M310769 八、新型說明： 【新型所屬之技術領域】 本創作主要係關於一種玻璃基板研磨裝置，尤指一種 用以研磨使用於液晶顯示器（LCD)面板等平面顯示器上平 面形態的玻璃基板之研磨裝置者。 【先前技術】 一般而言，顯示器面板係藉由封入液晶之上、下玻璃 基板所構成，並於該玻璃基板側面裝設一印刷電路板，再 將該印刷電路板與顯示器面板端子部位以電流連接，即可 驅動液晶顯示元件，此時所使用之裝置係為一軟性連接器 (flexible Connector)，其中若在切斷玻璃基板後，將其直接 裝設於顯示器面板上，連接印刷電路板與玻璃基板端子部 位之权性連接為會有遭玻璃基板邊緣稜角切斷之虞，因此 ，一般於玻璃基板切斷製程後，會對於玻璃基板之邊緣進 行研磨加工。 一般而言，研磨加工製程主要係將因切斷所形成之銳 利玻璃基板邊緣密接於高速旋轉之研磨輪外周面，進而將 玻璃基板銳利的邊綠研磨成圓滑狀，其中請參閱如第十一 圖所示，現有研磨裝置（5 0)主要係設有一研磨機（5 u及 一支撐座（5 2)，其中該研磨機（5 〇 )兩側係各設有兩研磨 輪（5 3 )，而支撐座（5 2 )係設置於研磨機（5丄）兩側間， 於使用時主要係將欲加工之玻璃基板（6 〇 )放置於支撐座（ 3 2 )上，使玻璃基板（6 〇 )之端部兩邊緣與研磨機（5工） 兩側之研磨輪（5 3 )相對以進行研磨。 5 M310769 然而，現有之研磨裝置（5 0 )若未根據玻璃基板（6 〇 : 的規礼大小更換適切之支撐座（5 2 )使用，則研磨時會 使玻璃基板（6 0)端部彎曲，進而造成玻璃基板（6 〇)邊緣 研磨精密度不佳，因此現有研磨裝置（5 0 )大多於使用時 會根據玻璃基板（6 0)的尺寸大小，而更換與玻璃基板（6 〇)相符合之支撐座（5 2)規袼，因此需準備數個適合玻璃 基板（6 0)大小之備用支撐座（5 2)，如此一來，準備備用 支撐座（5 2)及更換支撐座（5 2)會相對增加製造所需之成 本與時間； 再則即使以適合玻璃基板（6 0 )大小之支樓座（5 2) 來支撐玻璃基板（6 0 )，由於支撐座（5 2 )係僅用以固定及 支撐於玻璃基板（6 〇 )的下方部位，當研磨輪（5 3 )密接於 玻璃基板（6 0 )邊緣進行研磨時，研磨輪（5 3 )的旋轉會使 土板（6 0 )纟而u卩產生細微振動，進而導致邊緣研磨精 饴度降低，誠有加以改進之處。 【新型内容】 因此，本創作有鑑於現有玻璃機板研磨裝置結構及使 用上的不足及缺失，特經過不斷的試驗與研究，終於發展 出一種能改進現有缺失之本創作。 口本創作之主要目的，在於提供一種玻璃基板研磨裝置 可防止玻璃基板端部產生f曲之現象，且當玻璃基板尺 、—換t不而更換支撐座，而達到操作快速、研磨精度高 及節省成本之目的者。 為達到上述目的，本創作主要係提供一種玻璃基板研 M310769 磨步署甘— 、直，具包含有一研磨機、一支撐座及兩導引裝置，豆 中： ，、 • 4研磨機的兩側係各設有一第一研磨輪及一第二研磨 輪其中各第一研磨輪之外周面係用以與一玻璃基板邊緣 牙文角。卩位相切，而第二研磨輪係與相對之第一研磨輪呈部 伤重疊，且其外周面相切於玻璃基板邊緣之稜角部位； 支撐座係可移動地設置於研磨機兩側之間；以及 兩導引裝置係分別與研磨機兩側之第一及第二研磨輪 相一接，其係用以導引一玻璃基板端部移動。 較佳地，各導引裝置係設有兩導引板，各導引板靠進 兩研磨輪的-端係呈—漸縮之形狀，而異於兩研磨輪之另 一端係為一平直端面，另各導引裝置係設有數個與兩導引 板相結合之喷射部； 車乂佳地’忒支撐座係設有一基座及一支樓工作台，該 基座係可移動地設置於研磨機兩側之間，而支撐工作台係 可轉動地裝設於基座上。 較佳地，該支撐座另設有一第一輔助工作台及一第二 輔助工作台’该第一及第二輔助工作台係可上、下移動地 裝設於係基座上； 較佳地，該第一輔助工作台係設有一略呈一環形結構 且％繞於支撐工作台周緣之輔助板及數個與基座相結合之 升降桿，而第二輔助工作台係設有一略呈一環形結構且環 繞於第-辅助工作台周緣之辅助板及數個與基座相結合之 升降桿； 7 M310769 較佳地’各導引裝置係設有兩導引板，其中兩導引板 係相互平行设置於靠近研磨機一側之兩研磨輪重疊處，另 各導引裝置係分別於各導引板之内表面及漸縮端設置有數 個喷射部； 較佳地，各導引裝置係設有兩導引板，兩導引板係相 互平行設置於靠近研磨機一側之兩研磨輪重疊處，另各導 引裝置係分別於各導引板之内表面設置有數個滾輪部； 較佳地’各導引板内表面之前、後端部係設有一傾斜 面’俾使玻璃基板易於進入兩導引板之間；以及 較佳地，兩導引板間之距離係可調整。 藉由上述技術手段’本創作之玻璃基板研磨裝置係具 有以下之功效及優點： 一、 研磨精度高：本創作之玻璃基板研磨裝置係於研 磨輪間設有一導引裝置，使玻璃基板之研磨邊伸入兩導引 板之間，不僅可支撐玻璃基板端部的兩面以防止玻璃基板 立而部產生彎曲，且配合喷射部或滾輪的作動以抑制因研磨 輪旋轉所產生之振動，並防止因研磨粉塵及異物造成玻璃 基板（4 0 )之到傷，大幅提高玻璃基板邊緣之研磨精密度 〇 二、 方便使用及節省人力：本創作於使用時係可根據 欲研磨之玻璃基板之規格，可藉由第一及第二辅助工作平 σ自動升降方式’來配合支樓玻璃基板，因此不必藉由人 力來更換另一支撐座而可繼續使用，有效改善現有研磨裝 置需準備其他備用支撐座及更換支撐座所需之時間及成本 8 M310769 亦可依據玻璃基板之 ，以增加支撐座之實 ，進而提高研磨製程之效率，再則， 尺寸大小而增加輔助工作平台之數量 用性。 【實施方式】 ^本創作主要係提供一種玻璃基板研磨裝置，請配合參 看第至四圖’由圖中可看到，本創作的過濾器主要係包 3有研磨機（10)、-支撐座（20)及兩導引裝置 (30)，其中： 忒研磨機（1 〇 )的兩側係各設有一第一研磨輪（工 1)及一第二研磨輪（12)，其中各第一研磨輪（11 )之外周面係用以與一玻璃基板（4 〇 )邊緣稜角部位相 切，而第二研磨輪（1 2 )係與相對之第一研磨輪（工工 )呈部份重疊，且其外周面相切於玻璃基板（4 〇 )邊緣 之稜角部位； 支撐座係（2 0 )可移動地設置於研磨機（1 〇 )兩 側之間’其係設有一基座（2 1 )、一支撐工作台（2 2 )、一第一輔助工作台（23)及一第二輔助工作台（2 4 )’其中基座（2 1 )係可移動地設置於研磨機（1 〇 )兩側之間，而支撐工作台（2 2 )係可轉動地裝設於基 座（2 1 )上，該第一輔助工作台（2 3 )係可上、下移 動地裴設於係基座（2 1 )上，且設有一略呈一環形結構 且環繞於支撐工作台（2 2 )周緣之輔助板（2 3 1 )及 數個與基座相結合之升降桿（2 3 2 )，另第二輔助工作 台（2 4 )係可上、下移動地裝設於係基座（2 1 )上， 9 M310769 分別與研磨機（1 0 )兩側之 1 2 )相鄰接，其係用以導引 動，各導引裝置（3 0 )係設 噴射部（3 2 )，其中@5| 調整距離地設置於靠近研磨機 1 1，12)重疊處，且各導 (1 1 ，1 2 )的一端係呈一 且設有一略呈一環形結構且 )周緣之辅助板（2 4 1 ) 之升降桿（2 4 2 );以及 兩導引裝置（3 0 )係 第一及第二研磨輪（1：[， 一玻螭基板（4 〇 )端部移 有兩導引板（3 1 )及數個 板（3 1 )係相互平行且可 (1 0 ) —側之兩研磨輪（ 引板（3 1 )罪進兩研磨輪 漸縮之形狀； 環繞於第一輔助工作台（2 3 及數個與基座（2 1 )相結合 而兩導引板（31)異於兩研磨輪（11,12)之 另一端係為一平直端面，且各導引板（3 2 )内表面之前 、後端部係設有-傾斜面（3 i丄），俾使玻璃基板（4 0 )易於進入兩導引板（3 1 )之間，而喷射部（3 2 ) 係分別設置於各導引板（3 1 )之内表面及漸縮端。 本創作玻璃基板研磨裝置之操作方式係如第四至六圖 所不’首先係將玻璃基板（4 〇 )平放於支撐工作台（2 2 )上，此時，若對於較大尺寸之玻璃基板（4 〇 )進行 研磨時，可根據需要藉由升降桿（2 3 2，2 4 2 )將第 一及第二輔助工作台（23，24)之輔助板（231， 241)升起以支撐較大尺寸之玻璃基板（4〇)，安裝 好玻璃基板（4 〇 )後，經由抽吸空氣的方式使支撐工作 台（2 2 )表面形成一吸附力以吸著及固定玻璃基板（4 〇); M310769 待玻璃基板（4 〇 )吸附固定於支撐工作台（2 2 ) 後，將支撐工作台（2 2 )朝研磨機（1 〇 )移動，使玻璃 基板（4 0 )兩長邊方向邊緣相對配置於研磨機（丄〇 )兩 側之第一及第二研磨輪（1 1，1 2)中，使玻璃基板（4 0) 兩長邊伸入相對之兩導引板（3丄）之間，以防止玻璃基板（ 4 0 )端部彎曲及因研磨輪（丄丄，丄2 )旋轉而引起玻璃基 板（4 0 )端部振動之現象； 在藉由移動支撐工作台（2 2)，而完成玻璃基板（4 〇) 長邊兩邊緣之研磨後，將支撐玻璃基板（4 〇 )之支撐工作 台（2 2)旋轉90。，同時，導引裝置（3 〇)及研磨機（1 〇) 亦將以玻璃基板（1 2)長邊為基準，分離至適當位置，在完 成支撐工作台（2 2 )旋轉及研磨輪（1 1，丄2 )移動後，將 支撐工作台（2 2)與上述移動方向反方向移動，即可研磨 玻璃基板（4 0 )短邊之兩邊緣，當然，亦可先行研磨玻璃 基板（4 0)短邊之兩邊緣，再依上述方式，研磨長邊之兩 邊緣。 為防止玻璃基板（4 0 )端部彎曲及因研磨輪（1 1，1 2 )旋轉而產生玻璃基板（4 〇 )端部之振動，兩個導引板（3 1)各鄰接配置於玻璃基板（4 〇)端部之一面及另一面，並 非為支撐玻璃基板（4 0 )而直接與基板表面相接，而是在 玻璃基板（4 0 )之一面及另一面，以維持一定距離之方式 配置，將兩個導引板（3 1 )各配置於玻璃基板（12)兩側之另 一理由’係在研磨玻璃基板（4 〇 )邊緣時，通常為因應第 一研磨輪（1 1 )與第二研磨輪（1 2 )旋轉方向彼此相反而對 M310769 M310769 τ振動，因此將導引板（3 於玻璃基板（4 〇 )端部產生上、 1)配置於玻璃基板（4 〇)兩面。 另如第七及八圖所示’裝設於各導引板(3 1)内表面 之噴射部（3 2)係向玻璃基板（4 Q)噴射流體，藉由裝設喷 射部（3 2)’使玻璃基板（4 〇)之端部浮起且不超過一定高 度之上’可有效防止玻璃基板（4 Q)端部f曲及抑制因研 磨輪（11，12)旋轉而產生之振動，俾提昇玻璃基板（4 ◦)邊緣之研磨精密度，同時，由於係以流體支#，故在移 動支撐工作台（2 2)實施研磨時’可防止因研磨粉塵及異 物造成玻璃基板（4 〇 )之刮傷。 八中噴射。卩（3 2 )噴射之流體係可為空氣或去離子水 ⑼water: Deionized Water)等’不僅可以非接觸性方式支 撐玻璃基板（4 〇)端部外，並可去除研磨時所生成之研磨 粉塵及異物，以使玻璃基板（4 Q)表面發生刮傷的機率降 至最低，並提高邊緣研磨之精密度。 當在移動支撐工作台（2 2)時，將進入玻璃基板（4 〇) 之導引板（3 1 )端部製成傾斜面（3丄χ )，俾使安裝於支撐 工作台（2 2 )上之玻璃基板（4 〇 )端部易於進入兩個導引板 (3 1 )之間。 另如第九及十圖所示係本創作之另一實施例，其中為 抑制玻璃基板（4 〇 )端部彎曲及因研磨輪（1 1 2 )旋轉 而產生之振動，係於兩滾輪部（3 3 )取代向玻璃基板（4 〇) 端部之兩面喷射空氣之噴射部（3 2 )，藉由配置於導引板（ 3 1 )表面之滾輪部（3 3 )，將玻璃基板（4 〇 )端部固定於 12 M310769 一定高度，可防止玻璃基板（4 〇 )端部彎曲，以及抑制因 研磨輪(1 1，1 2)旋轉而產生之振動，進而提高玻璃基 板（4 0)邊緣研磨精冑度，其中滾輪部（3 3)之滚輪的材質 ，係可為塑性塑膠或鐵氟龍（丁efl〇n)等為佳。 藉由上述之技術手段，本創作之玻璃基板研磨裝置， 可f變更玻璃基板（4 〇 )尺寸時，不必更換支撐座（2 〇 )而 繼續使用，有效縮短玻璃基板（4 〇)邊緣研磨之製程時間 ，同時，在研磨玻璃基板（4 〇)邊緣時，亦可防止玻璃基 板（4 0)端部彎曲，維持玻璃基板（4 〇)平坦度，並藉由抑 制玻璃基板（4 〇 )端部振動，有效提高玻璃基板（4 〇 )邊緣 研磨之精密度，再則，可於兩導引板（3丄）前端之傾斜 面（3 1 1 )裝設喷射部（3 2 )或滾輪部（3 3 )，以有效導 引玻璃基板（4 0 )端部進入兩導引板（3 1 )之間。 以上所述，僅是本創作的較佳實施例，並非對本創作 作任何形式上的限制，任何所屬技術領域中具有通常知識 者’若在不脫離本創作所提技術特徵的範圍内，利用本創 作所揭示技術内容所作出局部更動或修飾的等效實施例， 並且未脫離本創作的技術特徵内容，均仍屬於本創作技術 特徵的範圍内。 【圖式簡單說明】 弟一圖係本創作玻璃基板研磨裝置之外觀立體圖。 苐一圖係本創作玻璃基板研磨裝置之局部放大立體外 觀圖。 第三圖係本創作玻璃基板研磨裝置支撐座之放大立體 13 M310769 外觀圖。 第四圖係本創作玻璃基板研磨裝置之外觀側視示意_ 0 第五圖係本創作玻璃基板研磨裝置之局部立體示意、_ 〇 第六圖係本創作玻璃基板研磨裝置使用時之局部俯才見 示意圖。 第七圖係本創作玻璃基板研磨裝置之使用側視示意圖 〇 第八圖係本創作玻璃基板研磨裝置之再一使用側視示 意圖。 第九圖係本創作玻璃基板研磨裝置另一實施例之使用 側視示意圖。 第十圖係本創作玻璃基板研磨裝置另一實施例之再一 使用側視示意圖。 第十一圖係現有玻璃基板研磨裝置之使用示意圖。 【主要元件符號說明】 (10)研磨機 (1 1 )第一研磨輪 (1 2 )第二研磨輪 (2 〇 )支撐座 (21)基座 (2 2 )支撐工作台 (2 3 )第一輔助工作台 14 M310769 (2 3 1 )輔助板 \ ( 2 3 2 )升降桿 - (24)第二輔助工作台 (2 4 1 )輔助板 (2 4 2 )升降桿 ^ ( 3 0 )導引裝置 * ( 3 1 )導引板 (3 1 1 )傾斜面 _ ( 3 2 )噴射部 (3 3 )滾輪部 (4 0 )玻璃基板 (5 0 )研磨裝置 (5 1 )研磨機 (5 2 )支撐座 (6 0 )玻璃基板M310769 VIII. New description: [New technical field] This creation is mainly about a glass substrate polishing device, especially a polishing device for polishing a glass substrate used in a planar form on a flat panel display such as a liquid crystal display (LCD) panel. By. [Prior Art] Generally, a display panel is formed by enclosing a liquid crystal substrate and a lower glass substrate, and a printed circuit board is mounted on the side of the glass substrate, and then the printed circuit board and the display panel terminal portion are subjected to current. Connected, the liquid crystal display element can be driven. The device used at this time is a flexible connector. If the glass substrate is cut, it is directly mounted on the display panel, and the printed circuit board is connected. The right connection of the terminal portions of the glass substrate is such that the edges of the glass substrate are cut at the edges and corners. Therefore, generally, the edges of the glass substrate are polished after the glass substrate cutting process. In general, the polishing process mainly involves adhering the edge of the sharp glass substrate formed by the cutting to the outer peripheral surface of the grinding wheel at a high speed, and then grinding the sharp side of the glass substrate into a smooth shape. As shown in the figure, the existing grinding device (50) is mainly provided with a grinder (5 u and a support base (52), wherein the grinding machine (5 〇) is provided with two grinding wheels (5 3 ) on each side. The support base (5 2 ) is disposed between the two sides of the grinder (5 丄). In use, the glass substrate (6 〇) to be processed is mainly placed on the support base ( 3 2 ) to make the glass substrate ( 6 〇) The two end edges are opposite to the grinding wheel (5 3 ) on both sides of the grinder (5 work) for grinding. 5 M310769 However, the existing grinding device (50) is not based on the glass substrate (6 〇: The size of the ritual is replaced by a suitable support (5 2 ), which causes the end of the glass substrate (60) to be bent, which causes the edge of the glass substrate (6 〇) to be poorly ground. Therefore, the existing grinding device ( 5 0 ) mostly used according to the glass substrate (60) The size of the inch is replaced by a support base (5 2) that conforms to the glass substrate (6 〇), so it is necessary to prepare a plurality of spare support seats (5 2) suitable for the size of the glass substrate (60), so that Preparing the spare support (5 2) and replacing the support (52) will increase the cost and time required for manufacturing; and then support the glass even with a support (5 2) suitable for the glass substrate (60). The substrate (60), since the support base (52) is only used to fix and support the lower portion of the glass substrate (6 〇), when the grinding wheel (53) is in close contact with the edge of the glass substrate (60) for grinding The rotation of the grinding wheel (5 3 ) causes the soil plate (60) to smash and the 卩 卩 produces fine vibration, which leads to a decrease in the edge grinding precision. It is improved. [New content] Therefore, this creation has In view of the deficiencies and shortcomings in the structure and use of the existing glass plate grinding device, through continuous experimentation and research, a novel that can improve the existing defects has been developed. The main purpose of the mouthpiece creation is to provide a glass substrate polishing device. Prevents glass The end of the plate produces a phenomenon of f curvature, and when the glass substrate is changed, the support is replaced, and the operation is fast, the polishing precision is high, and the cost is saved. To achieve the above purpose, the present invention mainly provides a kind of Glass substrate research M310769 磨步署甘—, straight, with a grinder, a support base and two guiding devices, beans: ,, • 4 grinding machine on both sides of each with a first grinding wheel and a The outer surface of each of the first grinding wheels is used to be tangent to the edge of a glass substrate, and the second grinding wheel is overlapped with the first grinding wheel, and the outer peripheral surface thereof is Cutting the edge portion of the edge of the glass substrate; the support base is movably disposed between the two sides of the grinder; and the two guiding devices are respectively connected to the first and second grinding wheels on both sides of the grinder, Used to guide the movement of the end of a glass substrate. Preferably, each guiding device is provided with two guiding plates, and the guiding plates are formed into a tapered shape at the end of the two grinding wheels, and the other ends of the two grinding wheels are straight. The end surface, the other guiding device is provided with a plurality of spraying portions combined with the two guiding plates; the 乂 乂 地 '忒 supporting seat is provided with a base and a floor working table, the base is movably arranged Between the two sides of the grinder, the support table is rotatably mounted on the base. Preferably, the support base is further provided with a first auxiliary working table and a second auxiliary working table. The first and second auxiliary working platforms are mounted on the base base in a movable manner up and down; preferably The first auxiliary workbench is provided with a slightly annular structure and % around an auxiliary plate supporting the periphery of the workbench and a plurality of lifting rods combined with the base, and the second auxiliary workbench is provided with a slightly ring An auxiliary plate having a shape surrounding and surrounding the periphery of the first auxiliary table and a plurality of lifting rods combined with the base; 7 M310769 Preferably, each guiding device is provided with two guiding plates, wherein the two guiding plates are The two grinding wheels are disposed in parallel with each other on the side of the grinding machine, and the other guiding devices are respectively provided with a plurality of spraying portions on the inner surface and the tapered end of each guiding plate; preferably, each guiding device is Two guiding plates are arranged, the two guiding plates are arranged parallel to each other on the side of the two grinding wheels adjacent to the grinding machine, and the other guiding devices are respectively provided with a plurality of roller parts on the inner surface of each guiding plate; Goodland' front and rear ends of the inner surface of each guide plate Inclined surface is provided with a 'Bishi easily enters the space between the glass substrate guide plate; and preferably, the distance between the two lines of the guide plate is adjustable. By the above technical means, the glass substrate polishing device of the present invention has the following effects and advantages: 1. High polishing precision: The glass substrate polishing device of the present invention is provided with a guiding device between the grinding wheels to grind the glass substrate. Between the two guiding plates, not only can support the two sides of the end portion of the glass substrate to prevent the glass substrate from being bent at the vertical portion, and the action of the spraying portion or the roller is matched to suppress the vibration generated by the rotation of the grinding wheel and prevent The grinding of the glass substrate (40) due to grinding dust and foreign matter greatly improves the polishing precision of the edge of the glass substrate. 2. Convenient use and labor saving: The creation can be used according to the specifications of the glass substrate to be ground. The first and second auxiliary working level σ automatic lifting mode can be used to match the glass substrate of the branch building, so that it is not necessary to replace another supporting seat by manpower, and the utility model can continue to be used, thereby effectively improving the existing grinding device and preparing other spare supporting seats. And the time and cost required to replace the support base 8 M310769 can also be based on the glass substrate to increase the support Further to improve the efficiency of the grinding process, Furthermore, size increase of the number of secondary use of the working platform. [Embodiment] ^This creation mainly provides a glass substrate polishing device. Please refer to the figure 4 to 4'. As can be seen from the figure, the filter of this creation mainly consists of a grinder (10) and a support base. (20) and two guiding devices (30), wherein: a first grinding wheel (work 1) and a second grinding wheel (12) are respectively arranged on both sides of the 忒 grinder (1 〇), wherein each of the first The outer peripheral surface of the grinding wheel (11) is tangential to the edge of a glass substrate (4 〇), and the second grinding wheel (12) is partially overlapped with the first grinding wheel (worker) And the outer peripheral surface thereof is tangent to the angular portion of the edge of the glass substrate (4 〇); the support base (20) is movably disposed between the two sides of the grinder (1 〇), which is provided with a pedestal (2 1 a support table (2 2 ), a first auxiliary table (23) and a second auxiliary table (2 4 )' wherein the base (2 1 ) is movably disposed in the grinder (1 〇) Between the two sides, and the support table (2 2 ) is rotatably mounted on the base (2 1 ), the first auxiliary work table (23) can be The lower moving floor is disposed on the base (2 1 ), and is provided with an auxiliary plate (23 1 1) having a circular structure and surrounding the circumference of the supporting table (2 2 ) and a plurality of combined with the base The lifting rod (2 3 2 ) and the second auxiliary working table (2 4 ) are vertically and movably mounted on the base (2 1 ), 9 M310769 and the grinding machine (10) respectively 1 2) adjacent to each other for guiding, and each guiding device (30) is provided with an injection portion (3 2 ), wherein @5| is adjusted to be disposed close to the grinding machine 1 1,12) a lifting rod (2 4 2 ) having an auxiliary plate (2 4 1 ) having an end portion of each of the guides (1 1 , 1 2 ) and having a slightly annular structure and a peripheral edge; and two guides The device (30) is a first and a second grinding wheel (1: [, a glass substrate (4 〇) end is moved with two guiding plates (3 1 ) and a plurality of plates (3 1 ) are parallel to each other and (1 0 ) - two grinding wheels on the side (the guide plate (3 1 ) is sinned into the shape of the two grinding wheels; surrounds the first auxiliary table (2 3 and several combined with the base (2 1 ) The two guiding plates (31) are different from the two grinding wheels (11, 1) 2) The other end is a flat end surface, and the front surface and the rear end portion of each guide plate (32) are provided with an inclined surface (3 i丄), so that the glass substrate (40) is easily accessible. Between the two guiding plates (3 1 ), the spraying portions (3 2 ) are respectively disposed on the inner surface and the tapered end of each guiding plate (31). The operation mode of the original glass substrate polishing device is as follows. The four to six figures do not 'firstly lay the glass substrate (4 〇) flat on the support table (2 2 ). At this time, if grinding the larger size glass substrate (4 〇), as needed The auxiliary plates (231, 241) of the first and second auxiliary tables (23, 24) are raised by the lifting rods (2 3 2, 2 4 2 ) to support the larger size glass substrate (4〇), After the glass substrate (4 〇) is installed, an adsorption force is formed on the surface of the support table (2 2 ) by sucking air to suck and fix the glass substrate (4 〇); M310769 is to be adsorbed by the glass substrate (4 〇) After being fixed on the support table (2 2 ), move the support table (2 2 ) toward the grinder (1 〇) so that the glass substrate (40) has two long sides. The direction edges are oppositely disposed in the first and second grinding wheels (1, 1 2) on both sides of the grinder, so that the two long sides of the glass substrate (40) extend into the opposite guiding plates (3) Between 丄), to prevent the glass substrate (40) from bending at the end and causing the end of the glass substrate (40) to vibrate due to the rotation of the grinding wheel (丄丄, 丄2); 2 2), and after polishing the long edges of the glass substrate (4 〇), rotate the support table (2 2) supporting the glass substrate (4 )) 90. At the same time, the guiding device (3 〇) and the grinding machine (1 〇) will also be separated into the appropriate position based on the long side of the glass substrate (1 2), and the rotation of the supporting table (2 2 ) and the grinding wheel will be completed ( 1 1,丄2) After moving, the supporting table (2 2) is moved in the opposite direction to the moving direction, and the two edges of the short side of the glass substrate (40) can be polished. Of course, the glass substrate can also be polished first (4) 0) Both edges of the short side, and then grind the two edges of the long side in the above manner. In order to prevent the end of the glass substrate (40) from being bent and the vibration of the end of the glass substrate (4 〇) due to the rotation of the grinding wheel (1 1,1 2 ), the two guiding plates (31) are respectively disposed adjacent to the glass. One side and the other side of the end portion of the substrate (4 〇) are not directly connected to the surface of the substrate to support the glass substrate (40), but are on one side and the other side of the glass substrate (40) to maintain a certain distance. By way of configuration, another reason for arranging the two guiding plates (3 1 ) on both sides of the glass substrate (12) is to match the first grinding wheel (1 1 when grinding the edge of the glass substrate (4 〇). ) The rotation direction of the second grinding wheel (1 2 ) is opposite to each other and the M310769 M310769 τ is vibrated, so that the guide plate (3 is produced on the end of the glass substrate (4 〇), 1) is disposed on the glass substrate (4 〇) Two sides. Further, as shown in FIGS. 7 and 8, the ejection portion (32) mounted on the inner surface of each of the guide sheets (31) ejects a fluid to the glass substrate (4Q) by providing an ejection portion (3 2 ) 'Moving the end of the glass substrate (4 〇) and not exceeding a certain height' can effectively prevent the end of the glass substrate (4 Q) from f-curving and suppress the vibration caused by the rotation of the grinding wheel (11, 12)俾Improve the grinding precision of the edge of the glass substrate (4 ◦), and at the same time, because of the fluid branch #, it can prevent the glass substrate from being caused by grinding dust and foreign matter when the moving support table (2 2) is ground. 〇) the scratch. Eight in the jet.卩(3 2 ) The jet flow system can be air or deionized water (9) water: Deionized Water), etc. It can not only support the end of the glass substrate (4 〇) in a non-contact manner, but also remove the abrasive dust generated during grinding. And foreign matter, to minimize the chance of scratching the surface of the glass substrate (4 Q), and improve the precision of edge grinding. When moving the support table (2 2), the end of the guide plate (3 1 ) entering the glass substrate (4 )) is made into an inclined surface (3丄χ), so that it is mounted on the support table (2 2 The upper end of the glass substrate (4 〇) is easily inserted between the two guide sheets (3 1 ). Another embodiment of the present invention is as shown in the ninth and tenth embodiments, wherein the vibration of the end of the glass substrate (4 〇) and the vibration caused by the rotation of the grinding wheel (1 1 2) are applied to the two roller portions. (3 3 ) Instead of ejecting the air ejecting portion ( 3 2 ) to both sides of the end portion of the glass substrate (4 )), the glass substrate (the glass substrate (3 3 ) disposed on the surface of the guiding plate ( 3 1 )) 4 〇) The end is fixed at a certain height of 12 M310769 to prevent the end of the glass substrate (4 〇) from being bent, and to suppress the vibration caused by the rotation of the grinding wheel (1 1,1 2), thereby increasing the glass substrate (40) The edge is finely ground, and the material of the roller of the roller portion (3 3) is preferably plastic plastic or Teflon (Ding efl〇n). According to the above-mentioned technical means, the glass substrate polishing apparatus of the present invention can change the size of the glass substrate (4 〇), and it is possible to continue the use without replacing the support base (2 〇), thereby effectively shortening the edge polishing of the glass substrate (4 〇). The processing time, at the same time, when grinding the edge of the glass substrate (4 〇), can also prevent the end of the glass substrate (40) from bending, maintain the flatness of the glass substrate (4 〇), and suppress the end of the glass substrate (4 〇) The vibration of the part is effective to improve the precision of the edge polishing of the glass substrate (4 〇), and further, the injection part (3 2 ) or the roller part can be installed on the inclined surface (3 1 1 ) of the front end of the two guide plates (3 丄). (3 3 ), to effectively guide the end of the glass substrate (40) into between the two guiding plates (3 1 ). The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way. Anyone having ordinary knowledge in the art can use the present invention without departing from the technical features of the present invention. Equivalent embodiments for making partial changes or modifications made by the technical content disclosed herein, and without departing from the technical features of the present invention, are still within the scope of the features of the present invention. [Simple description of the drawing] The first drawing of the drawing is a perspective view of the appearance of the glass substrate polishing device of the present invention. The first picture is a partially enlarged perspective view of the glass substrate polishing apparatus of the present invention. The third picture is the enlarged stereo of the support of the glass substrate grinding device of the present invention. 13 M310769 Appearance. The fourth picture shows the appearance of the glass substrate grinding device of the present invention. _ 0 The fifth picture shows a partial three-dimensional representation of the glass substrate polishing device of the present invention, and the sixth picture shows the local appearance of the glass substrate polishing device. See the schematic. The seventh drawing is a side view showing the use of the glass substrate polishing apparatus of the present invention. The eighth drawing is a further side view of the glass substrate polishing apparatus of the present invention. The ninth drawing is a side view showing the use of another embodiment of the present glass substrate polishing apparatus. The tenth drawing is a further schematic side view of another embodiment of the present glass substrate polishing apparatus. The eleventh drawing is a schematic view showing the use of the existing glass substrate polishing apparatus. [Description of main component symbols] (10) Grinding machine (1 1 ) First grinding wheel (1 2 ) Second grinding wheel (2 〇) Support base (21) Base (2 2 ) Support table (2 3 ) An auxiliary workbench 14 M310769 (2 3 1 ) auxiliary plate \ ( 2 3 2 ) lifting rod - (24) second auxiliary working table (2 4 1 ) auxiliary plate (2 4 2 ) lifting rod ^ ( 30 ) Guide device* ( 3 1 ) Guide plate (3 1 1 ) inclined surface _ ( 3 2 ) Spray portion (3 3 ) Roller portion (40) Glass substrate (50) Grinding device (5 1) Grinder (5 2) Support base (60) glass substrate
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