200835557 九、發明說明： 【發明所屬之技術領域】 、本發明係關於儲存著從諸如溶劑、水溶液之類的低黏度 液體材料’至諸如焊錫膏、銀膏、接著劑之類的高黏性材 料等液體材料，並對具有大口徑開口與小口徑開口的儲存 容器，將該儲存容器的大口徑開口封閉之閉蓋器具、及液 體材料儲存容器。 【先前技術】 儲存液體材料的儲存容器係在填充液體材料之後，便在 大口控開口上安裝閉蓋II具，並進行保管與輸送。 將儲存容器的大口徑開口進行封閉之閉蓋器具，係有如 專利文獻1所揭示的筒體上蓋，t央部將内嵌狀地封 體開放端’且鉤將卡合於筒體凸緣狀部分。專利文獻i所 ，不上蓋係利用釣而具有防止上蓋從筒體上料的作用。 專利文獻1:日本專利㈣平u_347462號公報 【發明内容】 (發明所欲解決之問題） 習知之上蓋式封閉部大多係屬於藉由將封閉部 後接於儲存容哭内用％ 周面 减仔“内周面，而固定於储存容器上， 存容器内的液體材料洩漏出。 止储 =，僅依靠封閉部嵌接料行㈣定，為 中發生脫落之情形，便必須確實„地嵌合 t 時頗難將閉蓋器具拆卸。g … 在使用 ώ p，防止液體材料洩漏出的_ # 與同體中央部間之嵌合 〕冋體 係為防止液體材料洩漏出而密 96148865 200835557 .脫當的力道。況且，在 力’但是並無法為能提高拆卸容易性而、、=上 保持 專利文獻1的構造巾，t ^ =強度。 Γ=干涉到凸緣之方式，必須 I:蓋筒體開放端中’實難謂安裝屬容易。況且、， 具=:時，因為必須一邊卸下將 二釣1使中央部脫離筒體開放端，因而難謂脫離屬 於本發明之3的在於提供可輕易地裝卸 變化：或：mp使針對因氣壓變動所造成的狀態 / “及液:材料;二官器等’亦能具有較高保持力的閉蓋 (解決問題之手段） 11發明的液體材料儲存容器之閉蓋器具，係具備有基 座（7、從基座⑴）略中央朝下方延伸出的封閉部（20)、 以及攸距離基座⑴）中央既定距離設置的釣部⑽）；並將 2有：具有上端的大口徑開口與下端的小口徑開口的儲 存闻、以及從儲存筒上端部朝側邊延伸出的凸緣⑽之儲 ί容器的大口徑開口進行封閉；其中，鉤部⑽係由··從 土座⑴）朝下方延伸出的側邊構件（31)、從侧邊構件（31) 96148865 200835557 朝封閉部（20)侧延伸出的凸緣保持爪（34)、以及凸緣保持 •爪（34)靠延伸側之侧邊構件（31)側面的凸緣抵接面（33) • 7構成；凸緣抵接面（33)將抵接凸緣（72)侧面而規範閉蓋 器具對儲存容器的旋轉位置，而凸緣保持爪（34)係防止閉 蓋器具脫落。 第2發明係在第丨發明中，上述凸緣（72)係相對大口徑 開口中心呈點對稱而配設的一對凸緣（72)，而上述鉤部 ^ (30)係相對封閉部（2〇)中心點呈點對稱而配設的一對 ' 部（30)。 第3發明係在第2發明中，上述基座（11)係具有平行於 凸緣抵接面（33)的2邊。 、 一第4發明係在第2或3發日月中，上述基座⑴）係具有正 父於凸緣抵接面（33)的平行2邊。 第5發明係在第丨至4項中任—項發明中，上述側邊構 件（31)郴接凸緣抵接面（33)的内側面，係由從基座（11) 〇底面延伸出的傾斜面（32)所構成，當閉蓋器具進行旋轉 牯傾斜面（32)將抵接於凸緣（72)，並作用使閉蓋器具與 儲存容器相離開的力。 a ^ 第6發明係在第！至5項中任一項發明中，封 係在周面具有密封面。 第7發明係在第1至6項中任一項發明中，上述凸緣保 持爪（34)的上面，具有將與在儲存容器的凸緣（72)底面所 形成的凹部相卡合，屬於凸部的卡合部（35)。 第8發明係在第！至6項中任一項發明中，上述凸緣保 96148865 200835557 寺爪（34)的上面，具有將與在儲存容器的凸緣⑺）底面所 .形成的凸部相卡合，屬於凹部的卡合部⑽。 • ^ 9發明係在第8發明中，上述卡合部（35)係溝或孔。 苐ίο#發明的液體材料儲存容器’係在凸緣（72)下面具 w 第7至9項巾任—項發明之液體材料儲存容器的閉 盍器具卡合部（35)相卡合之凹部或凸部。 (發明效果） D „„根據本&明’將可提供可輕易地裝卸於液體材料儲存容 二：：針對因氣壓變動所造成的狀態變化、或冷糾 存容^ ’亦能具有較高保持力的閉蓋器具及液體材料儲 【實施方式】 實施，發明的較佳形態閉蓋器具1G，係具備有：基座 ^絲座11略中央朝下方延伸出的封閉部20、以及距 二：二中央既定距離呈點對稱而配設的一對鉤部3。；並 U將具備有儲存筒61與-對凸緣72的之儲存容器5〇的大 二進=之液體材料儲存容11閉蓋器具。該 門 有4的大口徑開口 7卜與下端的小口徑 =屮曰？ 一對凸緣72係從儲存筒61的上端部朝側邊 延伸出且呈點對稱而配設。 4 的其特徵在於由：從基座u射枝伸出的侧 從:邊構件31朝封閉部2。側延伸出 =爪34、以及凸緣保持爪34所延伸侧之側邊構件31 侧面的凸緣抵接面33所構成，凸緣抵接面_ 96148865 200835557 Ϊ 72侧面，並規範閉蓋器具1G _存容器50的旋轉位 置’而凸緣保持爪34則防止閉蓋器具1〇脫落。 到底將側邊構件31設置於基座u的哪係㈣ 基座11形狀與凸緣72形狀間之關麵定。側邊構件31 樣係如圖i所示’揭示設置於基座u ， 惟並不僅侷限於此。 =保持爪34的構成態樣係如圖5所示，揭示呈平行 於基座11而延伸出，但亦可具角度地延伸出。 :父佳形態的閉蓋器具10其特徵在於:側邊構件31鄰接 凸緣抵接面33的内侧面’係由從基座114面延伸出的傾 將：Γ所構成，在閉蓋器具1〇進行旋轉時，傾斜面32 離開的力。 工仙㈣盍③具與儲存容器相 傾斜面32的構成態樣係如圖6所示，揭示内侧 弧狀的略梯形狀，惟並不僅侷限於此。 、 其特徵在於：在凸緣保持爪34上面具有卡合於在 儲存各器50的凸緣72底面所形成的凸部或凹部之卡合部 35 ° 以下，針對本發明詳細内容利用實施例進行說明，惟本 叙明並不受該等實施例的任何限制。 [實施例1 ] 杜例的閉蓋器具10係如圖1所示，主要的構成要 ,、··呈樹葉狀之平坦板狀構件的基座n、從基座η 略中央部朝下方延伸出的封閉部2G、以及在基座η緣部 96148865 9 200835557 所形成的一對鉤部30。 封閉部20係在外周面設有環狀突起21。鉤部初 侧邊構件31、傾斜面32、凸緣抿接而u ” · ϋ緣抵接面33、及凸緣保持爪 34所構成，而一對鉤部3〇、3〇係相對封閉部2〇的 點呈點對稱而配設。 ^ 本實施例的儲存容器5〇係如圖2所示，主要 係儲存部60與凸緣部7〇。 (儲存部60係由下述構件構成：儲存液體的儲存筒6卜 、較儲存筒61更小徑且將儲存筒61與儲存空間相連通所形 成的内筒63、連續於儲存筒61外周面所形成的外筒 在夕士卜筒64與内筒63之間形成的接續溝65、以及形成於 接續溝65中且篏合著小口徑開口用閉蓋器具的螺旋狀溝 66 ° 凸緣部7G係由在儲存筒61上端部中央所設置的大口徑 開口 7卜以及從儲存筒61上端部朝侧邊延伸出的凸二 I構成。 針對本實施例閉蓋器具10的構造，以圖3〜圖7進行詳 細說明。 /圖3所示係本實施例閉蓋器具1〇的正視圖，圖4所示 係閉蓋器具10的正面剖視圖，圖5所示係閉蓋器具1〇的 左侧視圖，圖6所示係閉蓋器具丨〇的仰視圖。 基座11係在緣部設有··由平行於凸緣抵接面33的直線 構成之2邊、以及由正交於凸緣抵接面犯的直線構成之 平打2邊。因為設有由直線構成的平行2邊，因而便可利 96148865 200835557 用目視確認裝卸時的旋轉程度。 封閉部20係在側面設有 插設於大口徑開口中之際，；：：起21的圓柱狀構件，當 側邊構件係從基座u側緣為密封面。 31的2個内侧面係其中 ^出。側邊構件 則構成凸緣抵接面33。從凸：：傾斜面32,而另-者 基座11的板狀構件之凸緣保持面33將延伸出平行於 保持爪34、基座U及侧、蠢播放 如圖5所示，凸緣 ' 及U及侧邊構件31，芒作彳日丨丨；#日主 略「〕」狀。此外，如圖6所示，Λ右:側面規看將構成 面q 9沾咖y丨 、凸緣保持爪3 4盘傾斜 面32的内側面，將形成與封閉部 Ά斜 底面側觀看的鉤部3〇將呈略回 …、圓弧’從 圖7所示係已：二;吏凸緣72侵入之間隔。 ® 〇 1〇 才盍.具10的女裝狀態係儲存容器 中-:面將抵接於閉蓋器具1〇的抵接面⑽，凸：= 1將保持於凸緣保持爪34與基座11的間隙中。夢 二緣保持爪34防止閉蓋器具1〇 : 動，便可防止閉蓋器具1〇脫落。 —朝方移 安裝狀態，凸緣保持爪34未必 ，在閉蓋器具10的 (亦可保持間隔)，只要4=緣72的㈣^ 針對本實施例閉蓋器具 進行詳細說明。 10的女裝順序，參照圖8a〜8c 本實施例閉蓋器具10的安震，首先，在大口徑開口71 96148865 200835557 中插設閉蓋器具l〇的封閉部 動作便可進行插設，但是因為亦有存 直線 力’因而最好從圖8a所示位置 :犬起21的阻 在使閉蓋器具10朝右旋轉的情況，均 兄下進行_^^ ίο攸圖8b所示位置更朝右 -- 緣保持爪34與基座n之崎凸=:將=於凸 ( \ 72側面與凸緣抵接自33便 疋凸緣 ㈣旋轉’便完成閉蓋器具心 時，因為基座U之由平行於凸緣抵接 圖9a所示係已安裝閉蓋器具的狀態侧視圖。本實施例 閉盍盗具10的脫離，係從圖9a所示狀態，進行與閉罢哭 具10安裝時的反旋轉（左旋轉）而進行。即，若將閉= ，10左旋轉，凸緣72上面便將沿傾斜面32進行移動， 藉此便對閉蓋器具1 〇作用離開儲存容器5〇的力，而閉蓋 器具ίο的水平位置便經由圖牝所示狀態成為圖9c所示 狀態。從圖9c所示狀態，藉由對基座n其中一緣部施加 朝斜上方的力，便將如圖9d所示，將可使閉蓋器具1 〇脫 離。另外，當凸緣7 2到達傾斜面的終端時，基座11由正 交於凸緣抵接面33的平行直線構成之2邊，將平行於凸 緣7 2，因而可利用目視確認旋轉程度。 96148865 12 200835557 如上述，根據本實施例^ ^ ^ ^ ^ ^ ^ 斜面32的組合，便可在不：〜、糟由㈣動作與傾 器執行閉蓋器具的裝卸。 ^儲存谷 [實施例2] =施例的閉蓋器具1G係就未設有傾斜面32、以及設 有卡5部35之處’不同於實施例1的閉蓋器具。° 圖10所示係本實施例閉芸 干孫的正視圖，圖η所 不係閉盍态具10的仰視圖，圖 左側視圖。 α 1"斤不係閉盍盗具10的 二10:不’因為本實施例的閉蓋器具Μ 成垂直於基座11的狀態。如圖Π戶斤示，從底面侧所觀看 =釣部30 ’將在四方狀侧邊構件31上形成附加著内側 面壬圓弧狀之略梯形狀凸緣保持爪34的形狀。 的IS所二，本實施例的凸緣保持爪34係在前端附近 =上面&有卡合部35。如圖13所示’卡合部％係屬溝 狀凹部，將卡合在儲存容器5G中所設置的凸部。另外， ^合部35將構成緩和的圓弧狀溝’而其形狀係依照與反 旋轉抑止力間之關係而決定的設計事項。圖Η所示係 實施例的儲存容器50,在凸緣72下面將形成凸部了如圖 15所示，在已安裝閉蓋器具10的狀態，卡合部％將卡 合於在凸緣72上所設置的凸部，俾防止閉蓋器具ι"月與 安裝時的反旋轉方向進行旋轉。 、 依如上述所構成的本實施例閉蓋器具10之安裝順序， 96148865 13 200835557 係依照與實施例1的閉蓋器具之相同順序實施。另外，, 使閉蓋器具1 〇造杆士 #杰击士 卜田 ^本入 進仃右凝轉時，於閉蓋器具10的卡合部 捃動0/Γ·^容器50的凸部之際，利用手感覺到輕輕地 振動’便可確認閉蓋器具10已安裝完成。 施·蓋器具1G的脫離順序，係如同實施 '、4盍益具，猎由使閉蓋器具10進行盥安f時#反 ”(左物而實施。本實施例中，心轉;裝::： f 口 4 35上將凸緣72的凸部卸下，便必—鈷 旋轉（但，因為卡合部 ^也订稍从強力的 .U馮並未设置傾斜面32，因而 [實1例Γ用使閉蓋器具10離_存容器5〇的力。 置卡本=的=具;°係就實施例2的閉一 _ =6所示係本實施例閉蓋器具1()的卡合部&之 y不思圖，圖17所示係儲存容器5〇的凸 一 圖18所示係將閉蓋器具10安裝存:之侧視圖’ 側視圖。 “器5〇上的狀態 -凸Ϊ=Γ本實施例的卡合部35係其中-側面由與 凸、、象保持爪34上面呈鉛直的凸部所 如圖18所示，在已安裝閉蓋器具1〇的面=成有凹部。 將卡合於凸緣72中所設置的凹部，俾防止^时合部35 與安裝時的反旋轉方向進行旋轉。 #盖益具1〇朝 96148865 200835557 本實施例的卡合部35係將與構成卡合部35的凸緣保持 爪34上面呈垂直之侧面，卡合於凸緣72的凹部，俾防止 進行與安裝時的反旋轉。不同於實施例2，因為利用垂直 面防止進行與安裝時的反旋轉，便可達更牢固的旋轉防止 效果。 如上述所構成的本實施例閉蓋器具1 〇之安裝順序，係 依照如同實施例2的閉蓋器具之相同順序實施。本實施例 閉盍器具1 〇的脫離順序，就除在反旋轉開始時為將卡合 部35從凸緣72的凹部中卸下，而強力旋轉，或經依手指 頭使凸緣保持爪34撓曲而解除卡合之後才進行旋轉之處 外，其餘均依照如同實施例2的閉蓋器具之相同順杏 施。 ~ $ [實施例4] 本實施例的閉蓋器具1 〇係就實施例2的閉蓋器具所設 置卡合部35進行改良。 八200835557 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to storage of a low-viscosity liquid material such as a solvent or an aqueous solution to a highly viscous material such as solder paste, silver paste, and an adhesive. And a liquid material, and a storage container having a large-diameter opening and a small-diameter opening, a closing device for closing the large-diameter opening of the storage container, and a liquid material storage container. [Prior Art] After the liquid material is filled in the storage container, the closed lid II is attached to the large-mouth opening and stored and transported. A closing device for closing a large-diameter opening of a storage container is a cylindrical upper cover as disclosed in Patent Document 1, and the t-shaped portion is in an in-line closed opening end and the hook is engaged with the cylindrical flange shape. section. According to the patent document i, the upper cover does not have the function of preventing the upper cover from being fed from the cylinder by fishing. Patent Document 1: Japanese Patent (Japanese) No. Hei. No. 347462. SUMMARY OF THE INVENTION (Problems to be Solved by the Invention) It is a matter of course that the upper cover type closure portion is mostly used to reduce the amount of the peripheral portion by the closing portion of the closed portion. "The inner peripheral surface is fixed to the storage container, and the liquid material in the storage container leaks out. Stop storage = only rely on the closed portion of the embedded material row (4), in the case of the occurrence of falling off, it must be properly fitted It is quite difficult to disassemble the closure device. g ... In the use of ώ p, to prevent leakage of liquid material _ # and the center of the same body 冋 冋 系 系 液体 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 148 In addition, it is not possible to improve the ease of disassembly, and it is not possible to maintain the structural towel of Patent Document 1, t ^ = strength. Γ = the way to interfere with the flange, I must be: The inside of the open end of the cover cylinder is difficult to install. Moreover, when there is =:, since it is necessary to remove the second fishing 1 so that the central portion is separated from the open end of the cylinder, it is difficult to deviate from the third aspect of the present invention to provide an easily detachable change: or: mp The state caused by the change in air pressure / "and liquid: material; the second official, etc." can also have a high retention of the closure (the means to solve the problem) 11 invention of the liquid material storage container closure device, has a base a seat (7), a closed portion (20) extending downward from the center of the base (1), and a fishing portion (10) disposed at a predetermined distance from the center of the base (1); and 2: a large-diameter opening having an upper end The storage of the small-diameter opening at the lower end and the large-diameter opening of the container of the flange (10) extending from the upper end of the storage cylinder toward the side are closed; wherein the hook (10) is made up of the earth seat (1) a side member (31) extending downward, a flange retaining claw (34) extending from the side member (31) 96148865 200835557 toward the closing portion (20), and a flange holding claw (34) extending Flange abutment surface on the side of the side side member (31) (33) • 7 configuration; the flange abutment surface (33) will abut the side of the flange (72) to regulate the rotational position of the closure device to the storage container, and the flange retention claw (34) prevents the closure device from falling off According to a second aspect of the invention, the flange (72) is a pair of flanges (72) disposed in point symmetry with respect to a center of a large-diameter opening, and the hook portion (30) is a relatively closed portion (2) A pair of 'parts 30' that are arranged in point symmetry. According to a third aspect of the invention, the susceptor (11) has a parallel abutment surface (33) According to a fourth aspect of the invention, in the second or third day, the pedestal (1) has two parallel sides of the flange abutting surface (33). The fifth invention is in the third aspect. In the invention of claim 4, the side member (31) is joined to the inner side surface of the flange abutting surface (33), and is formed by an inclined surface (32) extending from the bottom surface of the base (11). When the closure device is rotated, the inclined surface (32) will abut against the flange (72) and act to force the closure device away from the storage container. a ^ The sixth invention is in items! to 5. Any one In the invention, the sealing body has a sealing surface on the circumferential surface. In the invention according to any one of the first to sixth aspects, the upper surface of the flange holding claw (34) has a flange to be attached to the storage container ( 72) The concave portion formed by the bottom surface is engaged with each other and belongs to the engaging portion (35) of the convex portion. The eighth invention is the invention of any of the above items, wherein the flange protects 96148865 200835557 temple claw (34) The upper surface has an engaging portion (10) that is engaged with the convex portion formed on the bottom surface of the flange (7) of the storage container, and belongs to the concave portion. The invention is the engaging portion (35). a groove or a hole. 苐ίο# The liquid material storage container of the invention is attached to the flange (72) under the mask w. Items 7 to 9 of the invention are the closure means of the liquid material storage container of the invention. a concave or convex portion that is engaged with each other. (Effect of the invention) D „„ According to this & Ming, it will be provided that it can be easily loaded and unloaded in the liquid material storage capacity:: for the state change caused by the change of the air pressure, or the cold correction capacity can also be higher The present invention provides a closure device 1G according to a preferred embodiment of the present invention. The closure device 1G includes a closure portion 20 extending from a center of the base portion of the wire holder 11 downwardly, and a distance between the two. : A pair of hooks 3 disposed at a predetermined distance from the center of the center. And U will be provided with a liquid material storage capacity 11 closing device having a storage container 5 having a storage cylinder 61 and a pair of flanges 72. The door has 4 large-diameter openings 7 and a small diameter at the lower end = 屮曰? A pair of flanges 72 extend from the upper end portion of the storage cylinder 61 toward the side and are arranged in point symmetry. The feature of 4 is that the side projecting from the base u is from the side member 31 toward the closing portion 2. The side extension = the claw 34 and the flange abutting surface 33 on the side of the side member 31 on the side where the flange holding claw 34 extends, the flange abutting surface _ 96148865 200835557 Ϊ 72 side, and the specification of the closing device 1G The rotation position ' of the storage container 50' and the flange holding claws 34 prevent the closing device 1 from falling off. In the end, the side member 31 is placed on the base of the base u, and the shape of the base 11 and the shape of the flange 72 are fixed. The side member 31 is shown in Fig. i as being disclosed on the base u, but is not limited thereto. The configuration of the holding claws 34 is as shown in Fig. 5, and is disclosed to extend parallel to the base 11, but may also extend angularly. The cover device 10 of the parental form is characterized in that the inner side surface of the side member 31 adjacent to the flange abutment surface 33 is constituted by a tilting force extending from the surface of the base 114, in the closing device 1 The force at which the inclined surface 32 leaves when the 〇 is rotated. The configuration of the slanted surface 32 of the stencil (4) 与3 and the storage container is as shown in Fig. 6, and the shape of the inner curved shape is revealed, but it is not limited thereto. It is characterized in that the flange holding claw 34 has an engaging portion 35° or less engaged with a convex portion or a concave portion formed on the bottom surface of the flange 72 of each of the storage members 50, and the details of the present invention are made by using the embodiment. It is to be understood that the description is not limited by any of the embodiments. [Embodiment 1] As shown in Fig. 1, the closure device 10 of the example is mainly composed of a base plate n of a flat plate-like member having a leaf shape and extending downward from a central portion of the base η. The enclosed portion 2G and a pair of hook portions 30 formed at the base η edge portion 96148865 9 200835557. The closing portion 20 is provided with an annular projection 21 on the outer peripheral surface. The hook first side member 31, the inclined surface 32, the flange splicing, the ”" ϋ edge abutting surface 33, and the flange holding claw 34 are formed, and the pair of hook portions 3, 3 are relative to the closing portion. The points of 2 turns are arranged in point symmetry. ^ The storage container 5 of the present embodiment is mainly composed of a storage portion 60 and a flange portion 7 as shown in Fig. 2. (The storage portion 60 is composed of the following members: a storage cylinder 6 for storing a liquid, an inner cylinder 63 formed by a smaller diameter than the storage cylinder 61 and communicating the storage cylinder 61 with the storage space, and an outer cylinder formed continuously from the outer circumferential surface of the storage cylinder 61 in the Xisuba cylinder 64 The connecting groove 65 formed between the inner cylinders 63 and the spiral groove 66 formed in the connecting groove 65 and fitting the small-diameter opening closing device are provided at the center of the upper end of the storage cylinder 61. The large-diameter opening 7 and the convex portion I extending from the upper end portion of the storage cylinder 61 toward the side are provided. The structure of the closure device 10 of the present embodiment will be described in detail with reference to FIGS. 3 to 7. A front view of the closure device 1 of the present embodiment, and a front cross-sectional view of the closure device 10 shown in FIG. 4, and the closure shown in FIG. A left side view of the device 1A, and a bottom view of the closing device 丨〇 shown in Fig. 6. The pedestal 11 is provided at the edge portion, and is formed by two sides which are formed by a straight line parallel to the flange abutting surface 33, and The two sides of the flat line formed by the straight line orthogonal to the flange abutting surface are provided. Since the parallel two sides are formed by straight lines, the degree of rotation during loading and unloading can be visually confirmed by 96148865 200835557. The closing portion 20 is attached to the side. When inserted in the large-diameter opening, ::: a cylindrical member of 21, when the side members are sealed from the side edge of the base u. The two inner sides of the 31 are separated. The member constitutes a flange abutment surface 33. The convex::inclined surface 32, and the flange retaining surface 33 of the plate-like member of the base 11 will extend parallel to the retaining claw 34, the base U and the side, As shown in Fig. 5, the stupid play, the flange 'and the U and the side members 31, the awnings are 彳日丨丨; #日主略"]". In addition, as shown in Figure 6, Λ right: side view will The inner side surface of the inclined surface 32 of the disc holding surface of the flange holding claws is formed, and the hook portion 3 which is formed to be viewed from the side of the bottom side of the closed portion of the closing portion is formed. Back..., the arc 'from the figure shown in Figure 7: two; the gap between the intrusion of the flange 72. ® 〇1〇才盍. The women's state with 10 is in the storage container -: the face will abut the closure The abutting surface (10) of the device 1 ,, convex: = 1 will be held in the gap between the flange holding claw 34 and the susceptor 11. The dream rim retaining claw 34 prevents the closing device 1 〇: moving, preventing the closing device 1 〇 。 。 — — 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘 凸缘Referring to Figures 8a to 8c, the shock absorber of the closure device 10 of the present embodiment is first inserted into the large-diameter opening 71 96148865 200835557, and the closing portion of the closure device can be inserted, but because There is also a linear force' so it is better to take the position shown in Figure 8a: the resistance of the dog 21 is in the case of rotating the closure device 10 to the right, all of them are _^^ ίο攸 the position shown in Figure 8b is more to the right. -- the edge holding claw 34 and the base n of the convexity convex =: will = in the convex (\ 72 side and the flange abuts from the 33-slip flange (four) rotation' When the closing cover core appliance, the appliance lid closing state since the base of the U is parallel to the system shown in FIG abutment flange 9a installed side. In the present embodiment, the detachment of the occlusion thief 10 is performed in the state shown in Fig. 9a, and the reverse rotation (left rotation) at the time of attachment of the occlusion device 10 is performed. That is, if the closed =, 10 left rotation, the upper surface of the flange 72 will move along the inclined surface 32, whereby the force of the closing device 1 is released from the storage container 5, and the horizontal position of the closing device ίο The state shown in Fig. 9c is changed to the state shown in Fig. 9c. From the state shown in Fig. 9c, by applying a force obliquely upward to one of the edges of the base n, the closure device 1 can be disengaged as shown in Fig. 9d. Further, when the flange 7 2 reaches the end of the inclined surface, the base 11 is formed by two parallel lines orthogonal to the flange abutting surface 33, and will be parallel to the flange 72, so that the degree of rotation can be visually confirmed. . 96148865 12 200835557 As described above, according to the combination of the slanting faces 32 of the present embodiment, the loading and unloading of the closing device can be performed without the operation of the slanting device. ^Storage Valley [Example 2] The closure device 1G of the embodiment is different from the closure device of the first embodiment in that the inclined surface 32 is not provided and the card 5 portion 35 is provided. Fig. 10 is a front view of the embodiment of the present embodiment, and the bottom view of the figure η is not closed, and the left side view. α 1 " 斤 不 不 盍 盍 二 二 二 二 二 二 二 二 二 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为 因为As seen from the bottom side, the fishing portion 30' has a shape in which the trapezoidal shape holding claws 34 having the inner side surface and the arc shape are formed on the square side member 31. In the IS, the flange retaining claw 34 of the present embodiment is adjacent to the front end = the upper portion & has the engaging portion 35. As shown in Fig. 13, the "engagement portion %" is a groove-like recess, and is engaged with the convex portion provided in the storage container 5G. Further, the joint portion 35 constitutes a gentle arcuate groove ′ and its shape is determined according to the relationship with the anti-rotation suppression force. The storage container 50 of the embodiment shown in the drawing is formed with a convex portion under the flange 72 as shown in Fig. 15. In the state in which the closure device 10 has been mounted, the engaging portion % will be engaged with the flange 72. The convex portion provided on the top prevents the closing device from rotating in the reverse rotation direction of the month and the installation. The mounting sequence of the closure device 10 of the present embodiment constructed as described above, 96148865 13 200835557 is implemented in the same order as the closure device of the first embodiment. In addition, when the closing device 1 〇 杆 # 杰 杰 杰 卜 卜 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 时 杰 时 时 时 时 时 杰 杰 时 凸 凸 凸 凸 凸 凸At the same time, it is confirmed that the capping device 10 has been installed by using the hand to feel the vibration gently. The order of disengagement of the cover device 1G is as follows: the implementation of ', 4 盍 具 , , , 猎 使 使 闭 闭 闭 闭 闭 闭 闭 闭 闭 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( :: f port 4 35 removes the convex portion of the flange 72, it will be - cobalt rotation (but, because the engagement portion ^ is also slightly stronger from the force. U von does not set the inclined surface 32, thus [real 1 For example, the force of the closure device 10 is removed from the storage container 5; the card is set to ==; the system is closed as shown in the embodiment 2 = 6 is the closure device 1 () of the present embodiment. The engaging portion & y is not considered, and the convex portion of the storage container 5 is shown in Fig. 17 as shown in Fig. 18. The closing device 10 is mounted: a side view 'side view. 'The state on the device 5 - Ϊ = 卡 卡 Γ Γ Γ Γ 卡 卡 卡 卡 卡 卡 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 35 The recessed portion is engaged with the recessed portion provided in the flange 72 to prevent the timing portion 35 from rotating in the reverse rotation direction during mounting. #盖益具1〇向96148865 200835557 The engaging portion of the embodiment The 35 series will be engaged with the composition The flange holding claw 34 has a vertical side surface on the upper side thereof, and is engaged with the concave portion of the flange 72 to prevent reverse rotation during mounting. Unlike Embodiment 2, the vertical surface is used to prevent reverse rotation during installation. A more robust rotation preventing effect can be achieved. The mounting procedure of the closure device 1 of the present embodiment constructed as described above is carried out in the same order as the closure device of the second embodiment. The detachment order of the cymbal is removed from the concave portion of the flange 72 at the start of the reverse rotation, and is strongly rotated, or the flange holding claw 34 is flexed by the finger to release the engagement. Except for the position where the rotation is performed, the rest is the same as that of the closure device of the second embodiment. ~ $ [Example 4] The closure device 1 of the present embodiment is the closure device of the second embodiment. The engagement portion 35 is provided for improvement.
圖19所示係本實施例閉蓋器具1〇的卡合部託之立體 圖，圖20所示係儲存容器5〇的凸緣部7〇之側視圖。 如圖19所示，本實施例的卡合部35係由孔狀凹部構 成。圖20所示係本實施例的儲存容器5〇，在凸緣π下 面：形成凸部。如同實施例2’纟已安裝閉蓋器具1〇的 狀態，卡合部35將卡合於在凸緣72中所設置的凹部，俾 Ρ方止閉盍器具1〇朝與安裝時的反旋轉方向進行旋轉。 依如上述構成的本實施例㈣器具10之絲順序，係 依照如同實施例2的閉蓋器具之相同順序實施。此外，本 96148865 15 200835557 實施例閉蓋器具10的脫離順序，亦是依照與實施例2的 閉蓋器具之相同順序實施。 【圖式簡單說明】 圖1為實施例1的閉蓋器具立體圖。 圖2(a)及（b)為實施例1的儲存容器側面剖視圖。 圖3為實施例1的閉蓋器具正視圖。 圖4為實施例1的閉蓋器具正面剖視圖。 圖5為實施例1的閉蓋器具左側視圖。 " 圖6為實施例1的閉蓋器具仰視圖。 圖7為實施m的閉蓋器具安裝時之重要料剖面侧視 圖。 圖8a為將閉蓋器具安裝於大口徑開口上時的平面圖。 圖8b為從圖8a所示狀態將閉蓋器具旋轉約45度時的 平面圖。 圖8c為從圖8b所示狀態將閉蓋器具旋轉約託度，而 I 完成安裝時的平面圖。 圖9a為已安裝閉蓋器具狀態的側視圖。 圖9b為從圖9a所示狀態將閉蓋器具旋轉約45度時的 側視圖。 • 圖9c為從圖9b所示狀態將閉蓋器具旋轉約45度，而 呈可拆卸狀態時的側視圖。 圖9d為將閉蓋器具拆卸時的侧視圖。 圖10為實施例2的閉蓋器具正視圖。 圖11為實施例2的閉蓋器具左側視圖。 96148865 16 200835557 圖12為實施例2的閉蓋器具仰視圖。 圖13為實施例3的閉蓋器具之卡合部立體圖。 圖14為實施例3的儲存容器之凸緣部侧視圖。 圖15為實施例3的閉蓋器具安裝時之侧視圖。 圖16為實施例4的閉蓋器具之卡合部立體圖。 圖Π為實施例4的儲存容器之凸緣部側視圖。 圖18為實施例4的閉蓋器具安裝時之側視圖。 圖19為實施例5的閉蓋器具之卡合部立體圖。 圖20為實施你】5的儲存容器之凸緣部側視圖。 【主要元件符號說明】 10 閉蓋器具 11 基座 20 封閉部 21 環狀突起 30 鉤部 31 側邊構件 32 傾斜面 33 凸緣抵接面 34 凸緣保持爪 35 卡合部 50 儲存容器 51 液體材料 60 儲存部 61 儲存筒 96148865 17 200835557 62 小口徑開口 63 内筒 64 外筒 65 接續溝 66 螺旋狀溝 70 凸緣部 71 大口徑開口 72 凸緣 96148865 18Fig. 19 is a perspective view showing the engaging portion of the closing device 1 of the present embodiment, and Fig. 20 is a side view showing the flange portion 7 of the storage container 5'''''''' As shown in Fig. 19, the engaging portion 35 of the present embodiment is constituted by a hole-shaped recess. Fig. 20 shows the storage container 5 of the present embodiment, and under the flange π: a convex portion is formed. As in the state 2', the capping device 1 is mounted, the engaging portion 35 is engaged with the recess provided in the flange 72, and the anti-rotation of the crotch device 1 〇 toward the mounting The direction is rotated. The order of the filaments of the apparatus (4) according to the present embodiment as described above is carried out in the same order as the capping device of the second embodiment. Further, this 96148865 15 200835557 embodiment is also carried out in the same order as the closure device of the second embodiment. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view of a closure device of a first embodiment. 2(a) and 2(b) are side cross-sectional views showing the storage container of the first embodiment. Fig. 3 is a front elevational view of the closure device of the first embodiment. Figure 4 is a front cross-sectional view of the closure device of the first embodiment. Fig. 5 is a left side view of the closure device of the first embodiment. " Fig. 6 is a bottom view of the closure device of the first embodiment. Fig. 7 is a side cross-sectional view showing an important material when the closure device of the embodiment m is mounted. Figure 8a is a plan view of the closure device when it is mounted on a large diameter opening. Fig. 8b is a plan view showing the state in which the capping device is rotated by about 45 degrees from the state shown in Fig. 8a. Fig. 8c is a plan view showing the rotation of the closure device from the state shown in Fig. 8b and the completion of the mounting. Figure 9a is a side elevational view of the state in which the closure device has been installed. Fig. 9b is a side view showing the state in which the closure device is rotated by about 45 degrees from the state shown in Fig. 9a. • Fig. 9c is a side view showing the state in which the closure device is rotated by about 45 degrees from the state shown in Fig. 9b in a detachable state. Figure 9d is a side view of the closure device when it is removed. Figure 10 is a front elevational view of the closure device of the second embodiment. Figure 11 is a left side view of the closure device of the second embodiment. 96148865 16 200835557 Figure 12 is a bottom plan view of the closure device of the second embodiment. Fig. 13 is a perspective view showing the engaging portion of the capping device of the third embodiment. Figure 14 is a side view of the flange portion of the storage container of the third embodiment. Fig. 15 is a side view showing the state in which the closure device of the third embodiment is mounted. Fig. 16 is a perspective view showing an engaging portion of the closure device of the fourth embodiment. Figure 侧视图 is a side view of the flange portion of the storage container of Example 4. Fig. 18 is a side view showing the state in which the closure device of the fourth embodiment is mounted. Fig. 19 is a perspective view showing the engaging portion of the capping device of the fifth embodiment. Figure 20 is a side view of the flange portion of the storage container in which you have implemented 5. [Main component symbol description] 10 Closing device 11 Base 20 Closure portion 21 Annular projection 30 Hook portion 31 Side member 32 Inclined surface 33 Flange abutment surface 34 Flange holding claw 35 Engagement portion 50 Storage container 51 Liquid Material 60 Storage 61 Storage Cartridge 96148865 17 200835557 62 Small Diameter Opening 63 Inner Tube 64 Outer Cylinder 65 Connecting Groove 66 Spiral Groove 70 Flange Portion 71 Large Diameter Opening 72 Flange 96148865 18