201103841 六、發明說明 【發明所屬之技術領域】 本發明，是關於將藥品等之流體予以貯藏 '運搬、且 分配的容器。特別是關於具備有用來排出流體之接頭的流 體用容器。 【先前技術】 例如，光阻劑液等之藥品，是被貯藏在運搬用的藥品 容器然後出貨到製造工場。如此之藥品容器，有反覆使用 相同容器的反覆使用方式，以及每次都使用新容器的一次 拋棄方式。尤其是，爲了不會對高純度藥品的純度造成影 響，以使用一次拋棄的容器爲佳，但具有所謂不經濟的缺 點。近年來，將上述兩種方式加以複合的複合式收納型的 容器普及起來。 —般而言，複合式收納型的容器，係具有：作爲內側 容器是由聚烯烴等之可撓性薄膜所成，並使注出口接合於 此內側容器的袋體。該袋體是設在外側容器之中而成爲雙 層容器’從袋體將藥品排出之後，該袋體會被丟棄，然後 再將藥品充塡於新的袋體。並且，用以使流體流進排出之 接頭等的構件、或是金屬製等的外側容器則是重複被使用 (例如，請參照專利文獻1、2 )。 [先行技術文獻] [專利文獻1]曰本特開平6-100087號公報 [專利文獻2]日本特開2008-7154號公報 -5- 201103841 [發明內容】 [發明所要解決之問題] 第5圖，是依專利文獻1所示之 圖，爲裝著有帽蓋的狀態圖。其中本; 專利文獻1的第3圖。又，第6圖， 之容器之上端的斷面圖，是顯示容器 配器在組合後的狀態。其中本案的第 獻1的第6圖。 於第5圖及第6圖中，依專利文 備有容器7及分配器（dispenser) 有：具有埠口 7 1 8的外側容器7 1 6 且上部接合有管接頭724的汲取 導出管，亦稱導液管）722。管接頭 以可插入於通口（port)(以下，稱】 式設置在管（tube) 794的上端，並. 間處7 7 6。 容器7，更進一步地，具備有 側與空間處7 7 6之間使氣體流通的通 在安裝體718之頂端部上之可破裂的 8，係具有中介密封材727而能夠插 中，並且具備有流體通路844的探頭 具備有壓縮流體通路’該壓縮流體3 8 4 6，經由管794、管接頭724、及探 容器之頂端部的斷面 案的第5圖是相當於 是依專利文獻1所示 及用以排出液體之分 6圖是相當於專利文 獻1所示之容器，具 8 »容器 7，係具備 、以及具有流體通路 管（在本案中爲液體 (coupling ) 724，係 爲安裝體）718之方 且於其上端設置有空 t外側容器7 1 6的內 氣通路7 82、及設置 密封材727。分配器 入於空間處 790之 (probe) 846° 又， !路，係接連於探頭 頭846的流體通路 201103841 8 44，容納從外側容器7 1 6所要排出的液體藥品。 於第5圖及第6圖中，外側容器716，係具有形成有 外螺紋的口部716a，於口部716a的中間，安裝有保持器 719及安裝體718。容器7，是將由可撓性薄膜所形成的 袋體720設置在外側容器716的內部。在將裝著有袋體 720的安裝體718安裝在外側容器716的口部716a之 後，且在液體藥品充塡於袋體72 0之前，最好先藉由氮氣 或是壓縮空氣使之膨脹。其後，再經由安裝體718使袋體 720充塡液體藥品。其次，將汲取管722以及汲取管722 的管接頭724插入於安裝體718。蓋726，係將能夠破裂 的密封材727置放於安裝體718的頂端部上，並封止空間 處776。又，可以於容器7之蓋726的口部，設置帽蓋 728將可破裂的密封材727予以覆蓋。 在將容器7進行運搬以及裝卸處理之期間，於可撓性 袋體720之中所發生的氣體全部，可以通過由汲取管722 之管接頭724所形成的氣體通路而流動，並積存於設置在 汲取管722之管接頭724上端的空間處72 6。 由專利文獻1所示的容器7，係具備有可破裂的密封 材727，藉由設置在分配器8的探頭846將密封材727刺 破，使探頭846可以插入到空間處790之中（請參照第6 圖）。 於如此之複合式容納用容器，當作內側容器的袋體 7 20以及安裝體718通常是以一體化的狀態，作爲帶有注 出口的包裝袋來供給。此種帶有注出口的包裝袋由於是以 201103841 一次性用後即棄，所以依功能或價格而有各種的構成、和 尺寸，不僅是袋部，注出口的形狀或是大小也有各種巧妙 細微的不同。因此，在無損於複合式容納用容器之功能的 範圍內，能夠裝著不同種類之帶有注出口的包裝袋是被市 場所需求。 例如，於上述的專利文獻2中，揭示有如第7圖所示 之帶有注出口的包裝袋。如第7圖所示地，該帶有注出口 的包裝袋的袋體12，是在至少2片以上之薄膜的外周邊 形成熱密封部而製成袋體，並且位於該熱密封部的預定位 置，也就是在熱密封部的密封面之間，接合有作爲注出口 之頸部11的一部分。然而，在專利文獻1的構成中，若 要以如專利文獻2之帶有注出口的包裝袋來作爲內側容器 的話，由於頸部1 2的形狀或是大小有所不同，所以不能 夠直接以專利文獻1之容器作爲袋體來適用。 本發明，是有鑑於如此之問題而硏創的，其目的是提 供一種將由可撓性薄膜所形成的袋體設置於外側容器之內 部的複合式容納型的流體用容器，且是能夠裝著不同種類 之帶有注出口的包裝袋的流體用容器。 [發明解決問題之技術手段] 發明者們，對於解決上述的問題在睿智檢討後之結 果，藉由在注出口夾裝具有形狀互換性的輔具（保持構 件），在無損於上述之複合式容納用容器之功能的範圍 內，硏發出能夠裝著不同種類之帶有注出口的包裝袋，終 -8 - 201103841 而完成本發明。 亦即，本發明的流體用容器，係具備：具有能夠注入 液體地呈開口之頸部的可撓性袋體、及以口部支撐上述頸 部並容納上述袋體的外側容器、及插入於上述外側容器之 口部的導液管、及成爲能夠貫通在上述導液管的筒體，在 筒內支撐上述導液管，並且嵌合於上述頸部之開口側的保 持構件、以及用以封止上述外側容器之口部的封止手段； 上述保持構件，係具備：大致圓筒狀的本體部、以及從其 周圍延伸突出的凸緣部，使上述本體部之貫通孔的一端側 以與上述頸部的開口連通之方式緊密接合，並使上述凸緣 部與上述頸部的開口側嵌合。 [發明效果] 根據本發明，藉由夾裝上述之保持構件而能夠裝著不 同種類之帶有注出口的包裝袋。 【實施方式】 以下’以圖面詳細說明本發明之較佳的一實施形態。 又’對於與上述之第5圖至第7圖相同之構成則標示以相 同的符號’並有省略其說明之情形。 首先’說明本發明之流體用容器（以下亦單稱容器） 之構成。於第1圖中，容器丨，係具備有可撓性的袋體12 及外側容器7 1 6。袋體丨2，具有能夠注入液體而呈開口的 頸部1 1。外側容器7 1 6係可容納袋體1 2。 -9 - 201103841 於第1圖中’外側容器716，係使用由：底板、及具 有輪帀帶（zona orbicularis)的側壁、以及中央隆起的頂板 (皆圖示省略）所構成的鋼製筒形容器爲佳。於外側容器 716’於口部716a形成有外螺紋716b。亦可藉由設置成 形的一對手把（圖示省略）使運搬易於進行。 袋體12 ’爲專利文獻2所記載者。如第7圖所示， 係具備有包裝袋本體以及頸部11，該包裝袋本體是把至 少疊合有外層薄膜l2a與內層薄膜l2b之多層薄膜i2c， 以使內層薄膜〗2b彼此相向之方式再次予以重疊而合計成 4片’然後將其四邊熱密封而形成有熱密封部12(1的包裝 袋本體；該頸部11，是在該包裝袋本體之一邊的熱密封 部l2d (第7圖中的上邊）的內層薄膜i2b間事先所熱溶 著。該頸部11爲注出口。頸部11之熱熔著的安裝部 lid，係具備有：斷面形狀爲凸透鏡狀並於中央部具備有 貫通孔之柱體’且於兩前端部具備有板狀肋。 包裝袋本體，例如是以聚烯烴等之材料所形成的可撓 性薄膜的袋體’頸部11是由比較硬質的合成樹脂所形 成’於可撓性薄膜之袋體的端部熔著有頸部11。在將液 體從袋體12排出之後’便將帶有頸部11的袋體12丟 棄，然後使新的帶有頸部11的袋體12容置於外側容器 Ήό中。藉由本發明之流體用容器，成爲外側容器可反覆 使用，每次使用新袋體的複合式收納型的容器。 如第1圖所示，於頸部1 1的開口側形成有凸緣 lla，另一方面，於口部7〗6a的內壁設有階段差716c， -10- 201103841 並藉由該凸緣lla卡止於階段差716c’使頸部Π被口部 7 1 6 a所支撐。將袋體1 2容納於外側容器7 1 6中’將裝著 於袋體12的頸部11支撐在外側容器716的口部716a之 後，藉由最好是充氮氣或是壓縮空氣使袋體12膨脹。然 後，從頸部1 1的開口（圖示省略）對袋體12注入液體。 由本發明所揭示的容器，係具備有保持構件14及導 出液體（以下簡稱出液）的導液管722。如第1圖所示 地，保持構件14是貫通在導液管72 2並在其內部支撐著 導液管722，且保持構件14的凸緣部14a是與頸部1 1嵌 合著（請參照第3圖）。 如第2圖所示，保持構件14，是由具有貫通孔14c 之筒狀的本體部l4a以及凸緣部14b所構成，該貫通孔 14c雖可貫通於導液管722的一部分，不過其擴徑部爲無 法貫通過之大小。該凸緣部1 4b是朝向其周圍呈周狀延伸 突出。貫通孔14c是於其內周夾隔著階段部I4f形成有擴 徑部及縮徑部，藉由該段部1 4f卡止導液管722以防止落 入於內部（請參照第3圖）。又，於本體部14a的一端 面，形成有用以容納〇型環的周狀凹部1 4 e。 從本體部l4a朝向周狀延伸突出的凸緣部i4b，如第 2圖（a )所示俯視爲大致圓形，該凸緣部1 4b，係與頸部 1 1之開口側的內周大致相同形狀，藉此，可以嵌合於頸 部1 1的開口側。又’於凸緣部14b，形成有2個貫通孔 1 4 d 〇 於第1圖，導液管722是與上述先行技術相同者，是 201103841 由一端側的管接頭724、以及包覆其周圍朝向另一端側延 伸而出的管794所構成’通常兩者爲接合成一體。管794 之包覆管接頭724的部分是比另一端側呈擴徑。導液管 722的另一端側，插入於保持構件14的貫通孔14c。導液 管722，具有從一端延伸至另一端的流體通路780，使袋 體12內的液體通過流體通路780而被排出。於管接頭 724的空間處776附近的外周配置有0型環。 如第3圖所示，保持構件14，是藉由蓋7 26鎖緊連 結於外側容器7 1 6的口部7 1 6 a ’而與頸部1 1 —起被保持 在口部716a內（請參照第3圖）。藉由頸部1 1的開口側 與保持構件14的凸緣部Wb之嵌合，而於凸緣部14b下 面、與本體部l4a的凸緣下部外壁、與頸部11的內壁及 底部之間形成預定的空間。然而，設於頸部1 1之底部的 複數個第1開口 lib、與設於保持構件14的複數個第2 開口 1 4d之間可以使氣體通氣（請參照第3圖）。 由本發明所揭示的容器，係具備有使氣體從外側容器 716的內部至口部716a可以進行通氣的通氣手段、以及 封止口部716a的封止手段。於第3圖中的通氣手段，係 具有複數個第1開口 lib、以及複數個第2開口 14<1。複 數個第1開口 lib，係設置於頸部11的底部，用以連通 外側容器716的內部與頸部11的內部。 於第1圖及第3圖中，封止手段，是與上述之先行技 術相同地，於口部7 1 6a所設置之配置有可破斷之密封材 727的蓋726、以及將之螺合的帽蓋728。蓋726係具備 -12- 201103841 有〇型環，用以封止來自於流體通路780 在第3圖的狀態是被密封可以進行輸送運搬 如第4圖所示，於出液時，將帽蓋72 8 配器8。此情形時亦與第6圖所示之專利文 器7相同樣地具備有可破裂的密封材72 7» 配器8的探頭846刺破密封材727，使探頭 於空間處790之中。在此狀態下能夠導出液 如以上說明，由本發明所揭示的容器 14作爲輔具的角色，並藉由與形狀或大小 部一起倂用製成，而能夠利用各種袋體與頸 帶有注出口的包裝袋。更具體而言，例如， 文獻2所記載之顯示於第7圖的袋體12, 於專利文獻1的容器，使袋體的汎用性提高 又，於本發明中，如上述之實施形態般 保持構件1 4爲不同個體雖也可以，但並非 兩者爲一體成形亦可。 【圖式簡單說明】 第1圖是顯示本發明之流體用容器之一 端部的斷面分解組合圖。 第2圖（a)是保持構件的平面圖；（b 的A-A斷面圖。 第3圖是流體用容器之頂端部的斷面圖 蓋的狀態圖 的通氣。因此 〇 卸下並裝著分 獻1所示之容 藉由設置於分 846可以插入 體。 ’其保持構件 巧妙不同的頸 部成爲一體之 可以使如專利 成爲能夠適用 〇 ，頸部1 1及 侷限於此，使 實施形態其頂 )是保持構件 ’爲裝著有帽 -13- 201103841 第4圖是流體用容器之頂端部的斷面圖，爲組合有流 體用容器及分配器的狀態圖。 第5圖是依先行技術所示之容器頂端部的斷面圖，爲 裝著有帽蓋的狀態圖^ 第6圖是依先行技術所示之容器上端的斷面圖’爲組 合有容器及分配器的狀態圖。 第7圖是顯示依先行技術所示之帶有注出口的包裝袋 (袋體）之一實施形態的平面圖。 【主要元件符號說明】 1 :容器（流體用容器） 1 1 :頸部（注出口） 1 la :凸緣 1 1 b :第1開口（通氣手段） 12 :袋體 1 4 :保持構件 14a :本體部 14b :凸緣部 1 4 c :貫通孔201103841 VI. Description of the Invention [Technical Field] The present invention relates to a container in which a fluid such as a drug is stored and transported. In particular, it relates to a container for a fluid having a joint for discharging a fluid. [Prior Art] For example, a medicine such as a photoresist liquid is stored in a medicine container for transportation and then shipped to a manufacturing factory. Such a pharmaceutical container has a repeated use of the same container, and a disposable method of using the new container each time. In particular, in order not to affect the purity of a high-purity drug, it is preferable to use a disposable container, but it has a so-called uneconomical disadvantage. In recent years, a composite storage type container in which the above two methods are combined has been popularized. In general, the composite storage type container has a bag in which the inner container is made of a flexible film such as polyolefin and the injection port is joined to the inner container. The bag body is placed in the outer container to form a double-layer container. After the medicine is discharged from the bag body, the bag body is discarded, and then the medicine is filled in the new bag body. Further, a member for causing a fluid to flow into a joint such as a discharge or an outer container such as a metal is repeatedly used (for example, refer to Patent Documents 1 and 2). [Provisional Technical Document] [Patent Document 1] Japanese Patent Laid-Open No. Hei 6-100087 [Patent Document 2] Japanese Patent Laid-Open Publication No. 2008-7154-5-201103841 [Summary of the Invention] [Problems to be Solved by the Invention] FIG. This is a diagram shown in Patent Document 1, and is a state diagram in which a cap is attached. The present invention is the third drawing of Patent Document 1. Further, in Fig. 6, a sectional view of the upper end of the container is a state in which the container adapter is assembled. Figure 6 of the first contribution of this case. In the fifth and sixth figures, according to the patent document, the container 7 and the dispenser are: an outer container 7 1 6 having a cornice 7 1 8 and a draining and exporting tube with a pipe joint 724 joined to the upper portion. Called the liquid pipe) 722. The pipe joint is insertable at a port (hereinafter, referred to as a "tube" 794 at the upper end, and at a distance of 7 7 6 . The container 7, and further, has a side and space 7 7 The rupturable 8 that passes through the gas on the tip end portion of the mounting body 718 is interposed with an intermediate sealing member 727, and the probe having the fluid passage 844 is provided with a compressed fluid passage 'the compressed fluid 3 8 4 6, Figure 5 of the section through the tube 794, the pipe joint 724, and the tip end of the probe vessel is equivalent to the patent document 1 and the liquid for discharging the liquid. The container shown in Fig. 1 has a container 8 and is provided with a fluid passage tube (in this case, a liquid 724 which is a mounting body) 718 and is provided with an empty outer container 7 at its upper end. The internal air passage 7 82 of the 16 and the sealing material 727 are provided. The distributor enters the space 790 (probe) 846 °, and the path is connected to the fluid path 201103841 8 44 of the probe head 846, and accommodates the container from the outer side. 7 1 6 liquid medicines to be discharged. Figure 5 and In Fig. 6, the outer container 716 has a mouth portion 716a formed with an external thread, and a holder 719 and a mounting body 718 are mounted in the middle of the mouth portion 716a. The container 7 is a bag formed of a flexible film. The body 720 is disposed inside the outer container 716. After the mounting body 718 having the bag body 720 is attached to the mouth portion 716a of the outer container 716, and before the liquid medicine is filled in the bag body 72 0, it is preferable to borrow The bag body 720 is filled with the liquid medicine via the mounting body 718. Next, the dip tube 722 and the pipe joint 724 of the dip tube 722 are inserted into the mounting body 718. The cover 726, The rupturable sealing material 727 is placed on the top end portion of the mounting body 718 and the space 776 is sealed. Further, a cap 728 may be provided at the mouth of the lid 726 of the container 7 to form the rupturable sealing material 727. During the transportation and handling of the container 7, all of the gas generated in the flexible bag 720 can flow through the gas passage formed by the pipe joint 724 of the dip tube 722, and accumulate Set in the dip tube 722 The space at the upper end of the pipe joint 724 is 72. The container 7 shown in Patent Document 1 is provided with a rupturable sealing material 727, and the probe 846 is pierced by the probe 846 provided in the distributor 8, so that the probe 846 is provided. It can be inserted into the space 790 (refer to Fig. 6). In such a composite container, the bag body 720 as the inner container and the mounting body 718 are usually in an integrated state as a note. The packaging bag for export is supplied. Since the bag with the spout is disposable after 201103841, it has various configurations and sizes depending on the function or price. It is not only the bag part, but also has various subtle shapes and sizes. s difference. Therefore, it is possible to store different types of packaging bags with injection ports in a range that does not impair the function of the composite container. For example, in the above-mentioned Patent Document 2, a packaging bag with a spout as shown in Fig. 7 is disclosed. As shown in Fig. 7, the bag body 12 of the bag with the spout is formed into a bag body by forming a heat seal portion on the outer periphery of at least two or more films, and is placed in the heat seal portion. The position, that is, between the sealing faces of the heat seal portion, is joined to a portion of the neck portion 11 as a discharge port. However, in the configuration of Patent Document 1, if the package with the spout of Patent Document 2 is used as the inner container, since the shape or size of the neck portion 1 is different, it cannot be directly The container of Patent Document 1 is applied as a bag body. The present invention has been made in view of such a problem, and an object of the invention is to provide a composite container type fluid container in which a bag body formed of a flexible film is placed inside an outer container, and is capable of being mounted. Different types of fluid containers for bags with an outlet. [Technical means for solving the problem] The inventors have solved the above-mentioned problem as a result of the wisdom review, by sandwiching the auxiliary device (holding member) having shape interchangeability at the injection opening, without impairing the above-mentioned composite type Within the scope of the function of the container for accommodating, the present invention can be completed by issuing a packaging bag capable of carrying different types of dispensing outlets. In other words, the fluid container according to the present invention includes a flexible bag body having a neck portion that can be filled with a liquid, and an outer container that supports the neck portion by a mouth portion and accommodates the bag body, and is inserted into the container. a liquid guiding tube at the mouth of the outer container; and a holding body that can penetrate the cylindrical body of the liquid guiding tube, supports the liquid guiding tube in the tube, and is fitted to the opening side of the neck portion, and is used for a sealing means for sealing the mouth portion of the outer container; the holding member includes a substantially cylindrical main body portion and a flange portion extending from the periphery thereof, and one end side of the through hole of the main body portion is The flange portion is in close contact with the opening of the neck portion, and the flange portion is fitted to the opening side of the neck portion. [Effect of the Invention] According to the present invention, it is possible to attach different types of packaging bags with injection ports by sandwiching the above-described holding members. [Embodiment] Hereinafter, a preferred embodiment of the present invention will be described in detail with reference to the drawings. Further, the same configurations as those of the fifth to seventh embodiments described above are denoted by the same reference numerals, and the description thereof will be omitted. First, the configuration of the fluid container (hereinafter also referred to as a container) of the present invention will be described. In the first embodiment, the container body is provided with a flexible bag body 12 and an outer container 7 16 . The bag body 2 has a neck portion 1 1 which is capable of injecting a liquid and opening. The outer container 7 16 can accommodate the bag body 1 2 . -9 - 201103841 In the first figure, the outer container 716 is formed of a steel cylinder consisting of a bottom plate, a side wall having a zona orbicularis, and a top bulge (not shown). The device is better. An external thread 716b is formed in the outer container 716' at the mouth portion 716a. It is also possible to facilitate the transportation by a pair of handles (not shown) provided in a shape. The bag body 12' is described in Patent Document 2. As shown in Fig. 7, the package body and the neck portion 11 are provided, and the package body is a multilayer film i2c having at least an outer film 12a and an inner film 12b laminated thereon so that the inner film 2b faces each other. The manners are overlapped again to form a total of four pieces 'and then four sides thereof are heat-sealed to form a package body having a heat seal portion 12 (1; the neck portion 11 is a heat seal portion 12d on one side of the package body ( The inner layer film i2b of the upper side in Fig. 7 is previously thermally dissolved. The neck portion 11 is a spout. The heat-sealed mounting portion lid of the neck portion 11 has a cross-sectional shape of a convex lens shape. A column body having a through hole is provided in the center portion, and a plate-shaped rib is provided at both front end portions. The bag body of the bag body, for example, a flexible film formed of a material such as polyolefin, is relatively rigid. The synthetic resin is formed by melting the neck portion 11 at the end of the bag body of the flexible film. After the liquid is discharged from the bag body 12, the bag body 12 with the neck portion 11 is discarded, and then the new one is made. The bag body 12 with the neck portion 11 is accommodated in the outer container bowl. According to the fluid container of the present invention, the outer container can be used repeatedly, and the composite storage type container of the new bag body is used every time. As shown in Fig. 1, a flange 11a is formed on the opening side of the neck portion 1 1 On the one hand, the inner wall of the mouth portion 7 6a is provided with a step difference 716c, -10-201103841 and the neck portion is supported by the mouth portion 7 1 6 a by the flange 11a being locked by the step difference 716c'. The bag body 1 2 is housed in the outer container 7 16 'after the neck portion 11 attached to the bag body 12 is supported by the mouth portion 716a of the outer container 716, and the bag body is preferably filled with nitrogen or compressed air. 12. The liquid is injected into the bag body 12 from the opening (not shown) of the neck portion 11. The container disclosed in the present invention is provided with a holding member 14 and a liquid guiding tube for discharging liquid (hereinafter referred to as liquid discharging). 722. As shown in Fig. 1, the holding member 14 penetrates the catheter 722 and supports the catheter 722 therein, and the flange portion 14a of the holding member 14 is fitted to the neck 11 (Refer to Fig. 3). As shown in Fig. 2, the holding member 14 is a tubular body portion 14 having a through hole 14c. a and the flange portion 14b, the through hole 14c can penetrate a part of the liquid guiding tube 722, but the enlarged diameter portion is incapable of passing therethrough. The flange portion 14b extends circumferentially around the circumference thereof. The through hole 14c has a diameter-enlarged portion and a reduced-diameter portion formed on the inner circumference of the step portion I4f, and the liquid guide tube 722 is locked by the segment portion 14f to prevent it from falling inside (see the third section). Further, on one end surface of the main body portion 14a, a circumferential recess portion 14e for accommodating the 〇-shaped ring is formed. The flange portion i4b extending from the main body portion 14a toward the circumferential shape is as shown in Fig. 2(a) The flange portion 14b has a substantially circular shape in plan view, and the flange portion 14b has substantially the same shape as the inner circumference of the opening side of the neck portion 11, thereby being fitted to the opening side of the neck portion 11. Further, in the flange portion 14b, two through holes 1 4 d are formed in the first view, and the liquid guiding tube 722 is the same as the above-described prior art, and is a pipe joint 724 on one end side of the 201103841, and is wrapped around the same. The tube 794 extending toward the other end side constitutes 'usually the two are joined together. The portion of the tube 794 that covers the pipe joint 724 is expanded in diameter than the other end side. The other end side of the liquid guiding tube 722 is inserted into the through hole 14c of the holding member 14. The liquid guiding tube 722 has a fluid passage 780 extending from one end to the other end, and the liquid in the bag body 12 is discharged through the fluid passage 780. A 0-ring is disposed on the outer periphery of the space 776 of the pipe joint 724. As shown in Fig. 3, the holding member 14 is held in the mouth portion 716a together with the neck portion 1 by being locked to the mouth portion 7 1 6 a ' of the outer container 7 16 by the cover 7 26 ( Please refer to Figure 3). By the fitting of the opening side of the neck portion 1 1 and the flange portion Wb of the holding member 14, the lower surface of the flange portion 14b, the lower flange outer wall of the body portion 14a, and the inner wall and the bottom portion of the neck portion 11 A predetermined space is formed between them. However, a plurality of first openings lib provided at the bottom of the neck portion 1 and a plurality of second openings 14d provided in the holding member 14 can ventilate the gas (refer to Fig. 3). The container disclosed in the present invention is provided with a ventilation means for allowing gas to be ventilated from the inside of the outer container 716 to the mouth portion 716a, and a sealing means for sealing the mouth portion 716a. The ventilation means in Fig. 3 has a plurality of first openings lib and a plurality of second openings 14 <1. A plurality of first openings lib are provided at the bottom of the neck portion 11 for communicating the inside of the outer container 716 with the inside of the neck portion 11. In the first and third figures, the sealing means is a cover 726 provided with a breakable seal member 727 provided in the mouth portion 716a, and is screwed in the same manner as the above-described prior art. Cap 728. The cover 726 has a -12-type ring of -12-201103841 for sealing the fluid passage 780. The state of Fig. 3 is sealed and can be transported and transported as shown in Fig. 4, and the cap is opened during liquid discharge. 72 8 Adapter 8. In this case as well as the patent document 7 shown in Fig. 6, the probe 846 having the rupturable sealing material 72 7» adapter 8 pierces the sealing member 727 so that the probe is in the space 790. In this state, the liquid can be discharged. As described above, the container 14 disclosed in the present invention functions as an auxiliary device, and is formed by using the shape or the size portion together, and can be used with various bag bodies and necks. Packaging bag. More specifically, for example, the bag 12 shown in the document 2 shown in the document 2 is used in the container of Patent Document 1 to improve the versatility of the bag, and in the present invention, it is maintained as in the above embodiment. Although the members 14 may be different individuals, they may not be integrally formed. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a sectional exploded view showing the end portion of one of the fluid containers of the present invention. Fig. 2(a) is a plan view of the holding member; (AA cross-sectional view of (b). Fig. 3 is a view showing the state of the cross-sectional view of the tip end portion of the fluid container. Therefore, the sputum is unloaded and loaded. The capacity shown in Fig. 1 can be inserted into the body by being placed in the sub-section 846. 'The retaining member is ingeniously different from the neck, so that the patent can be applied as a patent, the neck 11 is limited to this, and the embodiment is topped. The retaining member 'is equipped with a cap-13-201103841 Fig. 4 is a cross-sectional view of the distal end portion of the fluid container, and is a state diagram in which the fluid container and the dispenser are combined. Figure 5 is a cross-sectional view of the top end of the container according to the prior art, and is a state in which the cap is mounted. Fig. 6 is a cross-sectional view of the upper end of the container according to the prior art. State diagram of the dispenser. Fig. 7 is a plan view showing an embodiment of a bag (bag) having a spout according to the prior art. [Description of main components] 1 : Container (container for fluid) 1 1 : neck (outlet) 1 la : flange 1 1 b : first opening (venting means) 12 : bag 1 4 : holding member 14a : Main body portion 14b: flange portion 1 4 c : through hole
Hd :第2開口（通氣手段） 7 1 6 :外側容器 716a : 口部 7 1 6b :外螺紋 7 1 6 c :階段差 -14 - 201103841 722 :導液管（汲取管） 724 :管接頭 7 26 ：蓋 7 2 7 :密封材 728 :帽蓋 7 7 6 :空間處 7 8 0 :流體通路 794 ：管 8 :分配器Hd: second opening (venting means) 7 1 6 : outer container 716a : mouth 7 1 6b : external thread 7 1 6 c : stage difference - 14 - 201103841 722 : catheter (taken tube) 724 : tube connector 7 26: cover 7 2 7 : sealing material 728 : cap 7 7 6 : space 7 8 0 : fluid passage 794 : tube 8 : distributor
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