M328033 } Λ 八、新型說明： 【新型所屬之技術領域】 本創作係-種觸控面板之結構，尤其是 塗佈第-導電層、絕緣介電層及第二導 及降低生產成本之觸控面板之結構。 々曰加其透先度 【先前技術】 璃4/玻觸二其觸控面板之結構不外乎為玻 f高;2·導電層以 内，^及2.透光度較低等缺點，誠屬美中不足之處。； 【新=必要設計-種觸控面板之結構 ’以克服上述缺陷。 基材上塗佈結構’其係於透明 透光度。介電層及第二導電層，以增加其 低生產成本。 電層絕緣介電層及第二導電層，以降 導電層構，其第- 括··一為s述 其上具有若干第M328033 } Λ 八, New Description: [New Technology Area] This is a structure of touch panel, especially coating the first conductive layer, insulating dielectric layer and second guide and reducing the production cost. The structure of the panel. 々曰加透透度[Previous technology] Glass 4/glass touch two touch panel structure is nothing more than glass f high; 2 · conductive layer, ^ and 2. low transmittance and other shortcomings, sincere It is a shortcoming in the United States. [New = necessary design - the structure of the touch panel] to overcome the above drawbacks. The coated structure on the substrate is attached to transparent transmittance. The dielectric layer and the second conductive layer increase its low production cost. The electric layer is insulated from the dielectric layer and the second conductive layer to reduce the conductive layer structure, and the first one has a plurality of
感知上具有至少—第—感舰，且每—第—感應帶H M328033 Κϊί 接於該第- 感應區 層 第 電極 上具有若干第二感應帶，且‘一第、絕緣介電層上，其 威羞’ &每-第二感應帶之以玆一第二 、…清「併參閱圖1至圖6，其中，圖1繪示本創作一較佳眚 意圖;圖2繪示本 第-導電層經“;或塗作之 之tn,:刻或塗佈後留下若干第二感應帶 士不心圖，圖6、、、曰7K本創作之透明基材上印刷第二電極層之示 思圖。 ’ 如圖所示，本創作之觸控面板之結構，其至少包括··一 明基材10，一第一導電層20 ; —絕緣介電層30 ;以及一第二 導電層50所組合而成。 其中，該透明基材10係用以承載該第一導電層2〇、絕緣 介電層30以及第二導電層50等元件，其例如但不限於為玻 璃、聚碳酸酯(PC)、壓克力(PMMA)、聚對苯二甲酸乙二酯(pet) 或二醋酸纖維素(TCA)基板，在本實施例中係以玻璃基板為例 加以說明，但並不以此為限。 ^ 該第一導電層20係以例如但不限於塗佈氧化銦錫(|TO)或 氧化銻鍚(ΑΤΟ)方式形成於該透明基材1〇之一側，例如但不限 於上方側，其上具有若干第一感應帶21，每一第一感應帶21 上具有至少一第一感應區22，且每一第一感應帶21之端部具 •M328033 成於該 s =ΐ_角並==形該ϊ= 姑紋緣入:第感應τ 21呈縱向排列且互相平行。 佈絕i物2()上’其可由塗 發、二氧化錫或ί氧例如但不限於為二氧化 廍示，，將如圖3所示之該第一感應帶21及第-感 :21 ‘經由若干導線41 ’使該第-iPerceptually having at least a first sense ship, and each of the first induction bands H M328033 Κϊί is connected to the first sensing layer to have a plurality of second sensing strips on the first electrode, and on the first insulating dielectric layer Weiwei ' & every second sense band is second, ... clear" and refer to Figure 1 to Figure 6, wherein Figure 1 shows a better intention of the present creation; Figure 2 shows the first - The conductive layer is printed on the conductive substrate by the "tn," or after coating or coating, leaving a number of second sensing strips, and the second electrode layer is printed on the transparent substrate of the present invention. Illustrations. As shown in the figure, the structure of the touch panel of the present invention comprises at least a substrate 10, a first conductive layer 20, an insulating dielectric layer 30, and a second conductive layer 50. . The transparent substrate 10 is used to carry the first conductive layer 2, the insulating dielectric layer 30, and the second conductive layer 50, such as, but not limited to, glass, polycarbonate (PC), and acrylic. The force (PMMA), polyethylene terephthalate (pet) or cellulose diacetate (TCA) substrate is described by way of example in the present embodiment, but is not limited thereto. The first conductive layer 20 is formed on one side of the transparent substrate 1 by, for example, but not limited to, coating indium tin oxide (|TO) or yttrium oxide, such as, but not limited to, an upper side. There are a plurality of first sensing strips 21, each of the first sensing strips 21 has at least one first sensing region 22, and the end of each of the first sensing strips 21 has a M328033 at the s = ΐ _ angle and = = shape ϊ = 姑 grain edge entry: the first induction τ 21 is arranged longitudinally and parallel to each other. The second sensing strip 21 and the first sensing strip 21 as shown in FIG. 3 may be shown by the coating, tin dioxide or oxygen, such as, but not limited to, cerium oxide. 'Make the first -i via several wires 41'
ίί:銀且漿二刷於t透明基材H t〇TT,7^m ^ 了^^1」母-紅感應帶51上具有至少—第 電極層2)。感端部具有導線61連接至-νι°β 塗佈方式職贿 排列且互鮮行，射__如但秘動向 M328033 作，且該第二感應帶51之第二感應區52例如但不限於為菱 开>、直條形、三角形、六角形或圓形，在本實施例中係以六角 形為例加以說明，但並不以此為限。該第二感應帶51及第'二 感應區52之數量可視需要而改變，數量愈多則感應度愈高但 成本相對也會增加。如圖5所示即為將該第二導電層5〇餘刻 或塗佈後所留下之該第二感應帶51及第二感應區52之示^ .圖’該第二感應帶51呈橫向排列且互相平行。此外，該第二 感應帶21與該第二感應帶51係以正交方式排列。 如圖6所示，將如圖5所示之該第二感應帶51及第二感 丨應區52印刷上該第二電極層60及若干導線61，使該第二^ 應帶51可經由導線61耦接至該第二電極層60，俾與外界I 控制電路(圖未示)連接。其中，該第二電極層6〇例如但不1限 於，由銀漿、碳漿或銅漿等導電物質印刷於該透明基材1〇上 所形成，且該導線61之數量不限與該第二感應帶51之數量相 同’且該第二電極層60不限位於該透明基材1〇之左方 得與該第一電極層40重疊。 一个 此外，如圖1所示，本創作之觸控面板進一步具 -其係位於該第二導電層50之一侧，該防到光學 塗層70可由塗佈抗反射(綱彻丨丨⑽丨Ve)物質或防眩 予 所严成，其中該抗反射或防眩物質例如但不限 石夕、二氧化錫或二氧化鈦等之複合物 ?則所:需光學塗層7~ 笛-f ΐίίΙΓ之難面板，其胁翻基材1G上直接塗佈 ί二層絕緣介電層30及第二導電層50，因ί口且 有-層透明基材1〇,因此可增加其透光 彦ϋ 導電層50間僅具有一絕緣介電層3〇，其間隔極短，可提高感 8 M328033 ίί構=步t創作之觸控面板之結構雜習知技術之觸控面 古由創作之觸控面板之結構之實施，其於透明基材 接塗佈弟一導電層、絕緣介電層及第二導電層，且有可妗 降低生產成本及可提高感應度等優點，/因此; 了改善％知觸控面板結構之缺點。 •㈣者’乃較佳實施例之一種，舉凡局部之變更或 «該項技藝之人所易於推 里於ϊί所Ϊ，本論就目的、手段與功效，在在顯示其迥 以;iH? ’ ，亦在在符4 俾嘉惠以實^便處委貝明察，並析早日賜予專利， 【圖式之簡單說明】 之結圖構1 之為示一&意圖’其緣示本創作一較佳實施例之觸控面板 步塗意層圖之示其， 佈後圖留3下為若一干=應其帶 極層圖之4示為意:《示賴，躲示本創作之透明基材上印刷第一電 極層圖之6^«示意圖’錄示本創作之透明基材上印刷第二電 【主要元件符號說明】 透明基材10 第一導電層20 M328033 第一感應帶21 絕緣介電層30 導線41 第二感應帶51 第二電極層60 防刮光學塗層70 第一感應區22 第一電極層40 第二導電層50 第二感應區52 導線61Ίί: Silver and paste are brushed on the t transparent substrate H t〇TT, 7^m ^ ^^1" The mother-red sensing strip 51 has at least - the first electrode layer 2). The sensing end portion has a wire 61 connected to the -νι°β coating mode and is mutually fresh, and the sensation is made to the M328033, and the second sensing region 52 of the second sensing band 51 is, for example but not limited to, In the present embodiment, a hexagonal shape is used as an example, but it is not limited thereto. The number of the second sensing strip 51 and the second sensing zone 52 may be changed as needed. The greater the number, the higher the sensitivity but the relative cost. As shown in FIG. 5, the second inductive strip 51 and the second sensing region 52 are left after the second conductive layer 5 is left or coated. Horizontally aligned and parallel to each other. Further, the second inductive strip 21 and the second inductive strip 51 are arranged in an orthogonal manner. As shown in FIG. 6, the second sensing layer 51 and the second sensing region 52 shown in FIG. 5 are printed with the second electrode layer 60 and a plurality of wires 61, so that the second sensing tape 51 can be The wire 61 is coupled to the second electrode layer 60 and is connected to an external I control circuit (not shown). The second electrode layer 6 is, for example, but not limited to, formed by printing a conductive material such as silver paste, carbon paste or copper paste on the transparent substrate 1 , and the number of the wires 61 is not limited to the first The number of the two sensing strips 51 is the same 'and the second electrode layer 60 is not limited to be located on the left side of the transparent substrate 1 得 to overlap the first electrode layer 40. In addition, as shown in FIG. 1, the touch panel of the present invention further has a side on the side of the second conductive layer 50, and the anti-optical coating 70 can be coated with anti-reflection. Ve) substance or anti-glare is strictly formed, wherein the anti-reflection or anti-glare substance is, for example, but not limited to, a composite of stone, tin dioxide or titanium dioxide, etc.: optical coating 7~ flute-f ΐ ίίΙΓ The difficult-to-face panel has a two-layer insulating dielectric layer 30 and a second conductive layer 50 directly coated on the slanting substrate 1G, and the light-transmissive conductive layer is increased by the transparent layer of the transparent substrate. 50 devices have only one insulating dielectric layer 3〇, and the interval is extremely short, which can improve the sense of the touch panel of the touch panel created by the method of the touch panel. The structure is implemented by coating a transparent substrate with a conductive layer, an insulating dielectric layer and a second conductive layer, and has the advantages of reducing production cost and improving sensitivity, and thus improving the % touch The shortcomings of the control panel structure. • (4) is a kind of preferred embodiment. Any change or part of the skill is easy to push in. 本 The purpose, means and function of this theory are showing what it is; iH? In the 4th 俾 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠 惠The touch panel of the preferred embodiment is shown in the layered diagram of the touch panel, and the left panel of the cloth is left as if it is a dry layer = the layer of the layered layer diagram is intended to be: "Zhe Lai, hiding the transparent base of the creation. 6^« Schematic diagram of the first electrode layer printed on the material. The second electrode is printed on the transparent substrate of the creation. [Main component symbol description] Transparent substrate 10 First conductive layer 20 M328033 First sensing tape 21 Insulation Electrical layer 30 wire 41 second inductive strip 51 second electrode layer 60 scratch-resistant optical coating 70 first sensing region 22 first electrode layer 40 second conductive layer 50 second sensing region 52 wire 61