201249542 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種塑膠容器、長條狀流路構件、塗佈 裝置、附內栓蓋、密封狀態的塑膠容器及捆包狀態的塑膠 容器，其可有效地使用於以下的時候：將黏性液體、尤其 是具有濕氣硬化型之接著性的硬化性組成物或具有氧硬化 型之接著性的硬化性組成物，收納於具有柔軟性的袋子或 容器且藉由從外部施加壓力使該袋子或容器變形縮小並使 內部的黏性液體排出於外部以進行塗佈時。 【先.前技術】 習知以來在塗佈濕氣硬化型接著劑或氧硬化型接著劑 的塗佈裝置中，由於會因接著劑一旦接觸到空氣就硬化， 故當接著劑飛散時就會在該飛散處直接凝固並造成污染的 原因等的不良情形，所以有必要在不使之接觸到空氣的狀 態下塗佈接著劑。 根據第25圖至第27圖就習知的此種塗佈裝置中之黏 性液體的一般排出態樣加以說明。在第25圖至第27圖中 ，符號100爲習知的塗佈裝置，且具有：加壓槽102;及 壓縮空氣供給手段（未圖示），其係透過空氣供給管1 04 供給壓縮空氣至前述加壓槽102內；及塑膠容器106，其 係設置於該加壓槽102內；及液送管手段110，一端連通 於該塑膠容器106的開口部108;以及塗佈噴嘴手段（未 圖示），其係設置於該液送管手段1 1 〇的另一·端。符號 -5- 201249542 1 12爲黏性液體，且塡充於該塑膠容器l〇6內。第25圖係 顯示在黏性液體112以滿槽狀態塡充於塑膠容器106內的 狀態；第26圖係顯示塑膠容器1 06從外側被加壓而變形 縮小並且黏性液體1 1 2被排出於外部的中間狀態：第2 7 圖係顯示塑膠容器106更進一步被加壓而中央部分相互接 觸使得黏性液體1 1 2不被排出於外部的最終狀態。又，另 一方面，雖然也有使上述液送管手段110透過塑膠容器 106的開口部108而延伸出至塑膠容器106的內部之情況 ，但是在該情況下由於該液送管手段110要重複使用，所 以在液送處理結束時因會在液送管手段110的前端部分附 著有黏性液體之狀態下直接被取出，故而該附著的黏性液 體會飛散至塗佈裝置的周邊，而造成污染的原因。 習知以來也已有提出關於塗佈此種不喜歡與空氣接觸 之液體的裝置。例如，作爲將黏性液體等收納於具有柔軟 性的袋子或容器且藉由從外部施加壓力使該袋子或容器變 形縮小並使內部的黏性液體排出於外部以進行塗佈的裝置 ，爲人周知的有：「一種接著劑塗佈裝置，係包含：塡充 接著劑且能夠變形的密閉容器；及容納密閉容器的加壓槽 ;及連結配備於加壓槽之外側的吐出部和密閉容器的軟管 :以及朝向加壓槽加壓的加壓裝置，其特徵爲：將水性接 著劑塡充於密閉容器，使連結於密閉容器的軟管之前端連 結於噴槍（spray gun)，且在密封容器的軟管安裝部之外 側的壁面設置有限制收縮時之變形的鍔狀補強部」（專利 文獻1的申請專利範圍第1項）。專利文獻1的接著劑塗 -6- 201249542 佈裝置，係在習知的此種塗佈裝置中，如專利文獻1的段 落[0 0 0 4 ]所述’在進行接著劑的吐出操作時雖然起初可順 利地吐出，但是會閉塞袋子的軟管之安裝部近旁的膜體與 軟管的連結部’因此會發生無法吐出的事故，爲了消除該 事故而在密封容器的軟管安裝部之外側的壁面設置有限制 收縮時之變形的鳄狀補強部。雖然在專利文獻1的裝置中 可確實有效地消除軟管安裝部近旁的無法吐出事故，但是 對於其他的袋子或容器之部分、例如第27圖所示的袋子 或容器之中央部等的無法吐出事故卻無法充分地發揮功能 〇 又，作爲塗佈裝置，爲人周知的也有：「一種塗佈裝 置，其特徵爲，具備：申請專利範圍第1項至第7項之其 中任一項所述的液體的容納容器；及流體導入手段，其係 連結於構成前述容納容器的內側容器之液體排出口，且於 該內部導入壓力流體；以及噴霧手段，連結於前述泵浦單 元，且將藉由該泵浦單元而被加壓並送出的液體朝向被塗 佈物噴霧」（專利文獻2的申請專利範圍第8項）。而且 ，在該塗佈裝置中，作爲液體的容納容器，已有揭示：^ 一種液體的容納容器，係容納不喜歡與空氣接觸的液體， 且在排出該液體時儘可能地使空氣不入侵於容器內而排出 的容納容器，其特徵爲，具備：內側容器，其爲可自如地 改變容積的柔軟之袋狀，且設置有與排出前述液體的泵浦 單元連結的液體排出口；以及外側容器，其容積爲不變， 能夠在容納有前述內側容器的狀態下密閉，且在容納該內 -7- 201249542 側容器並密閉的狀態下在內部導入有壓力流體，且隨著容 納於前述內側容器的液體被排出而利用被導入於前述外側 容器的壓力流體來擠壓縮窄形成於該內側容器的內部之空 氣區域，並以儘可能不使空氣入侵於前述內側容器的方式 從前述內側容器排出液體」（專利文獻2的申請專利範圍 第1項）。更且，在專利文獻2中，已就前述內側容器， 記載：「在內側容器1的內部，係延伸設置有與塗料排出 口 5連接的吸入軟管6，而該吸入軟管6的長度，係比膨 出並變成立方體形狀時的內側容器1之高度還稍微長。因 此，吸入軟管6的前端部，係始終接觸到內側容器1的底 面部，並可將容納於內側容器1的水性塗料P全部吸入」 (專利文獻2、段落[0025])，且有教示吸入軟管6的使 用。在專利文獻2的裝置中，由於吸入軟管6，係要重複 使用’所以在液送處理結束時因會在吸入軟管6的前端部 分附著有黏性液體之狀態下直接被取出，故而該附著的黏 性液體（專利文獻2中爲水性塗料）會飛散至塗佈裝置的 周邊’而造成污染的原因，此與專利文獻1的情況同樣， 更且由於吸入軟管6的吸入口係僅形成於吸入軟管6的前 端部’所以當該吸入口因內側容器1的壁部等之接觸而被 閉塞時就有發生無法進行黏性液體之吸入的事故之缺點。 (專利文獻1)日本特開2010-247073號公報 (專利文獻2)日本特開2010-247878號公報 【發明內容】 -8- 201249542 (發明所欲解決之問題） 本發明係有鑒於上述習知的塗佈裝置之問題點而開發 完成者，其目的在於提供一種塑膠容器、用於該塑膠容器 的長條狀流路構件、使用該塑膠容器的塗佈裝置、爲了密 閉該塑膠容器而使用的附內栓蓋、密封狀態的塑膠容器及 捆包狀態的塑膠容器，該塑膠容器係藉由加壓來壓扁具有 柔軟性的塑膠容器本體以將該黏性液體從開口部加壓吐出 的塑膠容器，該塑膠容器本體係開穿有開口部並且在內部 塡充有黏性液體、尤其是具有濕氣硬化型之接著性的硬化 性組成物或具有氧硬化型之接著性的硬化性組成物，且以 延伸出至前述塑膠容器本體的內部之方式於前述開口部安 裝長條狀流路構件，該長條狀流路構件係在前述黏性液體 被加壓吐出時成爲該黏性液體的流路，且在塑膠容器本體 被壓扁時，完全沒有該黏性液體的流路被閉塞的不良情形 ’更且在前述塑膠容器本體藉由加壓而被壓扁使得收納於 其內部的黏性液體全部加壓吐出之後，該被壓扁的塑膠容 器本體和前述長條狀流路構件能夠一同廢棄，藉此可消除 在重複使用吸入軟管等的管構件時因附著於管構件的黏性 液體、尤其是具有濕氣硬化型之接著性的硬化性組成物或 具有氧硬化型之接著性的硬化性組成物飛散而造成周圍污 染的原因之情形。 (解決問題之手段） 爲了解決上述課題，本發明的塑膠容器，其特徵爲， -9- 201249542 其係具有柔 充有黏性液 述開口部加 至前述塑膠 成前述黏性 作爲該黏性 加壓而被壓 出之後，該 件能夠一同 述長條狀流 地安裝於前 條狀流路部 方式一體地 出時至少從 路，且該長 較佳是：前 路孔的管狀 狀流路構件 述開口部； 容器本體的 狀流路構件 爲前述黏性 組成物或具 對象》 具有：塑膠 有開口部並 可使前述黏 路構件，其 安裝於前述 從側面吐出 前述塑膠容 黏性液體全 體和前述長 較佳是 安裝部，其 設有液吐出 塑膠容器本 前述黏性液 爲該黏性液 如地裝配於 面開穿有1 較佳是 係裝卸自如 係以延伸出 於該安裝部 於該開口部 化型之接著 硬化性組成 容器本體， 且在內部塡 性液體從前 係以延伸出 開口部且形 的吐出流路 器本體藉由 部被加壓吐 條狀流路構 構成爲：前 係裝卸自如 口；以及長 體的內部之 體被加壓吐 體的吐出流 該開口部。 個以上之流 :前述長條 地安裝於前 至前述塑膠 ，且該長條 的構成。作 性的硬化性 物當作適用 軟性，且形 體且藉由加 壓吐出；以 容器本體的 液體被加壓 液體的吐出 扁使得收納 被壓扁後的 廢棄。 路構件，係 述開口部且 ，其係以延 安裝於該安 側面吐出的 條狀流路構 述長條狀流 體。 ，係具有： 以及長條狀 內部之方式 係具有裝卸 液體，係將 有氧硬化型 成爲：開穿 壓而被壓扁 及長條狀流 內部之方式 吐出時至少 流路，且在 於其內部的 塑膠容器本 具有：上端 在中央部開 伸出至前述 裝部且形成 吐出流路作 件係裝卸自 路部爲在側 安裝部，其 流路部，其 一體地安裝 自如地裝配 具有濕氣硬 之接著性的 -10- 201249542 本發明的長條狀流路構件，係用於具有塑膠容器本體 的塑膠容器的長條狀流路構件，該塑膠容器本體係具有柔 軟性’且形成爲：開穿有開口部並且在內部塡充有黏性液 體且藉由加壓而被壓扁可使.前述.黏性液體從_前述開口部加 壓吐出’其特徵爲：前述長條狀流路構件，係具有：上端 安裝部，其係裝卸自如地安裝於前述開口部且在中央部開 設有液吐出口；以及長條狀流路部，其係以延伸出至前述 塑膠容器本體的內部之方式一體地安裝於該安裝部且形成 前述黏性液體被加壓吐出時至少從側面吐出的流路作爲該 黏性液體的流路，該長條狀流路構件係裝卸自如地裝配於 該開口部且在前述黏.性液體被加壓吐出時可形成黏性液體 的流路，在前述塑膠容器本體藉由加壓而被壓扁使得收納 於其內部的黏性液體全部被加壓吐出之後，能夠與該被壓 扁後的塑膠容器本體一同廢棄。較佳是：前述長條狀流路 部爲在側面開穿有1個以上之流路孔的管狀體。 本發明的塗佈裝置，其特徵爲，具有：加壓槽；及供 應壓縮空氣至前述加壓槽內的壓縮空氣供應手段；及設置 於該加壓槽內的本發明的塑膠容器；及一端連通於該塑膠 容器的開口部的液送管手段；以及連接於該液送管手段的 另一端的塗佈噴嘴手段，當在前述加壓槽內供應有壓縮空 氣時，配置於該加壓槽內的前述塑膠容器就被加壓且被壓 扃而將其內部的黏性液體透過前述長條狀流路構件從該塑 膠容器吐出，接著透過前述液送管手段從前述塗佈噴嘴手 段噴出並將該黏性液體塗佈於預定部位者，且在前述塑膠 -11 - 201249542 容器本體藉由加壓而被壓扁使得塡充於其內部 全部被加壓吐出之後，能夠將該被壓扁後的塑 與前述長條狀流路構件一同廢棄。 在本發明的塗佈裝置中，較佳是：前述長 件，係具有：上端安裝部，其係裝卸自如地安 膠容器本體的開口部且在中央部開設有液吐出 條狀流路部，其係以延伸出至該塑膠容器本體 式一體地安裝於該安裝部，該長條狀流路構件 卸自如地裝配於該開口部，且在該塑膠容器本 嵌裝該長條狀流路構件的上端安裝部，在該上 液吐出口插通前述液送管手段，藉由密封插設 送管手段在密封狀態下插設於該液吐出口。 較佳是：前述密封插設手段，係包含：固 係具有與前述長條狀流路構件的上端安裝部之 應的下面形狀且在下部上面形成承接段部並且 形成公螺紋部且在中央部開設有插通口；及附 件’其係在圓形板的中央部開穿有抵接於前述 貫通孔且在從該圓形板之周緣部垂設的環狀側 形成：能夠與形成於前述塑膠容器本體的開口 壁外面的公螺紋部螺合的母螺紋部；以及緊固 在中央部穿設中心孔且在該中心孔的內面形成 且使前述固定構件抵接於前述長條狀流路構件 部之上面’透過前述緊固構件的中心孔及前述 插通口將前述液送管手段插入於前述長條狀流 的黏性液體 膠容器本體 條狀流路構 裝於前述塑 口；以及長 的內部之方 係構成爲裝 體的開口部 端安裝部的 手段使該液 定構件，其 上面形狀對 在上部外面 貫通孔蓋構 承接段部的 壁之內面側 部之圓筒側 構件，其係 母螺紋部， 的上端安裝 固定構件的 路構件的上 -12- 201249542 端安裝部之液吐出口’在使前述附貫通孔蓋構件的貫通孔 抵接於前述承接段部的狀態下使該附貫通孔蓋構件的母螺 紋部螺合於前述塑膠容器本體的開口部之圓筒側壁的公螺 紋部並以螺釘予以鎖緊，接著使前述緊固構件的中心孔之 內面的母螺紋部螺合於前述固定構件之上部外面的公螺紋 部並以螺釘予以鎖緊，藉此該液送管手段可在密封狀態下 插設於前述長條狀流路構件的上端安裝部之液吐出口。 本發明的附內栓蓋之第1態樣，係爲了密閉本發明的 塑膠容器的塑膠容器本體之開口部而用的附內栓蓋，其特 徵爲’具有：蓋本體，其係在從圓形板之周緣部垂設的環 狀側壁之內面側形成：能夠與形成於前述塑膠容器本體的 開口部之圓筒側壁外面的公螺紋部螺合的母螺紋部；以及 內栓構件，其係垂設在該圓形板的下面中央部俾與前述長 條狀流路構件的液吐出口嵌合。 本發明的附內栓蓋之第2態樣，作爲更佳的構造，前 述內栓構件’係具有：垂設在前述圓形板之下面中央部的 圓柱狀垂下部；以及垂設在該圓柱狀垂下部之下端圓周緣 部的柔軟性圓筒狀嵌合部。由於前述柔軟性圓筒狀嵌合部 ’係下端部成爲自由端，所以具有極高的柔軟性。在將嵌 合於長條狀流路構件的液吐出口之狀態的內栓構件從該液 吐出口拔除時僅設置有圓柱狀垂下部作爲內栓構件的構造 之情況下，由於圓柱狀垂下部的上部係被固定著，且其下 端部分爲硬質，可動性極少，所以有發生以下的不良情形 :該圓柱狀垂下部因緊緊地嵌在該液吐出口而不易拔出會 -13- 201249542 與長條狀流路構件一起拔出等。另一方面，當形成在該圓 柱狀垂下部之下端設置具有柔軟性的圓筒狀嵌合部作爲內 栓構件的構造時’有以下的優點：將嵌合於長條狀流路構 件的液吐出口之狀態的內栓構件從長條狀流路構件的液吐 出口拔除時藉由圓筒狀嵌合部的柔軟作用而不會緊緊地嵌 在該液吐出口，即便多少存在成形時的不均等，亦可從該 液吐出口簡單地拔除。 本發明之密封狀態的塑膠容器，其特徵爲：將前述黏 性液體塡充於前述塑膠容器本體的內部，且將藉由蓋來閉 塞塑膠容器本體之開口部而成的本發明之塑膠容器，收容 於藉由濕氣或氧不穿透性材料而形成的濕氣或氧不穿透性 袋體並形成密封狀態而成。作爲前述蓋，合適使用前述的 本發明之附內栓蓋。較佳是使用前述的本發明之附內栓蓋 作爲前述蓋，且藉由前述內栓構件來閉塞前述長條狀流路 構件的液吐出口而成。作爲前述濕氣或氧不穿透性材料， 合適使用含有至少1層鋁箔層而成的多層薄片狀材料。 本發明之捆包狀態的塑膠容器，其特徵爲：藉由瓦楞 紙板來捆包上述的本發明之密封狀態的塑膠容器並形成捆 包狀態而成。 (發明效果） 依據本發明的塑膠容器，則在藉由加壓來壓扁具有柔 軟性的塑膠容器本體以將該黏性液體從開口部加壓吐出的 塑膠容器中，該塑膠容器本體係開穿有開口部並且在內部 -14- 201249542 塡充有黏性液體、尤其是具有濕氣硬化型之接著性的硬化 性組成物或具有氧硬化型之接著性的硬化性組成物’以延 伸出至前述塑膠容器本體的內部之方式於前述開口部安裝 長條狀流路構件，該長條狀流路構件係在前述黏性液體被 加壓吐出時成爲該黏性液體的流路，且在塑膠容器本體被 壓扁時，完全沒有該黏性液體的流路被閉塞的不良情形， 更且在前述塑膠容器本體藉由加壓而被壓扁使得收納於其 內部的黏性液體全部加壓吐出之後，該被壓扁的塑膠容器 本體和前述長條狀流路構件能夠一同廢棄，藉此可達成以 下的效果：可消除在重複使用吸入軟管等的管構件時因附 著於管構件的黏性液體、尤其晕具有濕氣硬化型之接著性 的硬化性組成物或具有氧硬化型之接著性的硬化性組成物 飛散而造成周圍污染的原因之情形。 本發明的長條狀流路構件，係在本發明的塑膠容器中 安裝於塑膠容器本體的開口部而使用或安裝於藉由既存的 加壓使液體內容物擠壓吐出的型式之塑膠容器的開口部而 使用，藉此可達成以下的效果：能夠不留下殘留物而有效 率地擠壓吐出塑膠容器的液體內容物。 依據本發明的塗佈裝置，則由於配置有本發明的塑膠 容器’所以能夠不留下殘留物而有效率地擠壓吐出液體內 容物的擠壓吐出，因而可達成以下的效果：可提高塗佈效 率且可消除在作爲內容物的黏性液體、尤其是具有濕氣硬 化型之接著性的硬化性組成物或具有氧硬化型之接著性的 硬化性組成物飛散而造成周圍污染的原因之情形。 -15- 201249542 通常在保存塡充有黏性液體的塑膠容器之情況或在進 行塗佈作業的現場等搬運的情況下係以蓋來閉塞塑膠容器 的開口部。在該情況下，當對於本發明的構造之塑膠容器 的開口部及長條狀流路構件的液吐出口之閉塞使用一般構 造的蓋時，黏性液體會在拆下蓋時附著於抵接於該液吐出 口的圓形板之內面部分，並且位在長條狀流路構件的內周 面之上端部。自此狀態將液送管手段連通於長條狀流路構 件，且安裝固定構件、附貫通孔蓋構件及緊固構件並進行 黏性液體的加壓吐出作業，接著，當加壓吐出作業結束並 拆除液送管手段、固定構件、附貫通孔蓋構件及緊固構件 時，固定構件的圓筒基體之下端錐形部的外周面就會因黏 性液體附著而受到污染。該附著的黏性液體當隨著時間經 過而硬化時就難以進行該下端錐形部和長條狀流路構件的 上端錐形部之嵌合，當情形變得嚴重時就會呈無法嵌合的 狀態，而發生在下次使用時產生不良情形、或無法使用的 缺點。 爲了消除因如上述之一般構造的蓋之使用而造成的缺 點，本發明人提出一種具有蓋本體及內栓構件的第1態樣 之附內栓蓋，該蓋本體係在從圓形板之周緣部垂設的環狀 側壁之內面側形成：能夠與形成於前述塑膠容器本體的開 口部之圓筒側壁外面的公螺紋部螺合的母螺紋部，該內栓 構件係垂設在該圓形板的下面中央部俾與前述長條狀流路 構件的液吐出口嵌合。當對於本發明的構造之塑膠容器的 開口部及長條狀流路構件的液吐出口之閉塞使用本發明之 -16- 201249542 第1態樣的附內栓蓋時，內栓構件就變成嵌入於長條狀流 路構件的貫通流路之上端部分的狀態，而不會在該貫通流 路之上端部分入侵黏性液體，且黏性液體不會附著於貫通 流路之上端部分。因而，在拆下附內栓蓋時，在貫通流路 之上端部分不存在黏性液體，也不會發生污染，變成乾淨 的狀態。 自此狀態將液送管手段連通於長條狀流路構件，且安 裝固定構件、附貫通孔蓋構件及緊固構件並進行黏性液體 的加壓吐出作業，接著，在加壓吐出作業結束並拆除液送 管手段、固定構件、附貫通孔蓋構件及緊固構件後的狀態 下，在固定構件的圓筒基體之下端錐.形部的外周面不會存 在黏性液體，而處於乾淨的狀態。因而，有以下的優點： 即便在下次使用時也與初次使用同樣可沒有任何的不良情 形地使用。 更且，本發明人，提出具有圓柱狀垂下部及柔軟性圓 筒狀嵌合部作爲前述內栓構件的第2態樣之附內栓蓋的構 造作爲更佳的附內栓蓋之構造，該圓柱狀垂下部係垂設於 前述圓形板的下面中央部，該柔軟性圓筒狀嵌合部係垂設 於該圓柱狀垂下部的下端圓周緣部。當對於本發明的構造 之塑膠容器的開口部及長條狀流路構件的液吐出口之閉塞 使用本發明之第2態樣的附內栓蓋時，內栓構件就變成嵌 入於長條狀流路構件的貫通流路之上端部分的狀態，而不 會在該貫通流路之上端部分入侵黏性液體，且黏性液體不 會附著於貫通流路之上端部分。因而，在拆下附內栓蓋時 -17- 201249542 ，在貫通流路之上端部分不存在黏性液體，也不會發生污 染，變成乾淨的狀態。 自此狀態將液送管手段連通於長條狀流路構件，且安 裝固定構件、附貫通孔蓋構件及緊固構件並進行黏性液體 的加壓吐出作業，接著，在加壓吐出作業結束並拆除液送 管手段、固定構件、附貫通孔蓋構件及緊固構件後的狀態 下，在固定構件的圓筒基體之下端錐形部的外周面不會存 在黏性液體，而處於乾淨的狀態。因而，有以下的優點： 即便在下次使用時也與初次使用同樣可沒有任何的不良情 形地使用。 另外，如前述般，在將嵌合於長條狀流路構件的液吐 出口之狀態的內栓構件從該液吐出口拔除時僅設置有圓柱 狀垂下部作爲內栓構件的構造之情況下，由於圓柱狀垂下 部的上部係被固定著，且其下端部分爲硬質，可動性極少 ，所以有發生以下的不良情形：該圓柱狀垂下部因緊緊地 嵌在該液吐出口而不易拔出會與長條狀流路構件一起拔出 等，在本發明之第2態樣的附內栓蓋中作爲內栓構件者係 形成在該圓柱狀垂下部的下端設置具有柔軟性的圓筒狀嵌 合部之構造，由於該柔軟性圓筒狀嵌合部，其下端部係成 爲自由端，所以具有極高的柔軟性，故而有以下的優點： 將嵌合於長條狀流路構件的液吐出口之狀態的內栓構件從 長條狀流路構件的液吐出口拔除時藉由圓筒狀嵌合部的柔 軟作用而不會緊緊地嵌在該液吐出口，即便多少存在成形 時的不均等亦可從該液吐出口簡單地拔除。 -18- 201249542 通常在保存塡充有黏性液體的塑膠容器之情況或在進 行塗佈作業的現場等搬運的情況下係以蓋來閉塞塑膠容器 的開口部。然而，由於塑膠容器的塑膠容器本體係由聚乙 烯薄膜（水分或濕氣、氧會穿過）所形成，所以存在於空 氣中的的水分或濕氣'氧會入侵於塑膠容器內。雖然在短 時間放置於空氣中的情況不會發生問題，但是當長時間放 置於空氣中時就會發生以下的不良情形：在濕氣及氧硬化 型之黏性液體的情況下硬化反應會藉由入侵於內部的水分 或濕氣、氧而進行。 本發明之密封狀態的塑膠容器，由於是容納於例如由 含有至少1層不使水分或濕氣、氧通過的鋁箔層而成之多 層薄片狀材料等所製作成的濕氣或氧不穿透性袋體內並將 本發明的塑膠容器形成密封狀態，所以塡充於塑膠容器內 的黏性液體不會接觸到空氣中的濕氣或氧，而可迴避接觸 到濕氣或氧而硬化的意外事件。 本發明之捆包狀態的塑膠容器，係藉由瓦楞紙板來保 護捆包上述的本發明之密封狀態的塑膠容器，且有以下的 優點：可將密封狀態的塑膠容器在途中以塑膠容器或濕氣 或氧不穿透性袋體不破裂或破壞的方式在保護捆包狀態下 安全地搬運至進行塗佈作業的現場。 【實施方式】 以下雖然是根據附圖中之第1圖至第23圖以及第28 圖至第42圖說明本發明的實施形態，但是此等爲例示顯 -19- 201249542 示’只要在未脫離本發明的技術思想當然能夠進行各種變 化。 第1圖係顯示將本發明的塑膠容器設置於加壓槽之內 部的1個實施形態之剖面說明圖，且顯示將黏性液體滿槽 (full tank)塡充於塑膠容器本體的狀態。在第1圖中， 符號10爲本發明的塑膠容器，且具有塑膠容器本體12。 該塑膠容器本體12雖然是以能夠藉由加壓而壓扁的方式 藉由具有柔軟性的塑膠材料、例如聚乙烯或聚丙烯等所形 成’但是從柔軟性、經濟性及成形容易度來看，以軟質聚 乙烯特別適合。在該塑膠容器本體12的上部係開穿有開 口部14。在該塑膠容器本體12的內部係能夠塡充黏性液 體16。在該塑膠容器本體12的內部塡充有黏性液體16的 情況下’當從該塑膠容器本體12的外側施加壓力時，該 塑膠容器本體12就會藉由加壓而變形·縮小，且作用爲： 最終被壓扁而使內部的黏性液體16從前述開口部14透過 液送管手段20加壓吐出。作爲該液送管手段20的材質係 以鐵氟龍（Teflon :註冊商標）較爲適合。 作爲黏性液體16，係能夠適用黏度爲5至50 0Pa · s/2 3°C、較佳爲 10 至 lOOPa . s/23°C、更佳爲 15 至 60Pa · s/2 3 °C的黏性液體。作爲前述黏性液體1 6，係特別適合使 用具有接著性的硬化性組成物》作爲具有該接著性的硬化 性組成物，係可列舉例如接著劑、密封材、封膠材（ potting material)等。前述黏性液體的消黏時間（tack-free time: TFT) ’適合爲0至60分鐘、較佳爲〇至l〇 -20- 201249542 分鐘、更佳爲〇至3分鐘的範圍。在本發明中，當黏度及 消黏時間適用於上述範圍的黏性液體時，則比習知品還可 達成不易污染的甚大效果。 作爲具有前述接著性的硬化性組成物，較佳爲使用濕 氣硬化型或氧硬化型等接觸到空氣就能夠在常溫下硬化的 常溫硬化型之硬化性組成物，尤其是更佳爲使用改質矽氧 (modified silicone)系、聚胺醋（polyurethane)系、砂 氧系等的濕氣硬化型接著劑。 符號1 8爲長條狀流路構件，且構成爲具有以下的功 能：以延伸出至前述塑膠容器本體12的內部之方式安裝 於前述開口部1 4且在前述黏性液體1 6被加壓吐出時形成 確保該黏性液體1 6的流路。該長條狀流路構件1 8係只要 以形成黏性液體的流路之方式而作用即可，雖然可如後述 般地考慮各種形態，但是在第1圖之圖示例中，係顯示具 有：上端安裝部24 ;以及長條狀流路部26a，其係由以延 伸出至前述塑膠容器本體12的內部之方式一體地安裝於 該安裝部24的長條狀圓柱管體3 0a所構成，且在該長條 狀圓柱管體3 0a的側壁開設有1個或複數個（圖示例中爲 複數個）流路孔32的構造。符號28爲該長條狀流路構件 1 8的下端開口端部。 長條狀流路構件的材質，雖然只要能夠成形而不做特 別選擇，但是從勘合的容易度來看，具有柔軟性的塑膠材 料、例如聚乙烯或聚丙烯、尼龍、氟橡膠、矽膠、EPDM 、SBS、SIS、SEBS等爲佳，而從容易進行射出成形、廉 -21 - 201249542 價方面來看，聚乙烯或聚丙烯等的烯烴（olefin )樹脂更 佳，尤其是既柔軟又廉價的軟質聚乙烯爲佳。長條狀流路 構件係只要在上端安裝部由單純的圓柱（旋轉體）構造所 構成時適當地選定長條狀流路部之形狀，即可藉由成爲單 純的模具構造，且與上述的材質之選定組合，而廉價地製 造長條狀流路構件。 在第1圖中，符號22爲加壓槽，且構成爲：從壓縮 空氣供給手段（未圖示）透過空氣供給管21導入加壓空 氣至內部。本發明的塑膠容器10係在使用時，以設置於 該加壓槽22內的狀態來使用，且如第2圖所示，進行以 下的作用：從該塑膠容器1 0的外側施加壓力（例如，加 壓條件0.3至0.6MPa)並將該塑膠容器本體12加壓變形 以將內部的黏性液體16從前述開口部14透過液送管手段 20來吐出，最終如第3圖所示地，前述塑膠容器本體12 受到加壓而完全被壓扁，以使收納於其內部的黏性液體1 6 可全部吐出地作用。並且如第3圖所示完全被壓扁的塑膠 容器10、換言之塑膠容器本體12和前述長條狀流路構件 1 8將不再利用，而能夠在保持壓扁的狀態下進行廢棄處分 。例如，再利用長條狀流路構件1 8時，雖然將使用後的 長條狀流路構件18從塑膠容器本體12拔除而使用，但是 當時附著於長條狀流路構件18的黏性液體會飛散於周圍 而造成污染的原因，可是在本發明中由於長條狀流路構件 18也能夠與塑膠容器本體12 —起直接地廢棄所以具有完 全沒有該種污染發生的優點。 -22- 201249542 第4圖係顯示本發明的塑膠容器中使用的長條狀流路 構件之第1例的說明圖；其中（a )爲上面說明圖；（b ) 爲剖面說明圖。第5圖係顯示與第4圖同樣的長條狀流路 構件之圖式；其中（a)爲顯示全體的立體說明圖；（b) 爲省略上端部且僅顯示長條部的立體說明圖。前述長條狀 流路構件1 8 ’係如第4圖及第5圖所示，具有：上端安裝 部24，其係安裝於前述塑膠容器本體12的開口部14且在 中央部開設有液吐出口 23;以及長條狀流路部26a，其係 以延伸出至前述塑膠容器本體12的內部之方式一體地安 裝於該安裝部24且於中心部開設有貫通流路25a。 前述上端安裝部24係具有：形成液吐出口 23的內周 壁27;以及設置於從該內周壁27藉由支撐壁29隔著預定 間隔而間離之位置的外周壁3 1。該內周壁2 7的內徑係成 爲上部部分比下部部分還大徑並且該內周壁的上端面係成 爲朝向內側傾斜的錐形部33。該外周壁3 1的上端部係朝 向外側折彎而形成外周段部3 5。藉由將該外周段部3 5嵌 合於前述塑膠容器本體12的開口部14之外周緣部而可將 該長條狀流路構件1 8裝卸自如地安裝於該開口部1 4。 由於該塑膠容器本體12的開口部14係形成寬口，所 以當形成將該長條狀流路構件1 8裝卸自如地安裝於該開 口部1 4的構成時，就可以不嵌裝該長條狀流路構件1 8的 狀態，將黏性液體1 6注入於該塑膠容器本體1 2內時從寬 口的開口部1 4有餘裕地注入黏性液體1 6，且只要設爲在 注入結束後將該長條狀流路構件1 8嵌裝於該開口部1 4的 -23- 201249542 順序，就具有可毫無任何障礙地進行黏性液體的注入作業 之優點。另一方面，當事前將該長條狀流路構件18安裝 於開口部14時，黏性液體16就會透過該長條狀流路構件 18之開口成窄幅的液吐出口 23而注入黏性液體16，且該 注入作業比利用寬口的開口部14來注入的情況還會有在 注入作業中發生障礙的不良情形。 前述長條狀流路構件1 8，係必須作用如下：即便在塑 膠容器本體12最終被壓扁的狀態下，殘留於塑膠容器本 體12的內部之黏性液體16仍能夠吐出或排出。在第1圖 至第5圖之例中，作爲長條狀流路構件18的長條狀流路 部26a係顯示在將下端當作開口端部28的長條狀圓柱管 體30a之側壁開設有1個或複數個（圖示例中爲複數個） 流路孔3 2的構造。依據該構造的長條狀流路構件1 8，則 即便塑膠容器本體12被壓扁，下端的開口端部28及1個 或複數個流路孔3 2之任一方也能夠維持開口狀態並起確 保黏性液體16的排出流路之作用。在上述的構成中，由 於上述的流路孔3 2係呈開口狀態，所以黏性液體1 6最初 會通過流路孔3 2接著通過前述液吐出口 2 3及前述開口部 14而最後透過液送管手段20而被加壓吐出。另外，只要 上述流路孔3 2充分地開口，則下端開口端部2 8的開口當 然就非爲必須，且即便閉鎖仍可進行充分的流路確保。 即便是在上述的塑膠容器本體12最終被壓扁的狀態 下，也起到能夠將殘留於塑膠容器本體12的內部之黏性 液體16吐出或排出之作用的長條狀流路部之構造，係除 -24- 201249542 了第4圖及第5圖所示的構造以外亦可考慮多種的態樣， 且於以下加以說明。 第6圖係顯示長條狀流路構件之第2例的圖式；其中 (a)爲省略上端部且僅顯示長條部的立體說明圖：（b) 爲顯示塑膠容器本體在藉由加壓而被壓扁之狀態下的流路 之形成狀態的上面說明圖。作爲第6圖所示的長條狀流路 構件1 8之長條狀流路部26b，係顯示使用於中心部開設有 貫通流路25b並且將下端當作開口端部28且於下端側壁 部開穿有切口部37的長條狀圓柱管體30b之構造。該切 口部37係穿設有1個或複數個。即便在此構造的情況， 也可如第6圖（b)所示，即便在塑膠容器本體12藉由加 壓而被壓扁的狀態下也可進行流路之形成，且即便塑膠容 器本體12被壓扁，下端的開口端部28及1個或複數個切 口部3 7之任一方也能夠維持開口狀態並起確保黏性液體 16的排出流路之作用。另外，只要上述切口部37充分地 開口’則下端開口端部28的開口當然就非爲必須，且即 便閉鎖仍可進行充分的流路確保。 第7圖係顯示長條狀流路構件之第3例的圖式；其中 (a)爲省略上端部且僅顯示長條部的立體說明圖；（b) 爲顯示塑膠容器本體在藉由加壓而被壓扁之狀態下的流路 之形成狀態的上面說明圖。作爲第7圖所示的長條狀流路 構件1 8之長條狀流路部26c，係顯示使用於中心部開設有 貫通流路25c並且將下端當作開口端部28且於下端側壁 部開穿有切口部37的長條狀角柱管體30c之構造。即便 -25- 201249542 在此構造的情況，也可如第7圖（b )所示，即便在塑膠 容器本體12藉由加壓而被壓扁的狀態下也可進行流路之 形成，且即便塑膠容器本體12被壓扁，下端的開口端部 2 8及1個或複數個切口部3 7之任一方也能夠維持開口狀 態並起確保黏性液體1 6的排出流路之作用。另外，只要 上述切口部3 7充分地開口，則下端開口端部2 8的開口當 然就非爲必須，且即便閉鎖仍可進行充分的流路確保》 第8圖係顯示長條狀流路構件之第4例的圖式，且爲 省略上端部而僅顯示長條部的立體說明圖。作爲第8圖所 示的長條狀流路構件1 8之長條狀流路部26d，係顯示使用 於中心部開設有貫通流路25d並且在將下端當作開口端部 28的長條狀圓柱管體30d之側壁開設有1個或複數個開縫 (slit) 39的構造。依據該構造的長條狀流路構件18，則 即便塑膠容器本體12被壓扁，下端的開口端部28及1個 或複數個開縫3 9之任一方也能夠維持開口狀態並起確保 黏性液體16的排出流路之作用》另外，只要上述開縫39 充分地開口，則下端開口端部28的開口當然就非爲必須 ，且即便閉鎖仍可進行充分的流路確保。 第9圖係顯示長條狀流路構件之第5例的圖式；雖然 其中（a)爲省略上端部且僅顯示長條部的立體說明圖； (b)爲顯示塑膠容器本體在藉由加壓而被壓扁之狀態下 的流路之形成狀態的上面說明圖；以及（c )爲與（b )同 樣的圖式，但是其爲僅有周邊部的4點作用於流路形成的 上面說明圖。作爲第9圖所示的長條狀流路構件1 8之長 -26- 201249542 條狀流路部26e係從中心部相互以等間隔（與直角交叉的 狀態）突出成輻射狀地設置有4片板狀體36，且具有板狀 體36配置成上面十字狀的形狀。依據該構造的長條狀流 路構件18，則即便塑膠容器本體12被壓扁，如第9圖（b )所示，藉由4片板狀體36而形成的4個空間38也能夠 不被閉塞地維持開口狀態並起確保黏性液體1 6的排出流 路之作用。雖然第9圖（b)係就配置有上面十字狀板狀 體的形狀加以圖示，但是並沒有必要一定配置上面十字狀 板狀體，如第9圖（c )所圖示，即便從上面來看僅存在 周邊部之4點的流路形成點3 6a也能夠形成流路。 第1 0圖係顯示長條狀流路構件之第6例的圖式；雖 然其中（a)爲省略上端部且僅顯示長條部的立體說明圖 ;(b)爲顯示塑膠容器本體在藉由加壓而被壓扁之狀態 下的流路之形成狀態的上面說明圖；以及（c )爲與（b ) 同樣的圖式，但是其爲僅有周邊部的4點作用於流路形成 的上面說明圖。作爲第10圖所示的長條狀流路構件18之 長條狀流路部26f係相對向於板狀支撐柱42的兩端而設 置有2片板狀體40，且具有板狀體40及板狀支撐柱42配 置成上面Η字狀的形狀。依據該構造的長條狀流路構件 18，則即便塑膠容器本體12被壓扁，如第10圖（b)所 示，藉由2片板狀體40及板狀支撐柱42而形成的2個空 間4 4也能夠不被閉塞地維持開口狀態並起確保黏性液體 1 6的排出流路之作用。雖然第1 〇圖（b )係就板狀體40 及板狀支撐柱42配置成上面Η字狀的形狀加以圖示’但 -27- 201249542 是並沒有必要一定將板狀體40及板狀支撐柱42配置成上 面Η字狀’如第1〇圖（C)所圖示，即便從上面來看僅存 在周邊部之4點的流路形成點4 0 a也能夠形成流路》 第11圖係顯示長條狀流路構件之第7例的圖式，且 爲顯示塑膠容器本體在藉由加壓而被壓扁之狀態下的流路 之形成狀態，並顯示僅有周邊部的6點作用於流路形成的 上面說明圖。在第9圖及第1〇圖中雖然已說明藉由在周 邊部形成4點的流路形成點，則即便塑膠容器本體1 2被 壓扁，也可藉由此等的4點流路形成點之存在而確保流路 ，但是在第Π圖中，係顯示形成6點的流路形成點45之 情況爲例。另外，形成流路之確保的點數並非被限定於4 點或6點，只要爲形成多角形，則當然也可藉由形成更多 的流路形成點來確保流路。 第12圖係顯示長條狀流路構件之第8例的圖式，且 爲省略上端部而僅顯示長條部的立體說明圖。作爲第12 圖所示的長條狀流路構件18之長條狀流路部26g係顯示 使用將線條體當作形成螺旋狀而成的螺旋狀線狀體46、且 將該螺旋狀線狀體46的中央部空洞48當作流路空間而於 下端形成開口端部50且於線狀體間形成預定之空隙52的 構造。在此構造的情況下，即便在塑膠容器本體12藉由 加壓而被壓扁的狀態下藉由螺旋狀線狀體46而形成的中 央部空洞48也不會被閉塞而下端開口端部50及空隙52 能夠維持開口狀態並起確保黏性液體1 6的排出流路之作 用。 -28- 201249542 第1 3圖係顯示長條狀流路構件之第9例的圖式，且 爲省略上端部而僅顯示長條部的立體說明圖。作爲第13 圖所示的長條狀流路構件1 8之長條狀流路部26h，係顯示 使用將網眼（mesh )體當作形成圓筒狀而成的網眼圓筒體 53、將該網眼圓筒體53的中央部空洞54當作流路空間並 於下端形成開口端部56且於網眼圓筒體53形成多數個網 眼空隙58的構造。在此構造的情況下，即便在塑膠容器 本體12藉由加壓而被壓扁的狀態下藉由網眼圓筒體53而 形成的中央部空洞54也不會被閉塞而下端開口端部56及 網眼空隙5 8能夠維持開口狀態並起確保黏性液體1 6的排 出流路之作用。 作爲前述黏性液體1 6，係在將與空氣中之濕氣接觸而 硬化之具有濕氣硬化型之接著性的硬化性組成物或與空氣 中之氧接觸而硬化之具有氧硬化型之接著性的硬化性組成 物當作適用對象的情況時，由於可完全地防止因如前述的 黏性液體之飛散而造成的污染發生且在進行上述的硬化性 組成物之塗佈作業時可簡化該塗佈作業所以能夠進行較大 的作業改善。 接著，根據第14圖就使用本發明的塑膠容器並進行 黏性液體的塗佈之本發明的塗佈裝置加以說明。第1 4圖 係顯示本發明的塗佈裝置之槪略構成的說明圖。在第14 圖中，符號60爲本發明的塗佈裝置，且具有加壓槽22» 在該加壓槽22內係設置有本發明的塑膠容器10。該塑膠 容器1 〇係具有塑膠容器本體1 2及長條狀流路構件1 8。符 -29- 201249542 號62爲壓縮空氣供給手段，且進行透過空氣供給管2i而 供給壓縮空氣至前述加壓槽22內的作用。符號20爲供給 黏性液體的液送管手段，而該液送管手段20的一端係連 通於塑膠容器本體12的開口部14，且在該液送管手段20 的另一端係連接有塗佈噴嘴手段64，且進行將塡充於該塑 膠容器10的黏性液體供給至塗佈噴嘴手段64的作用。符 號66、68爲連接壓縮空氣供給手段62和塗佈噴嘴手段64 的開啓側空氣供給管及封閉側空氣供給管，且分別進行塗 佈噴嘴手段64的接通/斷開（ΟΝ/OFF)。 前述塑膠容器1 0的長條狀流路構件1 8，係如前述般 ，具有：上端安裝部24，其係裝卸自如地安裝於前述塑膠 容器本體12的開口部14且在中央部開設有液吐出口 23; 以及長條狀流路部26a，其係以延伸出至前述塑膠容器本 體12的內部之方式一體地安裝於該安裝部24，且構成爲 :該長條狀流路構件1 8裝卸自如地安裝於該開口部1 4。 合適如下的方式：將該長條狀流路構件1 8的上端安裝部 24嵌裝於該塑膠容器本體12的開口部14，且將前述液送 管手段20插通於該上端安裝部24的液吐出口 23，藉由第 15圖所示之構成的密封插設手段70使該液送管手段20以 密封狀態插設於該液吐出口 23。 藉由第15圖及第16圖就前述密封插設手段70加以 說明。該密封插設手段70係具有固定構件72。該固定構 件72，係具有以下的構成：具有於中央部開設有插通口 73的圓筒基體74，且在該圓筒基體74的下部外面形成環 -30- 201249542 狀鍔部75，而該圓筒基體74和該環狀鍔部75的下面形狀 係以具有與前述長條狀流路構件18的上端安裝部24之上 面形狀對應的形狀之方式形成且在該環狀鍔部75的上面 形成承接段部76並且在該圓筒基體74的上部外面形成公 螺紋部7 8。在該圓筒基體7 4的下端部係形成有朝向內側 傾斜的錐形部79。符號80爲附貫通孔蓋構件，且在圓形 板82的中央部開穿有抵接於前述承接段部76的貫通孔84 且在從該圓形板82之周緣部垂設的環狀側壁86之內面側 形成有：能夠與形成於前述塑膠容器本體12的開口部14 之圓筒側壁14a外面的公螺紋部14b螺合的母螺紋部88。 符號90爲緊固構件，且具有在中心部穿設有中心孔92的 圓筒構件91，而在該圓筒構件91的內周面之下部部分係 形成有緊固母螺紋部94。該緊固構件90的中心孔92之上 部部分’係如第1 6圖所示，以直徑朝向上部慢慢地變小 的方式而形成。 就使用上述的密封插設手段70使前述液送管手段20 以密封狀態插設於前述液吐出口 2 3的態樣加以說明。使 前述固定構件72抵接於前述長條狀流路構件18的上端安 裝部24之上面’透過前述緊固構件90的中心孔92及前 述固定構件72的插通口 73將前述液送管手段2〇插入於 前述長條狀流路構件1 8的上端安裝部2 4之液吐出口 2 3， 在使前述附貫通孔蓋構件80的貫通孔84插通抵接於前述 承接段部7 6的狀態下使該附貫通孔蓋構件8 〇的母螺紋部 8 8螺合於前述塑膠容器本體1 2的開口部1 4之圓筒側壁 -31 - 201249542 固 固 j 狀 上 > 94 可 和 端 及 離 部 朝 的 〇 上 27 相 看 方 貫 14a的公螺紋部14b並以螺釘予以鎖緊，接著使前述緊 構件90的中心孔之內面的緊固母螺紋部94螺合於前述 定構件72之上部外面的公螺紋部78並以螺釘予以鎖緊 藉此該液送管手段20可在密封狀態下插設於前述長條 流路構件18的上端安裝部24之液吐出口 23。另外，如 述般由於前述中心孔92之直徑係朝向上部慢慢地變小 所以藉由在上述公螺紋部78以螺釘鎖緊上述母螺紋部 ，該固定構件72的插通口 73之上部就會被夾擠，結果 鎖緊固定液送管手段20，藉此起到密閉液送管手段20 固定構件72之間的作用。 第15圖及第16圖所示之長條狀流路構件18的上 安裝部24，係具有：形成液吐出口 23的內周壁27 ;以 設置於從該內周壁27藉由支撐壁29隔著預定間隔而間 之位置的外周壁3 1，而該內周壁27的內徑係成爲上部 分比下部部分還大徑並且該內周壁27的上端面係成爲 向內側傾斜的錐形部3 3。另一方面，前述固定構件72 圓筒基體74之下端部係成爲朝向內側傾斜的錐形部79 因而，當將該固定構件7 2抵接於長條狀流路構件1 8的 端安裝部24時，就如第15圖所示，成爲：該內周壁 的上端錐形部33和該圓筒基體74的下端錐形部79會 互抵接而可形成密封狀態的構造。 作爲前述固定構件72的材質，從強韌性的方面來 較佳爲6-尼龍，又從已附著的黏性液體之擦拭容易度的 面來看合適使用高密度聚.乙烯（HDPE )。作爲前述附 -32- 201249542 通孔蓋構件80的材質係只要使用硬質聚乙烯即可，而作 爲緊固構件90的材質則較佳爲具有潤滑性的聚縮醛共聚 合物（polyacetal)。 另外，在第15圖的圖示例中，雖然液送管手段20的 下端部係設定爲與固定構件72的圓筒基體74之下端面成 爲同一平面，但是藉由如此地構成爲該液送管手段20的 下端部從固定構件72朝向下方垂下而不成爲自由端，就 有以下的優點：由於黏性液體16從該液送管手段20的下 端飛散受到限制所以大幅地消除污染的發生。另外，雖然 也可將該液送管手段20垂下至可供該液送管手段20的下 端部插入於長條狀流路構件18的液吐出口 23內的程度， 但是將垂下的長度形成越小，污染的發生就越少。雖然在 以下的圖示例中，液送管手段20的下端部之設定也是與 第1 5圖同樣地進行，但是省略再一次的說明。 第15圖所示的長條狀流路構件18的上端安裝部24 之上面形狀和固定構件72的下面形狀之組合，除了可考 慮第15圖之例以外，還可藉由第17圖至第21圖來做更 進一步說明。 第1 7圖所示的構造例，除了長條狀流路構件1 8的上 端安裝部24之內周壁27的上端錐形部33和固定構件72 的圓筒基體74之下端錐形部79的錐形之傾斜方向與第1 5 圖中的該等倒轉且該內周壁27的內徑成爲上部部分和下 部部分相同直徑以外，其餘具有與第1 5圖同樣的構成。 在此情況下，與第1 5圖的情況相反，當將該固定構件72 -33- 201249542 抵接於長條狀流路構件18的上端安裝部24時，就如第17 圖所示，成爲：該內周壁27的上端錐形部33和該圓筒基 體74的下端錐形部79會相互抵接而可形成密封狀態的構 造。 第1 8圖所示的構造例，係可省略長條狀流路構件1 8 的上端安裝部24之內周壁27的設置，且除了液吐出口 23 的直徑比貫通流路25a的直徑還大且固定構件72的圓筒 基體74之下端部長度延長至支撐壁29之下方以外，其餘 具有與第15圖同樣的構成。在此情況下，成爲：該圆筒 基體74的下端錐形部79抵接於支撐壁29的內周緣部而 可形成密封狀態的構造。 第19圖所示的構造例，係使第17圖的構造例更進一 步變化者，且省略固定構件72的圓筒基體74之下端錐形 部79並將圓筒基體74的下面整體形成同一表面，且構成 爲：長條狀流路構件18的上端安裝部24之內周壁27的 上端錐形部33之上端抵接於上述圓筒基體74的下面。 第20圖及第21圖（a) 、（b)所示的構造例，係顯 示使用輔助環狀構件95而更進一步提高密封作用之例。 該輔助環狀構件95係於中心部具有貫通口 96，且在該下 端部外周面設置有環狀的錐形鍔部98。第20圖及第21圖 (a ) 、（ b )所示的構造例，雖然基本上是近似於第i 7 圖所示的構造例，但是不同點在於：在第17圖的構造例 中使固定構件72和緊固構件90螺合時，夾介存在有上述 的輔助環狀構件95來進行。又，雖然在第17圖的構造例 -34- 201249542 中，係構成爲：在固定構件72的圓筒基體74之上端部外 面形成有插入用錐形部74a，且圓筒基體74的前端部容易 插入於緊固構件90的中心孔92，但是在第20圖及第21 圖中，固定構件72的圓筒基體74之上端部係爲了要承接 上述的輔助環狀構件95的下端部之環狀錐形鍔部98，而 在該圓筒基體74的上端部內面形成有承接用錐形部74b。 又，形成以下的構成：在上述緊固構件90的圓筒構件91 之上端內周面形成有內周段部91a，且輔助環狀構件95插 通於該緊固構件90的中心孔92時該內周段部91a會抵接 於該環狀錐形鍔部9 8之上側並予以嵌合。另外，上述輔 助環狀構件95雖然也是只要以塑膠材料來形成即可，但 是較佳是以尼龍來形成。 在第21圖（a) 、（b)所示的構造例中，雖然已顯 示將輔助環狀構件95插通於緊固構件90的中心孔92之 構造’但是除了該輔助環狀構件95以外只要是扮演同樣 作用的構件則仍能夠使用，且也可適用單觸式接頭（〇 n e touch joint)機構，將其例顯示於第21圖（c)來加以說 明。在第21圖（c)中，符號120爲具備有單觸式接頭機 構的緊固構件，且具有附段差圓筒構件1 22。在該附段差 圓筒構件122係穿設有中心插通孔124。在該附段差圓筒 構件1 22的下部係形成有小徑圓筒部丨26，且在上部設置 有大徑圓筒段部128»在該小徑圓筒部126的內周面形成 有母螺紋部1 3 0。符號1 3 2係配置於該附段差圓筒構件 122的上部之環狀段部空間的襯塾（packing)。在該襯墊 -35- 201249542 132係鄰接安裝有鎖定爪（lock claw) 134。符號136爲 套筒（sleeve )，且進行按壓鎖定爪134的作用。符號 138爲壓緊塊且發生壓緊套筒136的效用。藉由如此的構 成’液送管手段20係以密封狀態插設於具備有單觸式接 頭機構的緊固構件120之中心插通孔124內。另外，單觸 式接頭的構造爲人週知者有各式各樣，且除了上述的構造 以外，也可適用日本特開平1-206196、實開平4-35669、 實用新案登錄第2575755號、實用新案登錄第2524012號 等公報所述的單觸式接頭之構造。 藉由上述的構成，來說明本發明的塗佈裝置之作用。 首先，當從前述壓縮空氣供給手段62透過空氣供給管21 供給壓縮空氣至前述加壓槽22內時，就如第1圖所示， 被設置於該加壓槽22內且以滿槽（full tank)狀態塡充有 黏性液體16的前述塑膠容器1〇會被加壓。其次，如第2 圖所示，該塑膠容器10藉由加壓而縮小變形並使其內部 的黏性液體16透過前述長條狀流路構件18而從該塑膠容 器〗〇吐出。接著，該被吐出的黏性液體16係透過液送管 手段20而從塗佈噴嘴手段64噴出並對預定部位塗佈該黏 性液體1 6。在該塗佈作業中，在黏性液體1 6被全部吐出 使用的狀態下，如第3圖所示，前述塑膠容器10就會藉 由加壓而被壓扁。在此時點已塡充於塑膠容器10的內部 之黏性液體16會全部被加壓吐出而不存在，且成爲僅有 殘留該被壓扁後的塑膠容器本體12和前述長條狀流路構 件1 8的狀態。然後，如第22圖所示，從加壓槽22的槽 -36- 201249542 本體22a拆下蓋體22b，接著從使用過的被壓扁後之狀 的塑膠容器10、換句話說塑膠容器本體12和長條狀流 構件1 8的合體物拔除固定構件72、附貫通孔蓋構件80 緊固構件90及液送管手段20的合體物並予以分離（第 圖及第23圖），而殘留於該槽本體22a內的塑膠容器 體1 2和長條狀流路構件1 8的合體物可進行廢棄處分。 欲從該被壓扁後之狀態的塑膠容器1〇取出長條狀流路 件18並予以再利用時，雖然會發生已附著於該長條狀 路構件1 8的黏性液體飛散而造成污染作業現場的原因 不良情形，但是在本發明中由於被壓扁後的塑膠容器10 換句話說塑膠容器本體1 2和長條狀流路構件1 8係以能 廢棄的方式形成，所以有可直接廢棄且不會發生如上述 染的優點。 另外，在不將本發明的長條狀流路構件設置於塑膠 器106內的裝置中，係將液送管手段11〇延伸至塑膠容 106內且插進黏性液體112中來使用。在此情況下雖然 發生以下事故的情況：當液送管手段1 1 0的前端被閉塞 由於可簡單地閉塞流路，所以塑膠容器106內的黏性液 1 1 2無法全量被排出等，但是即便黏性液體1丨2可被全 排出’如第24圖所示，當從加壓槽1〇2的槽本體l〇2a 下蓋體102b ’且從塑膠容器1〇6拔除液送管手段1 1〇時 了附著於液送管手段1 1 〇的黏性液體1 1 2會飛散的不良 形以外’爲了要預防該飛散也有必要從液送管手段丨i 〇 破布（waste )來擦拭黏性液體1 12，且有多費事的問題 態 路 、 22 本 當 構 流 之 、 夠 污 容 器 有 時 體 量 拆 除 情 用 -37- 201249542 更且，當時雖然只要擦拭乾淨即可，但是當重複使用次數 時無論如何黏性液體1 1 2 (例如，已硬化的接著劑）的渣 滓狀物也會附著於液送管手段，且再度使用液送管手段 110時該渣滓狀物就容易混入於黏性液體112中，而造成 塗佈噴嘴手段等之各構件等的堵塞原因，且發生無法進行 黏性液體1 1 2 (例如，接著劑）之塗佈等的不良情形。尤 其是，在濕氣硬化型接著劑方面容易出現接著劑的渣滓， 且塗佈噴嘴手段等之各構件等的堵塞會變得顯著而造成問 題。 更言之，在塗佈黏性液體、例如濕氣硬化型接著劑時 所使用.的加壓槽中，壓力一般使用0.3至0.6MPa左右。 因此，爲了承受該壓力且維持較高的密閉性加壓槽的蓋體 係以較厚且具有重量（例如，6至10kg左右的重量）的方 式而形成，因而，塑膠容器的切換作業通常是藉由3名作 業員（1名在將蓋體往上拿起的期間其餘的2名進行包含 長條的液送管手段之拔出插入在內的塑膠容器之交換）而 進行。在塗佈作業結束後等進行容納黏性液體的塑膠容器 之交換時，如第24圖所示，有必要進行以下的作業：拆 下蓋體並從塑膠容器拆下液送管手段而廢棄舊的塑膠容器 ，其次將新的塑膠容器收納在加壓槽內並將長條的液送管 手段插通於該塑膠容器，而會經常發生因黏性液體、例如 接著劑從該液送管手段的前端飛散而造成污染發生。又， 在使用硬化速度快（3分鐘至10分鐘硬化）的型式之濕氣 硬化型接著劑作爲黏性液體的情況時，由於被要求特別迅 -38- 201249542 速的作業所以該作業也會帶來困難。 如此僅使用習知的液送管手段之情況的各種問題係可 藉由設置有本發明的長條狀流路構件18之塑膠容器1〇的 使用而全部消除。例如，上述的塑膠容器之切換作業係如 上述般地由3名所進行，藉由應用本發明的塑膠容器’則 能夠由2名（1名在將蓋體往上拿起的期間其餘的1名進 行包含長條的液送管手段之拔出插入在內的塑膠容器之交 換）而進行》本發明的塑膠容器、長條狀流路構件及塗佈 裝置係可有效地消除在該業界從習知以來就是較大問題的 上述問題，且具有非常大的優點。作爲消除因該黏性液體 16從液送管手段20之前端部飛散而造成污染原因的問題 之一個手段，係如在第1 5圖之圖示例的說明中所述般’ 採用液送管手段20的前端部不從固定構件72朝向下方突 出的構成是有效的。 以下藉由第28圖至第39圖就以在本發明的塑膠容器 容納有黏性液體之狀態進行保存或搬運時爲了閉塞塑膠容 器本體的開口部而使用的蓋加以說明。第28圖至第30圖 係顯示藉由一般構造的蓋來閉塞塑膠容器本體12的開口 部14之情況。第28圖係顯示爲了閉塞本發明的塑膠容器 之塑膠容器本體的開口部而使用的一般蓋之構造的圖式； 其中（a)爲上面立體說明圖；（b)爲剖面說明圖。第29 圖係顯示藉由第28圖所示的蓋來閉塞塑膠容器本體的開 口部之狀態的圖式；其中（a)爲上面圖；（b)爲剖面說 明圖。第3 0圖係分解第29圖之各構件而顯示的分解說明 -39- 201249542 圖。 在第28圖至第30圖中，符號200爲一般構造的蓋。 該蓋200係具有：蓋本體208，其係在從圓形板202之周 緣部垂設的環狀側壁204之內面側形成母螺紋部206，該 母螺紋部206係能夠與形成於前述塑膠容器本體12的開 口部14之圓筒側壁14a外面的公螺紋部14b螺合。 如第29圖（b)所示，以在塑膠容器本體12的開口 部14將長條狀流路構件18夾介其上端安裝部24而安裝 的狀態，在該塑膠容器本體12的公螺紋部14b螺合蓋本 體208的母螺紋部206並予以緊固，藉此蓋200係起到安 裝於該塑膠容器本體12的開口部14並閉塞該開口部14 的作用。藉由在塑膠容器本體12的內部塡充黏性液體16 且以蓋200來閉塞開口部14而成爲封入有黏性液體16的 塑膠容器10。 藉由第37圖就藉由上述之一般構造的蓋200來閉塞 本發明之塑膠容器1 〇的開口部1 4之情況的作用加以說明 。第37圖係說明藉由一般構造的蓋來閉塞本發明之塑膠 容器的開口部時之因黏性液體而造成污染的狀態之剖面說 明圖；其中（a )係顯示以蓋來閉塞塑膠容器的開口部後 之狀態；（b )係顯示自（a )之狀態拆除蓋後的狀態：（ c)係顯示將液送管手段連通於長條狀流路構件，且安裝 固定構件、附貫通孔蓋構件及緊固構件並進行黏性液體1 6 之加壓吐出作業的狀態；（d )係顯示加壓吐出作業結束 並拆除固定構件、附貫通孔蓋構件及緊固構件後的狀態❶ •40- 201249542 如第37圖（a)所示，當對本發明構造之塑膠容器l〇 的開口部14之閉塞使用上述之一般構造的蓋200時，就 會在拆下蓋200時，如第37圖（b )所示’黏性液體16 會附著於與該液吐出口 23抵接的圓形板202之內面部分 ，並且位在長條狀流路構件18的內周面之上端部。自此 狀態，如第3 7圖（c )所示，將液送管手段20連通於長 條狀流路構件1 8，且安裝固定構件72、附貫通孔蓋構件 80及緊固構件90並進行黏性液體1 6的加壓吐出作業，接 著當加壓吐出作業結束並拆除液送管手段20、固定構件 72、附貫通孔蓋構件8 0及緊固構件90時，就如第3 7圖 (d )所示，在固定構件72的圓筒基體74之下端錐形部 79的外周面因附著黏性液體1 6而受到污染。當該附著的 黏性液體1 6隨著時間經過而硬化時該下端錐形部79和長 條狀流路構件18的上端錐形部33之嵌合就變得困難、或 當情形變得嚴重時會呈無法嵌合的狀態，且發生下次使用 時產生不良情形、或無法使用的缺點。 爲了消除因如上述之一般構造的蓋之使用而造成的缺 點’本發明人提出一種具有蓋本體208A及內栓構件210 的第1態樣之附內栓蓋200A，該蓋本體208A係在從圓形 板之周緣部垂設的環狀側壁之內面側形成：能夠與形成於 前述塑膠容器本體的開口部之圓筒側壁外面的公螺紋部螺 合的母螺紋部，該內栓構件係垂設在該圓形板的下面中央 部俾與則述長條狀流路構件的液吐出口嵌合。 藉由第31圖至第33圖說明本發明的附內栓蓋之第1 -41 - 201249542 態樣的構造例。第31圖係顯示爲了密閉本發明的塑膠容 器之塑膠容器本體的開口部而使用的本發明之附內栓蓋的 構造之1例的圖式；其中（a)爲上面立體說明圖；（b) 爲剖面說明圖。第32圖係顯示藉由第31圖所示的附內栓 蓋來閉塞塑膠容器本體的開口部之狀態的圖式；其中（a )爲上面圖；（b)爲剖面說明圖。第33圖係分解第32 圖之各構件而顯示的分解說明圖。 在第31圖至第33圖中，符號200A爲本發明之第1 態樣的附內栓蓋。該附內栓蓋200A，係具有：蓋本體 208A，其係在從圓形板202之周緣部垂設的環狀側壁204 之內面側形成有母螺紋部206，該母螺紋部206係能夠與 形成於前述塑膠容器本體12的開口部14之圓筒側壁14a 外面的公螺紋部I4b螺合。符號210爲內栓構件，且具有 垂設在前述圓形板202的下面中央部的圓柱狀垂下部210a ，而該圓柱狀垂下部2 1 0a係以與前述長條狀流路構件1 8 的液吐出口 23嵌合之方式而設置》 如第3 2圖（b )所示，以在塑膠容器本體12的開口 部14將長條狀流路構件18夾介其上端安裝部24而安裝 且使該內栓構件210的圓柱狀垂下部210a以與前述長條 狀流路構件18的液吐出口 23嵌合之方式位處的狀態，在 該塑膠容器本體12的公螺紋部14b螺合蓋本體208A的母 螺紋部206並予以緊固，藉此蓋200A係起到安裝於該塑 膠容器本體1 2的開口部1 4並閉塞該開口部1 4以及液吐 出口 23的作用。藉由在塑膠容器本體12的內部塡充黏性 -42- 201249542 液體16且以蓋200A來閉塞開口部14以及液吐出口 23而 成爲封入有黏性液體1 6的塑膠容器1 〇。 藉由第38圖就藉由上述之第1態樣的附內栓蓋200A 來閉塞本發明之塑膠容器1 〇的開口部1 4之情況的作用加 以說明。第3 8圖係說明藉由本發明之第1態樣的附內栓 蓋來閉塞本發明之塑膠容器的開口部時之因黏性液體而造 成污染的狀態之剖面說明圖；其中（a )係顯示以附內栓 蓋來閉塞塑膠容器的開口部後之狀態；（b )係顯示自（a )之狀態拆除附內栓蓋後的狀態；（c )係顯示將液送管 手段連通於長條狀流路構件，且安裝固定構件、附貫通孔 蓋構件及緊固構件並進行黏性液體1 6之加壓吐出作業的 狀態；（d )係顯示加壓吐出作業結束並拆除固定構件、 附貫通孔蓋構件及緊固構件後的狀態。 當對於本發明構造之塑膠容器10的開口部14及長條 狀流路構件1 8的液吐出口 23之閉塞使用本發明之第1態 樣的附內栓蓋200A時，就如第38圖（a)所示，內栓構 件210就變成嵌入於長條狀流路構件18的貫通流路25a 之上端部分的狀態，而不會在貫通流路25a之上端部分入 侵黏性液體16，且黏性液體不會附著於貫通流路25a之上 端部分。因而，如第38圖（b)所示，在拆下附內栓蓋 200A時’在貫通流路25a之上端部分不存在黏性液體16 ，也不會發生污染，變成乾淨的狀態。 自此狀態，如第3 8圖（c )所示，將液送管手段20 連通於長條狀流路構件丨8，且安裝固定構件72、附貫通 -43- 201249542 孔蓋構件80及緊固構件90並進行黏性液體1 6的加壓吐 出作業，接著，在加壓吐出作業結束並拆除液送管手段20 、固定構件72、附貫通孔蓋構件80及緊固構件90後的狀 態下，如第3 8圖（d )所示，在固定構件72的圓筒基體 74之下端錐形部79的外周面不會存在黏性液體16，而處 於乾淨的狀態。因而，有以下的優點：即便在下次使用時 也與初次使用同樣可沒有任何的不良情形地使用。 接著，本發明人，提出具有圓柱狀垂下部212a及柔 軟性圓筒狀嵌合部212b作爲前述內栓構件212的第2態 樣之附內栓蓋200B的構造作爲更佳的附內栓蓋之構造， 該圓柱狀垂下部21 2a.係垂設於前述圓形板的下面中央部 ，該柔軟性圓筒狀嵌合部212b係垂設於該圓柱狀垂下部 的下端0周緣部。藉由第34圖至第36圖說明本發明之附 內栓蓋的第2態樣之構造例。第3 4圖係顯示爲了密閉本 發明的塑膠容器之塑膠容器本體的開口部而使用的本發明 之附內栓蓋的構造之另一例的圖式：其中（a)爲上面立 體說明圖；（b )爲剖面說明圖。第35圖係顯示藉由第34 圖所示的附內栓蓋來密閉塑膠容器本體的開口部之狀態的 圖式；其中（a)爲上面圖；（b)爲剖面說明圖。第36 圖係分解第35圖之各構件而顯示的分解說明圖。 在第34圖至第36圖中，符號200B爲本發明之第2 態樣的附內拴蓋。該附內栓蓋20 0B，係具有：蓋本體 208B，其係在從圓形板202之周緣部垂設的環狀側壁204 之內面側形成有母螺紋部206，該母螺紋部206係能夠與 -44 - 201249542 形成於前述塑膠容器本體12的開口部14之圓筒側壁14a 外面的公螺紋部14b螺合。符號212爲內栓構件，且垂設 在該蓋本體208B的圓形板202之下面中央部俾與前述長 條狀流路構件1 8的液吐出口 2 3嵌合。該內栓構件2 1 2係 具有：圓柱狀垂下部212a，其係垂設於前述圓形板202的 下面中央部；以及柔軟性圓筒狀嵌合部212b，其係垂設於 該圓柱狀垂下部212a的下端圓周緣部。該柔軟性圓筒狀 嵌合部2 1 2b係以與前述長條狀流路構件1 8的液吐出口 23 嵌合之方式而設置。 如第3 5圖（b )所示，以在塑膠容器本體12的開口 部14將長條狀流路構件18夾介其上端安裝部24而安裝 且使該內栓構件212的圓柱狀垂下部212a以與前述長條 狀流路構件1 8的液吐出口 23嵌合之方式位處的狀態，在 該塑膠容器本體12的公螺紋部14b螺合蓋本體20 8A的母 螺紋部206並予以緊固，藉此蓋200B係起到安裝於該塑 膠容器本體1 2的開口部1 4並閉塞該開口部1 4以及液吐 出口 23的作用。藉由在塑膠容器本體12的內部塡充黏性 液體16且以蓋200B來閉塞開口部14以及液吐出口 23而 成爲封入有黏性液體16的塑膠容器1〇。 藉由第39圖就藉由上述之第2態樣的附內栓蓋20 0B 來閉塞本發明之塑膠容器1 〇的開口部1 4之情況的作用加 以說明。第3 9圖係說明藉由本發明之第2態樣的附內栓 蓋來閉塞本發明之塑膠容器的開口部時之因黏性液體而造 成污染的狀態之剖面說明圖；其中（a )係顯示以附內栓 -45- 201249542 蓋來閉塞塑膠容器的開口部後之狀態；（b )係顯示自（a )之狀態拆除附內栓蓋後的狀態；（c )係顯示將液送管 手段連通於長條狀流路構件，且安裝固定構件、附貫通孔 蓋構件及緊固構件並進行黏性液體16之加壓吐出作業的 狀態：（d )係顯示加壓吐出作業結束並拆除固定構件、 附貫通孔蓋構件及緊固構件後的狀態。 當對於本發明的構造之塑膠容器10的開口部14及長 條狀流路構件1 8的液吐出口 23之閉塞使用本發明之第2 態樣的附內栓蓋200B時，就如第39圖（a)所示，內栓 構件212就變成嵌入於長條狀流路構件18的貫通流路25a 之上端部分的狀態，而不會在該貫通流路25a之上端部分 入侵黏性液體16，且黏性液體16不會附著於貫通流路 25a之上端部分。因而，如第39圖（b)所示，在拆下附 內栓蓋200B時’在貫通流路25a之上端部分不存在黏性 液體16，也不會發生污染，變成乾淨的狀態。 自此狀態’如第39圖（c)所示，將液送管手段20 連通於長條狀流路構件18，且安裝固定構件72、附貫通 孔蓋構件80及緊固構件90並進行黏性液體1 6的加壓吐 出作業’接著’在加壓吐出作業結束並拆除液送管手段20 、固定構件72、附貫通孔蓋構件80及緊固構件90後的狀 態下，如第39圖（d)所示，在固定構件72的圓筒基體 74之下端錐形部79的外周面不會存在黏性液體16,而處 於乾淨的狀態。因而’有以下的優點：即便在下次使用時 也與初次使用同樣可沒有任何的不良情形地使用。 -46- 201249542 在本發明之第2態樣的附內栓構件2 0 0 B中係形成在 該圓柱狀垂下部212a的下端設置具有柔軟性的圓筒狀嵌 合部212b之構造作爲內栓構件212，由於該柔軟性圓筒狀 嵌合部，其下端部係成爲自由端，所以具有極高的柔軟性 ，故而有以下的優點：將嵌合於長條狀流路構件1 8的液 吐出口 23之狀態的內栓構件2 1 2從長條狀流路構件1 8的 液吐出口拔除時藉由圓筒狀嵌合部212b的柔軟作用而不 會緊緊地嵌在該液吐出口 23，即便多少存在成形時的不均 等亦可從該液吐出口 2 3簡單地拔除。 另外，在第28圖至第39圖所示的圖示例中係顯示藉 由蓋200、200A、2 00B而對第15圖所示的塑膠容器本體 1 2的開口部1 4及長條狀流路構件1 8的液吐出口 23之組 合開口構造進行閉塞的情況。雖然即便對於第1 7圖至第 20圖所示的開口構造也能夠同樣地藉由蓋200、200A、 2 00B來閉塞，但是由於是成爲同樣的閉塞構造所以爲了 要避免過於冗長而省略圖示的說明。 以下藉由第40圖及第41圖就本發明之密封狀態的塑 膠容器加以說明。第40圖係顯示以通常構造的蓋來閉塞 本發明的塑膠容器之狀態的一例之剖面說明圖。第4 1圖 係顯示本發明之密封狀態的塑膠容器之一例的剖面說明圖 。如第40圖所示，通常在保存塡充有黏性液體16的塑膠 容器1 〇之情況或在進行塗佈作業的現場等搬運的情況下 係以蓋200、200A、200B (圖示例中爲 200B )來閉塞塑 膠容器10的開口部14。然而，由於塑膠容器10的塑膠容 -47 - 201249542 器本體12係由聚乙烯薄膜（水分或濕氣、氧會穿過）所 形成，所以存在於空氣中的的水分或濕氣、氧會入侵於塑 膠容器10內。雖然在短時間放置於空氣中的情況不會發 生問題，但是當長時間放置於空氣中時就會發生以下的不 良情形：在濕氣及氧硬化型之黏性液體的情況下硬化反應 會藉由入侵於內部的水分或濕氣、氧而進行。 如第41圖所示本發明之密封狀態的塑膠容器i〇A， 係將塑膠容器1 〇容納於藉由濕氣或氧不穿透性材料所形 成的濕氣或氧不穿透性袋體214且將上端部分藉由熱封（ heat seal)而形成熱封部215且呈密封狀態而成，該塑膠 容器10係將黏性液體16塡充於本發明之塑膠容器1〇的 塑膠容器本體12之內部，且藉由蓋200、200A、200B( 圖示例中爲200B)來閉塞塑膠容器本體12的開口部14 及長條狀流路構件18的液吐出口 23而成。作爲上述之例 如藉由濕氣或氧不穿透性材料所形成的濕氣或氧不穿透性 袋體214係可例示由含有至少1層不使水分或濕氣、氧通 過的鋁箔層而成之多層薄片狀材料等所製作成的濕氣或氧 不穿透性袋體。本發明之密封狀態的塑膠容器10A，由於 是將本發明的塑膠容器10容納於濕氣或氧不穿透性袋體 2 1 4內並形成密封狀態’所以塡充於塑膠容器1 〇內的黏性 液體16不會接觸到空氣中的濕氣或氧，而可迴避接觸到 濕氣或氧而硬化的意外事件。 以下藉由第42圖就本發明之捆包狀態的塑膠容器加 以說明。第42圖係顯示本發明之捆包狀態的塑膠容器之 -48- 201249542 一例的剖面說明圖。如第42圖所示，本發明之捆包狀態 的塑膠容器10B，係藉由瓦楞紙板216來保護捆包上述的 本發明之密封狀態的塑膠容器10A，且有以下的優點：可 將密封狀態的塑膠容器在途中爲了避免塑膠容器10或濕 氣或氧不穿透性袋體214破裂或破壞而以保護捆包狀態安 全地搬運至進行塗佈作業的現場。 【圖式簡單說明】 第1圖係顯示將本發明的塑膠容器設置於加壓槽之內 部的1個實施形態之剖面說明圖，且顯示將黏性液體滿槽 塡充於塑膠容器本體的狀態。 第2圖係顯示自第1圖的狀態塑膠容器本體從外側被 加壓而變形收縮並且黏性液體被排出於外部的中間狀態之 剖面說明圖。 第3圖係顯示自第2圖的狀態更進一步被加壓而塑膠 容器本體完全被壓扁使得黏性液體之總量被排出於外部的 最終狀態之剖面說明圖。 第4圖係顯示本發明的塑膠容器中使用的長條狀流路 構件之第1例的說明圖；其中（a )爲上面說明圖；（b ) 爲剖面說明圖。 第5圖係顯示與第4圖同樣的長條狀流路構件之圖式 :其中（a)爲顯示全體的立體說明圖；（b)爲省略上端 部且僅顯示長條部的立體說明圖。 第6圖係顯示長條狀流路構件之第2例的圖式；其中 -49- 201249542 (a)爲省略上端部且僅顯示長條部的立體說明圖； 爲顯示塑膠容器本體在藉由加壓而被壓扁之狀態下 之形成狀態的上面說明圖。 第7圖係顯示長條狀流路構件之第3例的圖式；Φ (a) 爲省略上端部且僅顯示長條部的立體說明圖；<b) 爲顯示塑膠容器本體在藉由加壓而被壓扁之狀態下$ 之形成狀態的上面說明圖。 第8圖係顯示長條狀流路構件之第4例的圖式’ &胃 省略上端部而僅顯示長條部的立體說明圖。 第9圖係顯示長條狀流路構件之第5例的圖式；雖然 其中（a)爲省略上端部且僅顯示長條.部的立體說明圖； (b) 爲顯示塑膠容器本體在藉由加壓而被壓扁之狀態下 的流路之形成狀態的上面說明圖；以及（c)爲與（b)同 樣的圖式，但是其爲僅有周邊部的4點作用於流路形成的 上面說明圖。 第10圖係顯不長條狀流路構件之第6例的圖式1雖 然其中（a)爲省略上端部且僅顯示長條部的立體說明圖 :(b)爲顯示塑膠容器本體在藉由加壓而被壓扁之狀態 下的流路之形成狀態的上面說明圖；以及（c )爲與（b ) 同樣的圖式，但是其爲僅有周邊部的4點作用於流路形成 的上面說明圖。 第1 1圖係顯示長條狀流路構件之第7例的圖式，且 爲顯示塑膠容器本體在藉由加壓而被壓扁之狀態下的流路 之形成狀態，並顯示僅有周邊部的6點作用於流路形成的 -50- 201249542 上面說明圖。 第1 2圖係顯示長條狀流路構件之第8例的圖式，且 爲省略上端部而僅顯示長條部的立體說明圖。 第1 3圖係顯示長條狀流路構件之第9例的圖式，且 爲省略上端部而僅顯示長條部的立體說明圖。 第14圖係顯示本發明的塗佈裝置之槪略構成的說明 圖。 第15圖係顯示將第4圖所示之長條狀流路構件的上 端安裝部安裝於塑膠容器本體的開口部且將液送管手段的 一端部插入於該長條狀流路構件的上端安裝部之液吐出口 ，而該液送管手段藉由密封插設手段以密封狀態插設於長 條狀流路構件的上端安裝部之液吐出口的狀態之主要部分 說明圖；其中（a )爲上面說明圖；（b )爲剖面說明圖。 第16圖係分解第15圖（b)之各構件而顯示的分解 說明圖。 第17圖係顯示長條狀流路構件的安裝部和密封插設 構件之接合狀態的另一例之與第15圖同樣的圖；其中（a )爲上面說明圖；（b )爲剖面說明圖。 第1 8圖係顯示長條狀流路構件的安裝部和密封插設 構件之接合狀態的更另一例之與第1 5圖同樣的圖；其中 (a )爲上面說明圖；（b )爲剖面說明圖。 第1 9圖係顯示長條狀流路構件的安裝部和插設輔助 構件之接合狀態的其他例之與第1 5圖同樣的圖；其中（a )爲上面說明圖；（b )爲剖面說明圖。 -51 - 201249542 第20圖係顯示長條狀流路 構件之接合狀態的再其他例之與 (a )爲上面說明圖；（b )爲剖 第21圖係分解第20圖（1 :其中（a)爲分解說明圖；（fc 立體圖；（c)係顯示應用單觸 及輔助環狀構件之替代時的一例 第22圖係顯示在第3圖的 長條狀流路構件的合體物拔出固 、緊固構件及液送管手段的合體 第23圖爲第22圖之主要部 第24圖係顯示不使用本發 塑膠容器本體拔出固定構件、附 及液送管手段的合體物後之狀態 第25圖係顯示在習知的塗 充於具有柔軟性的塑膠容器本體 之剖面說明圖。 第26圖係顯示在第25圖的 從外側被加壓而變形縮小並且黏 間狀態之剖面說明圖。 第27圖係顯示自第26圖的 膠容器本體的中央部分相互接觸 外部的最終狀態之剖面說明圖。 第2 8圖係顯示爲了閉塞本 構件的安裝部和插設輔助 第15圖同樣的圖；其中 面說明圖。 之各構件而顯示的圖式 >)爲輔助環狀構件的摘示 式接頭機構作爲琴固構件 之剖面說明圖。 狀態中從塑膠容器本體及 定構件、附貫通孔蓋構件 物後之狀態的說明圖。 分的摘示放大說明圖。 明的長條狀流路構件時從 貫通孔蓋構件、緊固構件 的說明圖。 佈裝置中，將黏性液體塡 且配設於加壓槽內的狀態 塗佈裝置中塑膠容器本體 性液體被排出於外部的中 狀態更進一步被加壓而塑 使得黏性液體不被排出於 發明的塑膠容器之塑膠容 -52- 201249542 器本體的開口部而使用的一般蓋之構造的圖式；其中（a )爲上面立體說明圖；（b )爲剖面說明圖。 第29圖係顯示藉由第28圖所示的蓋來閉塞塑膠容器 本體的開口部之狀態的圖式：其中（a)爲上面圖：（b) 爲剖面說明圖。 第30圖係分解第29圖之各構件而顯示的分解說明圖 中 開其 的·’ 第體式 本圖 器的 容例明 膠1 說 塑5:面 之造剖 器構爲 容的 } 膠蓋(b 塑检 的內 明附 發之 本明 塞發 閉本 了的 爲用 示使 顯而 係部 圖口 圖 明 說 澧 SB 立 面 上 爲 圖。 第32圖係顯示藉由第31圖所示的附內栓蓋來閉塞塑 膠容器本體的開口部之狀態的圖式：其中（a)爲上面圖 ;(b )爲剖面說明圖。 第33圖係分解第32圖之各構件而顯示的分解說明圖 〇 第34圖係顯示爲了閉塞本發明的塑膠容器之塑膠容 器本體的開口部而使用的本發明之附內栓蓋的構造之另一 例的圖式；其中（a)爲上面立體說明圖：（b)爲剖面說 明圖。 第35圖係顯示藉由第34圖所示的附內栓蓋來閉塞塑 膠容器本體的開口部之狀態的圖式；其中（a)爲上面圖 ;(b )爲剖面說明圖。 第36圖係分解第35圖之各構件而顯示的分解說明圖 -53- 201249542 第37圖係說明藉由一般構造的蓋來閉塞本發明之塑 膠容器的開口部時之因黏性液體而造成污染的狀態之剖面 說明圖；其中（a)係顯示以蓋來閉塞塑膠容器的開口部 後之狀態：（b )係顯示自（a )之狀態拆除蓋後的狀態； (c)係顯示將液送管手段連通於長條狀流路構件，且安 裝固定構件、附貫通孔蓋構件及緊固構件並進行黏性液體 1 6之加壓吐出作業的狀態；（d )係顯示加壓吐出作業結 束並拆除固定構件、附貫通孔蓋構件及緊固構件後的狀態 〇 第3 8圖係說明藉由本發明之第1態樣的附內栓蓋來 閉塞本發明之塑膠容器的開口部時之因黏性液體而造成污 染的狀態之剖面說明圖；其中（a )係顯示以附內栓蓋來 閉塞塑膠容器的開口部後之狀態；（b)係顯示自（a)之 狀態拆除附內栓蓋後的狀態；（c )係顯示將液送管手段 連通於長條狀流路構件，且安裝固定構件、附貫通孔蓋構 件及緊固構件並進行黏性液體16之加壓吐出作業的狀態 ;(d )係顯示加壓吐出作業結束並拆除固定構件、附貫 通孔蓋構件及緊固構件後的狀態。 第3 9圖係說明藉由本發明之第2態樣的附內栓蓋來 閉塞本發明之塑膠容器的開口部時之因黏性液體而造成污 染的狀態之剖面說明圖；其中（a )係顯示以附內栓蓋來 閉塞塑膠容器的開口部後之狀態；（b )係顯示自（a )之 狀態拆除附內栓蓋後的狀態；（c )係顯示將液送管手段 -54- 201249542 連通於長條狀流路構件，且安裝固定構件、附貫通孔蓋構 件及緊固構件並進行黏性液體1 6之加壓吐出作業的狀態 ;(d )係顯示加壓吐出作業結束並拆除固定構件、附貫 通孔蓋構件及緊固構件後的狀態。 第40圖係顯示以本發明之第2態樣的附內栓蓋來閉 塞本發明的塑膠容器之狀態的一例之剖面說明圖。 第41圖係顯示本發明之密封狀態的塑膠容器之一例 的剖面說明圖。 第42圖係顯示本發明之捆包狀態的塑膠容器之一例 的剖面說明圖。 【主要元件符號說明】 10:本發明的塑膠容器 1 0 A :本發明之密封狀態的塑膠容器 10B:本發明之捆包狀態的塑膠容器 1 2 :塑膠容器本體 1 4、1 0 8 :開口部 1 4 a :圓筒側壁 1 4 b :公螺紋部 1 6、1 1 2 :黏性液體 1 8 :長條狀流路構件 2 0、Π 0 :液送管手段 21、 1〇4 :空氣供給管 22、 102 :加壓槽 -55- 201249542 22a、102a :槽本體 22b、1 02b :蓋體 23 :液吐出口 24 :上端安裝部 2 5 a至2 5 d :貫通流路 26a至26h :長條狀流路部 27 :內周壁 2 8 :開口端部 29 :支撐壁 30a至30d :長條狀圓柱管體 31 :外周壁 3 2 :流路孔 3 3 :上端錐形部 3 5 :外周段部 36、40 :板狀體 3 6 a、4 0 a、4 5 :流路形成點 37 :切口部 3 8、4 4 :空間 3 9 :開縫 42 :板狀支撐柱 46 :螺旋狀線條體 4 8 :中央部空洞 5 0 :下端開口端部 5 2 :空隙 -56- 201249542 5 3 :網眼狀圓筒體 54 :中央部空洞 5 6 :下端開口端部 5 8 :網眼狀空隙 60 :本發明之塗佈裝置 62 :壓縮空氣供給手段 64 :塗佈噴嘴手段 66 :開啓側空氣供給管 68 :封閉側空氣供給管 70 :密封插設手段 72 :固定構件 73 :插通口 74 :圓筒基體 74a :插入用錐形部 74b :承接用錐形部 75 :環狀鍔部 76 :承接段部 7 8 :公螺紋部 79 :下端錐形部 80 :附貫通孔蓋構件 8 2 :圓形板 8 4 :貫通孔 8 6 :環狀側壁 8 8、9 4 :母螺紋部 -57 201249542 90 :緊固構件 9 1 :圓筒構件 9 1 a :內周段部 9 2 :中心孔 95 :輔助環狀構件 96 :貫通口 98 :錐形鍔部 100:習知的塗佈裝置 106 :習知的塑膠容器 120:具備單觸式接頭機構的緊固構件 122 :附段差圓筒構件 1 2 4 :中心插通孔 1 2 6 :小徑圓筒部 1 2 8 :大徑圓筒段部 1 3 0 :母螺紋部 132 :襯墊 134 :鎖定爪 136 :套筒 1 3 8 :壓緊塊 200 、 200A 、 200B ：蓋 2 0 2 :圓形板 2 04 :環狀側壁 206 :母螺紋部 208、208 A、20 8B ：蓋本體 -58- 201249542 2 1 0、2 1 2 :內栓構件 210a、212a :圓柱狀垂下部 2 12b :柔軟性圓筒狀嵌合部 2 1 4 :濕氣或氧不穿透性袋體 2 1 5 :熱封部 . 2 1 6 :瓦楞紙板 -59201249542 VI. Description of the Invention: [Technical Field] The present invention relates to a plastic container, a long flow path member, a coating device, a plastic cap with an inner cap, a sealed state, and a plastic container in a bundled state. It can be effectively used in the case where a viscous liquid, in particular, a curable composition having a moisture-curing type and a curable composition having an oxygen-curing type, is contained in a flexible one. The bag or the container is deformed by applying pressure from the outside to deform the bag or container and to discharge the internal viscous liquid to the outside for coating. 【first. [Previous Art] Conventionally, in a coating device to which a moisture-curing adhesive or an oxygen-curable adhesive is applied, since the adhesive hardens when it comes into contact with air, it is scattered when the adhesive scatters. There is a problem such as direct solidification and cause of contamination, so it is necessary to apply an adhesive without bringing it into contact with air. A general discharge state of the viscous liquid in the conventional coating apparatus will be described based on Figs. 25 to 27. In Figs. 25 to 27, reference numeral 100 is a conventional coating apparatus, and has a pressurizing tank 102 and a compressed air supply means (not shown) for supplying compressed air through the air supply pipe 104. And the plastic container 106 is disposed in the pressure tank 102; and the liquid delivery tube means 110 has one end connected to the opening 108 of the plastic container 106; and a coating nozzle means (not As shown in the figure, it is provided at the other end of the liquid feeding tube means 1 1 . Symbol -5- 201249542 1 12 is a viscous liquid and is filled in the plastic container l6. Fig. 25 shows a state in which the viscous liquid 112 is filled in the plastic container 106 in a full tank state; Fig. 26 shows that the plastic container 106 is pressurized from the outside to be deformed and reduced, and the viscous liquid 112 is discharged. The intermediate state at the outside: Fig. 2 shows the final state in which the plastic container 106 is further pressurized and the central portions are in contact with each other such that the viscous liquid 1 12 is not discharged to the outside. On the other hand, although the liquid delivery tube means 110 is passed through the opening 108 of the plastic container 106 and extended to the inside of the plastic container 106, in this case, the liquid delivery tube means 110 is to be reused. Therefore, at the end of the liquid feeding process, since the viscous liquid adheres to the tip end portion of the liquid feeding pipe means 110, the adhered viscous liquid is scattered to the periphery of the coating device, causing contamination. s reason. Devices for coating such liquids that do not like contact with air have also been proposed since the prior art. For example, a device that accommodates a viscous liquid or the like in a flexible bag or container and that deforms the bag or container by applying pressure from the outside and discharges the internal viscous liquid to the outside is applied. It is widely known that "an adhesive coating device includes: a sealed container which is deformed by an adhesive and can be deformed; and a pressure tank for accommodating the sealed container; and a discharge portion and a closed container which are provided on the outer side of the pressure tank. And a pressurizing device for pressurizing the pressurizing tank, wherein the aqueous adhesive is filled in the sealed container, and the front end of the hose connected to the sealed container is coupled to the spray gun, and The wall surface on the outer side of the hose mounting portion of the sealed container is provided with a ridge-shaped reinforcing portion that restricts deformation at the time of contraction (Patent Document No. 1 of Patent Document 1). The adhesive agent -6-201249542 cloth device of Patent Document 1 is a conventional coating device of this type, as described in the paragraph [0 0 0 4] of Patent Document 1, although in the case of performing the discharge operation of the adhesive agent, At the beginning, the discharge can be smoothly performed. However, the connection between the membrane body and the hose near the attachment portion of the hose of the bag is closed. Therefore, an accident that cannot be discharged occurs, and the outside of the hose attachment portion of the sealed container is eliminated in order to eliminate the accident. The wall surface is provided with a crocodile-shaped reinforcing portion that restricts deformation at the time of contraction. In the device of Patent Document 1, it is possible to surely eliminate the incapable discharge accident in the vicinity of the hose attachment portion, but it is impossible to discharge the portion of the other bag or container, for example, the bag or the center portion of the container shown in Fig. 27 The accident is not fully functional, and it is also known as a coating device: "a coating device characterized by having any one of claims 1 to 7 of the patent application scope. a liquid accommodating container; and a fluid introduction means connected to a liquid discharge port constituting the inner container of the accommodating container, and introducing a pressure fluid therein; and a spraying means coupled to the pump unit, and The liquid which is pressurized and sent out by the pump unit is sprayed toward the object to be coated" (Patent Document No. 8 of Patent Document 2). Further, in the coating apparatus, as a liquid accommodating container, it has been disclosed that: a liquid accommodating container accommodates a liquid which does not like to be in contact with air, and does not invade the air as much as possible when discharging the liquid. A container for discharging inside the container, comprising: an inner container which is a flexible bag shape capable of freely changing a volume, and a liquid discharge port connected to a pump unit that discharges the liquid; and an outer container The volume is constant, and can be sealed in a state in which the inner container is accommodated, and a pressure fluid is introduced therein while being accommodated in a state in which the inner container is sealed, and is accommodated in the inner container. The liquid is discharged and squeezed by the pressure fluid introduced into the outer container to narrow the air region formed inside the inner container, and discharge the liquid from the inner container in such a manner as not to invade the inner container as much as possible. (Patent Document 2, Patent Application No. 1). Further, in the above-described inner container, it is described that "the inside of the inner container 1 is provided with a suction hose 6 connected to the paint discharge port 5, and the length of the suction hose 6 is It is slightly longer than the height of the inner container 1 when it is bulged and becomes a cubic shape. Therefore, the front end portion of the suction hose 6 always comes into contact with the bottom surface portion of the inner container 1, and the water contained in the inner container 1 can be accommodated. The paint P is all inhaled (Patent Document 2, paragraph [0025]), and the use of the suction hose 6 is taught. In the device of Patent Document 2, since the suction hose 6 is to be repeatedly used, it is directly taken out in a state where the viscous liquid adheres to the distal end portion of the suction hose 6 at the end of the liquid delivery process. The adhered viscous liquid (the aqueous coating material in Patent Document 2) is scattered to the periphery of the coating device to cause contamination. This is the same as in the case of Patent Document 1, and the suction port of the suction hose 6 is only When it is formed in the front end portion of the suction hose 6, when the suction port is closed by the contact of the wall portion or the like of the inner container 1, there is a disadvantage that an accident of inhalation of the viscous liquid cannot occur. (Patent Document 1) Japanese Laid-Open Patent Publication No. 2010-247073 (Patent Document 2) Japanese Laid-Open Patent Publication No. 2010-247878 (Draft of the Invention) -8-201249542 (Problems to be Solved by the Invention) The present invention is based on the above-mentioned conventional knowledge. The problem of the coating device is developed, and the object of the invention is to provide a plastic container, a long flow path member for the plastic container, a coating device using the plastic container, and a container for sealing the plastic container. a plastic container with a cap and a sealed state, and a plastic container in a sealed state, the plastic container is a plastic which is pressed by a flexible plastic container body to pressurize the viscous liquid from the opening portion a container which has an opening and is internally filled with a viscous liquid, in particular, a hardening composition having a moisture-curing type adhesion or a hardening composition having an oxygen-curable type. And extending a long flow path member to the opening portion so as to extend to the inside of the plastic container body, the elongated flow path member being pressurized by the viscous liquid When it is discharged, it becomes a flow path of the viscous liquid, and when the plastic container body is crushed, there is no problem that the flow path of the viscous liquid is completely blocked, and the plastic container body is pressed by pressurization. The flattened plastic container body and the elongated flow path member can be discarded together after the viscous liquid accommodated in the interior thereof is pressurized and discharged, thereby eliminating the use of the pipe member such as the suction hose or the like. In the case of a viscous liquid adhering to the pipe member, in particular, a curable composition having a moisture-curing type and a curable composition having an epoxy-curable adhesive property, the surrounding material may be scattered. (Means for Solving the Problem) In order to solve the above problems, the plastic container of the present invention is characterized in that -9-201249542 has a soft-filled viscous liquid opening portion added to the plastic material to form the viscous viscosity as the viscous additive After being pressed out, the member can be at least from the road when the strip is continuously attached to the front strip-shaped flow path portion, and the length is preferably a tubular flow path member of the anterior hole. The flow path member of the container body is the viscous composition or the object constituting the plastic viscous liquid, and the adhesive member is attached to the side surface to discharge the entire plastic adhesive liquid from the side surface Preferably, the length is a mounting portion, and the liquid is discharged from the plastic container. The viscous liquid is assembled to the surface of the viscous liquid. Preferably, the viscous liquid is detachably attached to the mounting portion. The opening type is followed by the hardening property of the container body, and the internal inert liquid is extended from the front portion and the shaped discharge flow path body is pressurized by the strip-shaped flow path. Configured to: based detachably front opening; and an opening inside the body portion of the elongated body of the pressurized stream is discharged discharge thereof. More than one flow: the above-mentioned strip is installed on the front to the aforementioned plastic, and the long strip is constructed. The sclerosing property is applied as a soft, and the body is spit by pressure; the liquid in the container body is pressurized and the liquid is discharged to make it squashed and discarded. The path member is an opening portion which is configured to extend the strip-shaped flow path which is attached to the side surface of the side to form a long strip-shaped fluid. The system has a method in which the inside of the long strip is provided with a liquid to be discharged, and the aerobic hardening type is at least a flow path when being discharged and being squashed and inside the long strip flow, and is inside the inside. In the plastic container, the upper end is extended to the mounting portion at the center portion, and the discharge flow path is formed, and the flow path portion is attached to and detached from the road portion. The flow path portion is integrally mounted and airtight. Continually -10-201249542 The elongated flow path member of the present invention is used for a long flow path member of a plastic container having a plastic container body, the plastic container having a softness and being formed as: Wearing an opening and filling the inside with a viscous liquid and being crushed by pressurization. The aforementioned. The viscous liquid is pressure-extracted from the opening portion. The elongated flow path member has an upper end attachment portion that is detachably attached to the opening and has a liquid discharge port at a central portion. And a long strip-shaped flow path portion integrally attached to the mounting portion so as to extend inside the plastic container body, and forming a flow path that is discharged from at least the side surface when the viscous liquid is pressurized and discharged a flow path of the viscous liquid, the elongated flow path member being detachably attached to the opening and being stuck in the foregoing. When the liquid is pressurized and discharged, a flow path of the viscous liquid can be formed, and after the plastic container body is crushed by pressurization, the viscous liquid accommodated in the inside of the plastic container can be pressurized and discharged, and can be pressed. The flat plastic container body is discarded together. Preferably, the long flow path portion is a tubular body through which one or more flow path holes are opened on the side surface. A coating apparatus according to the present invention is characterized by comprising: a pressurizing tank; and a compressed air supply means for supplying compressed air to the pressurizing tank; and a plastic container of the present invention provided in the pressurizing tank; and one end a liquid feeding pipe means connected to the opening of the plastic container; and a coating nozzle means connected to the other end of the liquid feeding pipe means, when the compressed air is supplied into the pressurizing tank, The plastic container inside is pressurized and compressed, and the viscous liquid inside is discharged from the plastic container through the long flow path member, and then ejected from the coating nozzle means through the liquid feeding tube means. The viscous liquid is applied to a predetermined portion, and after the plastic body of the plastic -11 - 201249542 is crushed by pressurization so that all the inside of the container is filled and pressurized, the viscous liquid can be squashed. The plastic is discarded together with the long strip-shaped flow path member. In the coating device of the present invention, it is preferable that the long member has an upper end mounting portion that detachably attaches an opening of the body of the gel container, and a liquid discharge strip-shaped flow path portion is formed at a central portion thereof. And extending to the plastic container body integrally mounted to the mounting portion, the elongated flow path member being detachably mounted to the opening portion, and the elongated flow path member is embedded in the plastic container The upper end mounting portion is inserted into the liquid supply pipe means at the upper liquid discharge port, and is inserted into the liquid discharge port in a sealed state by a sealed insertion pipe feeding means. Preferably, the sealing insertion means includes: a solid structure having a lower surface shape corresponding to an upper end mounting portion of the elongated flow path member; and a receiving section portion formed on the lower portion and forming a male thread portion at a central portion An insertion opening is provided; and an attachment is formed in a central portion of the circular plate and is formed to be in contact with the through hole and formed on an annular side that is suspended from a peripheral edge portion of the circular plate: a female screw portion screwed by a male screw portion on an outer surface of the opening wall of the plastic container body; and a central hole that is fastened to the central portion and formed on the inner surface of the center hole and abuts the fixing member to the long strip flow The upper surface of the road member portion is inserted into the strip-shaped flow path of the viscous liquid glue container body inserted into the long flow through the center hole of the fastening member and the insertion opening, and is configured in the plastic port; And the long inner side is configured as a means for attaching the opening end of the body to the liquid-setting member, the upper surface of which is shaped to face the cylindrical side of the inner surface side of the wall of the upper end outer wall of the hole cover receiving portion The liquid discharge port of the upper -12-201249542 end attachment portion of the road member to which the fixing member is attached to the upper end of the female screw portion is in a state in which the through hole of the through hole cover member is brought into contact with the receiving section The female screw portion of the through-hole cover member is screwed to the male screw portion of the cylindrical side wall of the opening of the plastic container body and locked by a screw, and then the inner surface of the center hole of the fastening member is The female screw portion is screwed to the male screw portion on the outer surface of the upper portion of the fixing member and locked by a screw, whereby the liquid feeding tube means can be inserted into the upper end mounting portion of the elongated flow path member in a sealed state. Liquid spit out. The first aspect of the inner cap of the present invention is an inner cap for sealing the opening of the plastic container body of the plastic container of the present invention, which is characterized by having: a cap body which is tied from a circle An inner surface side of the annular side wall that is provided at a peripheral portion of the shape plate is formed with a female screw portion that can be screwed with a male screw portion formed on an outer surface of the cylindrical side wall of the opening of the plastic container body; and an inner plug member. The bottom portion of the circular plate is suspended from the liquid discharge port of the elongated flow path member. According to a second aspect of the present invention, in the second aspect, the inner plug member has a cylindrical hanging portion that is suspended from a central portion of the lower surface of the circular plate, and is suspended from the cylindrical portion. A flexible cylindrical fitting portion having a lower peripheral edge portion at the lower end of the lower portion. Since the lower end portion of the flexible cylindrical fitting portion is a free end, it has extremely high flexibility. In the case where the inner plug member that is fitted into the liquid discharge port of the long-length flow path member is removed from the liquid discharge port, and only the columnar hanging portion is provided as the inner plug member, the cylindrical lower portion is suspended. The upper part is fixed, and the lower end portion is hard, and the mobility is extremely small. Therefore, there is a problem that the cylindrical hanging portion is not easily pulled out due to being tightly fitted in the liquid discharge port-13-201249542 Pull out together with the long flow path member. On the other hand, when the cylindrical fitting portion having the flexibility at the lower end of the cylindrical lower portion is formed as the structure of the inner plug member, the following advantages are obtained: the liquid fitted to the elongated flow path member When the inner plug member in the state of the discharge port is removed from the liquid discharge port of the elongated flow path member, the liquid fitting outlet is not tightly fitted by the soft action of the cylindrical fitting portion, even if there is a lot of molding. The unequality can also be easily removed from the liquid discharge port. The plastic container of the sealed state of the present invention is characterized in that the viscous liquid is filled in the inside of the plastic container body, and the plastic container of the present invention is obtained by closing the opening of the plastic container body by a cover. It is contained in a moisture or oxygen non-penetrating bag formed by moisture or oxygen non-penetrating material and formed into a sealed state. As the aforementioned cover, the aforementioned inner cap of the present invention is suitably used. Preferably, the inner cap of the present invention is used as the cap, and the inner plug member closes the liquid discharge port of the elongated flow path member. As the moisture or oxygen non-penetrating material, a multilayer sheet-like material containing at least one aluminum foil layer is suitably used. The plastic container in a packaged state according to the present invention is characterized in that the above-described sealed plastic container of the present invention is bundled by corrugated cardboard and formed into a bundled state. (Effect of the Invention) According to the plastic container of the present invention, the flexible plastic container body is crushed by pressurization to pressurize the viscous liquid from the opening portion, and the plastic container is opened. An sturdy composition having an opening and having a viscous liquid, in particular, a moisture-curing type adhesion or a sclerosing composition having an oxy-hardening type, is extended in the interior-14-201249542 a long flow path member is attached to the opening in the interior of the plastic container body, and the elongated flow path member becomes a flow path of the viscous liquid when the viscous liquid is pressurized and discharged, and When the plastic container body is flattened, there is no problem that the flow path of the viscous liquid is completely blocked, and the plastic container body is crushed by pressurization so that the viscous liquid accommodated inside is completely pressurized. After the discharge, the flattened plastic container body and the long-length flow path member can be discarded together, whereby the following effects can be achieved: the tube in which the suction hose or the like is repeatedly used can be eliminated When the curable composition by attaching the member to the pipe member viscous liquid, in particular halo having moisture-curing adhesive property of the curable composition or an oxygen-curable adhesive properties of the scattering caused by the surrounding circumstances of contamination reasons. The elongated flow path member of the present invention is attached to the opening of the plastic container body in the plastic container of the present invention, and is used in or attached to a plastic container of a type in which the liquid contents are squeezed and discharged by the existing pressurization. By using the opening, it is possible to achieve the effect of efficiently squeezing the liquid contents of the plastic container without leaving a residue. According to the coating apparatus of the present invention, since the plastic container of the present invention is disposed, the extrusion discharge of the liquid content can be efficiently squeezed without leaving a residue, and the following effects can be achieved: the coating can be improved. The cloth efficiency can eliminate the cause of the surrounding contamination caused by the viscous liquid as the content, in particular, the curable composition having the adhesion of the moisture-curing type or the curable composition having the adhesiveness of the oxygen-curing type. situation. -15- 201249542 Normally, when storing a plastic container filled with a viscous liquid or when transporting it at the site where the coating operation is performed, the opening of the plastic container is closed by a lid. In this case, when the lid of the general structure is used for the opening of the plastic container of the structure of the present invention and the liquid discharge port of the elongated flow path member, the viscous liquid adheres to the contact when the cover is removed. The inner surface portion of the circular plate of the liquid discharge port is located at the upper end portion of the inner peripheral surface of the elongated flow path member. In this state, the liquid supply pipe means is connected to the long flow path member, and the fixing member, the through hole cover member and the fastening member are attached to perform the pressure discharge operation of the viscous liquid, and then the pressurizing discharge operation ends. When the liquid feeding means, the fixing member, the through-hole cover member, and the fastening member are removed, the outer peripheral surface of the tapered portion of the lower end of the cylindrical base of the fixing member is contaminated by the adhesion of the viscous liquid. When the adhered viscous liquid hardens as time passes, it is difficult to perform fitting of the lower end tapered portion and the tapered end portion of the elongated flow path member, and when the situation becomes severe, the fitting is impossible. The state of the problem, which occurs when the next use occurs a bad situation, or can not be used. In order to eliminate the disadvantages caused by the use of the cover of the general construction as described above, the inventors propose an inner cap having the first aspect of the cap body and the inner plug member, the cap system being in a circular plate The inner surface side of the annular side wall which is provided at the peripheral edge portion is formed with a female screw portion which can be screwed to the male screw portion formed on the outer surface of the cylindrical side wall of the opening of the plastic container body, and the inner plug member is suspended from the female screw portion The lower central portion of the circular plate is fitted to the liquid discharge port of the long flow path member. When the opening of the plastic container of the structure of the present invention and the liquid discharge port of the elongated flow path member are closed, the inner plug member is embedded in the inner plug cap of the first aspect of the present invention-16-201249542. In the state in which the elongated flow path member penetrates the upper end portion of the flow path, the viscous liquid does not intrude into the upper end portion of the through flow path, and the viscous liquid does not adhere to the upper end portion of the through flow path. Therefore, when the inner cap is removed, there is no viscous liquid at the upper end portion of the through flow path, and contamination does not occur, and the state is clean. In this state, the liquid feed pipe means is connected to the long flow path member, and the fixing member, the through hole cover member and the fastening member are attached to perform the pressure discharge operation of the viscous liquid, and then the pressurizing discharge operation is completed. And after removing the liquid feeding pipe means, the fixing member, the through hole cover member and the fastening member, the cone is lower than the cylindrical base of the fixing member. The outer peripheral surface of the shape does not have a viscous liquid, but is in a clean state. Therefore, there are the following advantages: Even in the next use, the same use as the first use can be used without any disadvantages. Furthermore, the present inventors have proposed a structure having a cylindrical hanging portion and a flexible cylindrical fitting portion as the second aspect of the inner plug member as a better inner cap. The cylindrical hanging portion is suspended from a central portion of the lower surface of the circular plate, and the flexible cylindrical fitting portion is suspended from a lower end circumferential edge portion of the cylindrical hanging portion. When the opening of the plastic container of the structure of the present invention and the liquid discharge port of the elongated flow path member are closed, the inner plug member is embedded in the strip shape when the inner plug cap according to the second aspect of the present invention is used. The flow path member penetrates the upper end portion of the flow path without invading the viscous liquid at the upper end portion of the through flow path, and the viscous liquid does not adhere to the upper end portion of the through flow path. Therefore, when the inner cover is removed, -17-201249542, there is no viscous liquid at the upper end portion of the through flow path, and no contamination occurs, and it becomes a clean state. In this state, the liquid feed pipe means is connected to the long flow path member, and the fixing member, the through hole cover member and the fastening member are attached to perform the pressure discharge operation of the viscous liquid, and then the pressurizing discharge operation is completed. In the state in which the liquid feeding pipe means, the fixing member, the through-hole cover member, and the fastening member are removed, the outer peripheral surface of the tapered portion of the lower end of the cylindrical base of the fixing member is free from viscous liquid, and is in a clean state. status. Therefore, there are the following advantages: Even in the next use, the same use as the first use can be used without any disadvantages. In the case where the inner plug member that is fitted in the liquid discharge port of the elongated flow path member is removed from the liquid discharge port, the cylindrical lower portion is provided as the inner plug member. Since the upper portion of the cylindrical lower portion is fixed and the lower end portion is hard and the mobility is extremely small, there is a problem that the cylindrical hanging portion is not easily pulled out due to being tightly fitted in the liquid discharge port. In the inner cover of the second aspect of the present invention, the inner plug member is formed with a flexible cylinder at the lower end of the cylindrical lower portion. Since the flexible cylindrical fitting portion has a lower end portion that is a free end, the flexible fitting portion has extremely high flexibility, and therefore has the following advantages: It is fitted to the elongated flow path member. When the inner plug member in the state of the liquid discharge port is removed from the liquid discharge port of the elongated flow path member, the liquid fitting outlet is not tightly fitted by the soft action of the cylindrical fitting portion, even if it exists somewhat Inequality during forming The liquid discharge from the outlet simply removed. -18- 201249542 Normally, when storing a plastic container filled with a viscous liquid or when transporting it at the site where the coating operation is performed, the opening of the plastic container is closed by a lid. However, since the plastic container of the plastic container is formed of a polyethylene film (moisture or moisture, oxygen can pass through), moisture or moisture present in the air will intrude into the plastic container. Although there is no problem in the case of being placed in the air for a short period of time, when it is left in the air for a long time, the following inferior situation occurs: in the case of moisture and oxygen-curing type viscous liquid, the hardening reaction will be borrowed. It is carried out by moisture or moisture invading the inside and oxygen. The plastic container in the sealed state of the present invention is not contained in moisture or oxygen which is formed by, for example, a multilayer sheet material containing at least one layer of an aluminum foil which does not pass moisture or moisture or oxygen. The plastic bag of the present invention is sealed in a sexual bag, so that the viscous liquid filled in the plastic container does not come into contact with moisture or oxygen in the air, and can avoid the accident of hardening by contact with moisture or oxygen. event. The plastic container in the bundled state of the present invention protects the plastic container of the sealed state of the present invention by the corrugated cardboard, and has the following advantages: the plastic container in the sealed state can be plastic container or wet on the way. The manner in which the gas or oxygen non-penetrating bag body is not broken or broken is safely carried in the state of protecting the bale to the site where the coating operation is performed. [Embodiment] Hereinafter, embodiments of the present invention will be described with reference to Figs. 1 to 23 and Figs. 28 to 42 of the drawings, but these are exemplified by -19-201249542 as long as they are not separated. The technical idea of the present invention can of course be variously changed. Fig. 1 is a cross-sectional explanatory view showing an embodiment in which the plastic container of the present invention is placed inside the pressure tank, and shows a state in which a viscous liquid full tank is filled in the plastic container body. In Fig. 1, reference numeral 10 is a plastic container of the present invention and has a plastic container body 12. The plastic container body 12 is formed of a flexible plastic material such as polyethylene or polypropylene so as to be crushed by pressurization, but in terms of flexibility, economy, and ease of formation. It is especially suitable for soft polyethylene. An opening portion 14 is opened in an upper portion of the plastic container body 12. The viscous liquid 16 can be filled inside the plastic container body 12. When the inside of the plastic container body 12 is filled with the viscous liquid 16, when the pressure is applied from the outside of the plastic container body 12, the plastic container body 12 is deformed and reduced by the pressurization, and functions. Therefore, it is finally crushed, and the internal viscous liquid 16 is pressurized and discharged from the opening portion 14 through the liquid delivery tube means 20. The material of the liquid supply pipe means 20 is preferably Teflon (registered trademark). As the viscous liquid 16, the viscosity can be applied to a viscosity of 5 to 50 Pa · s / 2 3 ° C, preferably 10 to 100 Pa. A viscous liquid of s/23 ° C, more preferably 15 to 60 Pa · s / 3 ° ° C. As the viscous liquid 16 , a curable composition having an adhesive property is particularly preferably used as a curable composition having such an adhesive property, and examples thereof include an adhesive, a sealing material, a potting material, and the like. . The tack-free time (TFT) of the viscous liquid is suitably in the range of 0 to 60 minutes, preferably 〇 to 〇 -20 to 201249542 minutes, more preferably 〇 to 3 minutes. In the present invention, when the viscosity and the tack-releasing time are applied to the viscous liquid in the above range, it is possible to achieve a very large effect which is less likely to be contaminated than the conventional product. The curable composition having the above-mentioned adhesive property is preferably a room temperature curing type curable composition which can be cured at room temperature by contact with air such as a moisture curing type or an oxygen curing type, and is more preferably used. A moisture-curing adhesive such as a modified silicone, a polyurethane, or a sand oxide. Reference numeral 18 is a long-length flow path member, and is configured to have a function of being attached to the opening portion 14 so as to extend inside the plastic container body 12 and to pressurize the viscous liquid 16 A flow path for securing the viscous liquid 16 is formed at the time of discharge. The long-length flow path member 18 may be configured to function as a flow path for forming a viscous liquid, and various forms may be considered as will be described later. However, in the example of the first FIG. The upper end mounting portion 24 and the elongated flow path portion 26a are formed of an elongated cylindrical tubular body 30a integrally attached to the mounting portion 24 so as to extend inside the plastic container body 12. One or a plurality of (in the illustrated example, a plurality of) flow path holes 32 are opened in the side wall of the elongated cylindrical pipe body 30a. Reference numeral 28 is a lower end opening end portion of the elongated flow path member 18. Although the material of the long strip flow path member can be formed without special selection, from the viewpoint of ease of integration, a flexible plastic material such as polyethylene or polypropylene, nylon, fluororubber, silicone rubber, EPDM can be used. , SBS, SIS, SEBS, etc., and from the point of view of easy injection molding, cheaper - 201249542, olefin resin such as polyethylene or polypropylene is better, especially soft and cheap soft Polyethylene is preferred. The elongated flow path member may be a simple mold structure as long as the shape of the elongated flow path portion is appropriately selected when the upper end attachment portion is formed of a simple cylindrical (rotary body) structure, and the above-described A combination of materials is selected to produce a long strip-shaped flow path member at low cost. In Fig. 1, reference numeral 22 denotes a pressurizing groove, and is configured to introduce pressurized air into the air from a compressed air supply means (not shown) through the air supply pipe 21. The plastic container 10 of the present invention is used in a state of being placed in the pressurizing tank 22 when it is used, and as shown in Fig. 2, the following action is taken: pressure is applied from the outside of the plastic container 10 (for example) , pressurization conditions 0. 3 to 0. 6MPa), the plastic container body 12 is press-deformed to discharge the internal viscous liquid 16 from the opening portion 14 through the liquid delivery tube means 20, and finally, as shown in Fig. 3, the plastic container body 12 is subjected to addition. The pressure is completely flattened so that the viscous liquid 16 accommodated therein can be completely discharged. Further, as shown in Fig. 3, the completely flattened plastic container 10, in other words, the plastic container body 12 and the above-mentioned elongated flow path member 18 are no longer used, and can be disposed of in a state where the flattened state is maintained. For example, when the long-length flow path member 18 is reused, the long-length flow path member 18 after use is removed from the plastic container body 12, but the viscous liquid attached to the elongated flow path member 18 at that time is used. In the present invention, since the elongated flow path member 18 can be directly discarded together with the plastic container body 12, there is an advantage that such contamination does not occur at all. -22-201249542 Fig. 4 is an explanatory view showing a first example of the elongated flow path member used in the plastic container of the present invention; (a) is a top view; (b) is a cross-sectional explanatory view. Fig. 5 is a view showing a long flow path member similar to Fig. 4; (a) is a perspective explanatory view showing the entire portion; (b) is a perspective explanatory view in which the upper end portion is omitted and only the long portion is displayed. . As shown in FIGS. 4 and 5, the long-length flow path member 18' has an upper end attachment portion 24 that is attached to the opening portion 14 of the plastic container body 12 and has a liquid discharge at the center portion. The outlet 23 and the elongated flow path portion 26a are integrally attached to the mounting portion 24 so as to extend inside the plastic container body 12, and a through flow path 25a is formed in the center portion. The upper end attachment portion 24 has an inner peripheral wall 27 that forms a liquid discharge port 23, and an outer peripheral wall 31 that is provided at a position separated from the inner peripheral wall 27 by a predetermined interval by a support wall 29. The inner peripheral wall 27 has an inner diameter such that the upper portion has a larger diameter than the lower portion and the upper end surface of the inner peripheral wall is formed as a tapered portion 33 which is inclined toward the inner side. The upper end portion of the outer peripheral wall 31 is bent outward to form an outer peripheral portion 35. The long-length channel member 18 is detachably attached to the opening portion 14 by fitting the outer peripheral portion 35 to the outer peripheral edge portion of the opening portion 14 of the plastic container body 12. Since the opening portion 14 of the plastic container main body 12 is formed into a wide opening, when the long flow path member 18 is detachably attached to the opening portion 14, the long strip may not be fitted. In the state of the flow path member 18, when the viscous liquid 16 is injected into the plastic container body 1 2, the viscous liquid 16 is injected from the wide opening portion 14 and is provided at the end of the injection. Then, the long flow path member 18 is fitted in the order of -23-201249542 of the opening portion 14, and there is an advantage that the viscous liquid can be injected without any hindrance. On the other hand, when the elongated flow path member 18 is attached to the opening portion 14 in advance, the viscous liquid 16 is injected into the viscous liquid through the opening of the elongated flow path member 18 into a narrow liquid discharge port 23 The liquid 16 is injected, and the injection operation is inferior to the case of using the wide opening portion 14 to cause an obstacle in the injection operation. The long flow path member 18 must function as follows: even in a state where the plastic container body 12 is finally crushed, the viscous liquid 16 remaining inside the plastic container body 12 can be discharged or discharged. In the example of the first to fifth figures, the long flow path portion 26a as the long flow path member 18 is shown on the side wall of the elongated cylindrical pipe body 30a having the lower end as the open end portion 28. There are one or a plurality of (multiple in the example of the figure) configuration of the flow path hole 3 2 . According to the elongated flow path member 18 of this structure, even if the plastic container body 12 is crushed, the open end portion 28 of the lower end and one or a plurality of flow path holes 32 can maintain the open state and rise. The action of the discharge flow path of the viscous liquid 16 is ensured. In the above configuration, since the flow path hole 32 is in an open state, the viscous liquid 16 first passes through the flow path hole 3 2 and then passes through the liquid discharge port 2 3 and the opening portion 14 to finally permeate the liquid. The pipe feeding means 20 is pressurized and discharged. Further, as long as the flow path hole 32 is sufficiently opened, the opening of the lower end opening portion 28 is of course unnecessary, and sufficient flow path can be secured even if the opening is blocked. Even in the state in which the above-described plastic container main body 12 is finally crushed, the structure of the long flow path portion capable of discharging or discharging the viscous liquid 16 remaining inside the plastic container main body 12 is provided. In addition to the structures shown in Figs. 4 and 5, which are shown in Figures 4 and 2012495, various aspects can be considered and described below. Fig. 6 is a view showing a second example of the elongated flow path member; wherein (a) is a perspective explanatory view in which the upper end portion is omitted and only the long portion is displayed: (b) the plastic container body is displayed by adding The above description of the state in which the flow path is formed in a state of being crushed and pressed. The elongated flow path portion 26b of the elongated flow path member 18 shown in Fig. 6 shows that the through flow path 25b is opened in the center portion, and the lower end is regarded as the open end portion 28 and the lower end side portion is formed. The structure of the elongated cylindrical pipe body 30b having the cutout portion 37 is opened. The slit portion 37 is provided with one or a plurality of slits. Even in the case of this configuration, as shown in Fig. 6(b), the flow path can be formed even in a state where the plastic container body 12 is crushed by pressurization, and even the plastic container body 12 is formed. The flattened end portion 28 of the lower end and one or a plurality of slit portions 37 are also capable of maintaining the open state and functioning as a discharge passage for securing the viscous liquid 16. Further, as long as the slit portion 37 is sufficiently opened, the opening of the lower end opening portion 28 is of course unnecessary, and sufficient flow path can be secured even if the opening is blocked. Fig. 7 is a view showing a third example of the elongated flow path member; wherein (a) is a perspective explanatory view in which the upper end portion is omitted and only the long portion is displayed; (b) the plastic container body is displayed by adding The above description of the state in which the flow path is formed in a state of being crushed and pressed. The elongated flow path portion 26c of the elongated flow path member 18 shown in Fig. 7 shows that the through flow path 25c is opened in the center portion, and the lower end is regarded as the open end portion 28 and the lower end side portion is formed. The structure of the elongated corner column body 30c having the cutout portion 37 is opened. Even in the case of the structure of the present invention, as shown in Fig. 7(b), the flow path can be formed even in a state where the plastic container body 12 is crushed by pressurization, and even if The plastic container body 12 is crushed, and either one of the open end portion 28 of the lower end and one or a plurality of slit portions 37 can maintain the open state and function as a discharge passage for securing the viscous liquid 16. Further, as long as the slit portion 37 is sufficiently opened, the opening of the lower end opening portion 28 is of course unnecessary, and sufficient flow passage can be ensured even if the lock is closed. Fig. 8 shows the elongated flow path member. In the drawing of the fourth example, a perspective view in which only the long portion is displayed is omitted. The long flow path portion 26d of the elongated flow path member 18 shown in Fig. 8 shows a strip shape in which the through flow path 25d is opened in the center portion and the lower end is regarded as the open end portion 28. The side wall of the cylindrical pipe body 30d is provided with one or a plurality of slits 39. According to the elongated flow path member 18 of this configuration, even if the plastic container body 12 is crushed, the open end portion 28 of the lower end and one or a plurality of slits 39 can maintain the open state and ensure adhesion. Further, as long as the slit 39 is sufficiently opened, the opening of the lower end opening portion 28 is of course unnecessary, and sufficient flow path can be secured even if the slit is closed. Figure 9 is a view showing a fifth example of the elongated flow path member; (a) is a perspective explanatory view in which the upper end portion is omitted and only the long portion is displayed; The above description of the formation state of the flow path in a state of being pressed and crushed; and (c) is the same pattern as (b), but it is formed by four points of the peripheral portion acting on the flow path. The above diagram is illustrated. The strip-shaped flow path portion 26e of the long-length flow path member 18 shown in Fig. 9 is formed by radially extending from the center portion at equal intervals (a state intersecting with a right angle). The sheet-like body 36 has a shape in which the plate-like body 36 is disposed in a cross shape. According to the elongated flow path member 18 of this configuration, even if the plastic container body 12 is crushed, as shown in Fig. 9(b), the four spaces 38 formed by the four plate-like bodies 36 can be omitted. The opening state is maintained in an occluded state and functions to ensure the discharge flow path of the viscous liquid 16 . Although Fig. 9(b) shows the shape in which the upper cross-shaped plate-like body is disposed, it is not necessary to necessarily arrange the upper cross-shaped plate-like body as shown in Fig. 9(c), even from above. It can also be seen that the flow path forming point 3 6a having only four points in the peripheral portion can form a flow path. Fig. 10 is a view showing a sixth example of the elongated flow path member; although (a) is a perspective explanatory view in which the upper end portion is omitted and only the long portion is displayed; (b) is a display of the plastic container body. The above description of the formation state of the flow path in a state of being crushed by pressurization; and (c) is the same pattern as (b), but it is formed by four points of the peripheral portion only in the flow path. The above illustration. The elongated flow path portion 26f of the elongated flow path member 18 shown in Fig. 10 is provided with two plate-like bodies 40 facing the both ends of the plate-shaped support column 42, and has a plate-like body 40. The plate-shaped support column 42 is disposed in a U shape. According to the elongated flow path member 18 of this configuration, even if the plastic container body 12 is crushed, as shown in Fig. 10(b), 2 formed by the two plate-like bodies 40 and the plate-like support columns 42 The space 44 can also maintain the open state without being blocked and function to ensure the discharge flow path of the viscous liquid 16. In the first diagram (b), the plate-like body 40 and the plate-like support column 42 are arranged in a U-shaped shape. However, it is not necessary to have the plate-like body 40 and the plate shape. The support column 42 is arranged in a U-shaped shape as shown in FIG. 1(C), and even if there is only a flow path forming point 4 0 a of the peripheral portion, the flow path can be formed from the above. The figure shows a pattern of the seventh example of the long-shaped flow path member, and shows a state in which the flow path of the plastic container body is crushed by pressurization, and shows only the peripheral portion. The above diagram is applied to the formation of the flow path. In the ninth and first drawings, it has been described that by forming a flow path forming point at four points in the peripheral portion, even if the plastic container body 12 is crushed, it can be formed by the four-point flow path. The flow path is ensured by the presence of a dot, but in the figure, a case where the flow path forming point 45 of 6 points is formed is taken as an example. Further, the number of points for securing the flow path is not limited to four or six. As long as the polygonal shape is formed, it is of course possible to secure the flow path by forming more flow path forming points. Fig. 12 is a perspective view showing an eighth example of the elongated flow path member, and showing only the long portion in order to omit the upper end portion. The long-length flow path portion 26g of the long-length flow path member 18 shown in Fig. 12 is a spiral-shaped linear body 46 in which a linear body is formed into a spiral shape, and the spiral-shaped linear shape is used. The central portion cavity 48 of the body 46 serves as a flow path space, and has a structure in which the opening end portion 50 is formed at the lower end and a predetermined gap 52 is formed between the linear bodies. In the case of this configuration, even if the plastic container body 12 is crushed by pressurization, the central portion cavity 48 formed by the spiral linear body 46 is not blocked, and the lower end open end portion 50 is closed. The gap 52 can maintain the open state and function to ensure the discharge flow path of the viscous liquid 16. -28-201249542 Fig. 1 is a perspective view showing a ninth example of the elongated flow path member, and showing only the long portion in order to omit the upper end portion. The long-length flow path portion 26h of the long-length flow path member 18 shown in Fig. 13 shows a mesh cylinder 53 in which a mesh body is formed into a cylindrical shape, The central portion cavity 54 of the mesh cylinder 53 serves as a flow path space, and an open end portion 56 is formed at the lower end, and a plurality of mesh voids 58 are formed in the mesh cylindrical body 53. In the case of this configuration, even if the plastic container body 12 is crushed by pressurization, the central portion cavity 54 formed by the mesh cylinder 53 is not blocked, and the lower end opening portion 56 is closed. The mesh gap 58 can maintain the open state and function to ensure the discharge flow path of the viscous liquid 16. The viscous liquid 166 is an oxy-curing type which is cured by contact with a moisture-curable adhesive which is hardened by contact with moisture in the air or hardened by contact with oxygen in the air. When the curable composition is used as a target, it is possible to completely prevent the occurrence of contamination due to the scattering of the viscous liquid as described above and to simplify the coating operation of the curable composition described above. The coating operation enables a large work improvement. Next, a coating apparatus of the present invention using the plastic container of the present invention and applying a viscous liquid will be described based on Fig. 14. Fig. 14 is an explanatory view showing a schematic configuration of a coating apparatus of the present invention. In Fig. 14, reference numeral 60 denotes a coating apparatus of the present invention, and has a pressurizing tank 22» in which the plastic container 10 of the present invention is provided. The plastic container 1 has a plastic container body 12 and an elongated flow path member 18. No. -29-201249542 is a compressed air supply means, and supplies compressed air to the pressurizing tank 22 through the air supply pipe 2i. Reference numeral 20 is a liquid feeding means for supplying a viscous liquid, and one end of the liquid feeding means 20 is communicated with the opening portion 14 of the plastic container body 12, and the other end of the liquid feeding tube means 20 is connected and coated. The nozzle means 64 serves to supply the viscous liquid filled in the plastic container 10 to the coating nozzle means 64. Symbols 66 and 68 are an open-side air supply pipe and a closed-side air supply pipe that connect the compressed air supply means 62 and the coating nozzle means 64, and turn on/off (ΟΝ/OFF) of the coating nozzle means 64, respectively. As described above, the long-length flow path member 18 of the plastic container 10 has an upper end attachment portion 24 that is detachably attached to the opening portion 14 of the plastic container body 12 and has a liquid at the center portion. The discharge port 23; and the elongated flow path portion 26a are integrally attached to the mounting portion 24 so as to extend inside the plastic container body 12, and the elongated flow path member 18 is configured The opening portion 14 is detachably attached to the opening portion 14. A method of fitting the upper end mounting portion 24 of the elongated flow path member 18 to the opening portion 14 of the plastic container body 12 and inserting the liquid feeding tube means 20 into the upper end mounting portion 24 is suitable. The liquid discharge port 23 is inserted into the liquid discharge port 23 in a sealed state by the sealing insertion means 70 having the configuration shown in Fig. 15. The above-described seal insertion means 70 will be described with reference to Figs. 15 and 16. The seal insertion means 70 has a fixing member 72. The fixing member 72 has a cylindrical base 74 having an insertion opening 73 at a central portion thereof, and a ring 30-201249542-shaped crotch portion 75 is formed on the outer surface of the lower portion of the cylindrical base 74. The cylindrical base body 74 and the lower surface shape of the annular flange portion 75 are formed to have a shape corresponding to the upper shape of the upper end mounting portion 24 of the elongated flow path member 18 and above the annular flange portion 75. A receiving portion 76 is formed and a male thread portion 78 is formed on the outer portion of the upper portion of the cylindrical base 74. A tapered portion 79 that is inclined toward the inner side is formed at a lower end portion of the cylindrical base body 74. Reference numeral 80 is a through-hole cover member, and a through-hole 84 that abuts against the receiving section 76 is opened at a central portion of the circular plate 82 and an annular side wall is provided from a peripheral portion of the circular plate 82. A female thread portion 88 that can be screwed to the male screw portion 14b formed on the outer surface of the cylindrical side wall 14a of the opening portion 14 of the plastic container body 12 is formed on the inner surface of the inner surface 86. Reference numeral 90 is a fastening member, and has a cylindrical member 91 through which a center hole 92 is bored at a center portion, and a lower portion of the inner peripheral surface of the cylindrical member 91 is formed with a fastening female thread portion 94. The upper portion of the center hole 92 of the fastening member 90 is formed so as to gradually decrease in diameter toward the upper portion as shown in Fig. 16. The liquid supply pipe means 20 is inserted into the liquid discharge port 2 3 in a sealed state by the above-described sealing insertion means 70. The fixing member 72 abuts on the upper surface of the upper end mounting portion 24 of the elongated flow path member 18, and transmits the liquid feeding tube means through the center hole 92 of the fastening member 90 and the insertion opening 73 of the fixing member 72. 2〇 is inserted into the liquid discharge port 2 3 of the upper end mounting portion 24 of the long-length flow path member 18, and the through hole 84 of the through-hole cover member 80 is inserted into the receiving section 7 6 In the state, the female screw portion 8 of the through-hole cover member 8 is screwed to the cylindrical side wall of the opening portion 14 of the plastic container body 1 -31 - 201249542, and is fixed in the shape of > 94 The end portion and the upper portion of the upper portion 27 are seen to be locked by the male thread portion 14b of the square 14a, and then the fastening female thread portion 94 of the inner surface of the center hole of the tightening member 90 is screwed to the foregoing The male screw portion 78 on the outer surface of the upper portion of the member 72 is locked by a screw, whereby the liquid feed pipe means 20 can be inserted into the liquid discharge port 23 of the upper end mounting portion 24 of the long flow path member 18 in a sealed state. Further, as described above, since the diameter of the center hole 92 is gradually reduced toward the upper portion, the upper portion of the insertion opening 73 of the fixing member 72 is locked by screwing the female thread portion at the male screw portion 78. As a result, it is pinched, and as a result, the fixed liquid supply means 20 is locked, thereby functioning as a sealing member 72 between the fixing members 72. The upper mounting portion 24 of the elongated flow path member 18 shown in Figs. 15 and 16 has an inner peripheral wall 27 that forms a liquid discharge port 23, and is provided to be partitioned from the inner peripheral wall 27 by a support wall 29. The outer peripheral wall 3 1 at a predetermined interval therebetween is formed, and the inner peripheral wall 27 has an inner diameter which is larger than the lower portion and the upper end surface of the inner peripheral wall 27 is tapered toward the inner side. . On the other hand, the lower end portion of the cylindrical member 74 of the fixing member 72 is a tapered portion 79 which is inclined toward the inner side. Therefore, when the fixing member 72 abuts against the end fitting portion 24 of the elongated flow path member 18. In the case of Fig. 15, the upper end tapered portion 33 of the inner peripheral wall and the lower end tapered portion 79 of the cylindrical base 74 abut each other to form a sealed state. The material of the fixing member 72 is preferably 6-nylon from the viewpoint of toughness, and it is suitable to use high-density polycondensation from the viewpoint of ease of wiping of the adhered viscous liquid. Ethylene (HDPE). The material of the through-hole cover member 80 of the above-mentioned attachment-32-201249542 is only required to use a rigid polyethylene, and the material of the fastening member 90 is preferably a polyacetal having a lubricating property. Further, in the example of the drawing of Fig. 15, the lower end portion of the liquid feeding tube means 20 is set to be flush with the lower end surface of the cylindrical base 74 of the fixing member 72, but the liquid supply is configured as described above. The lower end portion of the pipe means 20 is suspended downward from the fixing member 72 without being a free end, and there is an advantage that since the viscous liquid 16 is restricted from scattering at the lower end of the liquid feeding pipe means 20, the occurrence of contamination is largely eliminated. In addition, the liquid feeding pipe means 20 may be suspended until the lower end portion of the liquid feeding pipe means 20 is inserted into the liquid discharge port 23 of the elongated flow path member 18, but the length of the hanging down is formed. Small, the less the pollution occurs. In the following example, the setting of the lower end portion of the liquid feed pipe means 20 is performed in the same manner as in the fifth embodiment, but the description thereof will be omitted. The combination of the shape of the upper surface of the upper end mounting portion 24 and the shape of the lower surface of the fixing member 72 of the elongated flow path member 18 shown in Fig. 15 can be considered from the 17th to the 21 to make further explanation. The structural example shown in Fig. 7 is the upper end tapered portion 33 of the inner peripheral wall 27 of the upper end mounting portion 24 of the elongated flow path member 18 and the lower end tapered portion 79 of the cylindrical base 74 of the fixing member 72. The direction in which the taper is inclined is the same as that in Fig. 5 except that the inversion in Fig. 5 is reversed and the inner diameter of the inner peripheral wall 27 is the same as the diameter of the upper portion and the lower portion. In this case, as in the case of FIG. 15, when the fixing member 72-33-201249542 is brought into contact with the upper end mounting portion 24 of the elongated flow path member 18, as shown in FIG. The upper end tapered portion 33 of the inner peripheral wall 27 and the lower end tapered portion 79 of the cylindrical base 74 abut against each other to form a sealed state. In the structural example shown in Fig. 18, the inner peripheral wall 27 of the upper end mounting portion 24 of the elongated flow path member 18 can be omitted, and the diameter of the liquid discharge port 23 is larger than the diameter of the through flow path 25a. Further, the length of the lower end portion of the cylindrical base 74 of the fixing member 72 is extended to the lower side of the support wall 29, and the rest has the same configuration as that of Fig. 15. In this case, the lower end tapered portion 79 of the cylindrical base 74 abuts against the inner peripheral edge portion of the support wall 29 to form a sealed state. In the structural example shown in Fig. 19, the structural example of Fig. 17 is further changed, and the lower end tapered portion 79 of the cylindrical base 74 of the fixing member 72 is omitted and the lower surface of the cylindrical base 74 is integrally formed with the same surface. The upper end of the upper end tapered portion 33 of the inner peripheral wall 27 of the upper end attachment portion 24 of the elongated flow path member 18 is in contact with the lower surface of the cylindrical base 74. The structural examples shown in Figs. 20 and 21 (a) and (b) show an example in which the auxiliary annular member 95 is used to further improve the sealing action. The auxiliary annular member 95 has a through hole 96 at the center portion, and an annular tapered portion 98 is provided on the outer peripheral surface of the lower end portion. The structural examples shown in Figs. 20 and 21 (a) and (b) are basically similar to the structural examples shown in Fig. 7 and 7, but differ in the structural examples of Fig. 17 When the fixing member 72 and the fastening member 90 are screwed together, the above-described auxiliary annular member 95 is interposed. Further, in the structural example of -34-201249542 of Fig. 17, the insertion tapered portion 74a is formed on the outer surface of the upper end portion of the cylindrical base 74 of the fixing member 72, and the front end portion of the cylindrical base 74 is formed. It is easy to be inserted into the center hole 92 of the fastening member 90, but in Figs. 20 and 21, the upper end portion of the cylindrical base 74 of the fixing member 72 is intended to receive the ring of the lower end portion of the above-described auxiliary annular member 95. The tapered tapered portion 98 is formed with a receiving tapered portion 74b on the inner surface of the upper end portion of the cylindrical base 74. Further, a configuration is adopted in which an inner peripheral portion 91a is formed on the inner peripheral surface of the upper end of the cylindrical member 91 of the fastening member 90, and the auxiliary annular member 95 is inserted into the center hole 92 of the fastening member 90. The inner circumferential portion 91a abuts against and is fitted to the upper side of the annular tapered portion 9 8 . Further, the auxiliary annular member 95 may be formed of a plastic material, but is preferably formed of nylon. In the structural examples shown in FIGS. 21(a) and (b), although the configuration in which the auxiliary annular member 95 is inserted into the center hole 92 of the fastening member 90 has been shown, except for the auxiliary annular member 95. As long as it is a member that plays the same function, it can be used, and a one-touch joint mechanism can also be applied, and an example thereof is shown in Fig. 21(c). In Fig. 21(c), reference numeral 120 is a fastening member provided with a one-touch joint mechanism, and has a stepped cylindrical member 222. A center insertion hole 124 is bored in the attachment differential cylindrical member 122. A small-diameter cylindrical portion 丨26 is formed in a lower portion of the stepped cylindrical member 12, and a large-diameter cylindrical portion 128 is provided at an upper portion thereof. A mother is formed on an inner peripheral surface of the small-diameter cylindrical portion 126. Threaded portion 1 300. Reference numeral 1 3 2 is a packing disposed in the annular segment space of the upper portion of the stepped cylindrical member 122. A lock claw 134 is attached to the pad -35 - 201249542 132. Symbol 136 is a sleeve and acts to press the locking pawl 134. The symbol 138 is a compression block and the effect of the compression sleeve 136 occurs. The liquid delivery pipe means 20 is inserted into the center insertion hole 124 of the fastening member 120 provided with the one-touch joint mechanism in a sealed state. In addition, the structure of the one-touch joint is variously known, and in addition to the above-described structure, it is also applicable to Japanese special Kaiping 1-206196, Shikaiping 4-35669, Practical new case registration No. 2575755, and practical use. The construction of the one-touch joint described in the publication No. 2524012 or the like is incorporated. The action of the coating apparatus of the present invention will be described by the above configuration. First, when compressed air is supplied from the compressed air supply means 62 through the air supply pipe 21 to the pressurizing tank 22, as shown in Fig. 1, it is provided in the pressurizing tank 22 and is full (full) In the tank state, the aforementioned plastic container 1 filled with the viscous liquid 16 is pressurized. Next, as shown in Fig. 2, the plastic container 10 is reduced in deformation by pressurization, and the viscous liquid 16 inside is discharged through the long flow path member 18 from the plastic container. Then, the discharged viscous liquid 16 is discharged from the coating nozzle means 64 by the liquid supply pipe means 20, and the viscous liquid 16 is applied to a predetermined portion. In the coating operation, in a state where all of the viscous liquid 16 is discharged and used, as shown in Fig. 3, the plastic container 10 is crushed by pressurization. At this time, the viscous liquid 16 which has been filled in the inside of the plastic container 10 is all discharged by pressure without being present, and becomes only the plastic container body 12 and the long flow path member which remain after being crushed. The state of 1 8 . Then, as shown in Fig. 22, the lid body 22b is removed from the body - 22a of the groove - 36 - 201249542 of the pressurizing tank 22, and then the used plastic container 10 in the form of a flattened shape, in other words, the plastic container body The combination of the 12 and the elongated flow member 18 is removed and the fixed member 72, the through-hole cover member 80, the fastening member 90, and the liquid delivery tube means 20 are separated and separated (Fig. 23). The composite of the plastic container body 1 2 and the elongated flow path member 18 in the groove body 22a can be disposed of by disposal. When the long flow path member 18 is to be taken out from the plastic container 1 in the squashed state and reused, the viscous liquid adhering to the long path member 18 may be scattered to cause contamination. The cause of the work site is unfavorable, but in the present invention, since the plastic container 10 that has been crushed, in other words, the plastic container body 12 and the elongated flow path member 18 are formed in a wasteable manner, there is a direct It is discarded and does not have the advantages of dyeing as described above. Further, in the apparatus in which the elongated flow path member of the present invention is not disposed in the plastic device 106, the liquid delivery tube means 11 is extended into the plastic container 106 and inserted into the viscous liquid 112 for use. In this case, the following accident occurs: when the tip end of the liquid feed pipe means 1 10 is closed, the flow path can be easily closed, so that the viscous liquid 1 1 2 in the plastic container 106 cannot be discharged in its entirety, but Even if the viscous liquid 1丨2 can be completely discharged, as shown in Fig. 24, when the tank body 102b' from the tank body l〇2a of the pressurizing tank 1〇2 is removed, and the liquid feeding means is removed from the plastic container 1〇6 1 1 〇 〇 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 附着 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Viscous liquid 1 12, and there are many troublesome problems, 22, when the flow is made, the container is dirty, sometimes the volume is removed. -37- 201249542 More, at that time, as long as it is wiped clean, but when In the case of repeated use, the scum of the viscous liquid 1 1 2 (for example, the hardened adhesive) may adhere to the liquid feeding means, and the slag may be easily mixed when the liquid feeding means 110 is used again. In the viscous liquid 112, causing a coating nozzle Blockage of the respective segment members and the like, etc., and can not occur inconvenience viscous fluid 112 (e.g., adhesive) of the coating or the like. In particular, in the case of the moisture-curing type adhesive, the scum of the adhesive agent tends to occur, and clogging of each member such as the coating nozzle means becomes remarkable. More specifically, it is used when applying a viscous liquid such as a moisture-curing adhesive. In the pressurized tank, the pressure is generally 0. 3 to 0. About 6MPa. Therefore, in order to withstand the pressure and maintain a high sealability, the lid system of the pressure-tight tank is formed to be thick and has a weight (for example, a weight of about 6 to 10 kg). Therefore, the switching operation of the plastic container is usually borrowed. It is carried out by the exchange of the plastic containers in which the other two are in the process of picking up the lids and picking up the lids. When the plastic container containing the viscous liquid is exchanged after the end of the coating operation, as shown in Fig. 24, it is necessary to perform the following operations: removing the cover body and removing the liquid supply pipe means from the plastic container to discard the old one. Plastic container, secondly, the new plastic container is stored in the pressurized tank and the long liquid feeding tube means is inserted into the plastic container, and the viscous liquid, such as an adhesive, is often used to send the tube from the liquid. The front end is scattered and causes pollution to occur. In addition, when a type of moisture-curing adhesive having a high curing speed (3 minutes to 10 minutes hardening) is used as the viscous liquid, the operation is required to be carried out because of the special speed -38-201249542 speed. It is difficult. Thus, various problems in the case of using only the conventional liquid feeding means can be completely eliminated by the use of the plastic container 1 provided with the elongated flow path member 18 of the present invention. For example, the above-described switching operation of the plastic container is performed by three people as described above, and by using the plastic container of the present invention, it is possible to have two (one in the other one during the period in which the lid is lifted up) The plastic container, the elongated flow path member and the coating device of the present invention can be effectively eliminated in the industry by performing the exchange of the plastic container containing the long liquid feeding means. Knowing this is the above problem of a larger problem, and has a very large advantage. As a means for eliminating the problem of contamination caused by the viscous liquid 16 scattering from the front end portion of the liquid delivery tube means 20, the liquid delivery tube is used as described in the description of the example of Fig. 15 It is effective that the front end portion of the means 20 does not protrude downward from the fixing member 72. In the following, the cover used to close the opening of the plastic container body when the plastic container of the present invention is stored or transported in a state in which the viscous liquid is contained is described in the drawings. Figs. 28 to 30 show the case where the opening portion 14 of the plastic container body 12 is closed by a cover of a general configuration. Fig. 28 is a view showing the structure of a general cover used for occluding the opening of the plastic container body of the plastic container of the present invention; wherein (a) is a top perspective view; (b) is a cross-sectional explanatory view. Fig. 29 is a view showing a state in which the opening portion of the plastic container body is closed by the cap shown in Fig. 28; (a) is a top view; (b) is a cross-sectional explanatory view. Fig. 30 is an exploded view showing the decomposition of each member of Fig. 29 - 39- 201249542. In Figs. 28 to 30, reference numeral 200 is a cover of a general configuration. The cover 200 has a cover body 208 that forms a female screw portion 206 on the inner surface side of the annular side wall 204 that is suspended from the peripheral edge portion of the circular plate 202. The female screw portion 206 can be formed on the plastic body. The male screw portion 14b on the outer surface of the cylindrical side wall 14a of the opening portion 14 of the container body 12 is screwed. As shown in Fig. 29(b), in the state in which the elongated flow path member 18 is attached to the upper end attachment portion 24 in the opening portion 14 of the plastic container body 12, the male thread portion of the plastic container body 12 is attached. The female screw portion 206 of the lid body 208 is screwed and fastened, whereby the lid 200 functions to be attached to the opening portion 14 of the plastic container body 12 and closes the opening portion 14. The plastic container 10 in which the viscous liquid 16 is sealed is closed by filling the inside of the plastic container body 12 with the viscous liquid 16 and closing the opening 14 with the lid 200. The action of the case where the opening portion 14 of the plastic container 1 of the present invention is closed by the cover 200 of the above-described general configuration will be described with reference to Fig. 37. Figure 37 is a cross-sectional explanatory view showing a state in which contamination is caused by a viscous liquid when the opening of the plastic container of the present invention is closed by a cover having a general structure; wherein (a) shows a cover for occluding the plastic container (b) shows the state after the cover is removed from the state of (a): (c) shows that the liquid feed pipe means is connected to the elongated flow path member, and the fixing member and the through hole are attached. The lid member and the fastening member are in a state in which the viscous liquid 16 is pressurized and discharged; (d) the state in which the pressurizing and discharging operation is completed, the fixing member is removed, and the through-hole cover member and the fastening member are attached. 40-201249542 As shown in Fig. 37(a), when the cover portion 200 of the above-described general structure is used for occluding the opening portion 14 of the plastic container 10 of the present invention, when the cover 200 is removed, as in the 37th The viscous liquid 16 shown in Fig. (b) adheres to the inner surface portion of the circular plate 202 that abuts against the liquid discharge port 23, and is positioned at the upper end portion of the inner peripheral surface of the elongated flow path member 18. From this state, as shown in Fig. 3(c), the liquid feed pipe means 20 is communicated with the elongated flow path member 18, and the fixing member 72, the through hole cover member 80, and the fastening member 90 are attached. The pressurizing and discharging operation of the viscous liquid 16 is performed, and when the pressurizing and discharging operation is completed and the liquid feeding pipe means 20, the fixing member 72, the through hole cover member 80, and the fastening member 90 are removed, as in the third 7 As shown in Fig. (d), the outer peripheral surface of the tapered portion 79 at the lower end of the cylindrical base 74 of the fixing member 72 is contaminated by the adhesion of the viscous liquid 16. When the adhered viscous liquid 16 hardens as time passes, the fitting of the lower end tapered portion 79 and the upper end tapered portion 33 of the elongated flow path member 18 becomes difficult, or when the situation becomes serious At this time, there is a state in which it is impossible to be fitted, and there is a disadvantage that the next use is unfavorable or unusable. In order to eliminate the disadvantages caused by the use of the cover of the above-described general configuration, the inventors propose an inner cap 200A having the first aspect of the cap body 208A and the inner plug member 210, which is attached to the cap body 208A. The inner surface side of the annular side wall on which the peripheral portion of the circular plate is suspended is formed by a female screw portion that can be screwed to a male screw portion formed on the outer surface of the cylindrical side wall of the opening of the plastic container body, and the inner plug member is A central portion of the lower surface of the circular plate is fitted to the liquid discharge port of the elongated flow path member. A configuration example of the first to fourth to fourth embodiment of the present invention is described with reference to Figs. 31 to 33. Fig. 31 is a view showing an example of the structure of the inner cap of the present invention used for sealing the opening of the plastic container body of the plastic container of the present invention; wherein (a) is a top perspective view; ) is a cross-sectional illustration. Fig. 32 is a view showing a state in which the opening of the plastic container body is closed by the inner cap shown in Fig. 31; (a) is a top view; (b) is a cross-sectional explanatory view. Fig. 33 is an exploded explanatory view showing the decomposition of each member of Fig. 32. In the 31st to 33rd drawings, reference numeral 200A denotes an inner cap of the first aspect of the invention. The inner cap 200A has a cap body 208A formed with a female screw portion 206 on the inner surface side of the annular side wall 204 that is suspended from the peripheral edge portion of the circular plate 202, and the female screw portion 206 is capable of The male screw portion I4b formed on the outer surface of the cylindrical side wall 14a of the opening portion 14 of the plastic container body 12 is screwed. Reference numeral 210 is an inner plug member, and has a cylindrical hanging portion 210a which is suspended from a central portion of the lower surface of the circular plate 202, and the cylindrical suspended lower portion 210a is connected to the elongated flow path member 18 As shown in FIG. 32 (b), the elongated flow path member 18 is attached to the upper end mounting portion 24 in the opening portion 14 of the plastic container body 12, and is attached. The cylindrical hanging portion 210a of the inner plug member 210 is placed in a state of being fitted to the liquid discharge port 23 of the elongated flow path member 18, and the male screw portion 14b of the plastic container body 12 is screwed into the cover. The female screw portion 206 of the main body 208A is fastened, whereby the cover 200A functions to be attached to the opening portion 14 of the plastic container body 12 and closes the opening portion 14 and the liquid discharge port 23. The plastic container 1 in which the viscous liquid 16 is sealed is closed by clogging the liquid 16 in the inside of the plastic container body 12 and closing the opening 14 and the liquid discharge port 23 with the lid 200A. The action of the case where the opening portion 14 of the plastic container 1 of the present invention is closed by the inner cap 200A of the first aspect described above will be described with reference to Fig. 38. FIG. 3 is a cross-sectional explanatory view showing a state in which contamination is caused by a viscous liquid when the opening of the plastic container of the present invention is closed by the inner cap of the first aspect of the present invention; wherein (a) is a The state in which the opening of the plastic container is closed by the inner cap is displayed; (b) shows the state after the cap is removed from the state of (a); (c) shows that the liquid feeding means is connected to the long a strip-shaped flow path member, in which a fixing member, a through-hole cover member and a fastening member are attached, and a pressurized discharge operation of the viscous liquid 16 is performed; (d) showing that the pressurizing discharge operation is completed and the fixing member is removed, The state after the through hole cover member and the fastening member are attached. When the opening portion 14 of the plastic container 10 of the present invention and the liquid discharge port 23 of the elongated flow path member 18 are closed, the inner cap 200A of the first aspect of the present invention is used, as shown in Fig. 38. (a), the inner plug member 210 is in a state of being embedded in the upper end portion of the long flow path member 18 through the flow path 25a, and does not invade the viscous liquid 16 at the upper end portion of the through flow path 25a, and The viscous liquid does not adhere to the upper end portion of the through flow path 25a. Therefore, as shown in Fig. 38(b), when the inner cap 200A is removed, the viscous liquid 16 does not exist at the upper end portion of the through flow path 25a, and contamination does not occur, and the state is clean. From this state, as shown in Fig. 3(c), the liquid feed pipe means 20 is communicated with the elongated flow path member 丨8, and the fixing member 72 is attached, and the through-43-201249542 hole cover member 80 is tightly attached. The solid member 90 is subjected to the pressure discharge operation of the viscous liquid 16 and the state after the pressurization discharge operation is completed and the liquid feed pipe means 20, the fixing member 72, the through hole cover member 80, and the fastening member 90 are removed Next, as shown in Fig. 3(d), the viscous liquid 16 is not present on the outer peripheral surface of the tapered portion 79 at the lower end of the cylindrical base 74 of the fixing member 72, and is in a clean state. Therefore, there is an advantage that it can be used without any disadvantages even in the case of the first use even in the next use. Next, the present inventors propose a structure having a cylindrical hanging portion 212a and a flexible cylindrical fitting portion 212b as the second aspect of the inner plug member 212 as a better inner cap. The structure, the cylindrical hanging portion 21 2a. The flexible cylindrical fitting portion 212b is suspended from the peripheral portion of the lower end 0 of the cylindrical lower portion. A configuration example of the second aspect of the inner cap of the present invention will be described with reference to Figs. 34 to 36. Fig. 3 is a view showing another example of the structure of the inner cap of the present invention used for sealing the opening of the plastic container body of the plastic container of the present invention: (a) is a top perspective view; b) is a cross-sectional illustration. Fig. 35 is a view showing a state in which the opening of the plastic container body is sealed by the inner cap shown in Fig. 34; (a) is a top view; (b) is a cross-sectional explanatory view. Fig. 36 is an exploded explanatory view showing the decomposition of each member of Fig. 35. In Figs. 34 to 36, reference numeral 200B is an inner cover of the second aspect of the present invention. The inner cover 20B is provided with a cover main body 208B which is formed with a female screw portion 206 on the inner surface side of the annular side wall 204 which is provided from the peripheral edge portion of the circular plate 202, and the female screw portion 206 is attached. The male screw portion 14b formed on the outer side of the cylindrical side wall 14a of the opening portion 14 of the plastic container body 12 can be screwed with -44 - 201249542. Reference numeral 212 denotes an inner plug member, and a central portion of the lower surface of the circular plate 202 of the cover main body 208B is fitted into the liquid discharge port 2 of the elongated flow path member 18. The inner plug member 2 1 2 has a cylindrical hanging portion 212a that is suspended from a central portion of the lower surface of the circular plate 202, and a flexible cylindrical fitting portion 212b that is suspended from the cylindrical shape. The lower end circumferential edge portion of the lower portion 212a. The flexible cylindrical fitting portion 2 1 2b is provided to be fitted to the liquid discharge port 23 of the elongated flow path member 18. As shown in Fig. 35(b), the elongated flow path member 18 is attached to the upper end mounting portion 24 in the opening portion 14 of the plastic container body 12, and the cylindrical plug portion of the inner plug member 212 is suspended. 212a is screwed into the female screw portion 206 of the cap body 208A in the male screw portion 14b of the plastic container body 12 in a state in which it is fitted into the liquid discharge port 23 of the long-length flow path member 18. When the cover 200B is fastened, the cover 200B is attached to the opening portion 14 of the plastic container body 12 and closes the opening portion 14 and the liquid discharge port 23. The plastic container 16 is filled with the viscous liquid 16 by squeezing the inside of the plastic container body 12 with the viscous liquid 16 and closing the opening 14 and the liquid discharge port 23 with the lid 200B. The action of the case where the opening portion 14 of the plastic container 1 of the present invention is closed by the inner cap 20 0B of the second aspect described above will be described with reference to Fig. 39. FIG. 39 is a cross-sectional explanatory view showing a state in which contamination is caused by a viscous liquid when the opening of the plastic container of the present invention is closed by the inner cap of the second aspect of the present invention; wherein (a) is a The state in which the opening of the plastic container is closed with the inner plug-45-201249542 cover is displayed; (b) shows the state after the inner cap is removed from the state of (a); (c) shows the liquid feeding tube The means is connected to the long-length flow path member, and the fixing member, the through-hole cover member and the fastening member are attached to perform the pressure discharge operation of the viscous liquid 16 : (d) shows that the pressure discharge operation is completed and removed The state after the fixing member and the through-hole cover member and the fastening member are attached. When the opening 14 of the plastic container 10 of the structure of the present invention and the liquid discharge port 23 of the elongated flow path member 18 are closed, the inner cap 200B of the second aspect of the present invention is used, as in the 39th. As shown in (a), the inner plug member 212 is fitted into the upper end portion of the long flow path member 18 through the flow path 25a, and does not invade the viscous liquid 16 at the upper end portion of the through flow path 25a. The viscous liquid 16 does not adhere to the upper end portion of the through flow path 25a. Therefore, as shown in Fig. 39 (b), when the inner cap 200B is removed, the viscous liquid 16 does not exist at the upper end portion of the through flow path 25a, and contamination does not occur, and the state is clean. From this state, as shown in Fig. 39 (c), the liquid feed pipe means 20 is communicated with the elongated flow path member 18, and the fixing member 72, the through hole cover member 80 and the fastening member 90 are attached and adhered. The pressurization discharge operation of the liquid 16 is followed by the state in which the liquid discharge pipe means 20, the fixing member 72, the through hole cover member 80, and the fastening member 90 are removed after the pressurizing discharge operation is completed, as shown in Fig. 39. As shown in (d), the viscous liquid 16 is not present on the outer peripheral surface of the tapered portion 79 at the lower end of the cylindrical base 74 of the fixing member 72, and is in a clean state. Therefore, there is an advantage that it can be used without any disadvantages even in the case of the first use even in the next use. In the inner plug member 200B in the second aspect of the present invention, a structure in which a flexible cylindrical fitting portion 212b is provided at the lower end of the cylindrical hanging portion 212a is formed as an inner plug. In the member 212, since the flexible cylindrical fitting portion has a lower end portion which is a free end, it has extremely high flexibility. Therefore, there is an advantage in that the liquid is fitted to the elongated flow path member 18. When the inner plug member 2 1 2 in the state of the discharge port 23 is removed from the liquid discharge port of the elongated flow path member 18, the liquid fitting is not tightly fitted by the soft action of the cylindrical fitting portion 212b. The outlet 23 can be easily removed from the liquid discharge port 2 3 even if there is a large amount of unevenness during molding. Further, in the example shown in Figs. 28 to 39, the opening portion 14 and the strip of the plastic container body 1 shown in Fig. 15 are shown by the covers 200, 200A, and 200B. The combined opening structure of the liquid discharge port 23 of the flow path member 18 is closed. The opening structure shown in FIGS. 7 to 20 can be similarly closed by the covers 200, 200A, and 200B. However, since the same blocking structure is used, the illustration is omitted in order to avoid being too redundant. instruction of. The plastic container of the sealed state of the present invention will now be described with reference to Figs. 40 and 41. Fig. 40 is a cross-sectional explanatory view showing an example of a state in which the plastic container of the present invention is closed by a cover having a normal structure. Fig. 4 is a cross-sectional explanatory view showing an example of a plastic container in a sealed state of the present invention. As shown in Fig. 40, in the case of storing the plastic container 1 filled with the viscous liquid 16, or in the case of carrying it at the site of the coating operation, the cover 200, 200A, 200B is usually used (in the example) The opening 14 of the plastic container 10 is closed for 200B). However, since the plastic body of the plastic container 10 is formed of a polyethylene film (moisture or moisture, oxygen can pass through), moisture or moisture present in the air may invade. In the plastic container 10. Although there is no problem in the case of being placed in the air for a short period of time, when it is left in the air for a long time, the following inferior situation occurs: in the case of moisture and oxygen-curing type viscous liquid, the hardening reaction will be borrowed. It is carried out by moisture or moisture invading the inside and oxygen. As shown in Fig. 41, the sealed plastic container i〇A of the present invention accommodates the plastic container 1 湿 in a moisture or oxygen-impermeable bag formed by moisture or oxygen-impermeable material. 214, the upper end portion is formed by a heat seal to form a heat seal portion 215, and the plastic container 10 is filled with the viscous liquid 16 to the plastic container body of the plastic container 1 of the present invention. Inside the 12, the opening portion 14 of the plastic container body 12 and the liquid discharge port 23 of the elongated flow path member 18 are closed by the covers 200, 200A, and 200B (200B in the illustrated example). The moisture or oxygen non-penetrating bag 214 formed as the above-mentioned moisture or oxygen non-penetrating material can be exemplified by an aluminum foil layer containing at least one layer which does not allow moisture or moisture to pass through. A moisture or oxygen non-penetrating bag made of a multilayer sheet material or the like. The plastic container 10A in the sealed state of the present invention is filled in the plastic container 1 because the plastic container 10 of the present invention is housed in the moisture or oxygen-impermeable bag body 2 1 4 and formed into a sealed state. The viscous liquid 16 does not come into contact with moisture or oxygen in the air, but avoids accidents that are hardened by contact with moisture or oxygen. The plastic container in the assembled state of the present invention will be described below with reference to Fig. 42. Fig. 42 is a cross-sectional explanatory view showing an example of -48 to 201249542 of a plastic container in a packaged state according to the present invention. As shown in Fig. 42, the plastic container 10B in the packaged state of the present invention protects the plastic container 10A of the sealed state of the present invention by the corrugated cardboard 216, and has the following advantages: the sealed state can be obtained. In order to prevent the plastic container 10 or the moisture or oxygen non-penetrating bag 214 from being broken or broken, the plastic container is safely transported to the site where the coating operation is performed in a protected package state. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a cross-sectional explanatory view showing an embodiment in which a plastic container of the present invention is placed inside a pressurizing tank, and shows a state in which a viscous liquid is filled in a tank and filled with a plastic container body. . Fig. 2 is a cross-sectional explanatory view showing an intermediate state in which the plastic container body is pressurized from the outside and deformed and contracted from the state of Fig. 1 and the viscous liquid is discharged to the outside. Fig. 3 is a cross-sectional explanatory view showing a state in which the state of Fig. 2 is further pressurized and the plastic container body is completely flattened so that the total amount of viscous liquid is discharged to the outside. Fig. 4 is an explanatory view showing a first example of the elongated flow path member used in the plastic container of the present invention; (a) is a top view; (b) is a cross-sectional explanatory view. Fig. 5 is a view showing a long flow path member similar to Fig. 4, wherein (a) is a perspective view showing the entire display; (b) is a perspective explanatory view in which the upper end portion is omitted and only the long portion is displayed. . Fig. 6 is a view showing a second example of the elongated flow path member; wherein -49-201249542 (a) is a perspective explanatory view in which the upper end portion is omitted and only the long portion is displayed; The above description of the state of formation in a state of being pressed and crushed. Fig. 7 is a view showing a third example of the elongated flow path member; Φ (a) is a perspective explanatory view in which the upper end portion is omitted and only the long portion is displayed; <b) The above is a view showing a state in which the plastic container main body is formed in a state of being crushed by pressurization. Fig. 8 is a perspective view showing a fourth example of the elongated flow path member. & Stomach A description of a long portion is omitted except that the upper end portion is omitted. Fig. 9 is a view showing a fifth example of the elongated flow path member; although (a) is a perspective explanatory view in which the upper end portion is omitted and only the long strip portion is displayed; (b) The above description of the formation state of the flow path in a state of being crushed by pressurization; and (c) is the same pattern as (b), but it is formed by four points of the peripheral portion only in the flow path. The above illustration. Fig. 10 is a perspective view showing a sixth example of the strip-shaped flow path member, although (a) is a perspective explanatory view in which the upper end portion is omitted and only the long portion is displayed: (b) the plastic container body is shown to be borrowed. The above description of the formation state of the flow path in a state of being crushed by pressurization; and (c) is the same pattern as (b), but it is formed by four points of the peripheral portion only in the flow path. The above illustration. Fig. 1 is a view showing a seventh example of the elongated flow path member, and showing a state in which the flow path of the plastic container body is crushed by pressurization, and showing only the periphery. The 6 points of the part are applied to the flow path to form the above -50-201249542. Fig. 1 is a perspective view showing an eighth example of the elongated flow path member, and showing only the long portion in order to omit the upper end portion. Fig. 13 is a perspective view showing a ninth example of the elongated flow path member, and showing only the long portion in order to omit the upper end portion. Fig. 14 is an explanatory view showing a schematic configuration of a coating apparatus of the present invention. Fig. 15 is a view showing that the upper end attachment portion of the elongated flow path member shown in Fig. 4 is attached to the opening of the plastic container body, and one end portion of the liquid delivery tube means is inserted into the upper end of the elongated flow path member. The main part of the state in which the liquid discharge port of the mounting portion is inserted into the liquid discharge port of the upper end mounting portion of the elongated flow path member in a sealed state by the sealing and inserting means; ) is the above description; (b) is a cross-sectional explanatory diagram. Fig. 16 is an exploded explanatory view showing the components of Fig. 15(b). Fig. 17 is a view similar to Fig. 15 showing another example of the joined state of the mounting portion of the elongated flow path member and the sealing insertion member; wherein (a) is the above explanatory view; (b) is the sectional explanatory view. . Fig. 18 is a view similar to Fig. 5 showing still another example of the joined state of the mounting portion of the elongated flow path member and the sealing insertion member; wherein (a) is the above-described drawing; (b) is Section illustration. Fig. 19 is a view similar to Fig. 5 showing another example of the state in which the attachment portion of the elongated flow path member and the insertion auxiliary member are joined; wherein (a) is the above description; (b) is the profile Illustrating. -51 - 201249542 Fig. 20 shows still another example of the joined state of the elongated flow path member, and (a) is the above-described illustration; (b) is the sectional view of Fig. 21 and is exploded. Fig. 20 (1: where a) is an exploded explanatory diagram; (fc perspective view; (c) shows an example in which the application of the one-touch and the auxiliary annular member is replaced. FIG. 22 shows the combination of the elongated flow path member shown in FIG. The combination of the fastening member and the liquid supply pipe means Fig. 23 is the main part of Fig. 22, and Fig. 24 shows the state after the combination of the fixing member and the liquid feeding pipe means is removed without using the plastic container body. Fig. 25 is a cross-sectional explanatory view showing a conventional plastic container body coated with flexibility. Fig. 26 is a cross-sectional explanatory view showing the deformation and contraction from the outside and the viscous state in the state shown in Fig. 25. Fig. 27 is a cross-sectional explanatory view showing a final state in which the central portion of the capsule body of Fig. 26 is in contact with each other. Fig. 28 is a view showing the same as the mounting portion for occluding the member and the insertion assisting Fig. 15. Figure; The figure of the drawing is a cross-sectional explanatory view of the pick-up joint mechanism of the auxiliary annular member as a piano solid member. In the state, the state of the plastic container body and the fixed member and the through-hole cover member are attached. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an explanatory view of a through-hole cover member and a fastening member in a long strip-shaped flow path member. A state in which a viscous liquid is disposed in a pressurizing tank The medium-capacity liquid of the plastic container is discharged to the outside and further pressurized to be plasticized so that the viscous liquid is not discharged from the opening of the plastic container of the invention. (a) is a perspective view of the above; (b) is a cross-sectional explanatory view. Fig. 29 is a view showing a state in which the opening of the plastic container body is closed by the cover shown in Fig. 28. : (a) is the above figure: (b) is a cross-sectional explanatory diagram. Fig. 30 is an exploded view showing the decomposition of each member of Fig. 29, which shows the example of the first type of the imager. Said plastic 5: face The creator is constructed as a capacity} The rubber cover (b) The plastic stencil of the smear of the smear of the smear of the smear of the smear is shown in the figure. Fig. 32 is a view showing a state in which the opening of the plastic container body is closed by the inner cap shown in Fig. 31: (a) is a top view; (b) is a cross-sectional explanatory view. FIG. 34 is a view showing another example of the structure of the inner cap of the present invention used for closing the opening of the plastic container body of the plastic container of the present invention. FIG. Wherein (a) is a top perspective view: (b) is a cross-sectional explanatory view. Fig. 35 is a view showing a state in which the opening of the plastic container body is closed by the inner cap shown in Fig. 34; wherein (a) is the upper view and (b) is a cross-sectional explanatory view. Figure 36 is an exploded view showing the decomposition of each member of Figure 35. Figure 53-201249542 Figure 37 illustrates the viscous liquid caused by the closure of the opening of the plastic container of the present invention by a generally constructed cover. A cross-sectional explanatory view of a state of contamination; wherein (a) shows a state in which the opening of the plastic container is closed by a cover: (b) shows a state after the cover is removed from the state of (a); (c) shows that The liquid feeding pipe means communicates with the elongated flow path member, and attaches the fixing member, the through-hole cover member and the fastening member to perform a state in which the viscous liquid 16 is pressurized and discharged, and (d) shows the pressure discharge. The state in which the fixing member is attached and the through-hole cover member and the fastening member are removed after the completion of the work. FIG. 38 is a view showing the opening of the plastic container of the present invention when the opening of the plastic container of the present invention is closed by the inner cap of the first aspect of the present invention. A cross-sectional explanatory view of a state in which contamination is caused by a viscous liquid; wherein (a) shows a state in which the opening of the plastic container is closed by attaching a cap; (b) shows a state in which the state is removed from (a) State after the inner cap; (c) The liquid supply pipe means is connected to the long flow path member, and the fixing member, the through hole cover member and the fastening member are attached to perform a pressurized discharge operation of the viscous liquid 16; (d) the display is pressurized. The state in which the discharge operation is completed and the fixing member, the through-hole cover member, and the fastening member are removed. FIG. 39 is a cross-sectional explanatory view showing a state in which contamination is caused by a viscous liquid when the opening of the plastic container of the present invention is closed by the inner cap of the second aspect of the present invention; wherein (a) is a The state in which the opening of the plastic container is closed by the inner cap is displayed; (b) shows the state after the cap is removed from the state of (a); (c) shows the means for sending the liquid to the tube - 54- 201249542 is connected to the long-length flow path member, and is attached with a fixing member, a through-hole cover member and a fastening member, and performs a pressurized discharge operation of the viscous liquid 16; (d) shows that the pressure discharge operation is completed and The state in which the fixing member, the through-hole cover member, and the fastening member are removed. Fig. 40 is a cross-sectional explanatory view showing an example of a state in which the plastic container of the present invention is closed by the inner cap of the second aspect of the present invention. Fig. 41 is a cross-sectional explanatory view showing an example of a plastic container in a sealed state of the present invention. Fig. 42 is a cross-sectional explanatory view showing an example of a plastic container in a bundled state of the present invention. [Explanation of main component symbols] 10: Plastic container of the present invention 10 A: Plastic container 10B of the sealed state of the present invention: Plastic container of the packaged state of the present invention 1 2: Plastic container body 1 4, 1 0 8 : Opening Part 1 4 a : cylindrical side wall 1 4 b : male thread portion 1 6 , 1 1 2 : viscous liquid 1 8 : elongated flow path member 2 0, Π 0 : liquid delivery tube means 21, 1 〇 4 : Air supply pipes 22, 102: Pressure tanks - 55 - 201249542 22a, 102a: Tank bodies 22b, 102b: Cover body 23: Liquid discharge port 24: Upper end mounting portion 2 5 a to 2 5 d : Through flow path 26a to 26h: long strip flow path portion 27: inner peripheral wall 2 8 : open end portion 29: support walls 30a to 30d: elongated cylindrical tube body 31: outer peripheral wall 3 2 : flow path hole 3 3 : upper end tapered portion 3 5: outer peripheral portion 36, 40: plate-like body 3 6 a, 4 0 a, 4 5 : flow path forming point 37: notched portion 3 8 , 4 4 : space 3 9 : slit 42 : plate-shaped support column 46 : spiral line body 4 8 : central portion cavity 5 0 : lower end open end portion 5 2 : gap - 56 - 201249542 5 3 : mesh-shaped cylindrical body 54 : central portion cavity 5 6 : lower end open end portion 5 8 : Mesh-like void 60: coating device of the present invention 62: compressed air supply means 64: coating nozzle means 66: opening side air supply pipe 68: closed side air supply pipe 70: sealing insertion means 72: fixing member 73: insertion opening 74: cylindrical base 74a: insertion Tapered portion 74b: receiving tapered portion 75: annular flange portion 76: receiving segment portion 7 8: male thread portion 79: lower end tapered portion 80: attached through-hole cover member 8 2: circular plate 8 4 : through Hole 8 6 : annular side wall 8 8 , 9 4 : female thread portion - 57 201249542 90 : fastening member 9 1 : cylindrical member 9 1 a : inner peripheral portion 9 2 : center hole 95 : auxiliary annular member 96 : through port 98 : tapered jaw 100 : conventional coating device 106 : conventional plastic container 120 : fastening member 122 with one-touch joint mechanism : attached differential cylindrical member 1 2 4 : center inserted Hole 1 2 6 : Small diameter cylindrical portion 1 2 8 : Large diameter cylindrical portion 1 3 0 : Female thread portion 132 : Liner 134 : Locking claw 136 : Sleeve 1 3 8 : Compression block 200 , 200A , 200B: cover 2 0 2 : circular plate 2 04 : annular side wall 206 : female thread portion 208 , 208 A, 20 8B : cover body - 58 - 201249542 2 1 0, 2 1 2 : inner plug members 210a, 212a: Cylindrical hanging 2 12b: the flexibility of the cylindrical fitting portion 214: no moisture or oxygen permeability of the bag body 215: sealed part 216: corrugated board -59