201247569 六、發明說明： 相關申請案之交又引用 本申請案依據專利法主張於2〇 11年5月2曰提出申請 之國際專利申請號（指定美國）第pCT/IB11/〇〇1499號 之優先權之利益，該專利參考文獻全體皆引用作為本說 明書的揭示内容。 【發明所屬之技術領域】 本發明係關於：用於顯示裝置之作為覆蓋玻璃的玻璃 面板，且特別地係關於：包含三維成形弧形邊緣構件之 玻璃面板，該等三維成形弧形邊緣構件附接至該玻璃面 板0 【先前技術】 近來製造大型電視顯示器的趨勢為：包含外覆蓋板， 該外覆蓋板消除（或至少覆蓋並掩飾）外框（fram〇或 表框（beZel)，該外框或該表框典型地配置於：繞著顯 示裝置外圍。雖然部分意圖使覆蓋玻璃美觀，然而，該 覆蓋玻璃需要薄而堅固，同時對顯示器提供一定的保護。 大多數目前的大型LCD顯示面板包括：厚聚合物或熱 回火的鈉鈣（soda lime)保護玻璃覆蓋。此大片的材料 (在玻璃的狀況下）可展現顯著的重量，大大增加了整 體的產品重量。同時’大量減少LCD面板外殼厚度之趨 201247569 m m下降至8 m m到15 勢增加’典型地由3〇 mm到6〇 mm ° 另一趨勢為：個別組件重量與數量的相關減少。在該 領域中’電視面板外框傾向於消失，前保護玻璃包括： 邊緣外罩或覆蓋功能。由於難以形成強化玻璃（tempered 加〇,因此對於顯示器外薄而堅固的玻璃覆蓋之希望 與覆蓋物上具有成形邊緣之希望直接衝突。 【發明内容】 根據本發明的實施例，所揭示的玻璃覆蓋面板具有廣 的用途以下之揭示猫述玻璃覆蓋面板，該玻璃覆蓋 面板可作為顯示裝置（諸如電視）的螢幕或覆蓋物。然 而，玻璃覆蓋面板亦可用於其他應用。預料，未來許多 日常用品可能將視覺顯示併入至該等日常用品之結構 卜例如，覆蓋面板可作為：用於某些家電（諸如爐子 或冰相，或甚至廚房流理台）之外部美觀或保護覆蓋物。 某些該等用途可藉由以下方式最佳地處理：#由使用覆 蓋面板’該覆蓋面板雖薄但異常堅固（例如具有高韌 f生）諸如強化玻璃。然而，難以在回火製程之後形成強 化玻璃。 在某些實施例中，可將其他層應用至玻璃覆蓋面板之 某部分或全部。例如，可增加防眩光層或防反射層。在 其他實施例中’可將著色層應用至至少部分覆蓋面板 201247569 上。著色層可為連續的模式或不連續的模式。在某些狀 況下’著色可為：應用至覆蓋面板之某部分或全部的墨 水（ink)或染色劑（stain)。 因此’玻璃覆蓋板包含：平面玻璃板與至少一個接合 至該平面玻璃板的邊緣構件。較佳地，平面玻璃板具有： 等於或小於〇_7 mm的厚度，且更佳地等於或小於〇.5 mm。較佳地，至少兩個邊緣構件係附接至平面玻璃構件 的相對邊緣。邊緣構件較佳地包含：弧形截面形狀，但 若需要的話’可為其他形狀。較佳地，平面玻璃構件之 玻璃與邊緣構件之玻璃係經增強之玻璃。例如，玻璃可 為化學增強（chemically strengthened)玻璃，諸如可經 由離子交換或相似製程所達成’或者玻璃可為經層疊玻 璃。在經層疊玻璃的例子中’玻璃較佳地包含：核心玻 璃與沉積於核心玻璃上之表層玻璃，且其中核心玻璃之 組成可與表層玻璃之組成不同。 在一個實施例中，揭示玻璃面板，該玻璃面板包含： 玻璃平面構件與第一弧形玻璃邊緣構件，該玻璃平面構 件包含.兩個平行的主表面以及第一線狀周邊邊緣，該 第一弧形玻璃邊緣構件沿著第一線狀周邊邊緣黏合 (bonded )至玻璃平面構件，且該第一弧形玻璃邊緣構 件由玻璃平面構件向外延伸，且其中虛平面與第一弧形 玻璃邊緣構件相交，該虛平面延伸穿越玻璃平面構件， 且該虛平面與玻璃平面構件之主表面平行。至少部分破 璃面板係透明的。第一弧形玻璃邊緣構件可沿著第一弧 6 201247569 形玻璃邊緣構件#戸，人 又I 3 .刻有凹槽的（notched)邊 緣，而玻璃平面構件之第_線狀周邊邊耗黏合至：第 一弧形玻璃邊緣構件之刻有凹槽的邊緣。 在某二只施例中，加強帶黏合至玻璃平面構件與第一 弧形玻璃邊緣構件兩者，諸如以黏著劑（adhesive)沿 著第一弧形玻璃邊緣構件之至少部分長度。 玻璃平面構件與第一弧形玻璃邊緣構件可沿著第一弧 形玻璃邊緣構件之長度重#。在某些實施例中，第-弧 形玻璃邊緣構件與玻璃平面構件為毗鄰關係。第一弧形 玻璃邊緣構件可同時與玻璃平面構件為重疊關係及田比鄰 關係。 較佳地，平面構件係化學增強，諸如藉由離子交換製 釦。離子父換製程在平面構件上產生化學強化表面（具 冼相對於平面構件厚度之内部部分的壓縮應力）。較佳 地，平面構件與第一弧形玻璃邊緣構件皆為經化學增強 的。 玻璃面板可進一步包含：第二弧形玻璃邊緣構件，該 第二弧形玻璃邊緣構件黏合至玻璃平面構件之第二線狀 周邊邊緣。在某些實施例中，第二線狀周邊邊緣與第一 線狀周邊邊緣平行。 在另一實施例中’描述顯示裝置，該顯示裝置包含： 視覺顯示面板與附接至顯示裝置之玻璃面板’該玻璃面 板包含.玻璃平面構件與第一弧形玻璃邊緣構件，對於 視覺顯不面板之觀看者而言，玻璃平面構件位於視覺顯 201247569 板之月】較佳地’破璃平面構件沿著玻璃平面構件 之第—線狀周邊邊緣黏合至第—弧形玻璃邊緣構件，且 該玻璃平面構件由該玻璃平面構件向外延伸。虛平面盘 第一弧形玻璃邊緣構件相交，該虛平面延伸穿越玻射 面構件’且該虛平面與該玻璃平面構件之主表面平行。 至少部分玻璃面板是透明的。 在某些實施例中，第—弧形玻璃邊緣構件沿著第—弧 死玻璃邊緣構件之長度包含：刻有凹槽的邊緣，且破璃 平面構件之第—線狀周邊邊緣係#合至··第-弧形玻璃 邊緣構件之刻有凹槽的邊緣，諸如，以黏著劑（例如可 被紫外線所固化的黏著劑）。 在某些實施例中，加強帶沿著第一弧形玻璃邊緣構件 之至少部分長度’黏合至玻璃平面構件與第_ 邊緣構件兩者。 』在某些實施例中’玻璃平面構件與第—弧形玻璃邊緣 構件沿著第—弧形邊緣構件的長度而重Φ。在某些其他 汽施例中，第一弧形玻璃邊緣構件與玻璃平面構件為毗 鄰關係。更在其他實施例中，第—弧形玻璃邊緣構件係 與玻璃平面構件為毗鄰關係及重疊關係兩者。 車又佳地，玻璃平面構件與第一弧形玻璃邊緣構件係被 化予增強，諸如藉由離子交換製程。離子交換製程在平 面構件上產生化學強化表面（具有相對於平面構件厚度 之内部部分的壓縮應力）。較佳地，平面構件與第一弧形 破璃邊緣構件皆為經化學增強的。 8 201247569 .坡璃面板可進一步包含：第二弧形玻璃邊緣構件，該 第二弧形玻璃邊緣構件黏合至玻璃平面構件之第二線2 周邊邊緣H狀周邊邊緣較佳地與第—線狀周邊邊 緣平行。 又實施例中，揭示形成玻璃面板的方法，該方法 y3以下步驟：在第一玻璃基板中形成溝槽，將第一玻 璃基板加熱，並彎曲第一玻璃基板，使得彎曲與溝槽垂 直，且使得第一玻璃基板之截面形狀在彎曲的方向上為 ，形的’以及沿著溝槽分離S-玻璃基板，使得沿著所 造成的帛—弧形玻璃邊緣構件之邊緣形成凹肖。該方法 [匕3以下步驟.提供第一平面玻璃板，該帛一平面玻 璃板包含：兩個平行主表面以及第-線狀周邊邊緣，並 將第一弧形玻璃邊緣構件黏著至第一平面玻璃板之第一 線狀周邊邊緣，使得第—弧形玻璃邊緣構件由第-平面 玻璃板向外延伸。虛平面與第一弧形玻璃邊緣構件相 乂該虛平面延伸穿越第一平面玻璃板，且該虛平面與 該第一平面玻璃板之主表面平行。 z、 較佳地帛一平面玻璃板為經增強玻璃，諸如藉由離 子交換製程。離子交換製程在平面構件上產生化學強化 表面（具有相對於平面構件厚度之内部部分的壓縮應 力）。較佳地’平面構件與第—弧形玻璃邊緣構件皆為經 化學增強的。 在某些實施例中，黏著包含：在第一弧形玻璃邊緣構 件之邊、缘甲形成凹才曹，並用黏著劑將刻冑凹槽的邊緣接 201247569 合至第一線狀周邊邊緣。 在某些實施例中，第一平面玻璃板在黏著之後與第一 弧形坡螭邊緣構件重疊。 在某些實施例中，玻璃加強帶可黏著在接合上，該接 合介於第一平面玻璃板與第一弧形玻璃邊緣構件之間。 在某些實施例中，第二弧形玻璃邊緣構件至第一平面 玫璃板之第二線狀周邊邊緣。較佳地，第二線狀周邊邊 緣與第一線狀周邊邊緣平行。 以下實施方式中將敘述本發明之額外特徵與優點，且 對本發明所屬技術領域中具有通常知識者而言，部分該 等特徵與優點將由描述而為顯而易見的，或部分該等特 徵與優點將藉由實施如本文所述之本發明而確認，包 括.以下之實施方式、申請專利範圍以及隨附圖式。 應理解，以上之一般描述及以下之實施方式皆展現本 發明之實施例，且皆意欲提供概覽或架構，以理解如所 主張之本發明的本質與特徵。包括隨附圖式，以提供本 發明之進一步理解，並構成此說明書之部分。圖式圖示 本發明之各樣實施例，且圖式連同描述有助於解釋本於 明之原理與操作。 【實施方式】 在以下的實施方式中’為了解釋而非限制之目的 釋揭示特定細節之範例實施例，以提供本發明之 閣 _ d手盡理 10 201247569 解。然而，在具有本揭示案之利益後，對本發明所屬技 術領域中具有通常知識者而言，明顯地，本發明可以其 他實施例之方式實施，該等其他實施例背離本文所揭示 之特定細節。此外，可省略習知裝置、方法與材料之描 速’以不致模糊本發明之描述。最後，如適用，則相同 的元件符號代表相同的元件》 第1圖圖示範例顯示裝置1 〇之部分，該顯示裝置i 〇 使用玻璃覆蓋板12。顯示裝置1〇連同其他組件包含： 顯示面板14與外殼16。顯示面板14可包括：藉由密封 材料22而被密封在一起的第一基板18與第二基板2〇。 例如在LCD顯示面板的狀況下，第一基板18與第二基 板20典型地為玻璃板，在該等玻璃板之間夾有Lc〇材 料。密封材料22常為環氧材料’但可為玻璃粉末 fn〇或甚至金屬密封材料。亦可使用其他顯示面板諸 如有機發光二極體（organic light emiuing di〇de ; 〇led ) 顯示面板、電聚顯示面板等等，示裝置1〇包含：由方 塊24所表示之許多其他結構與電子組件，以完成運” 示裝置’但該等額外组件對本發明而言不重要，且忽略 該等額外組件，以不致模糊以下描述，帛！圖所圖示， 玻璃覆蓋板12位於顯示裝置上，對於觀看者而言在顧示 面板之前’其中箭號26代表觀看方向，且玻璃覆蓋板 12包含：邊緣構件28與平面構件3〇。 如第2圖中所圖不，破域费笨 瑕場覆蓋板12典型地（但並非必 須）包含：至少兩個邊緣構件28，該兩個邊緣構件28 201247569 位於：沿著平面構件30之相對邊緣32之相對位置並相 互平行。在某些實施例中，玻璃覆蓋板12可用黏著劑直 接附接至第一基板丨8 ^在其他實施例中，玻璃覆蓋板丄2 可與顯示面板14間隔。對於第【圖中的玻璃覆蓋板（其 中玻璃覆蓋板位於顯示面板14與觀看者之間）而言，玻 璃覆蓋板12之至少一部分為透明的，其中透明的涵意 是：可見光光譜中等於或大於8〇%的輻射穿過玻璃面 板該輻射照射部分玻璃面板。較佳地，平面構件3 〇 為透明的，而邊緣構件可為透明的、半透明的或不透明 的其中半透明的涵意是：邊緣構件或部分邊緣構件送 4 ^射在該等構件上的可見光光譜中的光之小於80%， :等於或大於入射光的1〇%，且不透明的涵意是：邊緣 構件或部分邊緣構件送出人射在料構件上的可見光光 譜中的光之小於1G%。在某些實施例中，部分平面構件 30為透明的’而其他部分為不透明及（或）半透明的。 果需要的話，覆蓋板或邊緣構件之半透明或不透明的 部分可上色。 第3圖圖示玻璃覆蓋板邊緣構件28之範例。邊緣構件 U地包含：凸面34與凹面36 ’使得邊緣構件Μ 之側邊戴面為：如第3圖中所㈣之弧形L邊緣 構件28可為任何適用於顯示裝置之設計與功能的其他 ’例如，在某些實施例中，邊緣構件可為額外薄的 :面構件：塊狀構件（例如，在縱向上延伸的長方柱） 1僅匕3單—弧面（凸面或凹面）的構件。較佳地，邊 12 201247569 緣構件28為強化玻璃（tempered glass )，該強化玻璃包 含：在壓縮應力下的表面層與在拉伸應力下的内部中央 區域。邊緣構件28可為化學增強（chemically strengthened)玻璃’該化學增強玻璃由邊緣構件表面處 的離子交換所形成。 隹呆些霄施例 含·凹槽38 ’該凹槽38協助附接至平面構件30。 在某些實施例中，邊緣構件28為弧形，該弧形具有如 第3圖中所圖示的凸面或凹面，在該等實施例中，可藉 由以下步驟而元成弧形之形成：在平面玻璃預成型體 (preform ) 42巾產生溝槽（channel ) 4〇，將玻璃預成 '力…、並如第4圖中所圖示的，允許預成型體在模201247569 VI. INSTRUCTIONS: The application of the relevant application is also based on the international patent application number (designated US), which is filed on May 2, 2011, in accordance with the Patent Law. pCT/IB11/〇〇1499 The benefit of the priority is hereby incorporated by reference in its entirety by reference in its entirety in its entirety in its entirety in its entirety. BACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to a glass panel as a cover glass for a display device, and in particular to a glass panel comprising a three-dimensionally shaped curved edge member attached to the three-dimensionally shaped curved edge member Connecting to the glass panel 0 [Prior Art] A recent trend in manufacturing large television displays is to include an outer cover panel that eliminates (or at least covers and masks) the outer frame (fram or bezel). The frame or the bezel is typically disposed around the periphery of the display device. While the portion is intended to make the cover glass aesthetically pleasing, the cover glass needs to be thin and strong while providing some protection to the display. Most current large LCD display panels Including: thick polymer or hot tempered soda lime to protect the glass. This large piece of material (in the case of glass) can show significant weight, greatly increasing the overall product weight. At the same time 'large reduction of LCD The thickness of the panel shell tends to fall from 201247569 mm to 8 mm to 15 potential increase 'typically from 3〇mm to 6〇mm ° another trend For: the reduction of the weight and quantity of individual components. In this field, the 'TV panel frame tends to disappear, and the front cover glass includes: edge cover or cover function. Because it is difficult to form tempered glass (tempered twisting, it is thin for the outside of the display) The desire for a sturdy glass cover directly conflicts with the desire to have a shaped edge on the cover. SUMMARY OF THE INVENTION According to an embodiment of the present invention, the disclosed glass cover panel has a wide range of uses, the following disclosure of a cat glass cover panel, The glass cover panel can be used as a screen or cover for a display device such as a television. However, the glass cover panel can also be used for other applications. It is expected that many everyday items may incorporate visual displays into the structure of such everyday items, for example, The cover panel can be used as an exterior aesthetic or protective covering for certain appliances, such as stoves or ice phases, or even kitchen counters. Some of these uses can be optimally handled by: Panel 'The cover panel is thin but extremely strong (for example, with high toughness) Tempered glass. However, it is difficult to form tempered glass after the tempering process. In some embodiments, other layers may be applied to some or all of the glass cover panel. For example, an anti-glare layer or an anti-reflection layer may be added. In other embodiments, the colored layer can be applied to at least a portion of the cover panel 201247569. The colored layer can be a continuous mode or a discontinuous mode. In some cases, the coloring can be applied to some or all of the overlay panel. Ink or stain. Thus the 'glass cover sheet comprises: a flat glass sheet and at least one edge member joined to the flat glass sheet. Preferably, the flat glass sheet has: equal to or less than 〇_7 The thickness of mm, and more preferably equal to or less than 〇5 mm. Preferably, at least two edge members are attached to opposite edges of the planar glass member. The edge member preferably comprises: an arcuate cross-sectional shape, but may be other shapes if desired. Preferably, the glass of the planar glass member and the glass of the edge member are reinforced glass. For example, the glass can be a chemically strengthened glass, such as can be achieved by ion exchange or a similar process, or the glass can be laminated glass. In the example of laminated glass, the glass preferably comprises: a core glass and a surface glass deposited on the core glass, and wherein the composition of the core glass is different from the composition of the surface glass. In one embodiment, a glass panel is disclosed, the glass panel comprising: a glass planar member and a first curved glass edge member, the glass planar member comprising: two parallel major surfaces and a first linear peripheral edge, the first The curved glass edge member is bonded to the glass planar member along the first linear peripheral edge, and the first curved glass edge member extends outwardly from the glass planar member, and wherein the imaginary plane and the first curved glass edge The members intersect, the imaginary plane extending through the glass planar member, and the imaginary plane is parallel to the major surface of the glass planar member. At least some of the glass panels are transparent. The first curved glass edge member may be along the first arc 6 201247569 shaped glass edge member #戸, and the human I 3 . is notched edge, and the _ linear peripheral edge of the glass planar member is adhesively bonded To: The edge of the first curved glass edge member is engraved with a groove. In one of the two embodiments, the reinforcing strip is bonded to both the glass planar member and the first curved glass edge member, such as with an adhesive along at least a portion of the length of the first curved glass edge member. The glass planar member and the first curved glass edge member may be heavier along the length of the first curved glass edge member. In certain embodiments, the first arcuate glass edge member is in abutting relationship with the glass planar member. The first curved glass edge member can have an overlapping relationship with the glass planar member at the same time and a field-neighbor relationship. Preferably, the planar member is chemically enhanced, such as by ion exchange. The ion parent process produces a chemically strengthened surface (compressive stress with respect to the inner portion of the thickness of the planar member) on the planar member. Preferably, the planar member and the first curved glass edge member are chemically reinforced. The glass panel can further comprise: a second curved glass edge member bonded to the second linear peripheral edge of the glass planar member. In some embodiments, the second linear peripheral edge is parallel to the first linear peripheral edge. In another embodiment, a display device is described, the display device comprising: a visual display panel and a glass panel attached to the display device. The glass panel comprises a glass planar member and a first curved glass edge member, for visual display For the viewer of the panel, the glass planar member is located at the month of the visual display 201247569.] Preferably, the 'glazed planar member is adhered to the first curved glass edge member along the first linear peripheral edge of the glass planar member, and the The glass planar member extends outwardly from the glass planar member. The imaginary plane disk intersects the first curved glass edge members that extend across the glass face member' and that the imaginary plane is parallel to the major surface of the glass planar member. At least part of the glass panel is transparent. In some embodiments, the first curved glass edge member includes a grooved edge along the length of the first arc glass edge member, and the first linear peripheral edge of the glass planar member is coupled to • The edge of the first curved glass edge member is engraved with a groove, such as an adhesive (for example, an adhesive that can be cured by ultraviolet light). In certain embodiments, the reinforcing strip is bonded to both the glass planar member and the first edge member along at least a portion of the length of the first curved glass edge member. In some embodiments, the glass planar member and the first curved glass edge member weigh Φ along the length of the first curved edge member. In some other vapor embodiments, the first curved glass edge member is in abutting relationship with the glass planar member. In still other embodiments, the first curved glass edge member is in abutting relationship and overlapping relationship with the glass planar member. Preferably, the glass planar member and the first curved glass edge member are reinforced, such as by an ion exchange process. The ion exchange process produces a chemically strengthened surface (having a compressive stress with respect to the inner portion of the thickness of the planar member) on the planar member. Preferably, both the planar member and the first curved fringe member are chemically reinforced. 8 201247569 The glazing panel may further comprise: a second curved glass edge member bonded to the second line 2 of the glass planar member, the peripheral edge of the H-shaped peripheral edge preferably being first-lined The peripheral edges are parallel. In another embodiment, a method of forming a glass panel is disclosed, the method y3: forming a trench in the first glass substrate, heating the first glass substrate, and bending the first glass substrate such that the bend is perpendicular to the trench, and The cross-sectional shape of the first glass substrate is such that it is in the direction of the bend, and the S-glass substrate is separated along the groove so that the edge of the edge-curved glass edge member is formed along the edge. The method [匕3, the following steps. Providing a first planar glass sheet comprising: two parallel major surfaces and a first-line peripheral edge, and adhering the first curved glass edge member to the first plane The first linear peripheral edge of the glass sheet is such that the first curved glass edge member extends outwardly from the first planar glass sheet. The imaginary plane intersects the first curved glass edge member and the imaginary plane extends across the first planar glass sheet, and the imaginary plane is parallel to the major surface of the first planar glass sheet. Preferably, the planar glass sheet is reinforced glass, such as by an ion exchange process. The ion exchange process produces a chemically strengthened surface on the planar member (having a compressive stress relative to the inner portion of the thickness of the planar member). Preferably, the 'planar member and the first curved glass edge member are chemically reinforced. In some embodiments, the adhering comprises: forming a concave edge at the edge of the first curved glass edge member and bonding the edge of the groove to the first linear peripheral edge with an adhesive. In some embodiments, the first planar glass sheet overlaps the first curved sloping edge member after bonding. In some embodiments, the glass reinforcing tape can be adhered to the joint between the first planar glass sheet and the first curved glass edge member. In some embodiments, the second curved glass edge member is to the second linear peripheral edge of the first planar glazing panel. Preferably, the second linear peripheral edge is parallel to the first linear peripheral edge. The additional features and advantages of the present invention will be described in the following description of the embodiments of the invention. It is confirmed by the implementation of the invention as described herein, including the following embodiments, the scope of the patent application, and the accompanying drawings. It is to be understood that the foregoing general description of the embodiments of the invention and the embodiments of the invention The accompanying drawings are included to provide a further understanding of the invention The drawings illustrate various embodiments of the invention, and are in the [Embodiment] In the following embodiments, exemplary embodiments of the specific details are disclosed for the purpose of explanation and not limitation, in order to provide the invention. However, it will be apparent to those skilled in the art of the present invention that the present invention may be practiced in other embodiments. In addition, descriptions of well-known devices, methods, and materials may be omitted to avoid obscuring the description of the invention. Finally, the same component symbols represent the same components, as applicable. Figure 1 illustrates a portion of an exemplary display device 1 that uses a glass cover panel 12. Display device 1 〇 along with other components includes: display panel 14 and housing 16. The display panel 14 may include a first substrate 18 and a second substrate 2 that are sealed together by a sealing material 22. For example, in the case of an LCD display panel, the first substrate 18 and the second substrate 20 are typically glass sheets with Lc〇 material sandwiched between the glass sheets. The sealing material 22 is often an epoxy material 'but may be a glass powder fn or even a metal sealing material. Other display panels such as an organic light emuing di〇de ( 〇led ) display panel, an electro-convex display panel, etc., may also be used, and the display device 1 includes: many other structures and electrons represented by block 24 The components are to be used to complete the device, but the additional components are not critical to the invention, and such additional components are omitted so as not to obscure the following description, as illustrated, the glass cover panel 12 is located on the display device. For the viewer, before the panel is viewed, where arrow 26 represents the viewing direction, and the glass cover panel 12 includes: the edge member 28 and the planar member 3〇. As shown in FIG. 2, the domain is awkward. The cover panel 12 typically, but not necessarily, includes: at least two edge members 28 located at opposite locations along opposite edges 32 of the planar member 30 and parallel to each other. In some embodiments The glass cover sheet 12 may be directly attached to the first substrate 8 by an adhesive. In other embodiments, the glass cover sheet 2 may be spaced apart from the display panel 14. For the In the case of a glass cover sheet in which the glass cover sheet is located between the display panel 14 and the viewer, at least a portion of the glass cover sheet 12 is transparent, wherein the transparent meaning is: radiation equal to or greater than 8% in the visible light spectrum. The radiation illuminates a portion of the glass panel through the glass panel. Preferably, the planar member 3 is transparent, and the edge member can be transparent, translucent or opaque, wherein the translucent meaning is: edge member or partial edge The member sends less than 80% of the light in the visible light spectrum on the members, equal to or greater than 1% of the incident light, and the opacity means that the edge member or part of the edge member sends the person to shoot The light in the visible light spectrum on the component is less than 1 G%. In some embodiments, the partial planar member 30 is transparent 'and the other portions are opaque and/or translucent. If desired, the cover sheet or edge member The translucent or opaque portion can be colored. Figure 3 illustrates an example of a glass cover panel edge member 28. The edge member U includes: a convex surface 34 and a concave surface 36' such that the edge structure The side of the Μ is such that the curved L-edge member 28 as in (d) of FIG. 3 can be any other suitable for the design and function of the display device. For example, in some embodiments, the edge member can be additional Thin: face member: block member (for example, rectangular column extending in the longitudinal direction) 1 member of only 3 single-curved surface (convex or concave). Preferably, side 12 201247569 edge member 28 is tempered glass (tempered glass), the tempered glass comprises: a surface layer under compressive stress and an inner central region under tensile stress. The edge member 28 may be a chemically strengthened glass 'the chemically reinforced glass is at the surface of the edge member The ion exchange is formed. Some of the embodiments include a recess 38' that facilitates attachment to the planar member 30. In some embodiments, the edge member 28 is arcuate having a convex or concave surface as illustrated in FIG. 3, and in these embodiments, the arc may be formed by the following steps. : creating a groove in a flat glass preform 42. The glass is pre-formed as a force and, as illustrated in Figure 4, allows the preform to be in the mold.
具4 4上下垂〇 -曰形rl·、·Α «i〆X —形成為所希望的形狀，可在溝槽4〇 内沿著切割線45切割預成型體，以產生-對大體上相等 的邊緣構件28’每一邊緣構件包含：凹槽38。-曰邊缘 構件已形成，變綾槿杜—遭、象 ， 可如習知技術一般被離子交換， 以增強邊緣構件。 現在翻到第5圓，破域 件3。。平面構件3。包括第更包含:薄的平面構 估’第—主表面46盥篦-士主工 48’該第二主表面48相對於第“，、第-主表面 表面對於第—主表面46並與第一主 平面構件3 0較 四個邊緣32,該四個邊 也為長方形，並包含： 邊緣所組成，該兩對平=&兩對平行且相對安置的 件3〇的邊緣周圍 订且相對安置的邊緣位於平面構 構件30較佳地被增強，諸如藉 201247569 由將平面構件之主表面離子交換。或者，平面構件30 月包含：經層疊玻璃’該經層疊玻璃包含：複數個重疊 的玻璃層。例如，如第6圖中所圖示，平面構件30可包 含：表層玻璃50之兩個表層區域，並包含：核心玻璃 52之中央區域’該中央區域位於該等兩個表層區域之 間。核心玻璃可與表層玻璃有相同組成，或核心玻璃可 與表層玻璃有不（5)绀&。I 1 , 、’成 了藉由（例如）美國專利第 4,214,886號中所述的熔融製程以形成經層疊玻璃。較佳 地’表層玻璃之至少―部分係在壓縮應力下，而核心玻 璃52之至少一部分係在拉伸應力下。 如第7圖中所最佳地圖$，可藉由以下方式，將邊緣 構件28接合至平面構件3〇 :藉由在邊緣構件與平面 構件30的邊緣32之間施加黏著劑5心更特定地，、根據 :"圖之實施例，藉由以下之方式之一者或兩者施加黏 #劑，使得黏著劑位於凹槽38内：藉由將黏著劑直接施 加至平面構件之媒合表面，或藉由將黏著劑直接施加至 邊緣構件，然後將邊緣構件向平面構件壓。在一個實施 例中，黏著劑為可被紫外線所固化的黏著劑，且一旦藉 由將邊緣構件與平面構件壓在一起以媒合邊緣構件與^ 面構件，則將適當波長之紫外光施加至黏著劑。在某些 實施例中，平面構件3〇可進一步包含：一或更多層，諸 如層55。層55可為防眩光層及（或）防反射層。在其 他實施例中，層55可位於邊緣構件28之上，且層55 可包含：著色層（tint layer)，該著色層提供邊緣構件顏 14 201247569 色或陰影。邊緣部分 的者色層不須為連續的，但可包 .炸夕相距緊密但不接觸的區域。 ..述的實把例令，邊緣構件28係藉由黏著劑 者四個表面附接至伞；姐从 4 /〇 5 +面構件：形成凹槽3㈠兩個表面 二58以及末端表面6〇以及部分第二主表面I其中 ‘ 56與末端表面60為晚鄰關係，且表面Μ I第二主 表面48為重疊關係。如第 - 關係相^ 固Τ所圖不，與早純的毗鄰 6::二：鄰關係與重叠關係提供額外力量至接合 虛平面虚I"於邊緣構件與平面構件之間。亦應注意， 件30且延：：件28相交’該虛平面66平行於平面構 且延伸穿越平面構件30。 在另—實施例中，如上述且在第9 出’凹槽38可由邊緣構件 ％子地看 m # λ ^ 嚙略，其中邊緣構件與平面 牛：牟純的'鄰關係。然而，在某些例…如第9 :圓不’可错由附接至背襯（Peking)構件68，提 供額外的力量至 以構件68,釦 面構伴,〇 接合介於邊緣構件28與平 係藉由點著劑54相互附接，且V構件之蛾鄰表面 54 rn ^ 者襯構件68亦以黏著劑 疋至邊緣構件與平面構件一 係作為盥邊緣工 母一者，該背襯構件68 第1〇Δ緣構件與平面構件兩者皆相疊的加強帶。如 圖至第10C圖所圖示，邊 的贼鄰> w a 士 邊緣構件與平面構件之間 表面可具有各樣形狀。例如， 鄰表面皆為# ώ μ 在第1〇Α圓中，毗 且平行Γ/Γ，而在第1GB圖中，晚鄰表面為平面 丁的。在第loc圖的實施例中”比鄰表面為平面且 15 201247569 但相對於該等蛾鄰表面之各自構件的相鄰主表 面之角度不為90度。在第1〇A圖至第 的备一去忐 禾圆之實施例 在第^所述，虛平面66與邊緣構件28相交。 在第η圖之實施例中，邊緣構件28與平面構件 …關係以及重疊關係兩者中，且刻有凹槽的 'notched)背襯構件68以黏 邊緣構件與平面媸杜$本 黏。（b〇nded)至 與千面構件兩者，❹強介於 構件之間的接合。 傅件與千面 重：：:2圖所圖示的又一實施例中’邊緣構件28僅以 •且關係附接至平面構件3G，其中 中，硌绘M小的貫施例4 4 上下 〇 曰 曰 rl 、 、 、 〆 〆 〆 〆 〆 〆 〆 〆 〆 〆 〆 〆 〆 〆 — — 〆 — — — — — — — — — — — — — — — — — — — — — — The edge members 28' each edge member include a recess 38. - The edge of the member has been formed, and it has been ion exchanged to enhance the edge member as in the prior art. Now turn to the 5th round and break the domain 3. . Plane member 3. Including the first inclusion: a thin planar configuration 'the first major surface 46 盥篦 - the main work 48' the second major surface 48 relative to the first ", the first main surface surface for the first main surface 46 and A main planar member 30 is closer to the four edges 32, and the four sides are also rectangular, and comprise: an edge composed of two pairs of parallel=& two pairs of parallel and oppositely disposed edges of the member 3〇 and opposite The disposed edge is preferably reinforced at the planar member 30, such as by ion exchange of the major surface of the planar member by 201247569. Alternatively, the planar member 30 comprises: laminated glass comprising: a plurality of overlapping glass For example, as illustrated in FIG. 6, the planar member 30 can include: two skin regions of the skin glass 50 and include: a central region of the core glass 52, the central region being located between the two surface regions The core glass may have the same composition as the surface glass, or the core glass may have a surface process with a surface glass that is not (5) 绀 &< I 1 , , ' became a melting process as described in, for example, U.S. Patent No. 4,214,886. To form Laminated glass. Preferably, at least a portion of the 'surface glass is under compressive stress, and at least a portion of the core glass 52 is under tensile stress. As shown in Figure 7, the best map $ can be obtained by Joining the edge member 28 to the planar member 3〇: by applying an adhesive 5 between the edge member and the edge 32 of the planar member 30, more specifically, according to the embodiment of the figure, by the following means One or both apply a viscous agent such that the adhesive is located in the recess 38: by applying the adhesive directly to the splicing surface of the planar member, or by applying the adhesive directly to the edge member, then the edge member Pressing the planar member. In one embodiment, the adhesive is an adhesive that is curable by ultraviolet light, and once the edge member and the planar member are pressed together by the edge member and the planar member, the appropriate wavelength is applied. The ultraviolet light is applied to the adhesive. In some embodiments, the planar member 3 can further comprise: one or more layers, such as layer 55. Layer 55 can be an anti-glare layer and/or an anti-reflective layer. real In an embodiment, layer 55 can be located over edge member 28, and layer 55 can comprise: a tint layer that provides edge member color 14 201247569 color or shade. The edge portion of the color layer need not be continuous , but can be packaged. The area where the stagnation is close but not in contact with the eve. The actual description of the edge member 28 is attached to the umbrella by the four surfaces of the adhesive; the sister from the 4 / 〇 5 + surface Member: forming groove 3 (one) two surfaces two 58 and end surface 6 〇 and part of second main surface I wherein ' 56 and end surface 60 are in a neighbor relationship, and surface Μ I second main surface 48 is in an overlapping relationship. - Relationships ^ 固 Τ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , It should also be noted that the member 30 and the extension: the member 28 intersects. The imaginary plane 66 is parallel to the plane and extends through the planar member 30. In another embodiment, as described above and at the ninth exit groove 38, m # λ ^ can be seen by the edge member %, wherein the edge member is in a 'native relationship with the plane cow: 牟 pure. However, in some instances... such as ninth: the circle is not erroneously attached to the backing (Peking) member 68, providing additional force to the member 68, the buckle face, the 〇 joint between the edge member 28 and The flats are attached to each other by the dot 54, and the moth-like surface 54 of the V member is also affixed to the edge member and the planar member as the edge-edge working mother. Member 68 A reinforcing strip in which the first 〇 Δ edge member and the planar member are stacked. As illustrated in Fig. 10C, the surface of the thief adjacent to the edge member and the planar member may have various shapes. For example, the adjacent surfaces are all # ώ μ in the first circle, parallel to Γ/Γ, and in the 1GB chart, the neighboring surface is flat. In the embodiment of the loc diagram, "the adjacent surface is planar and 15 201247569 but the angle of the adjacent major surface of the respective members relative to the moth-like surfaces is not 90 degrees. In the first to the first Embodiment of the 忐 圆 circle, the imaginary plane 66 intersects the edge member 28. In the embodiment of the η diagram, the edge member 28 is in a relationship with the plane member and the overlap relationship, and is concave. The 'notched' backing member 68 of the groove is bonded to the plane by the adhesive edge member. (b〇nded) to the joint with the thousand-faced member, barely between the members. In another embodiment illustrated by the ::: diagram, the 'edge member 28 is attached to the planar member 3G only in a relationship and in a relationship, wherein the small embodiment of the small drawing M is small.
、、牛28為弧形邊緣構件，且邊緣件28 34係藉由黏著劑M 迓緣W處附接至平面構件3〇之 ::表面48。在第12圖的實施例中，邊緣構件並 面平面構件3〇平行並延伸穿越平面構件％之平 _ P ’ ®為邊緣構件管曲遠離平面構件30,所以# >、邊緣構件28相交，該虛平面延 件30並與平而拔> , T牙越千面構 】3圖中所 之主表面平行。另-方面，在第 谢申所圖示的相似配置中’邊緣構件28係附接至相 •主表面：第-主表面46，且該邊緣構件28彎曲朝 向平面槿杜·3 Λ m ®朝 。因此，在第13圖之實施例中，卢平© 牛28相乂，該虛平面66與平面構件3〇之 表面46與第二主表面 延伸穿越平面構件30。 〜1該虛… 因此，範例性的且非限制性的實施例包括·· 201247569 ci.一種玻璃面板’包含：玻璃平面構件，該玻璃平面 構件包含：兩個平行的主表面以及第一線狀周邊邊緣. 第一弧形玻璃邊缘構件，該第一弧形玻璃邊緣構件a著 第一線狀周邊邊緣黏合（bonded )至玻璃平面構件，且 該第一弧形玻璃邊緣構件由玻璃平面構件向外延伸；且 其中虛平面與第一弧形玻璃邊緣構件相交，該虛平φ 伸穿越玻璃平面構件，且該虛平面與該玻璃平面構件< 主表面平行。 C2.如C1所述之玻璃面板’其中至少部分玻璃面板係 透明的》 C3.如C1或C2所述之玻璃面板’其中至少部分玻璃 面板係不透明的。 C4.如C1至C3之任一者所述之玻璃面板，其中第一 弧形玻璃邊緣構件沿著第一弧形玻璃邊緣構件之長度包 含：刻有凹槽的（notched)邊緣，且玻璃平面構件之第 一線狀周邊邊緣係黏合至刻有凹槽的邊緣。 C5.如C1至C4之任一者所述之玻璃面板，其中玻璃 平面構件與第一弧形玻璃邊緣構件重疊。 C6.如C1至C5之任一者所述之玻璃面板，其中第一 弧形玻璃邊緣構件與玻璃平面構件為毗鄰關係。 C7.如C1至C6之任一者所述之玻璃面板’其中背襯 構件黏合至玻璃平面構件與第一弧形玻璃邊緣構件兩 者。 C8.如Cl至C7之任-__者所述之玻璃面板’其中第^一 17 201247569 弧形玻璃邊緣構件以黏著劑黏合至玻璃平面構件。 C9.如C1至C8之任一者所述之玻璃面板，其中玻璃 平面構件與第一弧形玻璃邊緣構件被化學增強。 C10.如C1至C8之任一者所述之玻璃面板，其中破璃 平面構件為經層疊玻璃。 C11.如C1至C10之任一者所述之玻璃面板，更包含： 第二孤形玻璃邊緣構件，該第二弧形玻璃邊緣構件黏合 至玻璃平面構件之第二線狀周邊邊緣。 C12.如C11所述之玻璃面板，其中第二線狀周邊邊緣 與第一線狀周邊邊緣平行。 C13.—種顯示裝置，包含：視覺顯示面板；附接至顯 不裝置之玻璃面板，該玻璃面板包含：玻璃平面構件與 第一弧形玻璃邊緣構件，對於視覺顯示面板之觀看者而 舌玻璃平面構件位於視覺顯示面板之前；且其中，玻 璃平面構件沿著玻璃平面構件之第一線狀周邊邊緣黏合 至第一弧形玻璃邊緣構件，且該玻璃平面構件由該玻璃 平面構件向外延伸，且其中虛平面與第一弧形玻璃邊緣 構件相交’該虛平面延伸穿越玻璃平面構件，且該虛平 面與該玻璃平面構件之主表面平行。 CM4.如C13所述之顯示裝置，其中至少部分玻璃面板 係透明的。 C15.如C13或C14所述之顯示裝置，其中至少部分玻 璃面板係不透明的° C1 6.如C13至C15之任一者所述之顯示裝置，其中第 18 201247569 —弧形玻璃邊緣構件沿著第一弧形玻璃邊緣構件之長度 包含.刻有凹槽的邊緣，且玻璃平面構件之第一線狀周 邊邊緣係黏合至刻有凹槽的邊緣。 C17.如C13至C16之任一者所述之玻璃面板，其中破 璃平面構件與第一弧形玻璃邊緣構件重疊。 C18·如C13至C17之任一者所述之顯示裝置，其中第 --弧形玻璃邊緣構件與玻璃平面構件為毗鄰關係。 C19.如C13至C18之任一者所述之顯示裝置，其中背 襯構件黏合至玻璃平面構件與第一弧形玻璃邊緣構件兩 者。 C20.如C13至C19之任一者所述之顯示裝置，其中第 一弧形玻璃邊緣構件以黏著劑黏合至玻璃平面構件。 C21.如C13至C20之任一者所述之顯示裝置，其中玻 璃平面構件與第一弧形玻璃邊緣構件被化學增強。 C22.如C13至C20之任一者所述之顯示裝置，其中玻 璃平面構件為經層疊玻璃。 C23_如C13至C22之任一者所述之顯示裝置，其中該 玻璃面板更包含：第二弧形玻璃邊緣構件，該第二沉、形 玻璃邊緣構件黏合至玻料面構件之第二線狀周邊邊 緣。 C24.如C23所述之顯示裝置’其中第二線狀周邊邊緣 與第一線狀周邊邊緣平行。 C25.—種形成玻璃面板的方法，該方法包含以下步 驟：在第-玻璃基板中形成溝槽；將第—玻璃基板加熱， 201247569 並彎曲第一玻璃基板，使得第一玻璃基板之截面形狀在 垂直於溝槽的方向上為弧形的；沿著溝槽分離第—玻璃 基板，使得沿著所造成的第一弧形玻璃邊緣構件之邊緣 形成凹槽；提供第一平面玻璃板，該第一平面玻璃板包 含：兩個平行主表面以及第一線狀周邊邊緣；將第一弧 形玻璃邊緣構件黏著至第一平面玻璃板之第一線狀周邊 邊緣，使得第一弧形玻璃邊緣構件由第一平面玻璃板向 外延伸，且其中虛平面與第一弧形玻璃邊緣構件相交， 該虛平面延伸穿越第一平面玻璃板，且該虛平面與該第 一平面玻璃板之主表面平行。 C26.如C25所述之方法，其中該第—平面玻璃板為經 增強玻璃。 平面玻璃板 其中黏著包 C27·如C25或C26所述之方法，其中第 係經化學增強或經層疊。 C28.如C25至C27之任一者所述之方法 含：黏著劑。 C29.如C25至C28之任一者所述之方法，纟中第一平 面玻璃板與第一弧形玻璃邊緣構件重疊。 C30.如C25至C29之任一者所述之古、+ 所碰之方法，其中第一弧 形玻璃邊緣構件與玻璃平面構件為毗鄰關係。 C31·如C25至C30之任一者所述 疋方法，該方法更包 含以下步驟：將背襯構件黏著於接人 丧口上’該接合介於第 一平面玻璃板與第一弧形玻璃邊緣構件之門。 C32.如C25至C31之任一者所述夕士、 之方法，該方法更包 20 201247569 含以下步驟：將第二弧形玻璃邊緣構件黏著至第一平面 玻璃板之第二線狀周邊邊緣。 C33.如C32所述之方法，其中第二線狀周邊邊緣與第 一線狀周邊邊緣平行。 對本發明技術領域中具有通常知識者而言，顯然地， 可對本發明進行各樣修改與變化，而不致偏離本發明之 精神與範疇。例如’雖然前述描述考慮：置於顯示面板 之前的覆蓋板，但本文揭示之玻璃覆蓋板的實施例亦可 用於其他應用中。因此，本發明意欲涵蓋此發明之修改 興變化，若該等修改與變化落於隨附申請專利範圍之範 %中及s亥等隨附申請專利範圍之均等之範疇中。例如， π將玻璃覆蓋板運用為：大型家電與小型家電兩者上的 表面處理（置於在下面的表面上），該等大型家電與小型 家電包括：冰箱、爐子與自動化應用。當在非顯示應用 中使用根據本文揭示的實施例的玻璃覆蓋板時，該等玻 璃覆蓋板可不必為透明的，但可為全部透明的、全部半 :明的及全部：透明的’或可為透明的、半透明的與不 透明的為了特疋應用之如所希望的組合。 【圖式簡單說明】 第1圖為部分顯示裝置 玻璃覆蓋面板； 之戴面圖，該顯示裝置包含： 第2圖為範例覆蓋面如 面板包 盍面板之前視圖，該範例覆蓋 21 201247569 括.中央平面構件與兩個側面（flanking)邊緣構件該 兩個側面邊緣構件附接至中央平面構件； 第3圖為根據本發明實施 <列的邊緣構件之截面側視 圍’且該邊緣構件包含：用於附接至平面構件之四槽； 第4圖為製造邊緣構件方法之截面侧視圓，· 第5 ®為根據本發明實施例之平面構件之截面側視 第圖為根據本發明貫施例之經層疊平面構件之截面 側視圖； 第7圖為根據本發明實施例之部分玻璃覆蓋面板之截 面側視圖； 第8圖為接合之關閉，該接合介於第7圓的玻璃覆蓋 面板的平面構件與邊緣構件之間； 第9圖為部分另一玻璃覆蓋面板之截面側視圖，該截 面側視圖圖 構件 一方法 —第心圖至第1GC圖為根據本發明之玻璃覆蓋面板的 —個貫施例之接合部分的截面側視圖，且第丨圖至第 10C圖圖示邊緣構件與平面構件與背襯構件之不同邊緣 設置； 第11圖為根據本發明之玻璃覆蓋面板實施例的接合 部分之截面側視圖，該截面側視圖圖示邊緣構件與平面 2件的設置，該設置具有重疊關係與毗鄰關係兩者，且 4 11圖圖示加強接合之背襯構件； 第12圖為根據本發明之玻璃覆蓋板之另一實施例的 22 201247569 截面側視圖； 第1 3圖為根據本發明之玻璃覆蓋板之又一實施例的 截面側視圖。 【主要元件符號說明】 10 顯示裝置 12 玻璃覆蓋板 14 顯示面板 16 外殼 18 第一基板 20 第二基板 22 密封材料 24 方塊 26 箭號 28 邊緣構件 30 平面構件 32 相對邊緣 34 凸面 36 凹面 38 凹槽 40 溝槽 42 預成型體 44 模具 45 切割線 46 第一主表面 48 第二主表面 50 表層玻璃 52 核心玻璃 54 黏著劑 55 層 56 表面 58 表面 60 末端表面 64 接合 66 虛平面 68 背襯構件 23The cow 28 is a curved edge member, and the edge member 28 34 is attached to the surface member 3 of the planar member 3 by the adhesive M. In the embodiment of Fig. 12, the edge member parallel plane member 3 is parallel and extends through the flat member % _P ' ® is the edge member tube curved away from the planar member 30, so # >, the edge member 28 intersects, The imaginary plane extension 30 is parallel to the main surface of the figure 3 of the flattened > In another aspect, in a similar configuration illustrated by Xie Shen, the 'edge member 28 is attached to the phase main surface: the first major surface 46, and the edge member 28 is curved toward the plane 槿Du·3 Λ m ® toward . Thus, in the embodiment of Fig. 13, Lupin © cow 28, the virtual plane 66 and the surface 46 of the planar member 3 and the second major surface extend through the planar member 30. 〜1的虚... Thus, an exemplary and non-limiting embodiment includes... 201247569 ci. A glass panel' comprises: a glass planar member comprising: two parallel major surfaces and a first line a peripheral curved edge member, the first curved glass edge member a bonded to the glass planar member with a first linear peripheral edge, and the first curved glass edge member is oriented by the glass planar member Extending outward; and wherein the imaginary plane intersects the first curved glass edge member, the virtual plane φ extends through the glass planar member, and the imaginary plane is parallel to the glass planar member < C2. A glass panel as described in C1 wherein at least a portion of the glass panel is transparent. C3. A glass panel as described in C1 or C2 wherein at least a portion of the glass panel is opaque. The glass panel of any one of C1 to C3, wherein the first curved glass edge member comprises along the length of the first curved glass edge member: a notched edge, and a glass plane The first linear peripheral edge of the member is bonded to the edge engraved with the groove. The glass panel of any one of C1 to C4, wherein the glass planar member overlaps the first curved glass edge member. The glass panel of any of C1 to C5, wherein the first curved glass edge member is in abutting relationship with the glass planar member. C7. The glass panel of any one of clauses C1 to C6 wherein the backing member is bonded to both the glass planar member and the first curved glass edge member. C8. A glass panel as described in the 'C1 to C7', wherein the curved glass edge member is bonded to the glass planar member with an adhesive. The glass panel of any of C1 to C8, wherein the glass planar member and the first curved glass edge member are chemically reinforced. The glass panel of any one of C1 to C8, wherein the glass fringing member is a laminated glass. The glass panel of any of C1 to C10, further comprising: a second orphaned glass edge member bonded to the second linear peripheral edge of the glass planar member. C12. The glass panel of C11, wherein the second linear peripheral edge is parallel to the first linear peripheral edge. C13. A display device comprising: a visual display panel; a glass panel attached to the display device, the glass panel comprising: a glass planar member and a first curved glass edge member, and a tongue glass for a viewer of the visual display panel The planar member is positioned in front of the visual display panel; and wherein the glass planar member is bonded to the first curved glass edge member along a first linear peripheral edge of the glass planar member, and the glass planar member extends outwardly from the glass planar member, And wherein the imaginary plane intersects the first curved glass edge member' the imaginary plane extends through the glass planar member, and the imaginary plane is parallel to the major surface of the glass planar member. CM4. The display device of C13, wherein at least a portion of the glass panel is transparent. C15. The display device according to C13 or C14, wherein at least part of the glass panel is opaque. C1 6. The display device according to any one of C13 to C15, wherein the 18 201247569 - curved glass edge member is along The length of the first curved glass edge member includes a grooved edge and the first linear peripheral edge of the glass planar member is bonded to the grooved edge. The glass panel of any one of clauses C13 to C16, wherein the glass fringing member overlaps the first curved glass edge member. C18. The display device of any of C13 to C17, wherein the first curved glass edge member is in abutting relationship with the glass planar member. C19. The display device of any of C13 to C18, wherein the backing member is bonded to both the glass planar member and the first curved glass edge member. C20. The display device of any of C13 to C19, wherein the first curved glass edge member is adhered to the glass planar member with an adhesive. C21. The display device of any of C13 to C20, wherein the glass planar member and the first curved glass edge member are chemically reinforced. C22. The display device of any of C13 to C20, wherein the glass planar member is laminated glass. The display device of any one of C13 to C22, wherein the glass panel further comprises: a second curved glass edge member, the second sunken glass edge member is bonded to the second line of the glass surface member Shaped peripheral edge. C24. The display device of claim C, wherein the second linear peripheral edge is parallel to the first linear peripheral edge. C25. A method for forming a glass panel, the method comprising the steps of: forming a trench in the first glass substrate; heating the first glass substrate, 201247569 and bending the first glass substrate such that the cross-sectional shape of the first glass substrate is Arc-shaped in a direction perpendicular to the groove; separating the first glass substrate along the groove such that a groove is formed along an edge of the first curved glass edge member; providing a first planar glass plate, the first A planar glass sheet comprising: two parallel major surfaces and a first linear peripheral edge; the first curved glass edge member is adhered to the first linear peripheral edge of the first planar glass sheet such that the first curved glass edge member Extending outwardly from the first planar glass sheet, and wherein the imaginary plane intersects the first curved glass edge member, the imaginary plane extending through the first planar glass sheet, and the imaginary plane is parallel to the major surface of the first planar glass sheet . C26. The method of C25, wherein the first planar glass sheet is reinforced glass. A flat glass plate in which the adhesive package C27 is a method as described in C25 or C26, wherein the first system is chemically strengthened or laminated. C28. The method of any one of C25 to C27, comprising: an adhesive. C29. The method of any of C25 to C28, wherein the first planar glass sheet overlaps the first curved glass edge member. C30. The method of contacting the ancient, +, as described in any one of C25 to C29, wherein the first curved glass edge member is in abutting relationship with the glass planar member. C31. The method of any one of C25 to C30, the method further comprising the step of: adhering the backing member to the mouth of the mouth; the joint being between the first planar glass sheet and the first curved glass edge member The door. C32. The method according to any one of C25 to C31, wherein the method further comprises 20 201247569 comprising the step of: adhering the second curved glass edge member to the second linear peripheral edge of the first planar glass sheet . The method of C32, wherein the second linear peripheral edge is parallel to the first linear peripheral edge. It will be apparent to those skilled in the <Desc/Clms Page number> For example, while the foregoing description considers a cover sheet placed prior to the display panel, embodiments of the glass cover sheets disclosed herein may also be used in other applications. Therefore, the present invention is intended to cover such modifications and variations as fall within the scope of the appended claims and the scope of the appended claims. For example, π uses a glass cover plate as a surface treatment (on the surface below) for both large appliances and small appliances, including: refrigerators, stoves, and automation applications. When glass cover sheets according to embodiments disclosed herein are used in non-display applications, the glass cover sheets may not necessarily be transparent, but may be all transparent, all half: bright and all: transparent 'or It is a combination of transparency, translucency and opacity for special applications. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a partial cover glass cover panel; the wearer includes: FIG. 2 is a front view of an example cover such as a panel pack panel, and the example covers 21 201247569. The member and the two flanking edge members are attached to the central planar member; FIG. 3 is a cross-sectional side view of the edge member of the <column according to the present invention and the edge member comprises: 4 is a cross-sectional side view of the method of manufacturing the edge member, and FIG. 5 is a cross-sectional side view of the planar member according to the embodiment of the present invention. FIG. A cross-sectional side view of the laminated planar member; Figure 7 is a cross-sectional side view of a portion of the glass-covered panel in accordance with an embodiment of the present invention; and Figure 8 is a closed view of the joint, which is in the plane of the glass-covered panel of the seventh circle Between the member and the edge member; Figure 9 is a cross-sectional side view of a portion of another glass-covered panel, the method of the cross-sectional side view member - the first to the first GC A cross-sectional side view of a joint portion of a glass cover panel according to the present invention, and FIGS. 10 to 10C illustrate different edge portions of the edge member and the planar member and the backing member; FIG. 11 is based on A cross-sectional side view of the joint portion of the glass-covered panel embodiment of the present invention, the cross-sectional side view illustrating the arrangement of the edge member and the planar member 2, the arrangement having both an overlapping relationship and an adjacent relationship, and FIG. Fig. 12 is a cross-sectional side view of another embodiment of a glass cover sheet according to the present invention, 22 201247569; and Fig. 3 is a cross-sectional side view of still another embodiment of the glass cover sheet according to the present invention. [Main component symbol description] 10 Display device 12 Glass cover plate 14 Display panel 16 Case 18 First substrate 20 Second substrate 22 Sealing material 24 Square 26 Arrow 28 Edge member 30 Planar member 32 Opposite edge 34 Convex surface 36 Concave surface 38 Groove 40 Groove 42 Preform 44 Mold 45 Cutting line 46 First major surface 48 Second major surface 50 Skin glass 52 Core glass 54 Adhesive 55 Layer 56 Surface 58 Surface 60 End surface 64 Bonding 66 Virtual plane 68 Backing member 23