M327909 八、新型說明·· 【新型所屬之技術領域】 本創作係指-種玻璃門上、下鱗結構，係指—種施工方便可快 •速組裝或拆卸相對亦可節省人力與工時且其玻璃門在未打開狀態或 」向内、向外旋轉打開至預定角度時具穩固之定位效果。 •-【先前技術】 …按，習用之玻璃門組配施工通常係將上、下固定座分別與壁面、 #地面_後由施工人員將整片笨重的玻璃門搬到接近位置再慢慢的 上、下對準上、下固定座之樞槽，唯經查其組配對準操作相當不易， 10而玻璃門又很笨重，因而造成施工人員之困擾與不便；再者當欲拆卸 玻璃Η時哪相當賴，而且玻削之雜雜獨暢；糾，由於 玻璃門向内、向外旋轉打開之後缺乏定位效果，不但操作不便，且當 遇到強風時亦容易造成搖晃。 本創作者乃有鐘於前述缺失，經過不斷的研究與改良，終於創作 1參設計出一種玻璃門上、下鉸鍊結構。 疋以本創作之主要目的乃在於提供一種玻璃門上、下鉸鍊結構， •係可達到施工容易且既省時又省力而可快速組配之目的。 - 本創作之次一目的乃在於提供一種玻璃門上、下鼓鍊結構，係可 令玻璃門在未打開狀態或向内、向外旋轉打開至預定角度時具穩固之 20 定位效果， 本創作之再一目前乃在於提供其下 鼓鍊之固定座係設有軸承，因此相對可令玻璃門之旋轉穩定而順暢。 M327909 本創作之又一目的乃在於提供一種玻璃門上、下鉸鍊結構，其下 鉸鍊之固定座的環形塊係樞設入轉盤之圓形凹槽，因此相對具有較佳 ； 之防水效果。 • 本創作之另一目的乃在於提供一種玻璃門上、下錢鍊結構，其組 ，5配結構穩固且組配容易，進而可降低人力與工時，並相對降低成本提 „ ”雨產品競爭力。 、【新型内容】 • 一種玻璃門上、下鉸鍊結構，係包括有上鉸鍊、兩定位件與下鉸 鍊，其中上、下鉸鍊並各具有固定座與轉盤，等構件所組成，其具有 10施工容易、省時省力、可快速組配之優點，且組裝後令玻璃門在正常 未打開狀態或向内、向外旋轉打開至預定角度皆具有穩固之定位效 果，另外下敛鍊之固定座係設有轴承，因此相對可令玻璃門之旋轉穩 定而順暢。 兹配合圖式詳加說明如后。 .1實施方式】 ‘ 如圖一〜圖九所示，本創作一種玻璃門上、下鉸鍊結構，係包括 •有· • 上鉸鍊(1)，係具有固定座（11)與轉盤Π2)，其中固定座（11)具數定 位孔（111)可藉鎖固元件（4)與壁面（圖未示）等適當部位鎖固連 20 結，該固定座（11)並具有樞槽(112)，而該轉盤（12)則亦具有樞槽 (121);——— 下鉸鍊(3)，係具有固定座（31)與轉盤（32)，其中固定座（31)具數定 ^ « M327909 位孔（3141)可藉鎖固元件（7)與地面（圖未示）等適當部位鎖固連 結，該固疋座（31)並具有樞槽（312)，而轉盤（32)亦具有樞槽 • (321)，另外該前述之固定座（31)的上方並具有環形槽孔(3131)可 供設置軸承(3132) ; ^ …5兩定位件(2)，係各具樞軸(21)，可分別穿設上、下鉸鍊（1)(3)之轉 / -盤（12)(32)的樞槽（121)(321)，並分別與上、下鉸鍊⑴⑻之固定 ’座（11)(31)的樞槽（112)(312)樞接，而該兩定位件(2)並分別藉由 φ 數鎖固元件(5)與玻璃門（6)(參考圖四）之一侧的上、下適當部位鎖 固連結。 ίο 再者，前述兩定位件(2)之枢軸(21)係各具有環形凹溝(211)，藉 由該環形凹溝(211)可供套設一具缺槽的彈性元件(8)，另參考圖四、 圖五所示，前述上鉸鍊(1)之固定座（11)的樞槽（Π2)係具有位於内侧 的内徑較小部位（1121)以及接續該内徑較小部位（1121)並向外延伸 形成内徑漸大的錐狀槽(1122)，進而當定位件（2)藉其樞軸(21)樞設 1籲入固定座（11)之樞槽（112)時，定位件(2)之枢軸(21)的環形凹溝(211) 所套設之彈性元件（8)穿過樞槽（112)之内徑較小部位（1121)時可向 . 其環形凹溝(211)内擠壓以順利通過該内徑較小部位（1121)，而當彈 • 性元件(8)通過内徑較小部位(1121)時，彈性元件(8)藉其彈性恢復力 量向外撐開即可卡擋於樞槽（112)之錐狀槽（1122)部位（參考圖六）， 2〇 進而可防止彈性元件(8)連同樞軸（21)脫離樞槽（112)，又當欲拆却分 離固定夏(11)時，則將定位件(2)向下施万拉即可令彈性元件沒)順著 錐狀槽（1122)向内縮，一直到縮入其樞軸(21)之環形凹溝(211)内時 7 M327909 元件(5)與玻璃門（6)連結；又當欲拆離玻璃門（β)進行維修保養等作 業時則可將玻璃門(6)與兩定位件⑵拆開，然後即可將兩定位件⑵ •分別向下施力與向上施力，即可拆離兩定位件(2)與轉盤（12)(32); •另外由於下鉸鍊(3)之固定座（31)係設有軸承(3132)，因此相對可令 • 5玻璃門（6)之旋轉動作更靈活順暢。 另外，前述下鉸鍊(3)之固定座（31)係可進一步具有一向上凸出 ，之環形塊(313)，該環形塊(313)的中間設有前述之樞槽（312)，且該 籲環形塊(313)並設有環形槽孔(3131)可供裝設前述軸承(3132)，而固 疋座（31)之環形塊(313)的下周緣所連接之環形部（314)則設有前述 1〇之數定位孔（3141)以供與地面連結，配合前述之固定座（31)的環形塊 (313)，前述之下鉸鍊(3)的轉盤(32)則具圓形凹槽(323)(另參考圖三） 並形成位於圓形凹槽（323)之外周圍的環形部（324)，而該圓形凹槽 (323)則可供樞設該固定座(31)之環形塊(313)，令轉盤(32)可藉圓形 凹槽(323)樞設於固定座（31)，且轉盤(32)之環形部（324)的下端面與 靡固定座（31)之環形部（314)的上端面之間並形成間隙，而由於下鉸鍊 (3)之固疋座（31)的環形塊（313)係樞設入轉盤（32)之圓形凹槽 (323)，因此相對可具有較佳之防水效果；另外參考圖一、圖七所示， 該固定座（31)之環形部（314)另設有内螺牙孔(3142)可供旋鎖一具外 螺牙之彈性定位柱(315)，該彈性定位柱(315)係具有内槽孔(3151)以 2〇供裝設彈簧（3152)與珠體(316)，該珠體(316)之上方(3161)並伸出於 内槽孔51 k上端，而内槽孔（315t>之Ji端苟孔徑貧略不於珠體 (316)之直徑以防止珠體(316)脫離，該前述之彈性定位柱（315)的上 * M327909 柱部（24)，而各連接塊⑽與定_⑵之接觸部位係形成凹弧面 (630)以利於緊密的鎖固連結。 - 另外，請另配合參考圖十三〜圖十八所示係本創作之第三實施 例，係包括有: 5上鉸鍊(1)，係具有固定座（11)與轉盤（12)，其中固定座（11)具數定 位孔（1Π)可藉鎖固元件（4)與壁面（圖未示）等適當部位鎖固連 ’結，該固定座（11)並具有樞槽（U2)，而該轉盤（12)則具有枢軸（122) _ 可供與該固定座⑴）之樞槽（112)樞接，該轉盤（12)並另設有定位 孔（123); w下鉸鍊(3)，係具有固定座（31)與轉盤(32)，其中固定座(31)具數定 位孔（3141)可藉鎖固元件（7)與地面（圖未示）等適當部位鎖固連 結，該固定座（31)並具有樞槽(312)，而轉盤(32)亦具有樞軸(322) (參考圖十五）可供與該固定座（31)之樞槽(312)樞接，該轉盤(32) 並另^又有疋位孔(3231)，另外該前述之固定座（31)的上方並具有環 形槽孔(3131)可供設置軸承(3132); 兩定位件®，係各在其一侧設有定位孔(22)(參考圖十三、圖十七） 可分別藉鎖固元件(221)與上、下鉸鍊（1)(3)之轉盤（12)(32)的定 位孔（123)(3231)鎖固連結，而該兩定位件(2)之另一侧並各設有具 定位孔(271)之定位塊（27)可分別穿過玻璃門（6)(參考圖十六）之 2〇 穿孔（61)並配合具定位孔(251)之夾塊(25)分別藉數鎖固元件（26) 與玻璃門（6>之一侧的上、下-適當部位鎖爾連結^-----------― 一------ 再者，前述上、下鉸鍊(1)(3)之轉盤（12)(32)的樞軸（122)(322) 11 M327909 係各具有環形凹溝(1221)(3221)，藉由各環形凹溝（1221)(3221)可供 套設一具缺槽的彈性元件(8)，而前述上、下鉸鍊g)(3)之固定座（n) • (31)的樞槽（112)(312)係具有位於内侧的内徑較小部位（η 21 )(3121) •(另參考圖十六）以及接續該内徑較小部位（1121)(3121)並向外延伸 _ 5形成内徑較大的錐狀槽（1122)(3122)，進而當上、下鉸鍊（1)(3)之轉 ，·盤（12)(32)分別藉其樞軸（122)(322)樞設入固定座（11)(31)之樞槽 * (112)(312)時，該樞軸（122)(322)的環形凹溝（1221)(3221)所套設之 籲彈性元件(8)穿過樞槽（112)(312)之内徑較小部位（H21 )(3121)時可 向其環形凹溝（1221)(3221)内擠壓以順利通過該内徑較小部位（1121) ίο (3121)，而當彈性元件⑻通過内徑較小部位⑴21)(3121)時，彈性 元件(8)藉其彈性恢復力量向外撐開即可卡擋於樞槽（112)(312)之錐 狀槽（1121)(3121)部位，進而可防止彈性元件(8)連同樞軸（21)脫離 樞槽（112)(312)，又當欲拆卸分離固定座（11)(31)時，則將上、下鉸 鍊（1)(3)之轉盤（12)(32)所分別連結之定位件（2)向上或向下施力拉 導·即可令彈性元件⑻順著錐狀槽（1122)(3122)向内縮，一直到縮入其 樞軸（122)(322)之環形凹溝（1221)(3221)内時則可令樞軸（122)(322) 連同其嵌設之彈性元件(8)脫離固定座（11)(31)之樞槽（112)(312)的 • 内徑較小部位（1121)(3121)。 又，在施工組配作業時，上鉸鍊（丨）之固定座（H)以及下鉸鍊(3) 2〇之固疋座（31)可先分別與壁面（圖未示）及地面（圖未示)之預定部位 固定，雨雨定也件⑵則可分別與上4 鎖固連結，並分別藉轉盤（12X32)之樞軸（122)(322)直接與固定座 12 M327909 5 (11)(31)的樞槽（112)(312)快速方便的柩套組接，既省力又省時，然 後再藉定位件(2)配合鎖固元件(26)以及夾塊(25)與玻璃門（6)(參考 圖十六)鎖固連結；又當欲拆離玻璃門（6)進行維修保養尊作業時則可 將玻璃門（6)與兩定位件(2)拆開，然後利用兩定位件(2)分別向下施 力與向上施力，即可將兩定位件(2)與其連結之轉盤（12)(32)拆離； • •另外由於下鉸鍊(3)之固定座（31)係設有軸承(3132)，因此相對可令 _玻璃門（6)之旋轉動作更靈活順暢。 籲 另外，前述下鉸鍊(3)之固定座（31)係可進一步具有一向上凸出 之環形塊(313)，該環形塊(313)的中間設有前述之樞槽（312)，且該 ίο環形塊(313)並設有環形槽孔(3131)可供裝設前述軸承(3132)，而固 定座（31)之環形塊(313)的下周緣所連接之環形部（314)則設有前述 之數定位孔(3141)以供與地面連結，配合前述之固定座（31)的環形塊 (313)，前述之下鉸鍊(3)的轉盤(32)則具圓形凹槽(323)(另參考圖十 五）並形成位於圓形凹槽（323)之外周圍的環形部(324)，而該圓形凹 1春槽(323)則可供樞設該固定座(31)之環形塊(313)，令轉盤（32)可藉圓 形凹槽（323)樞設於固定座（31);另外參考圖十三、圖十六所示，該 • 固定座（31)之環形部（314)另設有内螺牙孔(3142)可供旋鎖一具外螺 •牙之彈性定位柱(315)，該彈性定位柱(315)係具有内槽孔（3151)以供 裝設彈簧（3152)與珠體(316)，該珠體(316)之上方(3161)並伸出於内 槽孔(3151)之上端，而内槽孔(3151)之上端的孔徑係略小於珠體(3ΐβ) 之直輕以防止妹體（316)脫離，該前述之彈性定位柱（315 )喲上方 (3153)係可伸入於轉盤（32)之環形部（324)所配合設置之彎弧溝槽 13 M327909 (3241) 内（參考圖十四），該彎弧溝槽（3241)内並具有數個定位凹部 (3242) (3243)(3244)(參考圖十八）可供前述彈性定位柱(315)所設之 珠體(316)的上方(3161)選擇其中之一^^入而具有多段角度之定位功 5 綜上所述，本創作可歸納具有下列增進功效： .· L施工容易，既省時又省力而可快速組配，且亦具有拆卸容易之優點。 / 2·下鉸鍊(3)之固定座（31)係設有軸承(3132)，因此相對可令玻璃門 φ (6)之旋轉穩定而順暢。 3·下鉸鍊(3)之固定座（31)的環形塊⑽)係樞設入轉盤（32)之圓形 ίο 凹槽（犯3)，因此相對具有較佳之防水效果。 4組配結構穩固且組配容易，進而可降低人力與工時，並相對降低成 本提局產品競爭力。 5·下鉸鍊(3)之固定座（31)可進一步裝設彈性定位柱(315)，該彈性定 位柱(315)之上方(3153)可伸入於轉盤（32)之彎弧溝槽（3241)内， ι_並由彈性定位柱（315)上方凸出的珠體(316)選擇卡人彎弧溝槽 • (3241)之數錄凹部(3242)(3243)(3244)的其中之—，令轉盤⑶曰) . 可向内或向外旋轉至打開預定角度而具有穩固之定位效果，相對亦 • 可避免強風而導致玻璃門（6)搖晃。 疋以’本案創作乃確具其實用增進功效，乃謹以新型專利申請 2〇之，懇請韵局貴審查委員予以詳查並賜准專利，至感德便。 惟τ社魏者鶴本卿讀錄齡愤e，f限定 本創作實施之麵’舉凡縣創作憎專繼騎作之解變化與修 14 M327909 錦皆應仍屬本創作涵蓋之專利範圍内。 【圖式簡單說明】 •圖一係本創作第一實施例之立體分解圖。 .圖二係本創作第一實施例之立體圖。 ，5圖三係本創作第-實施例其中下鉸鍊之固定座與轉盤的另一角度立 η ^ 體圖。 圖四係本創作第一實施例之組合斷面示意圓。 φ圖五係本創作第-實施例其中上鉸鍊之固定座、轉盤與定位件的平面 分解斷面示意圖。 10圖六係本創作第一實施例其中上絲之目定座、轉盤與定位件的平面 組合斷面示意圖。 圖七係本創作第-實施例其中下鉸鍊之目定座、轉盤與定位件的平面 分解斷面示意圖。 圖八係本創作第一貫施例其中下鉸鍊之固定座、轉盤與定位件的平面 1攀組合斷面示意圖。 圖九係本創作第一實施例其中下敍鍊之轉盤的平面示意圖。 圖十係本創作苐二實施例之立體分解圖。 圖十一係本創作第二實施例之立體圖。 固十-係本創作帛二實施例之組合斷面圖。 20圖十三係摘料三實糊之立體分麵。 圖十四係本創作第三實施缺圖。—_ 角度 圖十五係本創料三實補其巾下鉸鍊之固定座與轉盤的另 15 M327909 立體圖。 圖十六係本創作第三實施例之組合斷面圖。 圖十七係本創作第三實施例之另一角度組合斷面示意圖。 •圖十八係本創作第三實施例其中下鉸鍊之固定座的平面示意圖。 5【主要元件符號說明】 -(1)上鉸鍊（11X31)固定座（Ιΐι)(123)(22χ251χ271)(3141)(3231) (631)定位孔（112)(121)(312)(321)樞槽（1121)(3121)内徑較小部 馨位（1122X3122)錐狀槽（12)(32)轉盤（122)(322)(21)樞軸（1221) (3221)(211)環形凹溝（2)定位件（20)平面部（221)(26)(4)(5)(7) ίο鎖固元件（23)定位内螺牙孔（24)圓柱部（25)夾塊(27)定位塊（3) 下鉸鍊（313)環形塊（3131)環形槽孔（3132)軸承(314)(324)環形 部（3142)内螺牙孔（315)彈性定位柱（3151)内槽孔（3152)彈簧 (3153X3161)上方（316)珠體（323)圓形凹槽（3241)彎弧溝槽 (3242)(3243)(3244)定位凹部（51)連接部(52)(53)(64)(65)墊片 ι_ (6)玻璃門（61)穿孔（63)連接塊（630)凹弧面(8)彈性元件 16M327909 VIII. New Description·· 【New Technical Fields】 This creation refers to the above-mentioned glass door upper and lower scale structure, which means that the construction is convenient and quick, and the speed of assembly or disassembly can save manpower and man-hours. The glass door has a stable positioning effect when it is not opened or "inwardly and outwardly rotated to a predetermined angle." •-[Previous technology] ... According to the customary glass door assembly construction, the upper and lower fixed seats are respectively connected to the wall surface and the ground surface, and the construction personnel will move the whole heavy glass door to the close position and then slowly. Up and down alignment of the upper and lower fixed seat pivot slots, only to check the alignment operation is quite difficult, 10 and the glass door is very cumbersome, thus causing trouble and inconvenience to the construction workers; It is quite dependent on, and the miscellaneousness of the glass is smooth; the correction, due to the lack of positioning effect after the glass door is turned inward and outward, is not only inconvenient to operate, but also easy to cause shaking when encountering strong wind. The creator has the lack of the above, after continuous research and improvement, finally created a glass door upper and lower hinge structure. The main purpose of this creation is to provide a glass door upper and lower hinge structure, which can achieve easy construction, save time and effort, and can be quickly assembled. - The second purpose of this creation is to provide a glass door upper and lower drum chain structure, which can stabilize the glass door when it is not opened or rotated inward and outward to a predetermined angle. Still another is that the fixed seat of the lower drum chain is provided with a bearing, so that the rotation of the glass door can be relatively stable and smooth. M327909 Another object of the present invention is to provide a glass door upper and lower hinge structure, wherein the annular block of the lower hinge fixing seat is pivoted into the circular groove of the turntable, so that the waterproof effect is relatively better. • Another purpose of this creation is to provide a glass door upper and lower money chain structure, its group, 5 configuration structure is stable and easy to assemble, which can reduce manpower and working hours, and relatively reduce the cost of rain products competition force. [New content] • A glass door upper and lower hinge structure, including an upper hinge, two positioning members and a lower hinge, wherein the upper and lower hinges each have a fixed seat and a turntable, and the like, which has 10 constructions. It is easy, saves time and effort, and can be quickly assembled. After assembly, the glass door has a stable positioning effect when it is normally unopened or rotated inward and outward to a predetermined angle, and the fixed seat of the lower chain is fixed. With bearings, the rotation of the glass door is relatively stable and smooth. Please refer to the detailed description of the drawings as follows. .1 Embodiment] As shown in Fig. 1 to Fig. 9, the present invention relates to a glass door upper and lower hinge structure, comprising: • an upper hinge (1) having a fixed seat (11) and a turntable Π 2), The fixing seat (11) has a plurality of positioning holes (111) which can be locked with a suitable part such as a wall surface (not shown) by a locking member (4), and the fixing seat (11) has a pivot groove (112). The turntable (12) also has a pivot slot (121); --- the lower hinge (3) has a fixed seat (31) and a turntable (32), wherein the fixed seat (31) has a number ^ « M327909 The position hole (3141) can be locked and coupled with a suitable part such as a ground (not shown) by a locking component (7) having a pivot groove (312), and the turntable (32) also has a pivot Slot (321), in addition to the above-mentioned fixing seat (31) and having an annular slot (3131) for the bearing (3132); ^ ... 5 two positioning members (2), each having a pivot (21 ), the pivot grooves (121) (321) of the upper/lower hinges (1) and (3) of the upper and lower hinges (1) and (3) and the fixed hinges of the upper and lower hinges (1) and (8), respectively. 11) The pivot slot (112) (312) of (31) is pivotally connected, and the two Positioning member (2) and the locking element by the number φ (5) and the glass door (6) (refer to FIG. Four) of side respectively, under appropriate coupling locking portion. Further, the pivots (21) of the two positioning members (2) each have an annular groove (211), and the annular groove (211) is provided for arranging a slotted elastic member (8). Referring to FIG. 4 and FIG. 5, the pivot groove (Π2) of the fixing base (11) of the upper hinge (1) has a smaller inner diameter portion (1121) on the inner side and a smaller inner diameter portion (1121). 1121) and extending outward to form a tapered inner groove (1122), and when the positioning member (2) is pivoted by the pivot (21) to engage the pivot groove (112) of the fixing seat (11) The elastic member (8) sleeved by the annular groove (211) of the pivot (21) of the positioning member (2) can pass through the smaller inner diameter portion (1121) of the pivot groove (112). The groove (211) is squeezed to smoothly pass through the smaller inner diameter portion (1121), and when the elastic element (8) passes through the smaller inner diameter portion (1121), the elastic member (8) recovers strength by its elasticity. Extending outwardly, it can be locked in the tapered groove (1122) of the pivot groove (112) (refer to FIG. 6), which further prevents the elastic member (8) from coming off the pivot slot (112) together with the pivot (21). And when you want to dismantle and separate the fixed summer (11), you will The positional member (2) can be made to extend the armature downward without the tapered groove (1122) until it is retracted into the annular groove (211) of the pivot (21). 7 M327909 The component (5) is connected to the glass door (6); when the glass door (β) is to be removed for maintenance, the glass door (6) and the two positioning members (2) can be disassembled, and then the two positioning can be performed. (2) • Detach the two positioning pieces (2) and the turntable (12) (32) by applying downward force and upward force respectively. • In addition, the bearing (31) of the lower hinge (3) is equipped with bearings. (3132), so it can make the rotation of the 5 glass door (6) more flexible and smooth. In addition, the fixing base (31) of the lower hinge (3) may further have an upwardly protruding annular block (313), and the aforementioned pivoting groove (312) is disposed in the middle of the annular block (313), and the The annular block (313) is provided with an annular slot (3131) for mounting the aforementioned bearing (3132), and the annular portion (314) to which the lower periphery of the annular block (313) of the fixed seat (31) is connected is The first number of positioning holes (3141) are provided for connection with the ground, and the annular block (313) of the aforementioned fixing seat (31) is matched, and the turntable (32) of the lower hinge (3) has a circular concave shape. a groove (323) (refer to FIG. 3) and forming an annular portion (324) located outside the circular groove (323), and the circular groove (323) is configured to pivot the fixing seat (31) The annular block (313) allows the turntable (32) to be pivoted to the fixed seat (31) by a circular recess (323), and the lower end surface of the annular portion (324) of the turntable (32) and the cymbal mount (31) a gap is formed between the upper end faces of the annular portion (314), and the annular block (313) of the solid seat (31) of the lower hinge (3) is pivotally disposed into the circular groove of the turntable (32) ( 323), so it can have a better waterproof effect; Referring to FIG. 1 and FIG. 7 respectively, the annular portion (314) of the fixing base (31) is further provided with an internal screw hole (3142) for locking and locking an elastic positioning column (315) of the external thread. The elastic positioning post (315) has an inner slot (3151) for mounting a spring (3152) and a bead (316), and the bead (316) is above (3161) and protrudes from the inner slot 51. The upper end of k, and the inner end of the hole (315t> is slightly smaller than the diameter of the bead (316) to prevent the bead (316) from being detached, and the above-mentioned elastic positioning post (315) is upper * M327909 (24), and the contact portions of each of the connecting blocks (10) and _(2) form a concave curved surface (630) to facilitate a tight locking connection. - In addition, please refer to the drawings shown in FIG. 13 to FIG. The third embodiment of the creation includes: 5 upper hinge (1) having a fixing base (11) and a turntable (12), wherein the fixing seat (11) has a plurality of positioning holes (1Π) by means of a locking component ( 4) Locking the joint with a suitable part such as a wall (not shown), the fixing seat (11) has a pivot groove (U2), and the turntable (12) has a pivot (122) _ for fixing Seat (112) pivot The turntable (12) is additionally provided with a positioning hole (123); the w lower hinge (3) has a fixing base (31) and a turntable (32), wherein the fixing seat (31) has a plurality of positioning holes (3141) The locking member (7) is fixedly coupled to a suitable portion such as a ground (not shown), the fixing base (31) has a pivot groove (312), and the turntable (32) also has a pivot (322) (refer to the figure) Fifteen) can be pivotally connected to the pivot slot (312) of the fixing base (31), and the turntable (32) is further provided with a clamping hole (3231), and above the aforementioned fixing seat (31) An annular slot (3131) is provided for the bearing (3132); the two positioning members are provided with positioning holes (22) on one side thereof (refer to FIG. 13 and FIG. 17), respectively, by means of a locking component ( 221) a locking hole (123) (3231) of the turntable (12) (32) of the upper and lower hinges (1) (3) is fixedly coupled, and the other sides of the two positioning members (2) are respectively provided The positioning block (27) with the positioning hole (271) can respectively pass through the 2 〇 perforation (61) of the glass door (6) (refer to FIG. 16) and the clamping piece (25) with the positioning hole (251) respectively. The number of locking elements (26) and the glass door (6> one side of the upper and lower - appropriate part of the lock connection ^ -----------― 一------ Further, the pivot (122) (322) of the turntable (12) (32) of the upper and lower hinges (1) and (3) 11 M327909 each has an annular groove (1221) (3221) through which each annular groove (1221) (3221) can be provided with a slotted elastic member (8), and the upper and lower hinges g) (3) Fixing seat (n) • The pivoting groove (112) (312) of (31) has a smaller inner diameter portion (η 21 ) (3121) on the inner side (see Fig. 16 for further reference) and The inner diameter is smaller (1121) (3121) and extends outward _ 5 to form a tapered inner groove (1122) (3122) having a larger inner diameter, and then, when the upper and lower hinges (1) (3) are rotated, (12) (32) When the pivot (122) (322) is pivoted into the pivot slot * (112) (312) of the fixed seat (11) (31), the pivot (122) (322) The elastic member (8) sleeved by the annular groove (1221) (3221) passes through the smaller inner diameter portion (H21) (3121) of the pivot groove (112) (312) to the annular groove (1221) (3221) is squeezed to smoothly pass through the smaller inner diameter portion (1121) ίο (3121), and when the elastic member (8) passes through the smaller inner diameter portion (1) 21) (3121), the elastic member (8) is elasticized by the elastic member (8) Restoring strength The outer expansion can be blocked at the portion of the tapered groove (1121) (3121) of the pivot groove (112) (312), thereby preventing the elastic member (8) from being separated from the pivot groove (112) together with the pivot (21) (312) ), when the separation mount (11) (31) is to be disassembled, the positioning members (2) respectively connected to the turntables (12) and (32) of the upper and lower hinges (1) and (3) are up or down. Applying the force guide (8), the elastic member (8) can be retracted along the tapered groove (1122) (3122) until it is retracted into the annular groove (1221) (3221) of its pivot (122) (322). When the pivot (122) (322) is separated from the embedded elastic member (8) from the pivot groove (112) (312) of the fixing seat (11) (31), the inner diameter is smaller (1121) (3121). In addition, during the construction work, the upper hinge (H) and the lower hinge (3) 2's solid seat (31) can be respectively connected to the wall (not shown) and the ground (Fig. The predetermined part of the display is fixed, and the rain and rain fixed parts (2) can be respectively fixedly connected with the upper 4, and respectively by the pivot (122) (322) of the turntable (12X32) directly with the fixed seat 12 M327909 5 (11) ( 31) The pivot slot (112) (312) is quick and convenient to set up the sleeve, which is labor-saving and time-saving, and then the positioning member (2) is matched with the locking component (26) and the clamping block (25) and the glass door ( 6) (Refer to Figure 16) Locking the connection; when you want to remove the glass door (6) for maintenance and repair work, you can disassemble the glass door (6) and the two positioning parts (2), and then use the two positioning The member (2) can apply the force downward and the upward force respectively to detach the two positioning members (2) from the connected turntable (12) (32); • additionally because of the lower hinge (3) fixing seat (31) The bearing (3132) is provided, so that the rotation of the glass door (6) can be made more flexible and smooth. In addition, the fixing base (31) of the lower hinge (3) may further have an upwardly protruding annular block (313), and the aforementioned pivoting groove (312) is disposed in the middle of the annular block (313), and the The ring block (313) is provided with an annular slot (3131) for mounting the aforementioned bearing (3132), and the annular portion (314) to which the lower periphery of the annular block (313) of the fixed seat (31) is connected is provided. There are a plurality of positioning holes (3141) for connecting with the ground to match the annular block (313) of the aforementioned fixing seat (31), and the turntable (32) of the lower hinge (3) has a circular groove (323). (also referring to FIG. 15) and forming an annular portion (324) located outside the circular groove (323), and the circular concave 1 spring groove (323) is provided for pivoting the fixing seat (31) The annular block (313) allows the turntable (32) to be pivoted to the fixed seat (31) by a circular groove (323); and as shown in Fig. 13 and Fig. 16, the fixed seat (31) The annular portion (314) is further provided with an internal screw hole (3142) for screwing an external screw-shaped elastic positioning column (315), and the elastic positioning column (315) has an inner slot (3151) for Mounting spring (3152) and beads (316), the beads (31 6) above (3161) and extending above the upper end of the inner slot (3151), and the aperture at the upper end of the inner slot (3151) is slightly smaller than the straightness of the bead (3ΐβ) to prevent the sister body (316) from coming off The elastic positioning post (315) above (3153) can extend into the curved groove 13 M327909 (3241) provided by the annular portion (324) of the turntable (32) (refer to FIG. 14) The arcing groove (3241) has a plurality of positioning recesses (3242) (3243) (3244) (refer to FIG. 18) for being above the beads (316) provided by the elastic positioning column (315). (3161) Select one of them to have multiple angles of positioning work. 5 In summary, this creation can be summarized as follows: .· L is easy to construct, saves time and effort and can be quickly assembled, and It also has the advantage of easy disassembly. / 2· The fixing seat (31) of the lower hinge (3) is provided with a bearing (3132), so that the rotation of the glass door φ (6) can be relatively stable and smooth. 3. The annular block (10) of the fixing seat (31) of the lower hinge (3) is pivoted into the circular ίο groove (3) of the turntable (32), so that the waterproof effect is relatively better. The 4 groups are stable in structure and easy to assemble, which can reduce manpower and working hours and reduce the competitiveness of the product. 5. The fixing seat (31) of the lower hinge (3) may further be provided with an elastic positioning column (315), and the upper portion (3153) of the elastic positioning column (315) may extend into the curved groove of the rotating plate (32) ( In 3241), ι_ and the bead body (316) protruding from above the elastic positioning column (315) selects the card person to bend the groove; (3241) the number of the concave portion (3242) (3243) (3244) —, make the turntable (3)曰). It can be rotated inward or outward to open a predetermined angle for a stable positioning effect. Relatively • The strong wind can be avoided and the glass door (6) can be shaken.疋 ’ 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本However, τ社Wei, He Benqing, read the age of anger, f is limited to the implementation of the creation of the "Yu Fanxian 憎 憎 憎 憎 骑 14 14 14 M M M M M M M M M M M M M M M M M M M M M M M M M M M M M BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded perspective view of a first embodiment of the present creation. Figure 2 is a perspective view of the first embodiment of the present creation. Fig. 5 is a third embodiment of the present invention in which the fixing seat of the lower hinge and the turntable are at another angle η ^ body diagram. Figure 4 is a schematic sectional cross section of the first embodiment of the present creation. Fig. 5 is a schematic plan view showing the plane of the upper hinge, the turntable and the positioning member in the first embodiment of the present invention. Figure 6 is a schematic cross-sectional view of the first embodiment of the present invention in which the upper wire is fixed, the turntable and the positioning member are combined. Fig. 7 is a schematic plan view showing the plane of the lower hinge, the turntable and the positioning member in the first embodiment of the present invention. Figure 8 is a schematic cross-sectional view of the first embodiment of the creation of the lower hinge, the fixed seat of the lower hinge, and the plane of the turntable and the positioning member. Figure 9 is a plan view showing the turntable of the first embodiment of the present invention. Figure 10 is a perspective exploded view of the second embodiment of the present invention. Figure 11 is a perspective view of a second embodiment of the present creation. A combination sectional view of the second embodiment of the present invention. 20 Figure 13 is the three-dimensional facet of the three pastes. Figure 14 is a missing picture of the third implementation of this creation. —_ Angle Figure 15 is a perspective view of the other 15 M327909 of the holder and the turntable of the towel. Figure 16 is a sectional view showing the combination of the third embodiment of the present creation. Figure 17 is a cross-sectional view showing another angle of the third embodiment of the present invention. • Fig. 18 is a plan view showing the fixing seat of the lower hinge of the third embodiment of the present creation. 5 [Description of main component symbols] - (1) Upper hinge (11X31) mount (Ιΐι) (123) (22χ251χ271) (3141) (3231) (631) Positioning hole (112) (121) (312) (321) The pivot groove (1121) (3121) has a smaller inner diameter (1122X3122) tapered groove (12) (32) turntable (122) (322) (21) pivot (1221) (3221) (211) annular concave Groove (2) Locator (20) Plane (221) (26) (4) (5) (7) ίο Locking element (23) Positioning internal screw hole (24) Cylinder (25) Clamp (27) Positioning block (3) Lower hinge (313) Ring block (3131) Annular slot (3132) Bearing (314) (324) Ring portion (3142) Inner screw hole (315) Elastic positioning post (3151) Inner slot (3152) Spring (3153X3161) above (316) Bead (323) Circular groove (3241) Curved groove (3242) (3243) (3244) Positioning recess (51) Connection (52) (53) ( 64) (65) spacer ι_ (6) glass door (61) perforated (63) connecting block (630) concave curved surface (8) elastic element 16