M272847 - 八、新型說明： 【新型所屬之技術領域】 本創作係一種鉸鏈結構，尤指一應用於玻璃門之可調 式自動歸位鉸鏈者。 【先前技術】 一般玻璃門包含有一玻璃門板與一門框，而玻璃門板 係藉由鉸鏈樞設於門框上。 現有的玻璃門自動歸位鉸鏈結構複雜，並且無法提供 _ 凋整的功能，因為在玻璃門板與門框組合施工的過程中， 玻璃門板本身體積大且厚重，因此，不易控制其施工的精 準度’因此容易產生與門框有偏角之問題發生。 而現有的鉸鏈因不具有調整功能，而無法消弭此一偏 角，經常導致玻璃門板與門框無法緊密靠合，造成不易補 救之問題，而造成實施上之一大困擾。 為此，本創作人曾提出公告第5 2 5 6 9 5號「可調 _式玻璃門自動歸位鉸鏈結構」新型專利案，該案中之鉸鏈 結構雖然可以提供上述現有的鉸鏈所無法達到的功能，然 而，該案中之鉸鏈結構，仍無法提供無段式可調整角度功 能，同時，也無法於安裝後提供直接調整的功能，因此， 仍有其改良之必要。 【新型内容】 本創作之主要目的在於提供一種可調式玻璃門自動歸 位鉸鏈，該鉸鏈不僅具有調整功能，同時更具有直接無段 式角度調整之功能，以達到解決現有的鉸鏈於實際使用時 5 M272847 - 的不便之目的。 為達上述目的，本創作主要係提供一種可調式玻螭門 自動If位绞鍵’其包含有： 一固定座； 一固設於固定座上並具有一第一軸孔的本體； 一可轉動地部份容置於第一軸孔的心軸，心軸的表面 設有至少一個徑向設置於心軸表面的調整面； 一設於本體中用以定位第一軸孔中的心軸的定位裝置 攀 一可轉動地容置部份心軸的結合座，該結合座包含有 一凸結合片，該凸結合片上設有至少一對分別對應於 心軸上調整面的螺孔；以及 ' 一與凸結合片結合一起的凹結合片，凹結合片設有至 少一對分別對應於螺孔的穿孔；以及 Φ 至少一對分別經由穿孔螺合於所相對螺孔的調整螺栓 ，各調整螺栓具有一内端，且各内端係抵靠於相對應的調 整面上。 ° δ進行玻璃門板與門框間相對位置的調整時，可將其 中一调整螺栓旋出螺孔，另一調整螺栓旋入螺孔，藉由碉 整螺栓的内端推抵心軸上的調整面，以改變心軸相對於妙 合座的角度位置，使玻璃門板與門框間的相對角度可以獲 得調整，以適應於實際需求。 & 藉此’本創作之具體達成的功效在於： 6 M272847 • 1 、無段式角度調整，藉由詗敕士罗4入ΛΑ ^α 精田°周整螺栓的内端推抵心軸 上的調整面的調整方式，可洁士么队A _ 了達成無段式調整角度的需求。 2、使用方便•·調替螺γ可古4立# 定螺栓可直接稭由工具旋入或旋出 螺孔，玻璃門板不需拆下即可彳隹并$欸 m ^ ^ 广外口J進仃凋整，使用上相當方便 0 【實施方式】 請參照第-圖與第六圖所示，4安，一玻璃^ (5 0) 一般包含有一玻璃門板（5 ；!)以及一門框（5 2 )，玻 _ 璃門板（51)係可藉由不同安裝位置的鉸鏈（1〇)( i 〇 ’）樞設於門框（5 2 )上，其中，本創作第一種較佳 實施例的鉸鏈（1 〇 )係裝設於玻璃門板（5 1 )的上、 下兩側’第二種較佳實施例的鉸鏈（1 〇，）係裝設於玻璃 門板（5 1 )的左、右其中一側位置。 請參照第一圖與第二圖所示，本創作第一種較佳實施 例的较鏈（1 0 )係包含有一固定座（1 1 )、一本體（ 1 2 )、一定位裝置（1 3 )、一心軸（1 4 )、一結合 • 废（15)以及一對調整螺栓（16)，其中，固定座（ 1 1)係用來裝設整體鉸鏈（1 〇)於門框（52)上。 請進一步參照第三圖所示，本體（1 2 )係固設於固 定座（1 1)上，並具有一第一轴孔（121)以及兩長 孔（1 2 2 )，第一軸孔（1 2 1 )係橫向地設於本體（ 1 2 )上，兩長孔（1 2 2 )係縱向同軸地設於第一軸孔 (121)的兩側，並連通於第一軸孔（121)，各長 孔（1 22)遠離第一軸孔（1 2 1)的開口處並設有一 7 M272847 - 内螺紋（1 2 3 )。 心軸（1 4 )係部份可轉動地容置於第一軸孔（1 2 1)中，並具有一第一端（141)、一第二端（142 )、兩定位面（143)以及一調整面（144)，其中 ，第一端（1 4 1 )係可轉動地容置於第一軸孔（1 2 1 )中，第二端（1 42)可轉動地容置於結合座（1 5) 中，兩定位面（1 4 3 )係分別設於心軸（1 4 )表面， 並分別對應於長孔（1 2 2 )，調整面（1 4 4 )係設於 # 心軸（14)表面鄰近第二端（142)的位置，且調整 面（1 4 4 )係徑向凹設於心軸（1 4 )表面，所謂徑向 凹設即調整面（1 4 4 )的中心垂直軸線係通過心軸（1 4 )的圓心。 定位裝置（1 3 )係設於本體（1 2 )中，用以定位 心軸（1 4 )，並包含有兩定位組（1 3 1 )，定位組（ 1 3 1 )係分別設於長孔（1 2 2 )中，各定位組（1 3 1 )並分別包含有一内定位塊（1 3 2 )、一彈性元件（ * 1 3 3 )以及一螺塞（1 3 4 )，定位塊（1 3 2 )係抵 靠於對應的定位面（1 4 3 )上，螺塞（1 3 4 )係螺鎖 於内螺紋（1 2 3 )，彈性元件（1 3 3 )係可為一彈簧 ，並設於定位塊（1 3 2 )與螺塞（1 3 4 )間，用以推 動定位塊（1 3 2)抵靠於對應的定位面（1 4 3)上。M272847-8. Description of the new type: [Technical field to which the new type belongs] This creation is a hinge structure, especially an adjustable automatic return hinge for glass doors. [Prior art] A general glass door includes a glass door panel and a door frame, and the glass door panel is pivotally mounted on the door frame through a hinge. The existing glass door automatic homing hinge has a complicated structure and cannot provide the function of aging. Because the glass door panel itself is large and heavy during the combined construction of the glass door panel and the door frame, it is difficult to control the accuracy of its construction. Therefore, the problem that the angle with the door frame is easy to occur occurs. However, the existing hinges do not have the adjustment function and cannot eliminate this deflection angle, which often causes the glass door panel and the door frame to be unable to closely fit together, causing problems that are not easy to repair, which causes one of the major problems in implementation. For this reason, the creator has proposed a new patent case No. 5 2 5 6 9 5 "adjustable glass door automatic return hinge structure", although the hinge structure in this case can provide the above existing hinges can not reach However, the hinge structure in this case still cannot provide the function of stepless adjustable angle, and at the same time, it cannot provide the function of direct adjustment after installation, so there is still a need for its improvement. [New content] The main purpose of this creation is to provide an adjustable glass door automatic return hinge, which not only has the adjustment function, but also has the function of direct stepless angle adjustment, in order to solve the existing hinge in actual use 5 M272847-Inconvenient purpose. In order to achieve the above purpose, the present invention mainly provides an adjustable If position twist key of the glass door, which includes: a fixed base; a body fixed on the fixed base and having a first shaft hole; a rotatable The ground part is received in the mandrel of the first shaft hole, and the surface of the mandrel is provided with at least one adjusting surface disposed radially on the surface of the mandrel; The positioning device climbs a combination seat rotatably receiving a part of the mandrel, the combination seat includes a convex combination piece, the convex combination piece is provided with at least one pair of screw holes respectively corresponding to the adjustment surface on the mandrel; and A female coupling piece combined with a male coupling piece, the female coupling piece is provided with at least one pair of perforations corresponding to the screw holes; and at least one pair of adjusting bolts screwed to the opposite screw holes through the perforations, each adjusting bolt having An inner end, and each inner end abuts a corresponding adjustment surface. ° δ When adjusting the relative position between the glass door panel and the door frame, one of the adjustment bolts can be screwed out of the screw hole, and the other adjustment bolt can be screwed into the screw hole, and the inner end of the bolt is pushed against the adjustment surface on the mandrel. In order to change the angular position of the mandrel relative to the wonderful seat, the relative angle between the glass door panel and the door frame can be adjusted to meet the actual needs. & The specific effect of this creation is: 6 M272847 • 1 、 Stepless angle adjustment, through the Shi Shi 4 into ΛΑ ^ α Seita ° The inner end of the rounding bolt is pushed against the mandrel With the adjustment method of the adjustment surface, Keshi Moda A _ met the need to achieve a stepless adjustment of the angle. 2. Convenient to use • · 调 替 螺 γ 可 古 4 立 # The fixing bolt can be directly screwed into or out of the screw hole by a tool, and the glass door panel can be removed without removing the 欸 欸 ^ ^ 广 外 口 J It is very convenient to use. [Embodiment] Please refer to the figure-Figure 6 and Figure 4, 4 amp, a glass ^ (50) generally includes a glass door panel (5 ;!) and a door frame ( 5 2), the glass door panel (51) can be pivoted on the door frame (5 2) by hinges (1〇) (i 〇 ') in different installation positions. Among them, the first preferred embodiment of this creation The hinge (10) of the second preferred embodiment is installed on the upper and lower sides of the glass door panel (5 1). The hinge (10) of the second preferred embodiment is installed on the left, One of them on the right. Please refer to the first figure and the second figure. The first chain of the first preferred embodiment of the present invention (1 0) includes a fixing base (1 1), a body (1 2), and a positioning device (1 3), a mandrel (1 4), a combination • waste (15) and a pair of adjusting bolts (16), wherein the fixing seat (1 1) is used to install the overall hinge (1 0) to the door frame (52) on. Please further refer to the third figure, the main body (1 2) is fixed on the fixing base (1 1) and has a first shaft hole (121) and two long holes (1 2 2). (1 2 1) is horizontally provided on the body (1 2), and two long holes (1 2 2) are longitudinally and coaxially provided on both sides of the first shaft hole (121) and communicate with the first shaft hole ( 121), each long hole (1 22) is located away from the opening of the first shaft hole (1 2 1) and is provided with a 7 M272847-internal thread (1 2 3). The mandrel (1 4) is rotatably received in the first shaft hole (1 2 1), and has a first end (141), a second end (142), and two positioning surfaces (143). And an adjusting surface (144), wherein the first end (1 4 1) is rotatably received in the first shaft hole (1 2 1), and the second end (1 42) is rotatably received in the joint In the seat (1 5), the two positioning surfaces (1 4 3) are respectively provided on the surface of the mandrel (1 4), and respectively correspond to the long holes (1 2 2), and the adjustment surfaces (1 4 4) are provided in # The surface of the mandrel (14) is adjacent to the second end (142), and the adjustment surface (1 4 4) is radially recessed on the surface of the mandrel (1 4). The so-called radial depression is the adjustment surface (1 4 4). The central vertical axis of) passes through the center of the circle of the mandrel (1 4). The positioning device (1 3) is arranged in the body (1 2), and is used for positioning the mandrel (1 4), and includes two positioning groups (1 3 1), and the positioning groups (1 3 1) are respectively provided in the long In the hole (1 2 2), each positioning group (1 3 1) includes an internal positioning block (1 3 2), an elastic element (* 1 3 3), and a screw plug (1 3 4). (1 3 2) is abutted on the corresponding positioning surface (1 4 3), the screw plug (1 3 4) is screwed to the internal thread (1 2 3), and the elastic element (1 3 3) can be a A spring is arranged between the positioning block (1 3 2) and the screw plug (1 3 4) to push the positioning block (1 2 2) against the corresponding positioning surface (1 4 3).
結合座（1 5 )用以夾持玻璃門板（5 1 )使用，並 包含有一凸結合片（15 1)以及一凹結合片（152) ，凸結合片（1 5 1 )以及凹結合片（1 5 2 )係可為U 8 M272847 子外型，兩者結合一起以夾持玻璃門板（5 1 )。 凸〜5片（15 1)上設有一朝向凹結合片（152 )凸伸的第一凸部（153)，第一凸部（153)上設 有一朝向凹結合片（152)凸伸的第二凸部（154) ，以及一與第一軸孔（1 2 1 )同軸對應的第二軸孔（工 5 5 )，第二軸孔（丄5 5 )係容置心軸（i 4 )的第二 端（142)，使該第二端（142)可轉動地容置於其 中。The combination seat (1 5) is used for holding the glass door panel (51), and comprises a convex combination piece (15 1) and a concave combination piece (152), a convex combination piece (1 5 1), and a concave combination piece ( 1 5 2) can be U 8 M272847 sub-shape, the two are combined to hold the glass door panel (5 1). The first to fifth pieces (15 1) are provided with a first convex portion (153) protruding toward the concave coupling piece (152), and the first convex portion (153) is provided with a first convex portion (153) protruding toward the concave combining piece (152). Two convex portions (154), and a second shaft hole (work 5 5) coaxially corresponding to the first shaft hole (1 2 1), and the second shaft hole (丄 5 5) is a housing spindle (i 4) The second end (142) is rotatably received therein.
第二凸部（1 5 4 )上橫向地設有兩朝向第二軸孔（ 1 5 5 )延伸的螺孔（工5 6 )，兩螺孔（工5 6 )分別 連通於第二軸孔（15 5)，並對應於心軸（14)上的 調整面（144)。 凹結合片（152)上設有一對應於第二凸部（15 4 )的卡槽（1 5 7 )，以及兩分別對應於螺孔（i 5 6 )的穿孔（1 5 8 ) ’卡槽（1 5 7 )係供容置卡嵌第二 凸部（1 5 4 )，使凸結合片（1 5 i )與凹結合片（工 5 2 )於結合一起後不會產生相對移動。 兩調整螺栓（1 6 )係分別經由穿孔（丄5 8 )螺入 螺孔（1 5 6 )中，各螺栓（1 6 )並具有一内端（工6 1 )、一外端（1 6 2 )以及一六角槽（χ 6 3 )，各内 端（1 6 1 )係抵靠於心軸（1 4 )的調整面（i 4 4 ) 上，外端（162)上設有該六角槽（163)，藉此， 可方便使用工具如六角板手轉動調整螺拴（i 6 )旋入或 旋出螺孔（1 5 6 )。 9 M272847 -月參照第-圖與第三圖所示，當玻璃門板㈠"相 對於門框（5 2 )樞轉時，會轉動心轴（丄4 )，使内定 位塊（1 3 2 )滑出對應抵靠的定位面（丄4 3 )，内定 位塊（1 3 2 )料壓縮相鄰的彈性元件（丄3 3 )，當 破璃門板（5 1 )相對於⑽（5 2 )再度樞轉回其初： 位置時’壓縮的彈性元件（工3 3 ) #度推動内定位塊（ 1 3 2 )抵罪於對應的定位面（丄4 3 )，達到定位的效 果。 請參照第一圖、第四圖與第五圖所示，當進行玻璃門 板（5 1 )與門框（5 2 )間相對位置的調整時，可將其 中一調整螺栓（1 6 )旋出螺孔（1 5 6 )，另一調整螺 枚（1 6 )旋入螺孔（1 5 6 )，藉由調整螺栓（1 6 ) 的内端（1 6 1 )推抵心軸（1 4 )上的調整面（1 4 4 )’以改變心軸（1 4 )相對於結合座（1 5 )的角度位 置’使玻璃門板（5 1 )與門框（5 2 )間的相對角度可 以獲得調整，以適應於實際需求。 請參照第六圖與第七圖所示，本創作第二種較佳實施 例的鉸鏈（1〇，）係包含有一固定座（21)、一本體（ 2 2 )、一定位裝置（2 3 )、一心軸（2 4 )、一結合 座（25)以及二對調整螺栓（26)，其中，固定座（ 2 1 )係用來裝設整體鉸鏈（1 〇’）於門框（5 2 )上。 請進一步參照第八圖所示，本體（2 2 )係固設於固 定座（2 1)上，並具有一第一軸孔（221)以及一長 孔（2 2 2)，第一轴孔（2 2 1 )係橫向地設於本體（ M272847 2 2 )上，長孔（2 2 2 )係縱向地連通於第一軸 21)，並朝向固定座（21)延伸。 由孔（2 心軸（2 4 )係部份可轉動地容置於第一軸孔 1)中，並具有一第一端（241) 、一 9 ^ % (242 )、一定位面（243)以及二調整面（244)，其中 ，第-端（2 4 1 )與第二端（2 4 2 )係分別延伸’出第 一軸孔（22 1)並可轉動地容置於結合座中。 定位面（2 4 3 )係分別設於心軸（2 4 )表面，並 分別對應於長孔（ 2 2 2 )，心轴（2 4)表面鄰近第_ 端（2 4 1 )肖第二端（2 4 2 )的位置，分別設有一個 調整面（2 4 4 )，各調整自（2 4 4 )是徑向凹設於心 軸（2 4 )表面。 定位裝置（2 3 )係設於本體（2 2 )中，用以定位 心軸（2 4 )，並包含有一定位組（2 3 1 )，定位組（ 231)係設於長孔（222)中，並分別包含有一内定 位塊（2 3 2 )以及一彈性元件（2 3 3 )，定位塊（2 3 2 )係抵靠於定位面（2 4 3 )上，彈性元件（2 3 3 )係可為一彈簧，並設於定位塊（2 3 2)與固定座（2 1 )間，用以推動定位塊（2 3 2 )抵靠於對應的定位面 (2 4 3 )上。 結合座（2 5 )用以夾持玻璃門板（5 1 )使用，並 包含有一凸結合片（251)以及一凹結合片（252) ，凸結合片（251)以及凹結合片（252)係可為u 子外型’兩者結合一起以夾持玻璃門板（5 1 )。 M272847 ， 凸結合片（251)上設有〆朝向凹結合片（252 )凸伸的U字型第一凸部（253)，第一凸部 )上設有兩朝向凹結合片（252)凸伸的第二凸部（2 5 4 )，以及兩與第一軸孔（2 2 χ )同軸對應的第二軸 孔（2 5 5 )，第二軸孔（2 5 5 )係分別對應於第二凸 部（2 5 4 )，並分別容置心軸（2 4 )的第一端（2 4 1)與第二端（242)，使第一端（241)與第二端 馨 （242)可轉動地容置於其中。 各第二凸部（2 5 4 )上橫向地設有兩朝向對應的第 二軸孔（2 5 5 )延伸的螺孔（2 5 6 )，各螺孔（2 5 6)分別連通於對應的第二軸孔（255)，並對應於心 幸由（2 4 )上對應的調整面（2 4 4 )。 凹結合片（2 5 2 )上設有兩分別對應於第二凸部（ 2 5 4 )的卡槽（2 5 7 )，以及四分別對應於螺孔（2 5 6 )的穿孔（2 5 8 )，卡槽（2 5 7 )係供容置卡嵌 魯 對應的第二凸部（254)，使凸結合片（251)與凹 結合片（2 5 2 )於結合一起後不會產生相對移動。 調整螺栓（2 6 )係分別經由穿孔（2 5 8 )螺入螺 孑匕（256)中，各螺栓（26)並具有一内端（261 )' —外端（262)以及一六角槽（263)，各内端 (2 6 1 )係抵靠於對應的調整面（2 4 4 )上，外端（ ^62)上設有該六角槽（263)，藉此，可方便使用 x具如六角板手轉動調整螺栓（2 6 )旋入或旋出螺孔（ 2 5 6 )。 12 .M272847The second convex portion (1 5 4) is horizontally provided with two screw holes (workers 5 6) extending toward the second shaft holes (1 5 5), and the two screw holes (workers 5 6) communicate with the second shaft holes, respectively. (15 5), and corresponds to the adjustment surface (144) on the mandrel (14). The concave coupling piece (152) is provided with a card slot (15 7) corresponding to the second convex portion (15 4), and two perforations (1 5 8) 'card slots corresponding to the screw holes (i 5 6). (1 5 7) is used for accommodating the second convex portion (1 5 4), so that the convex coupling piece (1 5 i) and the concave coupling piece (work 5 2) will not move relative to each other after being combined together. The two adjusting bolts (1 6) are screwed into the screw holes (1 5 6) through the perforations (丄 5 8). Each bolt (1 6) has an inner end (work 6 1) and an outer end (1 6). 2) and a hexagonal groove (χ 6 3), each inner end (1 6 1) abuts on the adjustment surface (i 4 4) of the mandrel (1 4), and the outer end (162) is provided with the The hexagonal groove (163) can be used to conveniently use a tool such as a hexagonal wrench to turn the adjusting screw (i 6) into or out of the screw hole (1 5 6). 9 M272847 -Refer to the first and the third picture, when the glass door panel ㈠ " is pivoted relative to the door frame (5 2), it will rotate the mandrel (丄 4) to make the inner positioning block (1 3 2) slide. The positioning surface (丄 4 3) corresponding to the abutment is pressed, and the inner positioning block (1 3 2) compresses the adjacent elastic element (3 3). When the broken glass door plate (5 1) is again relative to ⑽ (5 2), Pivot back to its original position: When the position is' compressed, the elastic element (Work 3 3) #degree pushes the inner positioning block (1 3 2) against the corresponding positioning surface (丄 4 3) to achieve the positioning effect. Please refer to the first, fourth and fifth figures. When adjusting the relative position between the glass door panel (5 1) and the door frame (5 2), one of the adjusting bolts (1 6) can be unscrewed. Hole (1 5 6), another adjusting screw (1 6) is screwed into the screw hole (1 5 6), and the inner end (1 6 1) of the adjusting bolt (1 6) is pushed against the mandrel (1 4) Adjustment surface (1 4 4) 'to change the angular position of the mandrel (1 4) relative to the combined seat (1 5)' so that the relative angle between the glass door panel (5 1) and the door frame (5 2) can be adjusted To suit actual needs. Please refer to the sixth and seventh figures. The hinge (10,) of the second preferred embodiment of the present invention includes a fixing base (21), a body (2 2), and a positioning device (2 3 ), A mandrel (2 4), a combination seat (25), and two pairs of adjusting bolts (26), wherein the fixing seat (2 1) is used to install the integral hinge (1 0 ′) to the door frame (5 2) on. Please further refer to the eighth figure, the main body (2 2) is fixed on the fixing base (2 1), and has a first shaft hole (221) and a long hole (2 2 2). (2 2 1) is horizontally arranged on the body (M272847 2 2), and the long hole (2 2 2) is vertically connected to the first shaft 21) and extends toward the fixed seat (21). The hole (2 mandrel (2 4)) is rotatably received in the first shaft hole 1), and has a first end (241), a 9 ^% (242), and a positioning surface (243 ) And two adjusting surfaces (244), wherein the first end (2 4 1) and the second end (2 4 2) respectively extend out of the first shaft hole (22 1) and are rotatably received in the combining seat. in. The positioning surfaces (2 4 3) are respectively provided on the surface of the mandrel (2 4) and respectively correspond to the long holes (2 2 2). The surface of the mandrel (2 4) is adjacent to the _ end (2 4 1). Positions of the ends (2 4 2) are respectively provided with an adjustment surface (2 4 4), and each adjustment self (2 4 4) is radially recessed on the surface of the mandrel (2 4). The positioning device (2 3) is arranged in the body (2 2) for positioning the mandrel (2 4) and includes a positioning group (2 3 1). The positioning group (231) is provided in the long hole (222). And each includes an inner positioning block (2 3 2) and an elastic element (2 3 3). The positioning block (2 3 2) abuts on the positioning surface (2 4 3), and the elastic element (2 3 3) ) Can be a spring, and is located between the positioning block (2 3 2) and the fixing base (2 1), and is used to push the positioning block (2 3 2) against the corresponding positioning surface (2 4 3). The combination seat (2 5) is used for holding the glass door panel (51), and includes a convex combination piece (251) and a concave combination piece (252). The convex combination piece (251) and the concave combination piece (252) are It can be u-shaped, which can be combined to hold the glass door panel (5 1). M272847, the convex coupling piece (251) is provided with a U-shaped first convex portion (253) protruding toward the concave coupling piece (252), and the two convex portions (252) are convexly provided on the convex coupling piece (251). The extended second convex portion (2 5 4), and two second shaft holes (2 5 5) corresponding to the first shaft hole (2 2 χ) coaxially, and the second shaft holes (2 5 5) respectively correspond to The second convex portion (2 5 4), and respectively accommodate the first end (2 4 1) and the second end (242) of the mandrel (2 4), so that the first end (241) and the second end are sweet ( 242) Rotatable therein. Each of the second convex portions (2 5 4) is provided with two screw holes (2 5 6) extending laterally toward the corresponding second shaft holes (2 5 5). Each screw hole (2 5 6) communicates with the corresponding one. The second shaft hole (255) corresponds to the corresponding adjustment surface (2 4 4) on Xin Xingyou (2 4). The concave coupling piece (2 5 2) is provided with two card slots (2 5 7) respectively corresponding to the second convex portion (2 5 4), and four perforations (2 5) corresponding to the screw holes (2 5 6). 8), the card slot (2 5 7) is used for accommodating the second convex portion (254) corresponding to the card inserting lug, so that the convex combination piece (251) and the concave combination piece (2 5 2) will not be generated after being combined together. Relative movement. The adjusting bolts (2 6) are screwed into the screw daggers (256) respectively through the perforations (2 5 8). Each bolt (26) has an inner end (261) '-an outer end (262) and a hexagonal groove. (263), each inner end (2 6 1) is abutted on the corresponding adjustment surface (2 4 4), and the outer end (^ 62) is provided with the hexagonal groove (263), thereby facilitating the use of x A hex wrench is used to turn the adjusting bolt (2 6) into or out of the screw hole (2 5 6). 12 .M272847
觚 I 請參照第七圖、第八圖與第十圖所示，由於使用第二 種較佳實施例的鉸鏈（i 〇，）進行玻璃門板（5 i )與^ 框（5 2 )間相對位置的調整作業以及定位功用與前述第 一種較佳實施例的鉸鏈（i 〇 )其作用原理相同，因此， 不再加以贅述。 請再參照第十-圖所示，圖中所示本創作第三種較佳 實施例的鉸鏈（1 〇，，）與第二種較佳實施例之鉸鏈（工 0 ’）結構大致相同，但其設置有一對調整螺栓（2 6，） 而兩调整螺栓（2 6 ’）係分別相對於心車由（2 4 )的兩 調整面（2 4 4 )上，並且兩調整螺栓（2 6，）係分別抵 靠於兩調整面（2 4 4 )位於心車由（2 4 )不同軸線的位 置上，即兩調整螺栓（2 6，）係相對於心軸（2 4 )的中 心軸線係呈對角交錯設置。 又結合座（25，）的凸結合片（251，）上設有兩 朝向凹結合片（252，）凸伸的第二凸部（254，）， 於兩第二凸部（2 5 4，）上分別設有一可供所相對調整螺 _ 椎（2 6 ’）螺入的螺孔（2 5 6，）。 又凹結合片（2 5 2 ’）上設有兩個分別對應於螺孔（ 2 5 6,)，並供所相對調整螺椎（2 6 ,)穿過其中的穿 孔（2 5 8 ’）。 如此當將一調整螺栓（2 6，）略為旋出所相對的螺孔 (2 5 6 )後，可將另一調整螺栓（2 6，）旋入所相對的 嫘孔（2 5 6 )，來改變心軸（2 4 )相對於結合座（2 5 )的角度位置，使玻璃門板（5 1 )與門框（5 2 )間 13 M272847 的相對角度可以獲得調整，以適應於實際需求。 上述所揭露的本創作之技術手段，係僅用以說明本創 作之較佳實施狀態，但不代表本創作之實施態樣限於上述 所揭露的較佳實施例，對熟悉此項技術的人士，依據本創 作做如外型或大小上但實質上卻與本創作所揭露的技術手 段相同的變更，亦不應被排除於本創作所欲請求保護的申 請專利範圍之外。 【圖式簡單說明】 第一圖係本創作第一較佳實施例之使用狀態圖。 第二圖係本創作第一較佳實施例之分解立體圖。 第三圖係本創作第一較佳實施例之前側部份剖面視圖 〇 第四圖係本創作第一較佳實施例之沿第三圖中的3 一 3線的剖面視圖。 用狀態 第五圖係本創作第四圖中之第一較佳實施例使 剖面視圖。 第/、圖係本創作第二較佳實施例之使用狀態圖。 第七圖係本創作第二較佳實施例之分解立體圖。 第八圖係本創作第二較佳實施例之前側部份剖面視圖 第九圖係本創作第二較佳實施例之沿第八圖中的9 — 9線的剖面視圖。 第十圖係本創作第九圖中之第二較佳實施例使用狀態 剖面視圖。 14 M272847 - 第十一圖係本創作第三較佳實施例之立體分解圖。 【主要元件符號說明】 (10) ( 1 0 ’）（ 1 0 ’，）鉸鏈 (11) (21)固定座 (12) ( 2 2 )本體 (12 1) ( 2 2 1 )第一軸孔 ( 1 2 2 ) (222)長孔 (1 2 3 )内螺紋 （13) ( 2 3 )定位裝置 • ( 1 3 1 ) ( 2 3 1 )定位組 ( 1 3 2 ) (232)内定位塊 ( 1 3 3 ) ( 2 3 3 )彈性元件 (1 3 4 )螺塞 （14) ( 2 4 )心軸 (14 1) (241)第一端 ( 1 4 2 ) (242)第二端 ( 1 4 3 ) (243)定位面 ( 1 4 4 ) (244)調整面 _ (15) (25) (25，）結合座 ( 1 5 1 ) ( 2 5 1 ) (251’）凸結合片 ( 1 5 2 ) ( 2 5 2 ) (252’）凹結合片 ( 1 5 3 ) (253)第一凸部 ( 1 5 4 ) ( 2 5 4 ) (254’）第二凸部 (155) (255)第二軸孔 ( 1 5 6 ) ( 2 5 6 ) ( 2 5 6 ’）螺孔 (15 7) ( 2 5 7 )卡槽 15 M272847 ( 1 5 8 ) ( 2 5 8 ) (258’）穿孔 ( 1 6 ) ( 2 6 ) ( 2 6 ’）調整螺栓 (16 1) (261)内端 ( 1 6 2 ) (262)外端 ( 1 6 3 ) (263)六角槽 (5 0 )玻璃門 （5 1 )玻璃門板 (5 2 )門框觚 I Please refer to the seventh, eighth, and tenth figures. Because the hinge (i 〇,) of the second preferred embodiment is used to align the glass door panel (5 i) with the ^ frame (5 2). The position adjustment operation and positioning function are the same as the principle of the hinge (i 0) of the first preferred embodiment described above, and therefore will not be described again. Please refer to the tenth-figure again. The hinge (10 ,,) of the third preferred embodiment of the present invention shown in the figure is roughly the same as the hinge (tool 0 ') structure of the second preferred embodiment. However, it is provided with a pair of adjusting bolts (2, 6), and the two adjusting bolts (2, 6 ') are respectively opposite to the two adjusting surfaces (2, 4) of the bicycle carriage (2, 4), and the two adjusting bolts (2, 6) ,) Are respectively abutted on the two adjustment surfaces (2 4 4) at different positions of the core axis (2 4), that is, the two adjustment bolts (2 6) are relative to the central axis of the spindle (2 4) The system is arranged diagonally. The convex coupling piece (251,) of the coupling seat (25,) is provided with two second convex portions (254,) protruding toward the concave coupling piece (252,), and two second convex portions (2, 5, 4, ) Are provided with a screw hole (2 6 6) for the relative adjustment of the screw _ vertebra (2 6 ′). There are two perforations (2 5 8 ') corresponding to the screw holes (2 5 6,) respectively provided on the concave coupling piece (2 5 2') for the relative adjustment of the screw vertebra (2 6,). . In this way, when one adjusting bolt (2 6 ,,) is slightly rotated out of the opposite screw hole (2 5 6), another adjusting bolt (2 6 ,,) can be screwed into the opposite countersunk hole (2 5 6) to change The angular position of the mandrel (2 4) relative to the combined seat (2 5) allows the relative angle between the glass door panel (5 1) and the door frame (5 2) 13 M272847 to be adjusted to suit actual needs. The above-disclosed technical means of this creation are only used to explain the preferred implementation state of this creation, but it does not mean that the implementation mode of this creation is limited to the above-disclosed preferred embodiments. For those who are familiar with this technology, Changes in appearance or size based on this creation that are substantially the same as the technical means disclosed in this creation should not be excluded from the scope of the patent application for which this creation is intended to be protected. [Schematic description] The first diagram is a state diagram of the first preferred embodiment of the present invention. The second figure is an exploded perspective view of the first preferred embodiment of the present invention. The third figure is a cross-sectional view of a part of the front side of the first preferred embodiment of the present invention. The fourth figure is a cross-sectional view along the line 3-3 of the third preferred embodiment of the first preferred embodiment of the present invention. The fifth figure is a sectional view of the first preferred embodiment of the fourth figure of the present invention. The figure / is a state diagram of the second preferred embodiment of this creation. The seventh figure is an exploded perspective view of the second preferred embodiment of the present invention. The eighth figure is a cross-sectional view of a side portion before the second preferred embodiment of the present invention. The ninth figure is a cross-sectional view taken along line 9-9 in the eighth figure of the second preferred embodiment of the present invention. The tenth figure is a sectional view of the second preferred embodiment in use in the ninth figure of the present invention. 14 M272847-The eleventh figure is an exploded perspective view of the third preferred embodiment of this creation. [Description of main component symbols] (10) (1 0 ') (1 0',) hinge (11) (21) fixing base (12) (2 2) body (12 1) (2 2 1) first shaft hole (1 2 2) (222) Long hole (1 2 3) Internal thread (13) (2 3) Positioning device • (1 3 1) (2 3 1) Positioning group (1 3 2) (232) Internal positioning block (1 3 3) (2 3 3) Elastic element (1 3 4) Screw plug (14) (2 4) Mandrel (14 1) (241) First end (1 4 2) (242) Second end ( 1 4 3) (243) positioning surface (1 4 4) (244) adjustment surface _ (15) (25) (25,) combination seat (1 5 1) (2 5 1) (251 ') convex coupling piece ( 1 5 2) (2 5 2) (252 ') Concave bonding piece (1 5 3) (253) First convex portion (1 5 4) (2 5 4) (254') Second convex portion (155) ( 255) Second shaft hole (1 5 6) (2 5 6) (2 5 6 ′) Screw hole (15 7) (2 5 7) Card slot 15 M272847 (1 5 8) (2 5 8) (258 ' ) Perforation (1 6) (2 6) (2 6 ') Adjusting bolt (16 1) (261) Inner end (1 6 2) (262) Outer end (1 6 3) (263) Hex groove (5 0) Glass door (5 1) Glass door panel (5 2)
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