M381616 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種容器，更特別地，本創作係關於一 種耐衝擊之盛裝流體之容器。 【先前技術】 目前市面上用來盛裝流體之容器不外乎為夾鏈袋、鋁 箔包或寶特瓶，然而，這些物品均有其缺點存在。使用夾 -鏈袋盛裝流體時，由於其結構上並無任何特殊設計，僅單 • 純用夾鏈來密封其結構，因此，當其一受力時，該夾鏈即 可能會受流體之衝擊之力道而爆開；鋁箔包其耐衝擊性雖 優於夾鏈袋，但其不可重覆開闔使用；寶特瓶雖改善了夾 鏈袋及鋁箔包之缺點，但由於其本身結構較剛硬，因此於 未使用時其具有不易收納及攜帶之缺點，因而減低其應用 性。因此，如何設計出一種耐衝擊性佳且易收納攜帶之容 ' 器實為一個重要之課題。 【新型内容】 9 有鑑於傳統容器之缺失，本創作之目的係提供一種具有 極佳耐衝擊性之容器，由於該容器具有一壓力緩衝區，當其 受撞擊時即可緩衝撞擊之力道，進而避免破裂而使流體溢 出。 為達上述目的，本創作提供一種容器，其包含：一腔體， 係設有一第一開口部；一壓力緩衝區，設於該腔體及第一開 口部上方，且對應該第一開口設有一第二開口部；及一薄膜 管道，貫穿該第一開口部及第二開口部，且具有一内管壁及 外管壁，該内管壁為一流道，而形成一注入端及出口端，該 4 M381616 注入端係置於該壓力緩衝區之第二開口部外且具有一第一 開闔結構，而該出口端則置於該腔體内，且該外管壁與該第 二開口部間密合連接，而該外管壁與該第一開口部間則以形 成至少一引流口之方式密合連接，俾使該流體承受壓力時藉 由該引流口回流至該壓力緩衝區内。 • 於一較佳實施態樣中，該腔體、該注入端、該壓力緩衝 區及該薄膜管道係由相同之材料形成。 ' 於一較佳實施態樣中，該材料係為聚乙烯、聚氯乙烯、 -聚碳酸酯、聚丙烯、聚對苯二曱酸乙二醇酯、聚乳酸、熱熔 φ 性聚胺脂、紙纖維、聚氯酯、矽膠、氟矽橡膠、丁腈橡膠、 乙烯/丙烯橡膠、氣丁橡膠、丁苯橡膠、天然橡膠、鋁或其 合金及鐵或其合金或其混合物或其共聚物。 於一較佳實施態樣中，該第一開闔結構係為自然閉鎖結 構或夾鏈結構。 於一較佳實施態樣中，該容器係使用作為替代救生衣、 替代油桶、替代化學品容器、蓄水袋、動植物培育袋、軍用 口糧袋、母乳袋、冰枕、水藥袋或飲料袋。 - 於一較佳實施態樣中，該容器進一步包含一第二開闔結 • 構，其係位於該腔體相對於該第一開口部之另一端。 於一較佳實施態樣中，該第二開闔結構係為夾鏈結構。 於一較佳實施態樣中，其中該腔體側邊進一步設有一撕 式截角。 於一較佳實施態樣中，該腔體係用來盛裝流體。 於一較佳實施態樣中，其中該腔體内側邊進一步設有複 數個容置物品之包裝結構。較佳地，該每一包裝結構進一步 包含複數個包裝單元。 於一較佳實施態樣中，該包裝結構為具順向性之材料。 較佳地，該順向性材料包含：聚乙烯、聚氯乙烯、聚碳酸酯、 5 M381616 聚丙烯、聚對笨二曱酸乙二醇酯、執 矽膠或氟矽橡膠。 “、、塔性聚胺脂、聚氯酯、 於一較佳實施態樣中，該物品 粒狀、錠狀或其他形態的食材、飼 之乩卵或種子、顆 乙二醇/抗來劑、粉狀奶粉、顏料或化^料、維生素、液狀 於一較佳實施態樣中，該物品予藥品。 再置入該包裝單元中。較佳地，，遲一步先盛裝於保護體 •時不會軟化之礦石或可溶於腔體體為遇腔體内之流體 於-較佺實施態樣中，該腔體底二 構造。較佳地’該管狀構造進-步設置有一ϋ介I。官狀 由於本創作之容器内含〆壓力緩衝區，當苴受力時… 器内之流體或氣體可從引淥口流入該壓力：= ，器受力之力道而使其極為不易破裂，因此，本 裔係具有極佳之應用性，<用於盛裳各種液態溶液。奋 【實施方式】 以下係提供利用本創作之實施例以舉 優點與技術特徵，然本實旅例並非用以限定本=到：之 熟悉此技藝者’在不脫離本劍作之精神和範_，= 各種之更動與潤飾，因此，本創作之保 ：= 之申請專利_所界定者μ。 田視後附 為了方便說明，後述之實施例僅示意說明本創作之容 器盛裝流體時之態樣，所屬技術領域具有通常知識者當知 本創作之容器尚可使用來盛裝其他物品，並非僅限於流 體。凊參閱第一圖，其係本劍作之盛裝流體之容器的平面 不思圖。如弟~~圖所示，”本到作之盛裝流體之谷器1 〇〇係 包含：一腔體1〇,設有—第/開口部12; —壓力緩衝區2〇， 設於該腔體10及第—開口部12上方’且對應該第—開口 6 M381616 12設有一第二開口部22 ;及一薄膜管道30，貫穿該第一開 口部12及第二開口部22，且具有一内管壁及外管壁，該内 管壁為一流道，而形成一注入端24及出口端26，該注入端 24係置於該壓力緩衝區20之第二開口部22外且具有一第 • 一開闔結構28，而該出口端26則置於該腔體10内，且該 • 外管壁與該第二開口部22間密合連接（即第一圖上之網狀 區域），而該外管壁與該第一開口部12間則以形成至少一 —引流口 32之方式密合連接（即第一圖上之網狀區域），俾 -使該流體承受壓力時藉由該引流口 32回流至該壓力緩衝區 φ 20 内。 本創作之盛裝流體之容器100,其細部組成之該腔體 10、該壓力緩衝區20及該薄膜管道30元件係可由相同或 不同之材料形成，這些材料包含，但不限於聚乙烯、聚氯 乙烯、聚碳酸酯、聚丙烯、聚對苯二曱酸乙二醇酯、聚乳 酸、熱炫性聚胺脂、紙纖維、聚氣S旨、秒膠、氟碎橡膠、 丁腈橡膠、乙烯/丙烯橡膠、氣丁橡膠、丁苯橡膠、天然橡 膠、鋁或其合金及鐵或其合金或其混合物或其共聚物。於 - 較佳的實施態樣中，本創作之盛裝流體之容器1〇〇之材質 • 係具可撓性，使其佔用空間小並且易於儲放攜帶。本創作 之盛裝流體之容器100使用之材料，可視其内部欲盛裝之 液體特性選擇適當之材質，基本上只要不與該盛裝之液體 產生反應即可，並無特別限制。 請參閱第二圖以進一步了解本創作之使用方式，第二 圖係本創作之盛裝流體之容器的立體示意圖。於使用時， 先將流體由薄膜管道30之注入端24處注入，進而容置於 腔體10内，此時，於腔體10内之該薄膜管道30會受流體 壓力壓迫而使該薄膜管道處於自然閉鎖之狀態（第二圖中並 未顯示該狀態），此即自然閉鎖結構，使流體不易回流至腔 7 M381616 體ι〇外。接著將第一開闔結構28密閉，使本創作之 流體之容器100内部進一步與外部隔絕，之後，將薄膜^ ^ 30之注入端24摺至壓力緩衝區2〇之第二開口部22，、 著將之摺至腔體10之第一開口部12,此時再以固定元件將 之固定，使該流體處於一個更密閉之狀態，該 ;為膠帶、夾子等物品，但不限於此。再者 域具有通常知識者應知使本創作容器内部之流體與外界隔 絕之方法並不限於上述方法，其他習知之方法亦可行於 -創作中。為了使使用者易於將容器内之流體倒出，本創作 之盛裝流體之容器係於腔體1〇低部之任一側邊可進一步包 含-第二開闔結構或是一撕式截肖38，該第二開閨結構係 位於該腔體相對於該第一開口部之另一端（即底端，圖式中 並無顯示）。而本創作所用之第一開闔結構及第二開闔結構 包含，但不限於夾鏈結構，該第一開闔結構甚至可為一自 然閉鎖結構，其可因容器内外部之壓力不同而使之處於 然閉鎖之狀態。 、 μ請參閱第三A圖及第三B圖，第三八圖係流體由薄膜 &道進入腔體1〇時本創作之盛裝流體之容器的A_a，剖面 ，，而第二B圖係本創作之盛裝流體之容器於盛裝流體時 薄膜管道30受流體壓力壓迫時之A_A，剖面圖。第三A圖中 顯不該薄膜管道30之上方及下方分別係具有一第一引流口 32a及一第二引流口 32b，該薄膜管道30之直徑為r，而該 第一引流口 32a及該第二引流口 32b之直徑均為r。於本創 作中，R及r值只要小於腔體之寬度即可，而尺及^值可為 相同或不同之大小’並無特別限制。當將流體由薄膜管道 30進入腔體1〇時，薄膜管道3〇會因流體注入之力量而呈 打開狀態（如第三A圖所示），而於使用狀態時，由於腔體 1〇内容置有流體，於腔體1〇内之該薄膜管道30會受流體 8 M381616 壓力壓迫而使該薄膜管道3 0處於自然閉鎖之狀態（即第三B 圖所示），使流體與外部隔絕。再者’需注意到’由於本創 作盛裝流體之容器1〇0之材質係具可撓性且需密封之邊端 係以熱壓封裝，因此’未盛裝流體時本創作之容器係呈扁 平狀，如第一圖所示，當流體進入後’因為本創作之盛裝 -流體之容器100於使用狀態時’腔體10四個邊端均已壓合 密封，此時，四個邊端會往腔體10内部收縮，使腔體1〇 '膨脹，進而可容置流體。由於薄膜管道30與腔體1〇之第 -一開口部12密合連接（引流口 32除外），因此當腔體10 Φ 收縮時’薄膜管道30亦會受到此收縮力道之影響，而使之 彎曲或扭曲變形（第三B圖並無將扭曲變形之狀態顯示 出），於此情形下，容置於腔體内之流體更無法由薄膜管道 往腔體外流出。因此’當本創作之盛裝流體之容器於使用 狀態下（即盛裝有流體時）受撞擊時’由於位於腔體10内之 該薄膜管道30係呈閉鎖狀態，而引流口 32a及32b係呈微 張狀態（如第三B圖所示），自然而然受撞擊之流體會由引流 口 36a及36b溢流至壓力緩衝區20 (參第一圖），進而減緩 受衝擊時之力道，使之不易破裂且減少滲漏之機率。 _ 當本創作之盛裝流體之容器盛裝不同之流體，即具有 不同之用途，例如：其可盛裝母乳而成母乳袋、盛裝含有 保冷劑之蒸餾水而成為冰枕、盛裝中藥熬煮成之水藥而成 為水藥袋或盛裝飲料而成為飲料袋、替代救生衣、替代油 桶、替代化學品容器、蓄水袋、動植物培育袋或軍用口糧 袋，但其用途並不限於此。 請參閱第四圖’其為本創作盛裝流體之容器100未盛 裝流體的第二實施態樣(設置有包裝結構)之示意圖。如第四 圖所示，其係於本創作之盛裝流體之容器100之腔體1〇内 侧邊上進一步設有複數個容置物品之包裝結構40，每一包 9 M381616 裝結構40具有複數個包裝單元41，可用於填裝相同或不同 之物品。該包裝結構40之材質較佳係由具順向性之材料構 成’例如：聚乙烯、聚氯乙烯、聚碳酸酯、聚丙烯、聚對 笨二曱酸乙二醇酯、熱熔性聚胺脂、聚氯酯、矽膠或氟矽 橡膠’但並不限於此。由於該包裝結構40之材質係具順向 •性’因此’當包裝結構40受垂直於該順向性之方向之力道 時’其較易破裂，此時，該物品則會進入該腔體1〇内，而 使用者則可利用此特點依照其需要於該包裝結構4 0之複數 -個包裝單元41内容置合適之物品，該物品包含生物之胎卵 • 或種子、顆粒狀、錠狀或其它形態的食材、飼料或肥料、 維生素、液狀乙二醇/抗凍劑、粉狀奶粉、顏料或化學藥品， 但並不限於此，其中該物品可進一步藉由一保護體（諸如： 遇腔體内之流體時不會軟化之礦石或可溶於腔體内流體之 膠囊或薄膜，但不限於此）將之包覆於其中。進一步地，請 參閱第五圖’第五圖係本創作之盛裝流體之容器1〇〇盛裝 流體的第二實施態樣（設置有一保護體）之包裝結構）之示 意圖，其中該各包裝單元41中係具有一保護體42，該保護 體42係可容置液狀乙二醇/抗凍劑、生物之胎卵或種子、粉 -^奶粉或顏料，但並不限於此。請參閱第六圖，第六圖係 削述第五圖之盛裝流體之容器1〇〇内的局部包裝單元41受 力破裂之示思圖。於使用本創作之盛裝流體之容器内 的包裝結構40時，由包裝單元41向本創作之容器中心方 向（如第六圖中箭頭所指方向）擠壓，使順向性材料，因橫向 結構較順向結構脆弱而破裂，進而使保護體42進入腔體 10 ’如第六圖所不。舉例而言，當本創作之容器1〇〇使用 做冰枕之用時，而該保護體為可溶於腔體内流體之膠囊 時，各個該㈣體42时容置不_色之㈣，使用者則 可依其對顏色吾好擠虔容置有特定顏料之包裝單^ 41，使 M381616 該保護體42進入腔體ι〇内，當將保護體42溶解於腔體l〇 内之流體時，保護體42内之顏料即會擴散，進而使冰枕具 有不同之顏色。 請參閱第七圖，其說明了本創作之盛裝流體之容器1〇〇 盛裝"IL體的第二實施態樣(底部设置有一管狀構造44)。如第 七圖所示，本創作之盛裝流鱧之容器100之腔體10除了内 側邊上進一步設有複數個容ί物品之包裝結構40之外，JL 於腔體10之底部進一步設置有一管狀構造44,透過該管^ ，造44係可用來進料或出料。舉例來說， 料袋時，該管狀構造44可作為吸食管道，較= _ 用者不1 食時’容易收納；而當容器 將腔體1G内之異物或生物排泄物移除，或 除腔之空氣與水質。此外，為了更易於清 一步設晋古之異物與生物排泄物，該管狀構造44内可進 要去除異物：過it: 48，其包含但並不限於過濾棉。若 狀構造44之Hi利用地心引力將異物導向沉殿至該管 综上戶慮:質48上，接著再更換過濾介質48即可。 其耐衝擊性κ 創作之容器因具有一壓力緩衝區而提升 :加其使用性二此=使該容器易於收納及攜帶，大幅 連而建到，保之‘求，外’本創作之容器亦可重複使用， 其它：施態樣 ΐί 之特徵係可使用任何方式結合。 露< I。因此，除了特‘=:卢相等或相似目的的特 待徵係為—系列相 述強調處之外，本說明書所揭 ，、Η目荨或相似特徵中的—個實施例。 M381616 此外，依據本說明書揭露之内容，熟悉本技術領域者 係可輕易依據本創作之基本特徵，在不脫離本創作之精神 與範圍内，針對不同使用方法與情況作適當改變與修飾， 因此，其它實施態樣亦包含於申請專利範圍中。 【圖式簡單說明】 第一圖係本創作之盛裝流體之容器未盛裝流體之示意 圖。 - 第二圖係本創作之盛裝流體之容器已盛裝流體之示意 φ 圖。 第三A圖係流體由薄膜管道進入腔體時本創作之盛裝 流體之容器的A-A’剖面圖。 第三B圖係本創作之盛裝流體之容器於盛裝流體時薄 膜管道受流體壓力壓迫時之A-A’剖面圖。 第四圖係本創作之盛裝流體之容器未盛裝流體的第二 實施態樣（設置有包裝結構）之示意圖。 第五圖係本創作之盛裝流體之容器盛裝流體的第二實 - 施態樣（設置有包裝結構）之示意圖，其中各包裝單元中 • 係具有一保護體。 第六圖係第五圖局部的包裝單元受力破裂之示意圖。 第七圖係本創作之盛裝流體之容器盛裝流體的第三實 施態樣(底部設置有一管狀構造)之示意圖。 【主要元件符號說明】 100 本創作之盛裝流體之容器 10 腔體 12 第一開口部 20 壓力缓衝區 12 M381616 22 第二開口部 24 注入端 26 出口端 28 第一開闔結構 30 薄膜管道 32 引流口 32a 第一引流口 32b 第二引流口 38 撕式截角 40 包裝結構 41 包裝單元 42 保護體 44 管狀構造 46 蓋子 48 過濾介質 13M381616 V. New description: [New technical field] This creation relates to a container, and more particularly to the creation of a container for impact-resistant fluids. [Prior Art] Currently, containers for holding fluids on the market are nothing more than zipper bags, aluminum foil bags or PET bottles. However, these items have their disadvantages. When using a clip-chain bag to hold a fluid, since it has no special design, it only uses a zipper to seal its structure. Therefore, when it is stressed, the zipper may be affected by fluid. The strength of the aluminum foil is explosive; although the impact resistance of the aluminum foil package is better than that of the zipper bag, it cannot be reused. The Baote bottle has improved the disadvantages of the zipper bag and the aluminum foil package, but its structure is relatively rigid. It is hard, so it has the disadvantage of being difficult to store and carry when not in use, thus reducing its applicability. Therefore, how to design a container with good impact resistance and easy to carry and carry is an important issue. [New content] 9 In view of the lack of traditional containers, the purpose of this creation is to provide a container with excellent impact resistance. Since the container has a pressure buffer, it can cushion the impact force when it is impacted. Avoid rupture and allow fluid to escape. In order to achieve the above object, the present invention provides a container comprising: a cavity having a first opening; a pressure buffer disposed above the cavity and the first opening, and corresponding to the first opening a second opening portion; and a film tube extending through the first opening portion and the second opening portion, and having an inner tube wall and an outer tube wall, the inner tube wall being a first-class channel forming an injection end and an outlet end The 4 M381616 injection end is disposed outside the second opening of the pressure buffer and has a first opening structure, and the outlet end is disposed in the cavity, and the outer tube wall and the second opening The inter-parts are closely connected, and the outer tube wall and the first opening portion are closely connected to each other by forming at least one drainage port, so that when the fluid is subjected to pressure, the fluid is returned to the pressure buffer through the drainage port. . • In a preferred embodiment, the cavity, the injection end, the pressure buffer zone, and the film conduit are formed from the same material. In a preferred embodiment, the material is polyethylene, polyvinyl chloride, -polycarbonate, polypropylene, polyethylene terephthalate, polylactic acid, hot melt φ polyurethane , paper fiber, polyurethane, silicone, fluoroelethane rubber, nitrile rubber, ethylene/propylene rubber, gas butadiene rubber, styrene butadiene rubber, natural rubber, aluminum or alloy thereof and iron or its alloy or mixtures or copolymers thereof . In a preferred embodiment, the first open structure is a natural latching structure or a zipper structure. In a preferred embodiment, the container is used as an alternative life jacket, an alternative oil drum, an alternative chemical container, a water storage bag, a plant and animal cultivation bag, a military ration bag, a breast milk bag, an ice pillow, a water medicine bag or a beverage bag. . In a preferred embodiment, the container further includes a second opening structure located at the other end of the cavity relative to the first opening. In a preferred embodiment, the second open structure is a zipper structure. In a preferred embodiment, the side of the cavity is further provided with a tearing truncation angle. In a preferred embodiment, the cavity system is used to hold a fluid. In a preferred embodiment, the inner side of the cavity is further provided with a plurality of packaging structures for accommodating articles. Preferably, each package structure further comprises a plurality of packaging units. In a preferred embodiment, the package structure is a material having a directional nature. Preferably, the compliant material comprises: polyethylene, polyvinyl chloride, polycarbonate, 5 M381616 polypropylene, polyethylene terephthalate, ruthenium or fluororubber. ",, towering polyurethane, polychlorinated ester, in a preferred embodiment, the article is in the form of granules, tablets or other forms of food, eggs or seeds for feeding, ethylene glycol / anti-drug , powdered milk powder, pigment or chemical, vitamin, liquid in a preferred embodiment, the article is given to the drug. Re-inserted into the packaging unit. Preferably, the first step in the protective body The ore that does not soften or dissolves in the cavity is a fluid in the cavity. In the embodiment, the cavity is constructed. Preferably, the tubular structure is provided with a reference. I. Official shape Because the container of this creation contains a pressure buffer, when the force is applied, the fluid or gas in the device can flow from the inlet to the pressure: =, the force of the force is so strong that it is not easy to break. Therefore, the genus has excellent applicability, and is used to hold various liquid solutions. The following embodiments provide advantages and technical features of the present embodiment, but the actual travel example is not To qualify this = to: familiar with this artist's spirit without leaving the spirit of this sword Fan _, = various changes and retouching, therefore, the protection of this creation: = the patent application _ defined by μ. Tian Shi's attached for convenience of explanation, the following examples only illustrate the container when the creation of the fluid In the aspect of the art, those skilled in the art have the knowledge that the container of the present invention can be used to hold other articles, and is not limited to fluids. 凊 Referring to the first figure, the plane of the container for the fluid is not considered. As shown in the figure ~~, "This is the body of the vessel containing the fluid 1 包含 system: a cavity 1 〇, with - opening / opening 12; - pressure buffer 2 〇, located in a cavity 12 and a first opening portion 22 are disposed above the opening 10 and a first opening portion 22; and a film conduit 30 extending through the first opening portion 12 and the second opening portion 22 and having An inner tube wall and an outer tube wall, wherein the inner tube wall is a first-class tube, and an injection end 24 and an outlet end 26 are formed. The injection end 24 is disposed outside the second opening portion 22 of the pressure buffer 20 and has a a first opening structure 28, and the outlet end 26 is placed in the cavity 10 And the outer tube wall and the second opening portion 22 are closely connected (ie, the mesh region on the first figure), and the outer tube wall and the first opening portion 12 are formed to form at least one-drainage The port 32 is in close contact with the mesh (i.e., the mesh region on the first figure), and the fluid is returned to the pressure buffer φ 20 by the drain 32 when the fluid is subjected to pressure. The fluid container 100 of the present invention, the chamber 10, the pressure buffer 20 and the film tube 30 component, which are composed of details, may be formed of the same or different materials, including but not limited to polyethylene and polychlorinated materials. Ethylene, polycarbonate, polypropylene, polyethylene terephthalate, polylactic acid, thermosetting polyurethane, paper fiber, polygas, second gel, fluorine rubber, nitrile rubber, ethylene / propylene rubber, butyl rubber, styrene butadiene rubber, natural rubber, aluminum or alloys thereof and iron or alloys thereof or mixtures thereof or copolymers thereof. In a preferred embodiment, the material of the present invention is a container for fluids. • The flexible structure of the device makes it small in space and easy to store and carry. The material used for the container 100 for containing fluid of the present invention may be selected from a material suitable for the liquid to be contained therein, and is basically not affected as long as it does not react with the liquid to be contained. Please refer to the second diagram for a more detailed understanding of the use of this creation. The second diagram is a three-dimensional representation of the container for the fluid in which it was created. In use, the fluid is first injected from the injection end 24 of the membrane tube 30 and then received in the chamber 10. At this time, the membrane tube 30 in the chamber 10 is pressed by the fluid pressure to make the membrane tube. It is in a state of natural latching (this state is not shown in the second figure), which is a natural latching structure, so that the fluid is not easily returned to the cavity 7 M381616. Then, the first opening structure 28 is sealed to further isolate the inside of the container 100 of the present fluid from the outside, and then the injection end 24 of the film 30 is folded to the second opening 22 of the pressure buffer 2, The first opening portion 12 of the cavity 10 is folded, and then fixed by a fixing member to keep the fluid in a more sealed state, which is an object such as a tape or a clip, but is not limited thereto. Furthermore, the method in which the general knowledge person should know that the fluid inside the creation container is separated from the outside is not limited to the above method, and other conventional methods can also be used in the creation. In order to make it easy for the user to pour the fluid in the container, the fluid container of the present invention is attached to either side of the lower portion of the cavity 1 and may further comprise a second opening structure or a tear-off type. The second opening structure is located at the other end of the cavity relative to the first opening (ie, the bottom end, not shown in the drawings). The first opening structure and the second opening structure used in the present invention include, but are not limited to, a zipper structure, and the first opening structure may even be a natural locking structure, which may be caused by different pressures inside and outside the container. It is in a state of being locked. , μ Please refer to the third A diagram and the third B diagram. The third diagram is the A_a, section, and the second B diagram of the container for the fluid contained in the fluid when the membrane & A_A, a cross-sectional view of the container for containing fluid in the present invention when the film tube 30 is pressurized by fluid pressure when the fluid is contained. In the third embodiment, the upper and lower portions of the film conduit 30 are respectively provided with a first drainage opening 32a and a second drainage opening 32b. The diameter of the thin film conduit 30 is r, and the first drainage opening 32a and the The diameter of the second drain port 32b is r. In the present invention, the R and r values are only required to be smaller than the width of the cavity, and the ruler and the value of the same or different sizes are not particularly limited. When the fluid enters the cavity 1 from the film conduit 30, the film conduit 3 is opened due to the force of the fluid injection (as shown in FIG. 3A), and in the state of use, due to the contents of the cavity With the fluid placed, the film conduit 30 in the chamber 1 is pressed by the pressure of the fluid 8 M381616 to cause the membrane conduit 30 to be naturally latched (i.e., shown in Figure 3B) to isolate the fluid from the exterior. Furthermore, 'it should be noted that' the container of the fluid container of this creation is flexible and the edge to be sealed is hot-pressed, so the container of the creation is flat when the fluid is not contained. As shown in the first figure, when the fluid enters, the four sides of the cavity 10 are pressed and sealed because the container of the present invention is in use. The interior of the cavity 10 contracts to expand the cavity 1 ', which in turn accommodates the fluid. Since the film tube 30 is closely connected to the first opening portion 12 of the cavity 1 (except for the drain port 32), when the cavity 10 Φ is contracted, the film tube 30 is also affected by the contraction force, so that Bending or twisting deformation (the third B diagram does not show the state of distortion), in this case, the fluid contained in the cavity is less able to flow out of the cavity through the film tube. Therefore, when the container for the fluid containing the present invention is subjected to impact in the state of use (i.e., when the fluid is contained), the membrane port 30 is in a closed state, and the drainage ports 32a and 32b are microscopically The tension state (as shown in the third B diagram), the fluid that is naturally impacted will overflow from the drainage ports 36a and 36b to the pressure buffer 20 (refer to the first figure), thereby slowing down the force when impacted, making it difficult to break. And reduce the chance of leakage. _ When the fluid container of this creation contains different fluids, it has different uses, for example, it can hold breast milk into a breast milk bag, contain distilled water containing cold preservation agent, and become an ice pillow, a Chinese medicine that is cooked and boiled. As a water medicine bag or a beverage, it becomes a beverage bag, an alternative life jacket, an alternative oil drum, an alternative chemical container, a water storage bag, a plant and animal cultivation bag or a military ration bag, but its use is not limited thereto. Please refer to the fourth figure, which is a schematic view of a second embodiment (with a packaging structure) for creating a fluid containing container 100. As shown in the fourth figure, it is further provided with a plurality of packaging structures 40 for accommodating articles on the inner side of the cavity 1 of the container 100 for containing the fluid. Each package 9 M381616 has a plurality of structures 40. The packaging unit 41 can be used to fill the same or different items. The material of the packaging structure 40 is preferably made of a material having a forward direction, for example: polyethylene, polyvinyl chloride, polycarbonate, polypropylene, polyethylene terephthalate, hot melt polyamine. Fat, polyurethane, silicone or fluoroelastomer rubber 'but is not limited thereto. Since the material of the packaging structure 40 is compliant, so when the packaging structure 40 is subjected to a force perpendicular to the direction of the directionality, it is more susceptible to rupture, at which point the article enters the cavity 1 In the 〇, the user can use this feature to place a suitable item in the packaging structure 40 according to the needs thereof, the item containing the biological eggs • or seeds, granules, ingots or Other forms of food, feed or fertilizer, vitamins, liquid glycol/antifreeze, powdered milk powder, pigments or chemicals, but are not limited thereto, wherein the article may be further protected by a protective body (such as: The ore that does not soften the fluid in the chamber or the capsule or film that is soluble in the fluid in the chamber, but is not limited thereto, is coated therein. Further, please refer to the fifth figure, FIG. 5 is a schematic diagram of a second embodiment of a container for containing fluid (a package structure provided with a protective body), wherein the packaging unit 41 The middle body has a protective body 42 which can accommodate liquid glycol/antifreeze, biological fetal eggs or seeds, powder-milk powder or pigment, but is not limited thereto. Referring to the sixth drawing, the sixth drawing is a diagram in which the partial packaging unit 41 in the container 1 containing the fluid of the fifth drawing is broken. When the packaging structure 40 in the container for containing the fluid of the present invention is used, the packaging unit 41 is pressed toward the center of the container of the present invention (as indicated by the arrow in the sixth drawing) to make the directional material due to the lateral structure. The directional structure is weaker and ruptured, thereby causing the protective body 42 to enter the cavity 10' as shown in the sixth figure. For example, when the container 1 of the present invention is used as an ice pillow, and the protective body is a capsule that is soluble in the fluid in the cavity, each of the (four) bodies 42 is accommodated in a colorless manner (4). The user can press the packaging sheet 41 with a specific pigment according to the color, so that the M381616 the protective body 42 enters the cavity ι, and when the protective body 42 is dissolved in the cavity When the pigment in the protective body 42 is diffused, the ice pillow has a different color. Please refer to the seventh figure, which illustrates a second embodiment of the present invention for housing a fluid container (the tubular body 44 is provided at the bottom). As shown in the seventh figure, the cavity 10 of the container 100 of the present invention is further provided with a package structure 40 further including a plurality of articles on the inner side, and JL is further disposed at the bottom of the cavity 10. A tubular structure 44 through which the 44 series can be used for feeding or discharging. For example, in the case of a bag, the tubular structure 44 can be used as a smoking tube, which is easier to store when the user is not eating; and when the container removes foreign matter or biological excrement in the cavity 1G, or removes the cavity. Air and water quality. In addition, in order to make it easier to further set up the foreign body and biological excrement of the Jingu, the tubular structure 44 can be removed to remove foreign matter: over it: 48, which includes but is not limited to filter cotton. If the Hi of the structural structure 44 uses gravity to direct the foreign matter to the sinking hall to the tube, the mass is 48, and then the filter medium 48 is replaced. Its impact resistance κ creation container has been upgraded due to a pressure buffer: plus its usability 2 = making the container easy to store and carry, and it is built up in large numbers, and the container of this creation is also Reusable, other: The characteristics of the application can be combined in any way. Dew < I. Therefore, in addition to the special emphasis of the ‘=: Lu equal or similar purpose, the series of the emphasis, the embodiment of the present disclosure, the item or the similar feature. In addition, according to the disclosure of the present specification, those skilled in the art can easily adapt and modify the basic features of the present invention according to the different spirits and scopes of the present invention. Other implementation aspects are also included in the scope of the patent application. [Simple description of the diagram] The first figure is a schematic diagram of the fluid in which the fluid container of the present invention is not filled. - The second picture is a schematic representation of the fluid contained in the container containing the fluid. The third A is a cross-sectional view of the A-A' container of the present fluid container when the fluid enters the cavity from the film conduit. Figure 3B is a cross-sectional view of the A-A' of the fluid container of the present invention when the membrane tube is pressurized by fluid pressure when the fluid is contained. The fourth figure is a schematic view of a second embodiment (with a packaging structure) in which the fluid-filled container of the present invention is not contained. The fifth figure is a schematic view of the second embodiment of the fluid-filled container of the present invention (provided with a packaging structure), wherein each packaging unit has a protective body. The sixth figure is a schematic diagram of the partial fracture of the packaging unit in the fifth figure. The seventh figure is a schematic view of a third embodiment of the container containing the fluid of the present invention (a tubular structure is provided at the bottom). [Main component symbol description] 100 The container for creating a fluid 10 cavity 12 first opening portion 20 pressure buffer 12 M381616 22 second opening portion 24 injection end 26 outlet end 28 first opening structure 30 film tube 32 Drainage port 32a first drainage port 32b second drainage port 38 tearing angle 40 packaging structure 41 packaging unit 42 protection body 44 tubular structure 46 cover 48 filter medium 13