or trough can be combined with the contents provided in this article 160747.doc -43- 201236941

器、盛裝袋及/或流槽一起使用或併入至本文所提供之容 器、盛裝袋及/或流槽中。見（例如）美國專利第7,686，1 88 號、美國專利第7,721，916號、美國專利第6,968,980號、美 國專利第6,464，106號、美國專利第6,43 1,401號、美國專利 第6,398,076號、美國專利第6,375,041號、美國專利第 6,279,789號、美國專利第6,223,945號、美國專利第 6,223,946號、美國專利第6,209,762號、美國專利第 6，123,231號、美國專利第6,032,829號、美國專利第 5,941，422號、美國專利第5,δ55,299號、美國專利第 5,794,803號、美國專利第5,603,787號、美國專利第 5,597,090號、美國專利第5,566,862號、美國專利第 5,431，3〇6號、美國專利第5,251，788號、美國專利第 5,234，130號、美國專利第5,207,356號、美國專利第 5,131,566號、美國專利第5,1 14,659號、美國專利第 5，108,009號、美國專利第5,058,772號 '美國專利第 4,993,605號、美國專利第4,984,714號、美國專利第 4,981，239號、美國專利第4,974,749號 '美國專利第 4,917,270號、美國專利第4,917,269號、美國專利第 4,917,268號、美國專利第4,890,770號、美國專利第 4,863,067號、美國專利第4,836,419號、美國專利第 4,830,234號、美國專利第4,773,560號、美國專利第 4,706,829號、美國專利第4,696,416號、美國專利第 4,671，421 號、美國專利第 7,686,188 號（「DRAIN-BACK SPOUT FITMENT FITMENT WITH DRIP-LESS POUR 160747.doc -44- 201236941 TIP」）及美國專利公開案第2011/0220652號（「c〇ntainers FOR HOLDING MATERIALS」），該等案係以引用之方式 全部併入本文中。舉例而言，美國專利公開案第 2011/0220652號之配件、套環及殼層可與本文所提供之傾 注流槽一起使用。 自前述内容應理解，雖然已說明及描述特定實施，但可 對其進行各種修改且本文預期各種修改。亦不意欲使本發 明受到本說明書内所提供之特定實例限制。雖然已參考前 述說明書而描述本發明，但本文之較佳實施例的描述及說 明不意謂在限制性意義上予以解釋。此外，應理解，本發 明之所有態樣不限於取決於多種條件及變數的本文所闡述 之特定描繪、組態或相對比例。在本發明之實施例之形式 及細節上的各種修改對於熟習此項技術者將係顯而易見 的因此，據預期，本發明亦應涵蓋任何此等修改、變化 及等效物。 【圖式簡單說明】 圖1為根據本發明之一實施例的包含模製纖維或紙漿模 製構架、液體盛裝袋之容器的圖解； 圖2為根據本發明之—實施例的圖1之容器的示意性側視 圖； 圖3 A及圖3B說明根據本發明之一實施例的構架殼層； 圖3C說明根據本發明之一實施例的圖3A及圖⑶之構架殼 層中的液體盛裝袋； 圖4為根據本發明之—實施例的回排傾注流槽的示意性 160747.doc •45- 201236941 側視圖； 圖5展示根據本發明之一實施例的安裝於構架殼層之頸 部部分上的回排傾注流槽； 圖6 A為根據本發明之一實施例的回排傾注流槽的示意性 側視圖’圖6B為根據本發明之一實施例的圖6A之回排傾 注流槽的示意性俯視圖； 圖7A為根據本發明之一實施例的具有頂蓋之回排傾注流 槽的示意性側視圖；圖7]5為根據本發明之一實施例的回排 傾注流槽的示意性側視圖； 圖8A為根據本發明之一實施例的回排傾注流槽的示意性 俯視圖，圖8B為根據本發明之—實施例的圖8 A之回排傾 注流槽的示意性仰視圖； 圖9 A及圖9B示意性地說明根據本發明之一實施例的具 有對位部件之回排傾注流槽；及 圖10A至圖10D示意性地說明根據本發明之一實施例的 具有可移除密封部件之傾注流槽；及 圖11A至圖11D示意性地說明根據本發明之一實施例的 圖10A至圖10D之傾注流槽’其中已自傾注流槽移除可移 除密封部件。 【主要元件符號說明】 100 液體容器 105 構架殼層 105a 第一封圍部件 105b 第二封圍部件 160747.doc * 46 - 201236941The containers, containment bags, and/or launders are used together or incorporated into the containers, containment bags, and/or launders provided herein. See, for example, U.S. Patent No. 7,686,188, U.S. Patent No. 7,721,916, U.S. Patent No. 6,968,980, U.S. Patent No. 6,464,106, U.S. Patent No. 6,43,401, U.S. Patent No. 6,398,076 U.S. Patent No. 6,375,041, U.S. Patent No. 6,279,789, U.S. Patent No. 6,223,945, U.S. Patent No. 6,223,946, U.S. Patent No. 6,209,762, U.S. Patent No. 6,123,231, U.S. Patent No. 6,032,829, U.S. Patent No. 5,941,422 No. 5, δ 55, 299, U.S. Patent No. 5,794,803, U.S. Patent No. 5,603,787, U.S. Patent No. 5,597,090, U.S. Patent No. 5,566,862, U.S. Patent No. 5,431, No. 6, No. 5,251 No. 788, U.S. Patent No. 5,234,130, U.S. Patent No. 5,207,356, U.S. Patent No. 5,131,566, U.S. Patent No. 5,1, 659, U.S. Patent No. 5,108,009, U.S. Patent No. 5,058,772, U.S. Patent No. U.S. Patent No. 4,993,605, U.S. Patent No. 4,984,714, U.S. Patent No. 4,981,239, U.S. Patent No. 4,974,749, U.S. Patent No. U.S. Patent No. 4,917,270, U.S. Patent No. 4,917,269, U.S. Patent No. 4,917,268, U.S. Patent No. 4,890,770, U.S. Patent No. 4,863,067, U.S. Patent No. 4,836,419, U.S. Patent No. 4,830,234, U.S. Patent No. 4,773,560, U.S. Patent No. 4,706,829 U.S. Patent No. 4,696,416, U.S. Patent No. 4,671,421, U.S. Patent No. 7,686,188 ("DRAIN-BACK SPOUT FITMENT FITMENT WITH DRIP-LESS POUR 160747.doc -44-201236941 TIP") and U.S. Patent Publication No. 2011 No. /0220652 ("c〇ntainers FOR HOLDING MATERIALS"), which is hereby incorporated by reference in its entirety. For example, the fittings, collars, and shells of U.S. Patent Publication No. 2011/0220652 can be used with the pouring chutes provided herein. It is to be understood that the specific implementations have been illustrated and described, and various modifications may be made thereto and various modifications are contemplated herein. It is also not intended to limit the invention to the particular examples disclosed herein. The description and description of the preferred embodiments herein are not intended to be construed in a limiting sense. In addition, it should be understood that the aspects of the invention are not limited to the specific description, configuration, or relative proportions set forth herein. Various modifications in the form and details of the embodiments of the present invention will be apparent to those skilled in the art. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a diagram of a container containing a molded fiber or pulp molded frame, a liquid holding bag, according to an embodiment of the present invention; FIG. 2 is a container of FIG. 1 according to an embodiment of the present invention. FIG. 3A and FIG. 3B illustrate a frame shell according to an embodiment of the present invention; FIG. 3C illustrates a liquid container in the frame shell of FIGS. 3A and (3) according to an embodiment of the present invention. Figure 4 is a side view of a schematic 160747.doc •45-201236941 side view of a backflow pouring flow cell in accordance with an embodiment of the present invention; Figure 5 shows a neck portion mounted to a frame shell in accordance with an embodiment of the present invention; The upper row of pouring troughs; FIG. 6A is a schematic side view of a backflowing launder according to an embodiment of the present invention. FIG. 6B is a reflowing trough of FIG. 6A according to an embodiment of the present invention. Figure 7A is a schematic side elevational view of a backflow pouring chute having a top cover in accordance with an embodiment of the present invention; and Figure 7] 5 is a backflow pouring chute according to an embodiment of the present invention. Schematic side view; Fig. 8A is a view of the invention FIG. 8B is a schematic bottom view of the back row pouring trough of FIG. 8A according to an embodiment of the present invention; FIG. 9A and FIG. 9B schematically illustrate a backflow pouring chute having a aligning member according to an embodiment of the present invention; and FIGS. 10A to 10D schematically illustrating a pouring chute having a removable sealing member according to an embodiment of the present invention; 11A-11D schematically illustrate the pour trough of FIGS. 10A-10D in which the removable sealing member has been removed from the pour trough, in accordance with an embodiment of the present invention. [Main component symbol description] 100 Liquid container 105 Frame shell 105a First peripheral part 105b Second sealing part 160747.doc * 46 - 201236941

110 頂蓋 115 緊握部件 200 容器 205 構架殼層/構架 205a 第一封圍部件 205b 第二封圍部件 210 頂蓋 215 緊握部件 220 對位部件 225 液體盛裝袋 230 配件 300 回排傾注流槽 305 頂蓋 310 傾注流槽 315 螺紋 320 對位特徵 325 底部凸緣 330 頂部凸緣 400 回排傾注流槽 401 内管 402 外管 405 構架殼層 500 回傾流槽 505 第一突起部 160747.doc -47- 201236941 510 第二突起部 515 開口 520 上部肩部或凸緣 525 下部肩部或凸緣 530 開口 /間隙 600 回排流槽 610 頂蓋 615 内部傾注尖端 620 外部裙套 625 開口 630 環形通道 700 回排傾注流槽 705 開口 710 内部唇緣 715 外部側壁 720 捕獲導管 725 ***通路 800 回排傾注流槽 805 對位部件 1000 傾注流槽 1005 可移除密封部件 1010 緊握部件/舌片 1015 箭頭 1020 捕獲導管 160747.doc -48- 201236941110 Top cover 115 Grip member 200 Container 205 Frame shell/frame 205a First envelope member 205b Second enclosure member 210 Top cover 215 Grip member 220 Alignment member 225 Liquid container 230 Accessory 300 Backflow pouring trough 305 Top cover 310 Pour spout 315 Thread 320 Alignment feature 325 Bottom flange 330 Top flange 400 Backflow pour trough 401 Inner tube 402 Outer tube 405 Frame shell 500 Backflow trough 505 First projection 160747.doc -47- 201236941 510 Second protrusion 515 Opening 520 Upper shoulder or flange 525 Lower shoulder or flange 530 Opening / gap 600 Back drain groove 610 Top cover 615 Internal pour tip 620 External skirt 625 Opening 630 Ring channel 700 Back row pouring chute 705 Opening 710 Internal lip 715 External side wall 720 Capture duct 725 Drain path 800 Back row pouring chute 805 Alignment part 1000 Pour trough 1005 Removable sealing part 1010 Grip part / tongue 1015 Arrow 1020 capture catheter 160747.doc -48- 201236941

1025 開口 1025a 緣邊 1030 ***通路 1035 側開口 160747.doc •491025 opening 1025a rim 1030 drain passage 1035 side opening 160747.doc •49

Claims (1)

201236941 七、申請專利範圍： 1. 一種液體容器，其包含： —液趙盛裝袋； 一回挪傾注流槽，其 . 通；及 係與該液體盛裝袋進行流體連 Ο G 構架毅層，其用於支撐該液體盛裝袋，該構架殼層 模製纖維或紙漿成型物料形成。 項1之液體容器，其中該構架殼層包含一第一側 部件及第二側部件。 人&求項1之液體容器，其中該回排傾注流槽係由一聚 合物料形成。 =項1之液體容器，其中該回排傾注流槽安置於該 液體盛裝袋之一頂部部分處。 5·如請求項!之液體容器，其中該 物料形成。 6. 如晴求項1之液體空哭 其中該液體容器具有介於約 0.00W與0.025对之間的__厚度。 7. 如請求们之液體容器，其中該回排傾注 回排傾注流槽之—開Μ ^ 机槽包含在該 ㈤口處的-可移除密封部件。 8. —種低具含能量液體容器其包含： 一液體盛裝袋； 係由 2.如請求 袋係由一聚合 一回排傾注流槽，其係與 通；及 該液體盛袭袋進行流體連 構架殼層，其用於支撐該 液體盛裝袋，該構架 殼層 160747.doc 201236941 係由~低具含能量物料形成。 9·如請求項8之低具含能量容器，其中該低具含能量物料 包含模製纖維或一紙漿成型物料。 1〇_如請求項8之低具含能量容器，其中按該構架殼層之重 罝计’該低具含能量物料包含25°/。至100%之紙漿。 11 ·如吻求項8之低具含能量容器，其中該回排傾注流槽包 3在該回排傾注流槽之一開口處的一可移除密封部件。 12. —種清潔劑瓶，其包含熔接至一清潔劑盛裝袋之一配 件該巧春劑盛裝袋具有介於約〇. 〇 〇 1对與〇 · 〇 2 5 寸之間 的一厚度。 13. 一種清潔劑瓶，其包含附接至一清潔劑盛裝袋之一流 槽"亥/月潔劑盛裝袋具有介於約〇. 〇 〇 1忖與〇 · 〇 2 5叶之間 的一厚度。 14. :¾叫求項丨3之清潔劑瓶，其中該流槽包含在該回排傾注 流槽之一開口處的—可移除密封部件。 15. —種用於組裝一液體盛裝容器之方法，其包含： 將—液體盛裝袋封圍於一低具含能量構架殼層中，該 液體盛裝袋包含一回排傾注流槽。 16. 如請求項15之方法，其中該液體盛裝袋具有介於約〇遞 吋與0.025吋之間的一厚度。 17. 如叫求項15之方法，其中該回排傾注流槽安置於該液體 盛裝袋之一頂部部分處。 18. 如請求項15之方法，其中該回排傾注流槽包含在該回排 傾注流槽之一開口處的一可移除密封部件。 160747.doc 201236941 19. 一種容器，其包含： 一傾注流槽；及 構架殼層’其附接至該傾注流槽’該構架殼層係由 一低具含能量物料形成。 20.如請求項19之容器，其中該低具含能量物料包含模製纖 維或一紙漿成型物料。 21·如請求項19之容器，其中該傾注流槽包括—回排傾注流 槽。 Ο 22.如請求項19之容器，其中該傾注流槽包括用於將該傾注 流槽鎖定至該傾注流槽之一或多個表面的對位部件。 23·如請求項19之容器，其中該傾注流槽係用於施配一可食 用或不可食用液體。 24.如請求項19之容器，其中該傾注流槽係用於施配一可食 用或不可食用固體。 G 25·如請求項19之容器，其進一步 層之一配件。 包含用於附接至該構架殼 26·如請^狀容H，其中該触流槽包含在該傾注流槽 之一開口處的一可移除密封部件。 27. —種容器，其包含： 一構架殼層’其係由一 成；及 模製纖維或紙漿成型物料形 二回排傾注流槽，其“該構架殼層之—開口處。 傾、主t項27之W #中相排傾注流槽包含在該回排 傾注W槽之-開口處的一可移除密封部件。 160747.doc201236941 VII. Patent application scope: 1. A liquid container comprising: - a liquid Zhao Sheng bag; a back pouring trough, which is connected to the liquid bag, and a fluid connection with the liquid container bag; For supporting the liquid containment bag, the frame shell molding fiber or pulp molding material is formed. The liquid container of item 1, wherein the frame shell comprises a first side member and a second side member. The liquid container of claim 1 wherein the back draining trough is formed from a polymeric material. = The liquid container of item 1, wherein the back row pouring trough is disposed at a top portion of the liquid containing pouch. 5. The liquid container of claim 1 wherein the material is formed. 6. Liquid crying as in item 1 wherein the liquid container has a thickness of between about 0.00W and 0.025. 7. In the case of a liquid container of the requester, wherein the back row is poured back into the pouring trough - the opening ^ the trough contains the - removable sealing member at the (f) opening. 8. A low-energy liquid container comprising: a liquid holding bag; wherein the request bag is from a polymerization one-stage pouring trough, which is connected to the pass; and the liquid assault bag is fluidly connected A frame shell for supporting the liquid containment bag, the frame shell 160747.doc 201236941 being formed from a low energy content material. 9. The low energy containing container of claim 8 wherein the low energy containing material comprises molded fibers or a pulp forming material. 1 〇 A low energy containing container of claim 8 wherein the low energy content comprises 25°/by weight of the framework shell. Up to 100% pulp. 11. A low energy containing container as in claim 8, wherein the back draining trough package 3 is a removable sealing member at one of the openings of the recirculating launder. 12. A detergent bottle comprising a fitting fused to a detergent container. The chocolate container has a thickness of between about 〇 〇 〇 1 pair and 〇 · 〇 25 inches. 13. A detergent bottle comprising a flow cell attached to a detergent container""Hai/moon detergent container having a between about 〇1忖 and 〇·〇2 5 leaves thickness. 14. The detergent bottle of claim 3, wherein the flow cell comprises a removable sealing member at one of the openings of the backflow pouring flow cell. 15. A method for assembling a liquid containment container, comprising: enclosing a liquid containment bag in a low energy containing framework, the liquid containment bag comprising a row of pouring sprues. 16. The method of claim 15 wherein the liquid containment bag has a thickness between about 〇 吋 and 0.025 。. 17. The method of claim 15, wherein the back pouring sprue is disposed at a top portion of the liquid containing pouch. 18. The method of claim 15 wherein the backflow pour trough comprises a removable sealing member at one of the openings of the recirculating launder. 160747.doc 201236941 19. A container comprising: a pouring trough; and a scaffolding layer 'attached to the pour trough'. The scaffolding shell is formed from a low energy content material. 20. The container of claim 19, wherein the low energy content material comprises a molded fiber or a pulp forming material. 21. The container of claim 19, wherein the pouring chute comprises a back row pouring trough. 22. The container of claim 19, wherein the pour trough includes a aligning member for locking the pour trough to one or more surfaces of the pour trough. 23. The container of claim 19, wherein the pouring chute is for dispensing an edible or inedible liquid. 24. The container of claim 19, wherein the pouring trough is for dispensing an edible or inedible solid. G 25· The container of claim 19, which is a further component of the layer. Included for attachment to the frame shell 26, such as H, wherein the cathodic channel contains a removable sealing member at one of the openings of the pouring channel. 27. A container comprising: a frame shell layer comprising: a molding; and a molded fiber or pulp forming material in the form of a second row of pouring troughs, wherein the frame shell is at the opening. The W# middle phase decanting chute of item t 27 includes a removable sealing member at the opening of the back row pouring W-slot.
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US20160185500A1 (en) 2016-06-30

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