201238850 六、發明說明： 【發明所屬之技術領域】 本發明係關於飲料用容器之栓體。 【先前技術】 習知飲湘容1之栓體’如日本特許帛362_2號專利 所揭露之栓體，其係由-飲口構件及—蓋體所構成，該飲口 構件係呈筒狀且能裝卸至m體之—容器開口；該蓋體 ^與該飲口構件相互樞接’樣収啟_飲口構件之一上 邛開口。由於此等栓體之該飲口構件係採用一體成型、無法 拆解之wj* ’因此當使用者欲清潔該栓體時，其肢和轉角 處可能無法被完全洗淨，如此，可能在使用上產生衛生問題。 因此’為增進飲湘容n之栓體在清洗上的便利性，業者乃 ，發出許纽拆解驗料絲器之栓體，惟，鱗飲料用容 器之栓體在設計上仍有改進之空間。 日本特開第2_-2期1號專利所揭露之栓體，由於缺 乏彈性構件之構造’因此當使用者自容器主體拆卸外检體 時’可能導致該外栓體上的栓蓋脫落，或在使用者將該外检 體組裝至該容H主體之過齡，可制雜蓋偏移而影塑談 外栓體組裝至該容器主體。針對前述缺失，日本特 3904899就及日本特開纖—239177號專利分別揭露了^種 检體’該等栓體之栓蓋亦採料分騎解之構造，且外栓邮 與内栓體間的嵌合麟卸部裝有彈性構件等填料，以防= 检體偏移麵落，在日本制2__239177號專财，其内 201238850 栓體更進一步由内、外筒構成，惟，隨著零件數量增加，其 拆卸操作的過程亦更趨繁雜，此外，更可能有零件遺失之虞。 曰本特許第2735091號專利及日本特許第2672258號專 利所揭露之栓體設有一閥體，該等閥體可由外栓體之下方拆 卸，且該閥體與該外栓體能被確實地相互嵌合，而不會發生 偏移或脫落之情事，惟，該等栓體之拆裝難度高而不易於操 作，此外，由於該閥體上外露於該外栓體頂面之部位，並不 會因該閥體與該外栓體之嵌合狀況，而發生外觀上的變化， 以致使用者難以透過對該等栓體外表之觀察，判斷或確認該 閥體與該外栓體之拆裝操作是否完成，因此可能由於使用者 操作上的疏忽而未能完全拆卸該閥體，或由於忘記闔上栓蓋 而導致飲料容器中的液體外漏。 日本特開第2003-144338號專利、日本特許第3551081 號專利、日本特開2006-187532號專利及曰本特開平第 8-71005號專利所揭露之栓體，其栓上部可由栓體之上方拆 卸，因此能由外觀輕易地判斷其閥體之裝卸之狀態，惟，該 等栓體之閥體與栓體係採用一體成型、無法拆解之設計，因 此無法透過拆解零件使整個液體通道完全開放，以致不能透 過拆解零件有效地提升該等栓體被洗淨之效果。 曰本特許第2611692號專利及日本實用新型第2568203 號專利所揭露之栓體，其内检體可由检體之上方拆卸，因此 能由外觀輕易地判斷其閥體之裝卸之狀態，惟，該等栓體之 閥體與内拴體係採用一體成型、無法拆解之設計，因此無法 透過拆解零件使整個液體通道完全開放，以致不能透過拆解 201238850 零件有效地提升該等栓體被洗淨之效果。 综上所述，由於習知飲料用容器之栓體仍具有前述之諸 多缺失，因此，如何設計出一種飲料用容器之栓體，能透過 拆解栓體有效地提高該栓體被洗淨之效果，同時能令該栓體 之拆裝操作簡触JSj實’以提昇使用者的操作感且避免偏移 或脫落，此外，更能使其各元件之裝卸狀態能由栓體之外觀 被使用者刻地辨識，以避賴蓋*完全或忘關蓋等操作 失块，以便使用者能更加便利地使用各種飲料容器，且能確 實地清潔該栓體以避免產生衛生問題，即成為相關產業之業 者亟欲解決之重要課題。 【發明内容】 本發明之第一目的，係提供一種飲料用容器之栓體，該 栓體包括一容器主體、一栓主體及一蓋體，其中該容器主體 能供使用者盛裝液體於其中，且其上方開設有一容器開口 部；該栓主體係能裝卸地設置於該容器開口部，其包括一外 栓部及一内栓部，該外栓部設有一上部開口，該上部開口係 位於該容器開口部上方，且其上設置有一卡止槽，該内栓部 係能裝卸式地依附在外栓部，該内栓部設有一液通孔及一_^ 止構件，該液通孔係對應於該上部開口之下方，該卡止構件 係能外露至該外栓部之該上部開口的上方，且能與該卡止槽 相互卡止；該蓋體係能開閉式地設置於該栓主體上。如此， 由於該栓主體係由該外栓部及能裝卸式至該外栓部之該内栓 部所構成’使用者僅需自該外栓部上卸下該内栓部，便能輕 201238850 易地將該栓主體之所有角落和轉鍵完全洗淨；此外，由於 該内栓部之該卡止構件細可裝卸之形式卡止於該外检部， 且係外露於該外栓部之該上部開叫上方，使用者僅需 以目視之;η便驗㈣顧'軸㈣是否已被正確地組 =至該外栓部上，她姐避免忘記喊或組裝不完全等問 本發明之第二目的’係該外检部之該上部開口形成有一 向内凸緣栓部的外酬設有—下部向外凸緣，該下部 向外凸緣可卡止於該外栓部之該向内凸緣下部，該内检部之 計止構件上設有-上部向外凸緣，該上部向外凸緣可卡止 於該外栓部之該卡止槽上部，此，藉由設置於該内检部之 該下部向外凸緣，與設置於料栓部之該向㈣緣兩者間之 相互抵接’當該内栓部從該外栓部之下方被組裝至該外检部 時使軸栓部被確實地定位於目標高度；此外，即使在 該谷盗主㈣部勤上升，而使該内栓料受較高的壓力 時▲’該内栓部亦不致於往該外栓部之外側脫離，可確保組裝 狀態，防止偏移或脫落。 本發明之第三目的，健内栓部之該卡止構件可朝内外 方向移動，當軸栓部被裝卸·外栓料，針止構件會 ^對該卡止槽義，進而在該卡止構件向外軸時卡止於該 :止槽’或在該卡止構件向内飾辆除卡止。如此，由於 該内=之該卡止構件係外露於該外栓部之該上部開口的上 2且能依其卡止或解除卡止之狀助外移動，因此，使用 能輕易地透過目視之方式，破認該卡止構件之組裝或拆卸 201238850 狀況，以避細忘記組裝敎財完”疏失，導致液體外 漏之情事。 本發明之第四目的，翁魄部之該卡止構件設有一擺 動用榧軸及—操作部’該擺_枢軸係設置於該内栓部之該 下部向外凸緣下方之位置，該操作部則係設置於該上部向外 凸緣上方钱置’且外露於料㈣之該上部.的上方， 進而使該内栓部能卡止於該外栓部。如此，由於該内检部之 該卡止構件下方係由繩_樞軸所支撐，並設置有該操作 部’且該操作部係外露於該外栓部之該上部開口的上方'，能 令使用者對該卡止構件之操作更加確實，且易於透過目視之 方式確認操作位置，而毋需擔心不知該如何操作。 本$明之第五目的’健隨部與該卡止構件之間尚設 有一抵靠單元’職靠單元能推抵該卡止構件，以使該卡止 j冓件向外傾靠。如此’由於該卡止構件受到祕靠單元之推 氏而向外綱靠’因此能進—步、確實地轉其卡止狀態， 且4内栓部與該外栓部相絲裝時的操佩更加確實。 —本發明之第六目的’係雜體尚設有至少__定位突起及 疋位承又。卩’該定位突起係設置於該内栓部或該外栓部 上」該纽承受部則係姉_定織起，而被設置於該外 $ I5或該内栓。卩上對應於該定位突起之位置，當該内栓部被 2至該外_時’該定位突域該定位較部驗此相對 &σ °如此’由於該内栓部及該外栓部間，S置有以該定位 大起與該定位承受部所軸之定財段，因此者能以目 視之方式’確敲麵組裝方向，並能以正雜置、方向操 201238850 作該内栓部與該外栓部之相互組裝。 本發明之第七目的’係該蓋體尚設有—屏障部，在該蓋 體閉闔於雜^體之狀態下’該屏障雜防止軸栓部之該 卡止構件向⑽動。如此’由於該蓋體設置有該屏障部，在 闔蓋狀態下’設置於該蓋體上之該屏障部會無卡止構件向 内凸緣之關前端減抵接，或無卡止構件向内凸緣之内 側前端相互靠近’而能阻止該操作部過度地朝_樞轉，以 避免該操作部之卡止解除，而不致_飲_容器或該检體 思外掉落或目振動等其他原目，導致該力检部相對該外检部 發生偏移，甚至脫離該外栓部。 本發明之第八目的，係該内栓部的前方上面設有一飲用 口或注水口，該飲用口或該注水口之後端設置有一凹部，該 凹部能供該卡止齡之上部收祕其巾，該飲以或該注水 口之上端面與該卡止構件上部之上端面係連續配置，該卡止 構件上部設有-卡止構件向内凸緣，該卡止構件向内凸緣係 朝覆蓋於該凹部上端之方向突出，且該凹部之上端面及該卡 止構件向内凸緣之上端面係呈傾斜配置，且係朝向該飲用口 或該✓主水口所在之一側上升配置。如此，.由於該凹部之上端 面及該卡止構件向内凸緣之上端面係呈傾斜配置，且係朝向 該飲用口或該注水口所在之一側上升配置，因此，當使用者 透過傾斜該容器主體飲用盛裝於該容器主體内之飲料時，可 防止自該谷器主體排出之飲料的液面超過該凹部之上端，進 而旎防止飲料從邊緣向該凹部之内部渗透。 本發明之第九目的，係該卡止構件係對向設置於該内栓 201238850 =側之-對_構件，該卡止槽_對向設胁該检 兩側’且與珊鉤構件之位置相珊應々此，由於各 止構件及各該卡止槽係分職雙配置於轴栓部及該外检 之兩側，因此該内栓部能在穩_狀態下，相對該外 行拆卸或組裝操作。 σ < 為便貴審查委員能對本發明之目的、結構及其功效， 做更進—步之與_，_實施麻合賦，詳 如下： 【實施方式】 有關本發明之最佳實施縣’請參_式之說明。以下 說明之實__穌發輸佳之部份實_，惟，本發明 之技術特徵並不舰於此，雕健悉本發__域之人 士，依據本刺露之技_容，可㈣思及之變化或結 構之修飾’或细其他結構或裝置加以實現之等效變化，均 應屬不脫離本發明之保護範_。 本發月係種飲料用谷ϋ之栓體，其能被應用於具雙重 隔熱構造之金屬製飲料用容ϋ。請參_丨騎示，圖面所 示係能由使用者單手麟之—飲湘容器丨，在本發明之第一 較佳實施例中，該飲料用容器丨係由—容器主體2及一检體4 構成’請參閱第2圖所示，該容器主體2上方開設有一容器 開口部3 ’該检體4可裝卸至該容器開口部3。請參閱第6圖 所不，該容器主體2具隔熱構造，其係由金屬製之一内容器5 及一外令器6於其上端一體接合而構成，並於該内容器5及 11 201238850 該外容器6間設置有真空隔熱構造之一隔熱部7。該容器主體 2之該容器開口部3外圍形成有供該栓體4與之相互螺合之一 第一公螺紋部8。 口 復請參閱第1圖所示，該栓體4包括-检主體9及一蓋 體1〇 ’該检主體9係呈圓形且能被裝卸至該容器開口部3(如 第2圖所示）’該栓主體9與該蓋體1()係藉設置於其後部之 顧姉11相聽接，时該蓋體1G能用以啟閉 9及該蓋體1G之前部則分別設有一制 係擺動“置於該栓主體9之前部 與該制練置承受部13 顺置構件12 於闔蓋狀冑τ w 4目互卡止，•該蓋體10被卡止 之該检主體9上設有該制動裝置構们2 定承I:二有::之一鎖定構件14’該蓋體10上則設有-鎖 裝承受部15相互匹配’以鎖定該制動 復=間第/1承受部13間之相互卡止。 令使用者得以在解採用前述構造設計成之該栓體4， 定狀離後，將袖:該鎖疋構件14與鎖定承受部15間之鎖 按二:=;=^之_ 卡止，此外，該祕，2與該制動裝置承受部13之 彈性環11A，當使用者^瓶蓋啟閉馳抽11之周圍設有一 與該制動裝置承受部操作’解除該制動裝置構件12 環11A施加於其上二止後，該蓋體便會因該彈性 )抵罪彈力朝該栓主體9之上方樞轉，進 12 201238850 而開啟該栓主體9。復請參閱第1圖所示，以該栓主體9垂直 方向的虛擬中心軸線17為中心，該栓主體9之前側（即，相 對於該瓶蓋啟閉用樞轴11之一側）設有一飲用口 16，當使用 藉前述操作開啟該蓋體10 ’並將嘴唇靠近該飲用口 16，便能 藉由將該飲料用容器1予以傾斜，飲用該容器主體2内之飲 料。 請參閱第3圖所示，該栓主體9以該中心軸線17為中心 5又置有-外栓部18及-内栓部19，該瓶蓋啟翻樞轴u及 該制動裝置構件12係設置於該外栓部18之外側，該内检部 19則係分離或依附配置於該外栓部18之内側。 〜承上’該外栓部18係以該中心轴線17為中心配置於該 =器開π部3之外側，其形狀略呈關狀，且沿著該中心軸 =17之軸向貫穿設有平面為_之—上· 口 2{)。該外检部 =内圍下部設置有—第—母螺紋部2卜藉由該第一母螺紋 二部3外圍之該第—公螺紋部8之相互螺 。a外㈣18能被喊至雜^域 體4能被組裝至該容器主體2上。 口 20之·^插4 5圖所示’該内栓部19係由該上部開 之有底的筒狀触，犬出於該上部開口 2〇 通孔23及-氣孔24，魏通底㈣貫穿設有-液 面22的前部與後部；該底面及 =氣孔料別設於該底 周圍設置有一周壁25， 爻則邻、左右兩側部及後部 咖—即，對應之成: 201238850 側）係高於其後側（即，對應該瓶蓋啟閉用樞軸u所在之一 側）’其高度沿其左右兩側自其前側至其後侧依序降低，並於 其前部最上方形成該飲用口 16;該内栓部19的下部外圍設置 有能貼靠至該容器開口部3内圍之一填料26。 復請參閱第4圖所示，該内栓部19之該周壁25於左右 外側之局部位置分別設置有一上部向外凸緣27，且該外栓部 18之該上部開口 2〇於其左右兩側分別設置有一卡止槽28， 該卡止槽28能卡止該上部向外凸緣27，以使該内栓部19能 被固定至該外栓部18。 復請參閱第3圖及第4圖所示，該外栓部π之該上部開 口 20於其邊緣處略微向内側突出設置，以形成一向内凸緣 29 ’除了在其面向後部外側之位置具有形成一第一定位承受 30之缺口外，該向内凸緣29大致形成一整個圓周。以該 中心軸線17為中心，該向内凸緣29之内徑係一第一直徑A (如第6圖所示）’該内栓部19之該周壁25的外徑則係一第 一直徑B (如第6圖所示）’該第一直徑a等於或大於該第二 直徑B ’以令該周壁25可從該向内凸緣29之下方插入。各該 卡止槽28係設置於該向内凸緣29之頂面，且係由該向内凸 緣29左右部位略微凹陷之段部構成，該卡止槽跗於該向内 凸緣29之頂面形成内側較低而外側較高之一左右外側段差部 28A ’並於其前後分別形成前後段差部28B、28C。請參閱第3 圖及第7圖所示，該向内凸緣29上對應於該卡止槽28之位 置，其下方之内側面自上而下逐漸遠離該中心軸線17，並形 成一錐面31，該錐面31能在該内栓部19插入該上部開口 2〇 201238850 時引導該上部向外凸緣27。 復請參閱第3圖所示，該内栓部19設有平面圓形 部向外凸緣32，該下部向外凸緣32係 ^ =該内栓部19外圍，且約略位於該二= Γ 緣32與辑料26之間環 、_置有—組储34，裝槽&係⑽巾心姆 心且朝外_口，並裝財—卡止構件33 ς 部向外凸緣27錢贿卡止構件33上。戊所这之該上 舰置於朗栓部19左右之該卡止構件33係由掛 句構^成’而能卡止於該向内凸緣29左右兩側之局部位 19谁5=1 構件33能歸於—轉單元39 __内栓部 /進仃擺動。該卡止構件33包括一下部橫向部％、一縱向 ^36、一上部向外凸緣27及一操作部37，其中該縱向部36 係向上設置於該下部橫向部35之外側端；該上部向外凸緣以 係設置於It縱向部36之上端外側面；該操作部打則係由該 上部向外凸緣27向上方連續延伸，而能在該内栓部19與該 外栓。p 18相互組裝成一體時，外露於該上部開σ 之上方， 此外’該操作部37上端之内側面設有一卡止構件向内凸緣昶 (如第2圖所示）。 復請參閱第3圖所示，以該中心轴線17為中心，並以該 上部向外凸緣27為分界’該卡止構件33之—上部側半徑D 係大於該卡止構件33之—下部游徑e。復請參閱第7 ^所 不，該縱向部36係設置於該周壁25之左右兩側，其内側面 /、該周壁25係相互間隔而縱向延伸配置，且以該卡止構件向 15 201238850 内凸緣38覆蓋於該周壁25之上端面。復請參閱第3圖及第7 圖所示，在本實施例中，該周壁25及該下部向外凸緣32之 外侧面’在其左右兩側分別形成平面凹狀且向外側開口之一 縱溝狀凹部40 ’該縱向部36及設置於該縱向部36上部之該 操作部37係設置於對應該縱溝狀凹部4〇之外側面，並與該 縱溝狀凹部40間相隔一第一間隔E。復請參閱第4圖及第7 圖所示，在本實施例中，該周壁25的左右上端面（即，該飲 用口 16之末端上方）形成側面為淺溝狀開口之一橫溝狀凹部 41，该卡止構件向内凸緣38係收納於對應該橫溝狀凹部41 之位置 並/、該檢溝狀凹部41間相隔一第二間隔ρ，藉由配 置於該卡止構件向内凸緣38下方之該橫溝狀凹部41，能在該 2作部37被向_擠時，對該操作部37之行賴度予以規 ^。該橫溝狀凹部41係呈前高後低之方式傾斜配置，即，該 ^溝狀凹部41係朝向該飲用口 16所在之—側上升傾斜配 辟平面簡巾，該卡Α構件_凸緣38的前端面與該周 ^的内侧面配置為同一平面狀；該卡止構件向内凸緣兕 _ ^面係呈前高後低傾斜配置，請參閱第4圖及第7圖所 :丄=周壁25除該橫溝狀凹部41所在之位置外，該周壁25 狀。面與該卡止構件向内凸緣38之上端係形成同一平面 該組裝用突起42 偏設有—組裝_ 42，以藉 件33 μ 卡止構件33之支卿，卡止構 前後侧嶋跨設置於驗裝賤起42之 且裝用大起42與該縱向部36的下部之間形 16 201238850 ::置：外’該組裝用突起42與該縱向部 τ °阿擺動連結，且使該卡止構件33可 二二二"之内側移動。該縱向部36與該組裝槽34之間 it 單元39係由橡膠或彈簧等彈性構 36处、^ _罪单疋39能推抵該縱向部36 ’使得該縱向部 I以該擺動用樞軸43為中心，朝該内栓部19之外側枢轉。 =，該下部橫向部35係由麵向部Μ的下部朝該組 裝槽34内部延伸，並卡止__# ^向部35限制該卡止構件33以該擺動_43為中心 向該内拴部19之外側樞轉。 设π參閱第3圖及第7圖所示，當該縱向部邪朝該内检 "之_轉，且_輯狀凹部4()抵接或近乎抵接該 縱溝狀凹部40時，該周壁25便能自該上部開口 2q之下方嵌 ^其上方督使得簡麵37得以欽該卡止槽Μ，此時， 错由該下部向外凸緣32之頂面與該向内凸緣29之底面間的 相互卡止，組止該内㈣19穿過該上部開口 2()，而朝向該 卜检。1M8之上方脫離；另—方面，藉由該上部向外凸緣 與該卡止槽28之相互卡止，能避免該魄部19朝該外栓部 18之下方脫落。因此，請參閱第8圖所示，沿垂直方向自該 下部向外凸緣32之底面至該卡止槽28，其間距係—第三間隔 G ’該第三咖G扣除該下部向外凸緣32之厚度，相當於該 向内凸緣29的厚度扣除該卡止槽28之_凹陷厚度^。 復請參閱第3圖、第4圖及第5圖所示，於該周壁25之 201238850 後部及其附近之該下部向外凸緣32—體設置有—第 起44，當該外栓部18與該内栓部19相互嵌合時，該第一定 位突起44係與該向内凸緣29後部所形成之該第—定X位承受 部3〇相互卡止；該下部向外凸緣32之該第-定位突起44的 左右兩側匈設置有―第二定位承受部45，鶴内凸緣29 二鄰近該第—定位承受部30之左右兩则分卿成有一第 -疋位大起46 ’當該外栓部18與該内栓部19相互嵌合時， 該第二定位突起46係、與該第二定位承受部45相互卡I。復 請參閱第㈣及第6騎示，該下部向外凸緣32的前部尚設 置有-第三定位承受部47’該向内凸緣29之前部下方則形成 有一第三定位突起48 ’當該外栓部18與該内栓部19相互喪 合時’該第三定位突起48係與該第三定位承受部47相互卡 止。 復明參閲第1圖及第2圖所示，蓋體1〇包括一蓋部4g 及盖下。卩51 ’該盘部49係用於覆蓋該栓體4之該上部開口 20，該蓋部49之底面朝下方突設有一台部53，該台部53之 左右側面分別形成一屏障部50，當該蓋體1〇蓋闔於該栓體4 時該屏P早部5〇會接近該卡止構件向内凸緣38之内側前端， 或與該卡止構件向内凸緣38相互抵接，而能防止各該卡止構 件33向内移動；該蓋下部51係設置於該蓋部49之下方，該 蓋下部51設有一密封構件52，該密封構件52設有一密封主 體54 ’該密封主體54能抵接於該内栓部19之該底面22上， 其上一體成形地設有一流入端密封部55及一氣孔密封部 56 ’當該蓋體蓋闔於該栓體4時’該流入端密封部55能 201238850 =方密閉該液通孔23,而該氣孔密封部％則能從上方密閉 §亥氣孔24。 j下針對上述各個結構進—步_其作用，復請參閲第3 所不’在该内检部19㈤定於該外栓部18之狀態下，該下 4向外凸緣32之頂面係卡止於該向内凸緣烈之底面，此外， 該縱向。P 36以該擺動用樞轴43為中心，被該抵靠單元昶推 抵並向外側樞轉’崎該上部向外凸緣27之絲卡止於該向 内凸緣29之頂面所形成之該卡止槽28，如此即可限制該内栓 I5 19相對於斜栓部18於垂直方向之移動，以避免該内检 部19脫落。復請參閱第3圖及第5圖所示，藉由該第一定位 突起44與該第-定位承受部3〇、該第二定位突起46與該第 =定位承受部45以第三定位突起48與娜三定位承受 M7之相互卡止’可防止該内栓部19相對於該外栓部】8以 該中心軸線17為中心發生偏轉。 復请參Μ 2 ®及帛7 ®獅，當朗者解除該鎖定構 件14與該鎖定承受部15 @之鎖定狀態，並操作該制動裝置 構件12，以解除該制動裝置構件12與該制動裝置承受部u 間之卡止後’該蓋體1G便會因為受到該彈性環lu之彈力而 開啟。在該蓋體10係開啟的狀態下，使用者僅須傾斜該飲料 用容器1，便能使盛裝於容器内的飲料由該液通孔23排出， 且沿著一液體通路57流至該飲用口 16，如此，使用者便能自 该飲用口 16飲用飲料。此時，由於該飲用口 16並非被設計 成完全筆直而係略微傾斜，即使飲料在通過該液通孔23後被 排出至底部之左右兩側，亦會被該周壁25引導至該飲用口 201238850 16，而不至於從旁邊外漏。 復請參閱第2圖及第3圖所*，於開蓋狀態下使用者能 目視對操作部37 ’鱗各該操料37触於該栓體4 兩側二並突出於該向内凸緣29之上方。若使用者將該 虹自該^主體2上卸下’ 欲清洗該栓體4時，可透 過下述之方式將該内检部19與該外检部Μ相互拆解。當使 指捏按該等操作部37時，能使該等操作部37抗拒 ^ &罪單疋39之彈力’如此，該上部向外凸緣2了與該縱向 4 36便此以該擺動用她43為中心朝内側樞轉，網，當該 卡止構件向内凸緣38與溝狀凹料相互抵接時，會停 止其枢轉’此時’便能解除該上部向外凸緣27與該卡止槽28 門的卡止狀s，且使該上部向外凸緣27被⑽麟 部40。 承上’在使用者將該操作部37往内讎按的狀態下，若 使用者進步將該操作部37往該栓體4之下方壓按，即可解 除該向内凸緣29與該下部向外凸緣32間之相互卡止，進而 能使該内栓部19自該外检部18之下方雌。如此一來，使 用者便能賴解後之軸栓部19及斜栓部18分別進行清 洗。 承别所述’當使用者將該内栓部19與該外栓部18分別 洗淨後，可透過下述之方式將該内栓部19與該外栓部Μ相 互組裝。首先’將該内栓部19配置於該外栓部18之下方， 且使該第-定位突起44面對該第—定位承受部3G、該第二定 位承受部45面對該第二定位突起46且該第三定位承受料201238850 VI. Description of the Invention: [Technical Field to Be Invented] The present invention relates to a plug body for a container for beverages. [Prior Art] A plug body as disclosed in Japanese Patent No. 362-2, which is composed of a mouthpiece member and a lid body, and the mouthpiece member is cylindrical and The container body can be loaded and unloaded to the m-body; the cover body and the mouthpiece member are pivotally connected to each other. Since the mouthpiece of the plug body is integrally formed and cannot be disassembled wj*', when the user wants to clean the body, the limbs and corners may not be completely washed, and thus may be used. Health problems arise. Therefore, in order to improve the convenience of cleaning the body of the drink, the manufacturer is issuing a plug for dismantling the yarn, but the plug of the container for scale drink is still improved in design. space. The plug disclosed in Japanese Patent Laid-Open No. 2-2, No. 1 Patent, due to the lack of the structure of the elastic member 'so when the user removes the external specimen from the container body' may cause the cap on the outer plug to fall off, or When the user assembles the outer specimen to the over-age of the H-body, the cover can be offset and the outer plug can be assembled to the container body. In view of the above-mentioned shortcomings, Japanese Patent No. 3904899 and Japanese Patent No. 239177 respectively disclose the structure of the plugs of the plugs, and the structure of the plugs of the plugs, and the outer plugs and the inner plugs. The chisel unloading part is equipped with a packing such as an elastic member to prevent the offset of the specimen from falling, and the Japanese made 2__239177 special wealth, wherein the 201238850 plug body is further composed of inner and outer cylinders, but with the parts As the number increases, the process of disassembly is more complicated. In addition, parts are more likely to be lost. The plug body disclosed in Japanese Patent No. 2735091 and Japanese Patent No. 2672258 is provided with a valve body which can be detached from the lower side of the outer plug body, and the valve body and the outer plug body can be reliably embedded with each other. Closing, without the occurrence of offset or shedding, but the disassembly and assembly of these plugs is difficult and easy to operate, and since the valve body is exposed on the top surface of the outer plug, it will not Due to the fitting condition of the valve body and the outer plug body, the appearance changes, so that it is difficult for the user to observe or confirm the disassembly and assembly operation of the valve body and the outer plug body through the observation of the outer surface of the plug. Whether it is completed or not, the valve body may not be completely disassembled due to the negligence of the user's operation, or the liquid in the beverage container may be leaked due to forgetting to put on the cap. The plug disclosed in Japanese Patent Laid-Open No. 2003-144338, Japanese Patent No. 3,551,081, Japanese Patent Application Laid-Open No. Hei. No. Hei. No. Hei. No. Hei. Disassembled, it is easy to judge the state of loading and unloading of the valve body from the appearance. However, the valve body and the plug system of the plug body are integrally formed and cannot be disassembled, so that the entire liquid passage cannot be completely removed by disassembling the parts. It is so open that it is not possible to effectively improve the effect of cleaning the plugs by disassembling the parts. The plug body disclosed in Japanese Patent No. 2611692 and Japanese Utility Model No. 2568203, the inner specimen can be detached from the upper side of the specimen, so that the state of loading and unloading of the valve body can be easily judged by the appearance, however, The valve body and the internal raft system of the plug body are designed in one piece and cannot be disassembled. Therefore, the entire liquid passage cannot be completely opened by disassembling the parts, so that the plugs can not be effectively lifted by disassembling the 201238850 parts. The effect. In summary, since the plug body of the conventional beverage container still has many of the aforementioned defects, how to design a plug body for a beverage container can effectively improve the plug body by disassembling the plug body. The effect is that the disassembly and assembly operation of the plug can be easily touched to improve the user's operation feeling and avoid the deviation or fall off. In addition, the loading and unloading state of each component can be used by the appearance of the plug body. It is recognized by the person to avoid the block, such as completely or forgotten to cover the block, so that the user can use various beverage containers more conveniently, and can reliably clean the plug to avoid health problems, that is, to become a related industry. The important issues that the industry wants to solve. SUMMARY OF THE INVENTION A first object of the present invention is to provide a plug body for a beverage container, the plug body comprising a container body, a plug body and a cover body, wherein the container body can be used for a user to hold a liquid therein. And a container opening portion is disposed above the container; the main system of the plug is detachably disposed at the opening of the container, and includes an outer plug portion and an inner plug portion, wherein the outer plug portion is provided with an upper opening, wherein the upper opening portion is located at the opening An opening portion of the container is disposed on the upper portion of the container, and the inner plug portion is detachably attached to the outer plug portion. The inner plug portion is provided with a liquid through hole and a sealing member, and the liquid through hole corresponding to the opening The locking member is detachable from the upper opening of the outer plug portion and can be locked with the locking groove; the cover system can be open and closed on the plug body . In this way, since the plug main system is formed by the outer plug portion and the inner plug portion that can be detachably attached to the outer plug portion, the user only needs to remove the inner plug portion from the outer plug portion, and can be light 201238850 Easily cleaning all the corners of the plug body and the transfer key; in addition, since the locking member of the inner plug portion is detachably attached to the outer inspection portion, and is exposed to the outer plug portion Above the upper opening, the user only needs to look at it; η 便 (4) If the 'axis (4) has been correctly grouped = to the outer plug, her sister avoids forgetting to call or incomplete assembly, etc. The second object is that the upper opening of the outer inspection portion is formed with an outer portion of the inward flange portion, and a lower outer flange, the lower outer flange can be locked to the outer portion of the outer portion a lower portion of the inner flange, the check member of the inner inspection portion is provided with an upper outer flange, and the upper outer flange can be locked to the upper portion of the locking groove of the outer plug portion, by being disposed on The lower outer flange of the inner inspection portion abuts between the opposite (four) edges of the plug portion, and the inner plug portion When the lower portion of the outer plug portion is assembled to the outer inspection portion, the shaft pin portion is reliably positioned at the target height; further, even if the grain thief (4) rises, the inner plug is subjected to a higher pressure. At the time ▲ 'the inner plug portion is not detached from the outer side of the outer plug portion, and the assembled state can be ensured to prevent the offset or fall off. According to a third aspect of the present invention, the locking member of the inner plug portion is movable in the inner and outer directions, and when the shaft pin portion is attached or detached, the needle stopper member can correct the locking groove, and further the locking When the member is facing the outer shaft, it is locked to the groove: or the locking member is locked to the interior vehicle. In this way, since the locking member of the inner portion is exposed to the upper portion of the upper opening of the outer plug portion and can be externally moved in accordance with the state of being locked or unlocked, the use can be easily visually observed. In the manner of disassembling the assembly or disassembly of the locking member 201238850, in order to avoid the loss of the assembly and the loss of the liquid, the liquid leakage is caused. In the fourth object of the present invention, the locking member of the Weng Department is provided with a The swinging shaft and the operating portion 'the swinging armature are disposed at a position below the lower outer flange of the inner plug portion, and the operating portion is disposed above the upper outer flange and is exposed Above the upper portion of the material (4), the inner plug portion is further locked to the outer plug portion. Thus, the lower portion of the locking member of the inner detecting portion is supported by the rope-pivot and is provided with The operation portion 'and the operation portion is exposed above the upper opening of the outer plug portion', so that the operation of the locking member can be made more reliable by the user, and the operation position can be easily confirmed by visual inspection. Worried about not knowing how to operate. A fifth object is that an abutment unit is provided between the walking portion and the locking member, and the locking member can push against the locking member to cause the locking member to lean outward. Thus, the card is The stopping member is pushed outward by the pushing unit of the abutting unit, so that it can be advanced, and the locking state is surely turned, and the movement of the inner bolt portion and the outer bolt portion is more accurate. The sixth object of the present invention is that at least the locating protrusion and the locating bearing are provided. The locating protrusion is disposed on the inner spigot portion or the outer spigot portion. _ set to woven, and is set to the outside $ I5 or the inner plug. The upper portion corresponding to the position of the positioning protrusion, when the inner plug portion is 2 to the outer portion, the positioning portion of the positioning portion is compared with the portion & σ ° such that the inner plug portion and the outer plug portion Between the S, the S is provided with a fixed section of the positioning and the axis of the positioning receiving portion. Therefore, the direction of assembly of the surface can be confirmed by visual observation, and the inner plug can be used in the miscellaneous direction and direction 201238850. The part is assembled with the outer plug portion. According to a seventh aspect of the present invention, the cover body is provided with a barrier portion, and the barrier member prevents the locking member of the shaft pin portion from moving (10) while the cover body is closed to the hybrid body. Thus, since the cover body is provided with the barrier portion, the barrier portion provided on the cover body in the capping state may be abutted against the front end of the inner flange without the locking member, or the non-locking member may be The inner front ends of the inner flanges are close to each other' to prevent the operating portion from pivoting excessively toward the _ to prevent the locking of the operating portion from being released, without causing the _ drink_container or the specimen to drop or vibrate. In other orders, the force detecting portion is offset from the external inspection portion, and even the outer plug portion is separated. According to an eighth aspect of the present invention, a drinking port or a water filling port is disposed on a front surface of the inner plug portion, and the drinking port or the rear end of the water filling port is provided with a concave portion, and the concave portion can be used for the upper part of the card to receive the towel. The drinking or the upper end surface of the water filling port is continuously disposed with the upper end surface of the upper portion of the locking member, and the upper portion of the locking member is provided with a locking member inward flange, and the locking member is directed toward the inner flange The end surface of the recess protrudes in an upward direction of the recess, and the end surface of the recess and the end surface of the locking member are inclined to the upper end surface of the inner flange, and are disposed to rise toward one side of the drinking port or the main water nozzle. In this way, since the upper end surface of the concave portion and the locking member are disposed obliquely toward the upper end surface of the inner flange, and are disposed toward the drinking opening or one side of the water injection opening, when the user is inclined When the container body drinks the beverage contained in the main body of the container, the liquid level of the beverage discharged from the main body of the trough can be prevented from exceeding the upper end of the concave portion, thereby preventing the beverage from penetrating from the edge to the inside of the concave portion. According to a ninth aspect of the present invention, the locking member is oppositely disposed on the side of the inner plug 201238850 = side, the locking groove _ oppositely facing the side of the detecting portion and the position of the hook member In this case, since each of the stop members and each of the locking slots are separately disposed on the shaft portion and the two sides of the external inspection, the inner bolt portion can be disassembled relative to the outer row in a stable state. Assembly operation. σ < For the purpose of reviewing the purpose, structure and efficacy of the present invention, the _, _ implementation of Ma Hefu, as follows: [Embodiment] The best implementation county of the present invention Please refer to the description of _. The following is a description of the actual __ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Modifications of changes or structural modifications or equivalent changes to other structures or devices are intended to be without departing from the scope of the invention. This month's monthly beverage is made of a glutinous rice husk, which can be applied to a metal beverage with a double insulation structure. Please refer to the 丨 丨 , , , , , , , , , , , , , , , 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者 使用者A sample 4 is formed. Referring to Fig. 2, a container opening 3 is formed above the container body 2. The sample 4 is detachably attached to the container opening 3. Referring to FIG. 6, the container body 2 has a heat insulating structure, which is formed by integrally joining one of the metal inner container 5 and the outer unit 6 at the upper end thereof, and is used in the inner container 5 and 11 201238850. A heat insulating portion 7 is provided between the outer containers 6 and a vacuum heat insulating structure. The container body 2 is formed with a first male screw portion 8 on the periphery of the container opening portion 3 for screwing the plug body 4 to each other. Referring to FIG. 1, the plug body 4 includes a main body 9 and a cover body 1'. The main body 9 is circular and can be attached to and detached from the container opening portion 3 (as shown in FIG. 2). The cover body 9 and the cover body 1 are connected to each other by the rear cover 11 , and the cover 1G can be used for opening and closing 9 and the front portion of the cover 1G is respectively provided with a cover 1 The system swings "the front portion of the plug main body 9 and the exercise receiving portion 13 and the arranging member 12 are locked with each other in the lid-like shape, and the main body 10 is locked. The brake device is provided with a bearing I: two: one of the locking members 14' is provided on the cover 10 - the locking receiving portion 15 is matched with each other to lock the brake complex = the first / 1 The receiving portions 13 are locked to each other. The user can design the plug body 4 by using the above-mentioned structure, and after the shape is separated, the sleeve: the lock between the locking member 14 and the locking receiving portion 15 is pressed two: =; = ^ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Lift the system After the device member 12 is applied to the upper end of the ring member 11A, the cover body pivots toward the upper portion of the plug body 9 due to the elastic force, and the plug body 9 is opened by 12 201238850. Please refer to FIG. As shown, centered on the virtual central axis 17 of the plug body 9 in the vertical direction, the front side of the plug body 9 (ie, on one side of the opening and closing pivot 11 of the bottle cap) is provided with a drinking port 16 when used By opening the lid 10' and bringing the lips close to the drinking opening 16, the beverage in the container body 2 can be drunk by tilting the beverage container 1. Referring to Figure 3, the plug The main body 9 is further provided with an outer plug portion 18 and an inner plug portion 19 centered on the central axis 17 . The cap opening pivot shaft u and the brake device member 12 are disposed on the outer side of the outer plug portion 18 . The inner inspection portion 19 is disposed or attached to the inner side of the outer plug portion 18. The outer plug portion 18 is disposed on the outer side of the π portion 3 with the center axis 17 as a center. The shape is slightly closed, and a plane is formed along the axial direction of the central axis = 17 - the upper port 2 {). The outer inspection portion=the lower portion of the inner circumference is provided with the first-female thread portion 2 and the first male thread portion 8 of the outer portion of the first female thread portion 3 is mutually snail. The outer (four) 18 can be shouted to the hybrid domain. The body 4 can be assembled to the container body 2. The port 20 is shown in Fig. 5'. The inner plug portion 19 is a bottomed cylindrical contact from the upper portion, and the dog is out of the upper opening 2 The through hole 23 and the air hole 24, the Weitong bottom (four) penetrates the front portion and the rear portion of the liquid surface 22; the bottom surface and the = air hole material are disposed around the bottom portion with a peripheral wall 25, and the 爻 is adjacent, the left and right sides The front and back coffees - that is, the corresponding components: 201238850 side) is higher than the rear side (ie, one side of the pivot u for the opening and closing of the bottle lid) 'the height along its left and right sides from its front side to The rear side thereof is sequentially lowered, and the drinking opening 16 is formed at the uppermost portion of the front portion thereof; the lower periphery of the inner plug portion 19 is provided with a filler 26 which can abut against the inner periphery of the container opening portion 3. Referring to FIG. 4, the peripheral wall 25 of the inner plug portion 19 is respectively provided with an upper outward flange 27 at a local position on the left and right outer sides, and the upper opening 2 of the outer plug portion 18 is disposed on the left and right sides thereof. The side is respectively provided with a locking groove 28 which can lock the upper outward flange 27 so that the inner plug portion 19 can be fixed to the outer plug portion 18. Referring to Figures 3 and 4, the upper opening 20 of the outer plug portion π protrudes slightly inwardly at its edge to form an inward flange 29' except at its position facing the outside of the rear portion. In addition to forming a notch for the first locating bearing 30, the inward flange 29 generally forms an entire circumference. Centered on the central axis 17, the inner diameter of the inward flange 29 is a first diameter A (as shown in Fig. 6). The outer diameter of the peripheral wall 25 of the inner plug portion 19 is a first diameter. B (as shown in Fig. 6) 'The first diameter a is equal to or greater than the second diameter B' to allow the peripheral wall 25 to be inserted from below the inward flange 29. Each of the locking grooves 28 is disposed on a top surface of the inward flange 29 and is formed by a section slightly recessed from the left and right portions of the inward flange 29, and the locking groove is disposed on the inward flange 29 The top surface has a lower inner side and a lower outer left and right outer step portion 28A', and front and rear step portions 28B, 28C are formed in front and rear. Referring to Figures 3 and 7, the inward flange 29 corresponds to the position of the locking groove 28, and the lower inner side surface gradually moves away from the central axis 17 from top to bottom and forms a tapered surface. 31, the tapered surface 31 can guide the upper outward flange 27 when the inner plug portion 19 is inserted into the upper opening 2 〇 201238850. Referring to FIG. 3, the inner plug portion 19 is provided with a flat circular portion outward flange 32, and the lower outer flange 32 is the outer periphery of the inner plug portion 19, and is located approximately at the second=Γ Between the edge 32 and the material 26, the ring _ is placed - the group 34, the sump & (10) towel core and outward _ mouth, and the wealth - the locking member 33 ς the outer flange 27 money The bribe is stuck on the member 33. The locking member 33 of the upper ship, which is placed on the upper side of the ram portion 19, can be locked to the left and right sides of the inward flange 29 by the hanging sentence. The member 33 can be attributed to the pivoting/inward swinging of the inner unit 39__. The locking member 33 includes a lower lateral portion %, a longitudinal portion 36, an upper outward flange 27, and an operating portion 37, wherein the longitudinal portion 36 is disposed upwardly at an outer side end of the lower lateral portion 35; the upper portion The outward flange is disposed on the outer side of the upper end of the It longitudinal portion 36; the operating portion is continuously extended upward from the upper outward flange 27 to be able to be in the inner plug portion 19 and the outer plug. When p 18 is integrally assembled with each other, it is exposed above the upper opening σ, and the inner side of the upper end of the operating portion 37 is provided with a locking member inward flange 昶 (as shown in Fig. 2). Referring to FIG. 3, the center axis 17 is centered, and the upper outer flange 27 is demarcated. The upper side radius D of the locking member 33 is greater than the locking member 33. Lower path e. Referring to FIG. 7 , the longitudinal portion 36 is disposed on the left and right sides of the peripheral wall 25 , and the inner side surface / the peripheral wall 25 are spaced apart from each other and longitudinally extended, and the locking member is oriented to 15 201238850. A flange 38 covers the upper end surface of the peripheral wall 25. Referring to FIG. 3 and FIG. 7 , in the present embodiment, the peripheral wall 25 and the outer side surface of the lower outer flange 32 are respectively formed on the left and right sides thereof to have a planar concave shape and one of the outer side openings. The longitudinal groove portion 40' and the operation portion 37 provided on the upper portion of the longitudinal portion 36 are disposed on the outer side surface corresponding to the longitudinal groove-like recess portion 4, and are spaced apart from the longitudinal groove-like recess portion 40. An interval E. Referring to Figures 4 and 7, in the present embodiment, the left and right upper end faces of the peripheral wall 25 (i.e., above the end of the drinking opening 16) form a lateral groove-like recess having a shallow groove-like opening on the side. 41. The locking member is received in the inner flange 38 at a position corresponding to the lateral groove-shaped recess 41 and/or the second groove ρ is spaced apart from each other by the second groove ρ, and is disposed inwardly by the locking member The lateral groove-like recess 41 below the flange 38 can regulate the behavior of the operation portion 37 when the two portions 37 are squeezed. The lateral groove-like recess 41 is disposed obliquely so as to be high in front and low in the front, that is, the groove-like recess 41 is inclined toward the side of the drinking opening 16 to form a flat scarf, the latching member_flange The front end surface of the 38 is disposed in the same plane shape as the inner side surface of the circumference, and the locking member is disposed in front of the inner flange 兕 _ ^ surface in a front height and a low inclination. Please refer to Fig. 4 and Fig. 7: The peripheral wall 25 has a peripheral wall 25 shape except for the position where the lateral groove-like recess 41 is located. The surface and the locking member are formed in the same plane with respect to the upper end of the inner flange 38. The assembly protrusion 42 is biased with an assembly_42, with a support member of the 33 μ locking member 33, and the front and rear sides of the locking mechanism are folded. Between the mounting lift 42 and the lower portion of the longitudinal portion 36 and the lower portion of the longitudinal portion 36, the assembly protrusion 42 is pivotally coupled to the longitudinal portion τ°, and the The locking member 33 is movable on the inner side of the two-two. The unit 39 between the longitudinal portion 36 and the assembly groove 34 is made of an elastic structure 36 such as rubber or spring, and the sinus 39 can push against the longitudinal portion 36' such that the longitudinal portion I pivots with the swing 43 is centered and pivots toward the outer side of the inner plug portion 19. = the lower lateral portion 35 extends from the lower portion of the facing portion toward the inside of the assembly groove 34, and the locking portion 35 restricts the locking member 33 from centering toward the inner side of the swinging member 43 The outer side of the portion 19 pivots. Let π refer to FIGS. 3 and 7 , when the longitudinal portion is turned toward the inner inspection and the _-shaped concave portion 4 ( ) abuts or nearly abuts the longitudinal groove-shaped recess 40 . The peripheral wall 25 can be embedded from the lower portion of the upper opening 2q so that the simple surface 37 can be used to lock the groove. At this time, the top surface of the lower outer flange 32 and the inward flange are wrong. The bottom surfaces of the 29 are mutually locked, and the inner (four) 19 is passed through the upper opening 2 () to face the inspection. The upper portion of the 1M8 is detached. On the other hand, by the engagement of the upper outer flange and the locking groove 28, the dam portion 19 can be prevented from falling off below the outer plug portion 18. Therefore, referring to FIG. 8, the vertical direction from the bottom surface of the lower outer flange 32 to the locking groove 28 is spaced by the third interval G'. The thickness of the rim 32 corresponds to the thickness of the inward flange 29 minus the thickness of the recessed groove 28 of the locking groove 28. Referring to FIG. 3, FIG. 4 and FIG. 5, the lower outer flange 32 is disposed at the rear portion of the peripheral wall 25 at the rear of the 201238850, and is provided with a first portion 44 when the outer plug portion 18 is provided. When the inner plug portion 19 is fitted to the inner plug portion 19, the first positioning protrusion 44 is engaged with the first fixed position receiving portion 3〇 formed by the rear portion of the inward flange 29; the lower outer flange 32 The left and right sides of the first positioning protrusion 44 are provided with a second positioning receiving portion 45, and the inner flange 29 is adjacent to the left and right sides of the first positioning receiving portion 30. When the outer plug portion 18 and the inner plug portion 19 are fitted to each other, the second positioning projection 46 and the second positioning receiving portion 45 are engaged with each other. Referring to the fourth (fourth) and sixth riding instructions, the front portion of the lower outer flange 32 is further provided with a third positioning receiving portion 47'. A third positioning protrusion 48' is formed below the front portion of the inward flange 29. When the outer plug portion 18 and the inner plug portion 19 are combined with each other, the third positioning projection 48 and the third positioning receiving portion 47 are locked to each other. Referring to Figures 1 and 2, the cover 1A includes a cover portion 4g and a cover. The upper portion 20 of the plug body 4 is used to cover the upper opening 20 of the plug body 4. The bottom surface of the cover portion 49 protrudes downwardly from a bottom portion 53. The left and right sides of the base portion 53 respectively form a barrier portion 50. When the cover 1 is placed on the plug body 4, the screen P will approach the inner front end of the locking member inward flange 38 or abut the locking member inward flange 38. The cover member 33 can be prevented from moving inwardly; the cover lower portion 51 is disposed below the cover portion 49, and the cover lower portion 51 is provided with a sealing member 52, and the sealing member 52 is provided with a sealing body 54' The main body 54 can abut against the bottom surface 22 of the inner plug portion 19, and integrally formed with an inflow end seal portion 55 and a vent seal portion 56' when the cover body is attached to the plug body 4 The inflow end seal portion 55 can seal the liquid passage hole 23 at a time of 201238850 =, and the hole seal portion % can seal the air hole 24 from above. For the above-mentioned various structures, the function of the above-mentioned four steps is as follows: in the state where the inner inspection portion 19 (f) is set in the outer plug portion 18, the top surface of the lower 4 outer flange 32 The card is locked to the bottom surface of the inward flange and, in addition, the longitudinal direction. The P 36 is centered on the swing pivot 43 and is urged by the abutting unit 并 to pivot outwardly. The bottom of the outer flange 27 is locked to the top surface of the inward flange 29. The locking groove 28 can limit the movement of the inner plug I5 19 with respect to the oblique plug portion 18 in the vertical direction to prevent the inner detecting portion 19 from coming off. Referring to FIGS. 3 and 5 , the first positioning protrusion 44 and the first positioning receiving portion 3 , the second positioning protrusion 46 and the third positioning receiving portion 45 are positioned by the third positioning protrusion. The interlocking of the 48 and the N3 positioning bearing M7 prevents the inner plug portion 19 from being deflected about the center axis 17 with respect to the outer plug portion. Referring to the Μ 2 ® and 帛 7 ® lions, when the locker 14 unlocks the lock member 14 and the lock receiving portion 15 @, and operates the brake member 12 to release the brake member 12 and the brake device After the engagement between the receiving portions u, the cover 1G is opened by the elastic force of the elastic ring lu. In a state in which the lid body 10 is opened, the user only needs to tilt the beverage container 1 to discharge the beverage contained in the container from the liquid through hole 23, and flow to the drinking along a liquid passage 57. Port 16, so that the user can drink from the drinking port 16. At this time, since the drinking opening 16 is not designed to be completely straight and slightly inclined, even if the beverage is discharged to the left and right sides of the bottom after passing through the liquid through hole 23, the drinking wall 16 is guided to the drinking opening 201238850 by the peripheral wall 25. 16, not to leak from the side. Referring to Figures 2 and 3, in the open state, the user can visually view the operation portion 37. The handle 37 touches the two sides of the body 4 and protrudes from the inward flange. Above the 29th. When the user removes the rainbow from the main body 2, the inner inspection portion 19 and the outer inspection portion Μ can be disassembled from each other by the following manner. When the finger is pressed into the operation portions 37, the operation portions 37 can be made to resist the elastic force of the sinus 39, and the upper outward flange 2 and the longitudinal direction 4 are oscillated accordingly. Pivoting the inner side with her 43 as the center, when the locking member abuts against the groove-shaped recess 38, the pivoting member stops its pivoting 'this time' to release the upper outward flange. 27 and the locking groove 28 have a locking shape s, and the upper outward flange 27 is (10) the collar 40. In the state where the user presses the operation portion 37 inward, if the user advances the operation portion 37 to press down the plug body 4, the inward flange 29 and the lower portion can be released. The outer flanges 32 are locked to each other, and the inner plug portion 19 can be made female from below the outer inspection portion 18. In this way, the shaft plug portion 19 and the oblique plug portion 18 which the user can disassemble are respectively cleaned. When the user washes the inner plug portion 19 and the outer plug portion 18, the inner plug portion 19 and the outer plug portion 互 can be assembled to each other. First, the inner plug portion 19 is disposed below the outer plug portion 18, and the first positioning protrusion 44 faces the first positioning receiving portion 3G, and the second positioning receiving portion 45 faces the second positioning protrusion. 46 and the third positioning material
20 201238850 面對該第三定位突起48，嗣，將兮内盔都 入該_M8之該上制^ 栓部19之該周壁25插 ;各、Γ 2G。此時，該操作部37之外側 面會沿考該錐面31滑動，進_ 哕Ha _進步使該上部向外凸緣27沿著 該錐面31滑動’且由於在此過程中 到軸u 上部向外凸緣27會受 4 : 31之推抵’因此該卡止構件犯會以該擺動用樞軸 ^中心往内側樞轉’且使該抵靠單元39受到該縱向部邪 到達該卡湖之上方為止卜凸緣27通過該錐面31而 ，請參閱第3鼠第5騎示，#該上部向外凸緣27通 ==讀28’該第一定位承受部3〇、該第二定位突起46 μ第二疋位突起48會分別與該第一定位突起私、該第 2受部45及該第三定位承受部47相互舊合，而能避免該 ^全部19相對外检部18旋轉；此外，該抵靠單元39會推抿 該縱向部36 ’以使該卡止構件33與該上部向外凸緣27丘同 朝外側樞轉’且使該上部向外凸緣27之絲能卡止於該卡止 槽28之頂面，以避免該内拴部19相對該外 同時，軒部⑽凸緣32之飾齡卡切該㈣ 之底面，而能防止外栓部18與内栓部19分離。 设凊參閱第1圖及第2圖所示，在該内拾部19被正確地 組裝至該外栓部18的狀態下，該操作部37之該卡止構件向 内凸緣38的傾斜上端面前後兩端’與該周壁沾之該縱溝狀 凹部40的前後兩端係呈連續配置，且該卡止構件向^凸緣昶 的内側前端面、該周壁25的㈣面及該橫溝狀凹部41的内 端亦配置成連續平面狀，因此，當該内栓部19被正確地組裝 201238850 至該外㈣18時，制者僅憑目視即可看出該操作部3了與 該周壁25具有一體感。 一 因此，當該卡止構件向内凸緣38之上端蝴前後端，與 該縱溝狀凹部40的前後端看减並未連續，或該卡止構件向 内凸緣38之内側前端面，與該周壁25的内側面看起來未能 形成一平錄時’即表示軸栓部19縣被正確地組裝至^ 外栓部18上。 & 综上所述，在上述實施例中，該内栓部19能由該外栓部 18之下方插入或脫離’因此使用者只需從該外栓部π上卸下 該内栓部19 ’便能㈣地洗淨雜體4之肢和轉角處；該 内栓部19設置有該卡止構件33，該外栓部18之該上部開口 20則設置有該卡止槽28 ’以便該内鱗19㉟藉該卡止構件 33被固定至該外栓部18 ;此外，該内栓部19之該操作部耵 係可裝卸地卡止於該外栓部18之該上部開口 2〇，且自該上部 開口 20之上方露出，使用者能以目視之方式，從該栓主體9 之外觀確認該内栓部19是否確實地被組裝至該外栓部18。 此外’該内栓部19能穿過該外栓部18，且當該内栓部 19從該外栓部18之下方插入該外栓部18時，藉由設置於該 内栓部19上且接近一完整圓周之該下部向外凸緣32,以及設 置於外栓部18上且接近—完整圓周之該向内凸緣29兩者間 之相互抵接，能使該内栓部19被轉實地定位於目標高度；再 者，復請參閱第4圖所示，將該上部向外凸緣27卡止於該卡 止槽28的上部，可防止該内栓部19朝下方脫落，透過該下 部向外凸緣32與該向内凸緣29之相互抵接，以及該上部向 22 201238850 201238850 能共同將該内栓部19 外凸緣27與該卡止槽28之相互卡止 維持在蚊_雜部18之狀態。 第1圖所示’當該峰部19之該操作部料 18之該上部開口20上方時，該操作部37可相 二至内外移動’此時’若該内栓部19係被正確地 、' f該卜㈣18 ’該操作部37係位於外側；反之，若該内 栓。M9絲被正確敝裝至該外栓部18，卿操作部幻係 於内側gj此’使用者能以目視之方式’觀察該操作部π 係位於内侧4置或外恤置，以確觸隨部^是否被正確 地組裝至該外检部18上。 復凊參閱第1圖及第4圖所示，該内栓部19之該卡止構 =33，能透過設置於其下方之該擺動用柩轴43進行植轉，且 藉由設置於其上之該操作部37，能令㈣者透過該操作部π 操作該卡止構件33之轉，此外，該操作部3?係外露於該 外栓部18之該上部開口 2〇的上方，便於使用者以目視確認 其操作位置’樣讓操作更加確實4右—對之該操作部訂 係透過該縱溝狀凹部4G配置25的外圍，當使用者 以兩根手指握住該等操作部37，即可抵抗該抵靠單元39 (如 第3圖所示）之彈力’並據以縮小該等操作部37㊆者間之距 離’操作十分簡便；此外，由於該操作部37係配置於該周壁 25的外圍，因此當使用者欲目視該等操作部奵時，不會因為 该周壁25阻礙視線而難以確認該等操作部37之狀態；再者， 該周壁25的内圍面以平坦面形成，與傳統上一直以來所採用 的凹凸面不同，因此不會有妨礙液體排出流向的問題。 23 201238850 復請參閱第3圖所示，由於該卡止構件33像受到該 單元39之推抵，在該卡止構件33未受到其他外力時，Λ該上 部向外凸緣27會向外_#，因此能使該上部向外凸緣1 與該卡止槽28維持在相互卡止之鶴。當使用者將該操作部 37朝向内側壓按，且使該内栓部19能被插人該外栓部μ後， 使用者只需要從該操作部37上放開手指，該上部向外凸緣打 便會自動卡止於該卡讀28，因此’使用者僅需透過簡單地 觸碰動作便能進行該内栓部19與該外检部18間的卡止操幣 復請參閱第3圖及第5圖所示，由於該内检部19轉 栓部18之間設置有定位手段，例如：該第—定位突起44盘 該第-定位承受部3〇、該第二定位突起46與該第二定位承^ 部45及該第三定位突起48與該第三定位承受部47，因此， 能令使用者透過目視確職膽部19與料栓部18之組裂 方向’且藉由該等定位手段，能戦軸栓部19财心抽線 17為中心，相對與該外栓部18進行轉動。 、 復請參閱第4圖及第7 _示’該卡止構件向内凸緣抑 係由該操作部37之上部跨越該 25之上端，且能與該周 壁25之關呈同-平面狀或突出於該· 25之關；在閨 蓋時’設置於該蓋體1G上之該雜部5G會無卡止構件向 内凸$ 38内側前端相互抵接，或與該卡止構件向内凸緣昶 内側刖端相互靠近，因此可阻止該操作部3?過度地朝内側拖 轉’進而能避免該操作部37由於該飲料用容器i (如第i圖 所示）或該栓體4意外掉落而移動，故能防止讓該内检部^ 從該外栓部18脫離，此外，由於該屏障部5()係設置於該蓋20 201238850 Facing the third positioning protrusion 48, 嗣, insert the inner helmet into the peripheral wall 25 of the upper portion 19 of the _M8; each Γ 2G. At this time, the outer side of the operating portion 37 slides along the tapered surface 31, and the advance _ 哕 Ha _ progress causes the upper outer flange 27 to slide along the tapered surface 31 and since the shaft u is in the process The upper outward flange 27 will be pushed by 4: 31. Therefore, the locking member will pivot toward the inner side with the pivoting pivot and the abutting unit 39 will be subjected to the longitudinal portion to reach the card. The upper flange of the lake passes through the tapered surface 31, please refer to the third mouse fifth riding display, #the upper outer flange 27 is connected ==read 28' the first positioning receiving portion 3〇, the second positioning The protrusions 46 μ of the second clamping protrusions 48 are respectively detached from the first positioning protrusions, the second receiving portion 45 and the third positioning receiving portion 47 are old to each other, and the entire 19 is prevented from rotating relative to the external inspection portion 18 In addition, the abutting unit 39 pushes the longitudinal portion 36' to pivot the locking member 33 with the upper outward flange 27 toward the outside and allows the wire of the upper outward flange 27 to be locked. On the top surface of the locking groove 28, to prevent the inner middle portion 19 from being opposite to the outer portion, the decorative portion of the flange portion 32 of the sill portion (10) is cut to the bottom surface of the (4), and can be prevented. An outer pin portion 18 is separated from the inner plug portion 19. Referring to FIGS. 1 and 2, in the state where the inner pickup portion 19 is correctly assembled to the outer plug portion 18, the locking member of the operating portion 37 is inclined toward the inner flange 38. The front and rear ends of the end face are continuously disposed at the front and rear ends of the longitudinal groove-like recess 40, and the locking member is directed toward the inner front end face of the flange 、, the (four) face of the peripheral wall 25, and the lateral groove The inner end of the recessed portion 41 is also arranged in a continuous planar shape. Therefore, when the inner plug portion 19 is correctly assembled from 201238850 to the outer (four) 18, the operator can see the operating portion 3 and the peripheral wall 25 only by visual inspection. Has a sense of unity. Therefore, when the locking member is turned toward the upper end of the inner flange 38, the front and rear ends of the longitudinal groove-like recess 40 are not continuous, or the inner front end surface of the locking member is directed toward the inner flange 38. When the inner side of the peripheral wall 25 does not seem to form a flat record, it means that the shaft plug portion 19 is correctly assembled to the outer plug portion 18. In summary, in the above embodiment, the inner plug portion 19 can be inserted or disengaged from below the outer plug portion 18, so the user only needs to remove the inner plug portion 19 from the outer plug portion π. The limbs and corners of the hybrid body 4 can be cleaned (four); the inner plug portion 19 is provided with the locking member 33, and the upper opening 20 of the outer plug portion 18 is provided with the locking groove 28' The inner scale 1935 is fixed to the outer plug portion 18 by the locking member 33; further, the operating portion of the inner plug portion 19 is detachably locked to the upper opening 2 of the outer plug portion 18, and Exposed from above the upper opening 20, the user can visually confirm from the appearance of the plug main body 9 whether or not the inner plug portion 19 is securely assembled to the outer plug portion 18. In addition, the inner plug portion 19 can pass through the outer plug portion 18, and when the inner plug portion 19 is inserted into the outer plug portion 18 from below the outer plug portion 18, by being disposed on the inner plug portion 19 and The lower outer flange 32 close to a complete circumference, and the inward flanges 29 disposed on the outer plug portion 18 and proximate to the full circumference, abut each other to enable the inner plug portion 19 to be rotated. Positioning on the target height in the field; further, as shown in FIG. 4, the upper outer flange 27 is locked to the upper portion of the locking groove 28, thereby preventing the inner plug portion 19 from falling downward, and transmitting the The lower outer flange 32 and the inward flange 29 abut each other, and the upper portion 22 201238850 201238850 can collectively lock the outer flange 27 of the inner plug portion 19 and the locking groove 28 to each other. _The status of the miscellaneous 18 As shown in Fig. 1, when the upper portion 20 of the operating portion 18 of the peak portion 19 is above the operating portion 37, the operating portion 37 can be moved two times to the inside and the outside. "At this time, if the inner plug portion 19 is correctly, ' f the four (four) 18 'the operating portion 37 is located on the outside; otherwise, if the inner plug. The M9 wire is correctly mounted to the outer plug portion 18, and the operation portion of the operation is on the inner side gj. The user can visually observe that the operation portion π is located on the inner side of the inner side or the outer side of the shirt. Whether or not the portion is correctly assembled to the external inspection portion 18. Referring to FIGS. 1 and 4, the locking structure of the inner plug portion 19=33 can be implanted through the pivoting shaft 43 disposed below the swinging portion, and is disposed thereon. The operation unit 37 allows the fourth member to operate the rotation of the locking member 33 through the operation portion π, and the operation portion 3 is exposed above the upper opening 2 of the outer plug portion 18 for ease of use. By visually confirming the operation position, the operation is made more accurate. 4 Right--the operation portion is arranged to pass through the periphery of the vertical groove-like recess 4G. When the user holds the operation portions 37 with two fingers, The operation of the abutting unit 39 (as shown in FIG. 3) and the reduction of the distance between the seven operating portions 37 can be easily performed. Further, since the operating portion 37 is disposed on the peripheral wall 25 Therefore, when the user wants to visually recognize the operation portions, it is difficult to confirm the state of the operation portions 37 because the peripheral wall 25 obstructs the line of sight. Further, the inner circumferential surface of the peripheral wall 25 is formed as a flat surface. Different from the bumps that have traditionally been used, so there is no harm The problem of liquid discharge flow. 23 201238850 Referring to FIG. 3, since the locking member 33 is pushed against the unit 39, when the locking member 33 is not subjected to other external force, the upper outward flange 27 will be outward. Therefore, the upper outer flange 1 and the locking groove 28 can be maintained in the mutually locked crane. When the user presses the operation portion 37 toward the inner side and the inner plug portion 19 can be inserted into the outer plug portion μ, the user only needs to release the finger from the operation portion 37, and the upper portion is convex outward. The card will automatically be locked to the card reading 28, so that the user can perform the locking coin reconciliation between the inner plug portion 19 and the outer inspection portion 18 by simply touching the action. As shown in FIG. 5 and FIG. 5, since the positioning means 19 is provided between the end detecting portions 19, for example, the first positioning projection 44 is provided with the first positioning receiving portion 3, and the second positioning projection 46 is The second positioning receiving portion 45 and the third positioning protrusion 48 and the third positioning receiving portion 47 are configured to enable the user to visually confirm the direction of the splitting of the bile 19 and the plug portion 18 by These positioning means are rotatable relative to the outer plug portion 18 with the center of the shaft pin 17 as the center. Please refer to FIG. 4 and FIG. 7 - the 'inward flange of the locking member is restrained from the upper portion of the operating portion 37 across the upper end of the 25, and can be in the same plane-like relationship with the peripheral wall 25 or When the cover is closed, the miscellaneous portion 5G disposed on the cover 1G will abut the inner end of the inner protrusion $38 or be inwardly convex with the locking member. The medial temporal ends of the rim are close to each other, so that the operation portion 3 can be prevented from being excessively dragged toward the inside. Further, the operation portion 37 can be prevented from being accidentally caused by the beverage container i (as shown in Fig. i) or the plug body 4. Dropped and moved, so that the inner inspection portion ^ can be prevented from being detached from the outer plug portion 18, and further, since the barrier portion 5 () is provided on the cover
24 201238850 體ίο上’因此在開蓋時並不會阻礙使用者目視確認該卡止構 件33之狀態。 承上丄該橫溝狀凹部41及該卡止構件向内凸緣3δ之上 端面，其前部（即’該飲用口 16所在之一側）係傾斜高於其 後部’當伽者傾斜該容器主體2以飲用錄於其中的飲料 時此Ρ方止排出的飲料之液面越過該橫溝狀凹部41之上端。 該卡止構件33與該卡止槽28分別成雙配置於該栓主體9 之左右兩側’以令該内栓部19能以其左右兩側支撐於該外栓 部18上’進而使該_部19可以被穩固地組裝至該外检部 18。 除了第一實施例所揭露之設計，在本發明之第二實施例 中’廠商亦可改變周壁之設計，藉該周郷成㈣形的注水 口而非飲口，此外，廠商亦可改變向内凸緣、下部向外凸緣 之設計’關歇設置於外栓部及峰部上’而非使其形成完 整的圓周，如此，亦能獲致與前述第一實施例均等之功效。 以上所述，僅係本發明較佳之部份實施例，惟，本發明 之技術特徵料舰於此，凡任何熟悉本㈣相義域之人 士，依據本發明所揭露之技術内容，可輕易思及之變化或結 構之修飾，或利用其他結構或裝置加以實現之等效變化，均 應屬不脫離本發明之保護範疇。 【圖式簡單說明】 第1圖係本發明之組立狀態開蓋立體圖； 第2圖係本發明之容器主體與栓體相互拆解立體示意圖； 25 201238850 第^圖係本發明之谷n主體、外栓部及内栓部相互拆解仰視立 體示意圖； ==本㈣之舞主體、外栓部及_勒肆解俯視立 第5圖係本發明之检主體底面示意圖； 第6圖係本發明之前後剖面圖； 裝之局部剖面24 201238850 体οο' thus does not prevent the user from visually confirming the state of the locking member 33 when opening the cover. The lateral groove-like recess 41 and the end surface of the locking member inwardly facing the flange 3δ, the front portion (ie, the side of the drinking opening 16) is inclined higher than the rear portion thereof. When the container body 2 drinks the beverage recorded therein, the liquid level of the beverage discharged from the crucible is over the upper end of the lateral groove-like recess 41. The locking member 33 and the locking groove 28 are respectively disposed on the left and right sides of the plug body 9 so that the inner plug portion 19 can be supported on the outer plug portion 18 by the left and right sides thereof. The portion 19 can be securely assembled to the outer inspection portion 18. In addition to the design disclosed in the first embodiment, in the second embodiment of the present invention, the manufacturer may also change the design of the peripheral wall by means of the circumferentially (four) shaped water inlet instead of the mouthpiece, and the manufacturer may also change the inward. The design of the flange and the lower outer flange is 'closed on the outer plug portion and the peak portion' instead of forming a complete circumference, so that the same effect as the first embodiment described above can be obtained. The above description is only a part of the preferred embodiments of the present invention, but the technical features of the present invention are hereby known. Anyone familiar with the domain of the present invention can easily think according to the technical contents disclosed in the present invention. Modifications of changes or structures, or equivalent changes made by other structures or devices, are intended to be within the scope of the invention. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing the assembled state of the present invention; FIG. 2 is a perspective view showing the disassembly of the container body and the plug body of the present invention; 25 201238850 FIG. The external plug portion and the inner plug portion are disassembled from each other to obtain a three-dimensional schematic view; == the main body of the (4), the outer plug portion, and the top view of the main body of the present invention; FIG. 6 is a schematic view of the bottom surface of the present invention; Front profile view; partial profile
第7圖係本發明之内㈣與外栓部相互組 第8圖係本發明之_部局部示意圖。 【主要元件符號說明】 容器 容器主體 容器開口部 栓體 内容器 外容器 隔熱部 第一公螺紋部 栓主體 J3^ SL月百 10 11 11A 12 13 瓶盒啟閉用福轴 彈性環 制動裝置構件 制動裝置承受部 26 201238850 鎖定構件 .........14 鎖定承受部 .........15 飲用口 ......... 16 中心轴線 .........17 外栓部 .........18 内栓部 .........19 上部開口 ......... 20 第一母螺紋部 .........21 底面 .........22 液通孔 .........23 氣孔 .........24 周壁 .........25 填料 .........26 上部向外凸緣 .........27 卡止槽 .........28Fig. 7 is a view showing the inside of the present invention (4) and the outer plug portion. Fig. 8 is a partial schematic view of the present invention. [Main component symbol description] Container container main body container opening plug body container outer container heat insulating portion first male thread portion plug main body J3^SL month 100 11 11A 12 13 bottle box opening and closing Fu axis elastic ring brake device member Brake device receiving part 26 201238850 Locking member.........14 Locking receiving part.........15 Drinking port.........16 Center axis.... .....17 Outer bolts.........18 Inner bolts.........19 Upper opening.........20 First female thread. ........21 Bottom surface............22 Liquid through hole.........23 Air hole.........24 Week wall.... ....25 Packing.........26 Upper Outer Flange.........27 Locking Groove......28
左右外側段差部 .........28ALeft and right outer section difference .........28A
前後段差部 .........28B、28C 向内凸緣 .........29 第一定位承受部 .........30 錐面 .........31 下部向外凸緣 .........32 卡止構件 .........33 組裝槽 .........34 下部橫向部 .........35 27 201238850 縱向部 .........36 操作部 .........37 卡止構件向内凸緣 .........38 抵靠單元 .........39 縱溝狀凹部 .........40 橫溝狀凹部 ……… 41 組裝用突起 .........42 擺動用樞軸 .........43 第一定位突起 44 第二定位承受部 .........45 第二定位突起 .........46 第三定位承受部 .........47 第三定位突起 .........48 蓋部 .........49 屏障部 .........50 蓋下部 .........51 密封構件 .........52 台部 .........53 密封主體 .........54 流入端密封部 .........55 氣孔密封部 .........56 液體通路 57Front and rear section difference.........28B, 28C Inward flange.........29 First positioning receiving part.........30 Conical surface.... .....31 lower outward flange.........32 locking member.........33 assembly groove.........34 lower lateral portion. ........35 27 201238850 Longitudinal section.........36 Operation section.........37 Locking member inward flange........ .38 Abutment unit.........39 Longitudinal grooved recess.........40 Transverse grooved recess......... 41 Assembly projections...42 Swinging pivot ....43 First positioning projection 44 Second positioning receiving portion ....45 Second positioning projection ....46 Third Positioning bearing section.........47 Third positioning projection.........48 Cover section......49 Barrier section......... 50 Cover lower part.........51 Sealing member.........52 Table section.........53 Sealing body.........54 Inflow End seals.........55 vent seals.........56 liquid passages 57
第一直徑 .........AFirst diameter .........A
第二直徑 .........B 28 201238850 下部側半徑 上部側半徑 第一間隔 第二間隔 第三間隔 凹陷厚度Second diameter .........B 28 201238850 Lower side radius Upper side radius First interval Second interval Third interval Depth thickness