M339028 八、新型說明： 【新型所屬之技術領域】 乂本創作係關於一種觸控面板，其作為基板的導電破螭 係切割成特定非方形之形狀。 【先前技術】 電阻式觸控面板係為目前較普遍之觸控面板之―，其 於、、。構上係主要於一玻璃基板上設有上下堆疊的上導電薄 膜及下導電薄膜’其中該兩層導電薄膜之間係設有間隔 層，令觸控筆或手指施壓於上導電薄膜表面，使該施力： 處的上、下導電薄膜相互接觸而導通，其中下導電薄膜可 直接=鑛膜方式形成於玻璃基板上而構成-導電玻璃。 *觸拴面板欲設計成特定外觀樣式時，就必須使各 外觀結構跟著改變，其中關於基板部>，係有廠商以心 成型各種形狀的塑膠材質作為觸控面板之基板以利外觀饥 計：㈣於塑膠材質較軟，當觸控面板組裝於液晶顯示： 上Ί到外力衝擊將容易導致液晶顯示器損壞。 為增加觸控面你夕| ^ 璃A杯，伯一、 遂有廠商想使用導電破 土 又為了加工的便利性，導電玻璃皆為方形結 不易作產品造形的變化，以致目前習見使用導電破璃 基板的觸控面板的形处π σ 电敬場 & 於單調’不易設計出多種不同型 式的面板，提供使用參夕 ,L 吏用者夕樣化的選擇。另有廠商考；#為善 顧外觀及耐衝擊性，而杜ro 1 ^馬兼 使用一般玻璃，將之切割為非方# 再於該一般玻璃上以映舰L 勹非万形， 骖體貼附一下導電薄膜，然而，多一 4 M339028 及降低製程效率 層膠體結構將影響觸控面板之透光率 【新型内容】 有鐘於上述說明，本創作之主要目的係提供一種全平 面觸控面板及基板，用 别既有面板形狀單調，並 挺i、其強度，且不影塑觸如^4 #社面板之透光率，進而提供更佳 的電性連接設計空間。 和面Γΐίϋ目的所使用之主要技術手段係令該全平面觸 !反匕3 一基板、一形成於基板上的間隔層、一設於間 隔層上的上導電薄膜、一兮於 ^ ° 又於该上導電薄膜上的保護層， 其中： 該基板係為一具有特定非方形 ❿ < 形狀的導電玻璃。 由於本創作之導電玻璃基板係 双货'具有非方形之形狀，可 提供更佳的電性連接設計空間， 门選可較一般制式的導電玻 璃更能提供觸控面板外觀之多樣化 化&擇，且藉由保護層覆 設於導電薄膜上提供保護作用外， 也k供比塑膠材質的基 板具有更佳的硬度，可降低外力衝 拳k成所搭配組裝的液 晶螢幕損壞的機率。 【實施方式】 請參考第一圖所示，本創竹八τ ^ . 別作全平面觸控面板之剖面 圖，係包含· 一導電玻璃基板（1 〇 )，譜；隹 、 運—步參考第二圖所示，M339028 VIII. New Description: [New Technology Field] 乂This creation is about a touch panel in which the conductive breakage of the substrate is cut into a specific non-square shape. [Prior Art] The resistive touch panel is the most common touch panel at present, and it is. The structuring system is mainly provided with an upper conductive film and a lower conductive film stacked on top of each other on a glass substrate, wherein a spacer layer is disposed between the two conductive films to press a stylus or a finger on the surface of the upper conductive film. The upper and lower conductive films at the place where the force is applied are electrically connected to each other, and the lower conductive film can be formed directly on the glass substrate by a mineral film to form a conductive glass. * When the touch panel is designed to be designed into a specific appearance, it is necessary to change the appearance structure. In the case of the substrate portion, a plastic material of various shapes is formed by the manufacturer as a substrate of the touch panel to facilitate the appearance of hunger. (4) The plastic material is soft, when the touch panel is assembled on the liquid crystal display: The impact of the external force on the upper jaw will easily cause damage to the liquid crystal display. In order to increase the touch surface of your evening | ^ Glass A cup, Bo Yi, there are manufacturers want to use conductive ground breaking and for the convenience of processing, conductive glass is a square knot is not easy to make a change in the shape of the product, so that the current use of conductive glass The shape of the touch panel of the substrate is π σ electric field & monotonous 'not easy to design a variety of different types of panels, providing the choice of using the eve, L 吏 users. Another manufacturer's test; #for good appearance and impact resistance, and Du ro 1 ^ horse and use general glass, cut it into a non-square # again on the general glass to the ship L 勹 万 ,, 骖 贴Attach a conductive film, however, more than one M339028 and reduce the process efficiency layer colloid structure will affect the light transmittance of the touch panel [new content] With the above description, the main purpose of this creation is to provide a full-plane touch panel And the substrate, with the shape of the existing panel is monotonous, and it is quite strong, and it does not affect the light transmittance of the panel, thus providing a better electrical connection design space. The main technical means used for the purpose of the surface is to make the full-plane touch! A substrate, a spacer layer formed on the substrate, an upper conductive film disposed on the spacer layer, and a a protective layer on the upper conductive film, wherein: the substrate is a conductive glass having a specific non-square shape < shape. Since the conductive glass substrate of the present invention has a non-square shape, it can provide a better electrical connection design space, and the gate selection can provide a more diversified appearance of the touch panel than the conductive glass of the general system. Alternatively, and by providing a protective layer on the conductive film to provide protection, it also provides better hardness than the substrate of the plastic material, and can reduce the probability of damage of the LCD screen assembled by the external force punching. [Embodiment] Please refer to the first figure, this is a cross-sectional view of a full-plane touch panel, including a conductive glass substrate (1 〇), spectrum; 隹, —-step reference As shown in the second figure,
該導電玻璃基板（1 0 )係兩相對^ I W逢均形成圓弧段； 5 M339028 間隔層（1 1) ’係形成於該導電玻璃基板（l〇) 上’邊間隔層（1 1 )包含複數間隙子（1 1 0 )及包圍 ΰ亥些間隙子（1 1 0 )而形成於四周側邊的黏膠（1 1 1 ); - 一上導電薄膜（1 2 )，係藉由前述黏膠（1 1 i ) . 貼設於該間隔層（1 1 )上· • 保€層（1 3 )，係設於該上導電薄膜（1 2 )上， 該保護層（1 qI ^ - 乂 上導電薄膜（1 2 )之間的四周側邊 係形成有内框層（1 q Λ _ I滑I丄3 ο )，該内框層（1 3 〇 )可為印 刷或電鍍所形成的鏡面油墨。 p除第—圖之樣式之外，前述導電玻璃基板（1 〇 )另 Z刀J為多種樣式，例如第三圖所示，除兩相對側邊形成 圓弧段之外，Λs 取 ° 、另一側邊形成一内凹的圓弧狀缺口 （工 曰a )以供觸控面板之電性連接用；例如第四圖所 二兩相鄰角落形成圓弧段，且形成有一條狀缺口（Η ，供觸控面板之電性連接用。 .連接、=所述，本創作之導電玻璃基板可依觸控面板電性 計，可較-般制式二 具有非方型之設 • 式電玻璃具有更大的岸用允 -一可降低外力衝擊造成所 【圖式簡單說明】 ί圖.係本創作之觸控面板的剖視圖。 弟二圖··係本創作之導電玻璃 签饭乐季父佳實施例的 6 M339028 俯視圖。 第三圖：係本創作之導電玻璃基板第二較佳實施例的 俯視圖。 第四圖：係本創作之導電玻璃基板第三較佳實施例的 俯視圖。 【主要元件符號說明】 (10，10a，10b)導電玻璃基板 (11)間隔層 (1 1 0 )間隙子 （1 1 1 )黏膠 (1 2 )上導電薄膜 （1 3 )保護層 (1 3 0 )内框層 （1 4 a )圓弧狀缺口 (1 4 b )條狀缺口The conductive glass substrate (10) is formed into a circular arc segment by two opposite sides; 5 M339028 spacer layer (1 1) is formed on the conductive glass substrate (l〇) and the edge spacer layer (1 1 ) comprises a plurality of spacers (1 1 0 ) and a glue (1 1 1 ) formed on the sides of the periphery surrounded by the gaps (1 1 0 ); an upper conductive film (1 2 ) a glue (1 1 i ) is attached to the spacer layer (1 1 ). • a layer (1 3 ) is provided on the upper conductive film (1 2 ), the protective layer (1 qI ^ - 乂The inner side of the upper conductive film (12) is formed with an inner frame layer (1 q Λ _ I slip I 丄 3 ο ), and the inner frame layer (1 3 〇) can be a mirror surface formed by printing or electroplating. In addition to the pattern of the first figure, the above-mentioned conductive glass substrate (1 〇) and the other Z-knife J are in various styles, for example, as shown in the third figure, except that the opposite sides form a circular arc segment, Λ s take The other side forms a concave arc-shaped notch (work a) for electrical connection of the touch panel; for example, the two adjacent corners of the fourth figure form a circular arc segment and are formed with a strip shape gap Η For the electrical connection of the touch panel. . Connected, = said, the conductive glass substrate of the present invention can be based on the touch panel electrical meter, and can be compared with the general-purpose two-type electric glass. It has a larger shore-use--one can reduce the impact of external force. [Simplified illustration of the drawing] ί图. This is a cross-sectional view of the touch panel of this creation. Brother II.······························ 6 M339028 top view of a preferred embodiment. Third: a top view of a second preferred embodiment of the present conductive glass substrate. Fourth: a top view of a third preferred embodiment of the present conductive glass substrate. Component Symbol Description] (10,10a,10b) Conductive Glass Substrate (11) Spacer (1 1 0) Gap (1 1 1) Adhesive (1 2 ) Upper Conductive Film (1 3 ) Protective Layer (1 3 0 ) inner frame layer (1 4 a) arc-shaped notch (1 4 b ) strip gap