M329825 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種全平面觸控面板，尤指一種整合電 阻式與電容式之全平面觸控面板。 【先前技術】 « 舉凡行動電話、個人數位助理（PDA:pers〇nal digital 丨assistant)等電子通訊產品，係為人類在信息溝通與傳遞 貝訊上相當普及的工具，上述電子產品皆可搭配具有觸控 功能之螢幕而使其操作上更加便利。 ^既有可搭載一觸控榮幕之電子通訊產品，如行動電 話，亦兼具有複數以塑膠材質製成之按鍵構*，因其按鍵 為突起之構造，使該電子產品佈設有觸控螢幕與按鍵之表 面無法呈現一完整平坦之表面。M329825 VIII. New Description: [New Technology Field] This creation is about a full-plane touch panel, especially a full-surface touch panel with integrated resistive and capacitive. [Prior Art] « Electronic communication products such as mobile phones and personal digital assistants (PDAs) are popular tools for information communication and communication. These electronic products can be matched with The screen of the touch function makes it more convenient to operate. ^ There are electronic communication products that can be equipped with a touch screen, such as mobile phones, and a plurality of button structures made of plastic materials. Because of the structure of the buttons, the electronic products are provided with touch. The surface of the screen and buttons does not present a complete flat surface.
【新型内容】[New content]
螢幕端表面， 一完整平坦之 ° ’ 一般具觸控面板之電子通訊產品 因其兼具之按鍵構造而無法與觸控螢幕呈 表面。 的 現The surface of the screen is completely flat. The electronic communication products with touch panels are not able to surface with the touch screen due to their combined button structure. Present
有鑑於此，太奋I A 尽到作之目的係提供一種高平坦度電阻電 容整合式觸控面板， 仅 了使電子產品於螢幕顯示端呈現一全 平面構造。In view of this, Tai Fen I A strives to provide a high-flatness resistive capacitive integrated touch panel, which only allows the electronic product to present a full-plane configuration on the screen display end.
欲達上述目的 阻電容整合式觸 所使用之主要技術手段係令該高平 控面板包含： 坦度 5 M329825 一基板； 下‘電層，係設於該基板上，其上表面形成一下螢 幕區與一下按鍵區； 一上導電層，係設於下導電層上方，其下表面形成一 上螢幕區與一上按鍵區； *光予膠及複數間隙子，間隙子係佈設於該上螢幕區與 下螢幕區之間，該光學膠係佈設於該上按鍵區與下按鍵區 之間，間隙子與光學膠間係設置一間隔物加以區隔。 可進一步令一中導電層設置於下導電層之下表面與基 板之間α降低上導電層與下導電層之間的電磁干擾。 、本創作係主要於上導電層與下導電層之間以間隔物分 成兩區而刀別填充有間隙子及光學膠，使上下導電層所構 ，觸控面板可分為一電阻式觸控面板構造及一電容式觸 &面板構&彳分別應用該電阻式及電容式觸控構造作為 一觸控螢幕及一觸和；&紐 、# 工知鐽，進而達成一高平坦度電阻電容 整合式觸控面板。 —本創乍之a目的係提供一種具有抗刮功能的電阻電 谷整合式觸控面板，由 田 / 由於上導電層係呈一薄膜狀，又位於 最外層易受刮傷而影變 、 ’、I、、員像，疋以，本創作進一步於該上 導電層之上表面黏合—> 抗刮層，以保護該上導電層，又欲 避免使上、下導雷屛α & 9間所佈設之導線及交疊的電極被視 及’可對應上、下馨笪 、 區之導線位置與上、下按鍵區於上 ¥電層之上表面塗佈色漆作為遮蔽。 6 M329825 【實施方式】 明芩考第-圖所示，係本創作第— 子裝置的平而-立 具施例應用於一電 包含有二圖’該電子裝置的外殼（1〇 - 有觸控螢幕區（1〇)及一總仏 表面 該觸控按鍵區（1彳）呈古 觸控按鍵區（ID ， - Ill)具有一觸控按 觸控按鍵部(110)，該 ，I 〔 1 1 0 )係包含複數圖索Γ 1、η 、 圖案（1 1 〇 a > # α # ^ (1 1 0 a)，各 請表考宽）係用以代表特定功能之按鍵。 •立體分解圖及;圖所示’係本創作第一實施例之 口及組合不意圖，係包含有： 上‘電層（2)，其下表面包含 及-上按鍵區（21)， 3上榮幕區（20) 控螢幕區°°(2〇)對應前述觸 兩側邊形成有兩X導線（2〇 踹八別、車M ' 2 〇 〇 3 )，各引導線（2 0 0 a ) 一 . 知刀另連接各X導绩（"9 η η、 r…―山 〇)而另端延伸至上導電層 ( j係對應則述觸控按鍵The main technical means used to achieve the above-mentioned resistance-capacitor integrated touch system is to make the high-level control panel include: a 5th M329825 substrate; a lower 'electric layer, which is disposed on the substrate, and the upper surface forms a screen area and a button layer; an upper conductive layer is disposed above the lower conductive layer, and a lower screen surface and an upper button region are formed on the lower surface thereof; * a light glue and a plurality of gaps, the gap sub-system is disposed on the upper screen area and Between the lower screen areas, the optical glue is disposed between the upper button area and the lower button area, and a spacer is disposed between the gap and the optical glue to be separated. Further, a conductive layer may be disposed between the lower surface of the lower conductive layer and the substrate to reduce electromagnetic interference between the upper conductive layer and the lower conductive layer. The creation system is mainly divided into two regions by the spacer between the upper conductive layer and the lower conductive layer, and the knife is filled with the gap and the optical glue to make the upper and lower conductive layers, and the touch panel can be divided into a resistive touch. The panel structure and a capacitive touch & panel structure & 应用 respectively apply the resistive and capacitive touch structures as a touch screen and a touch; & New, #工知鐽, thereby achieving a high flatness Resistor-capacitor integrated touch panel. - The purpose of this creator is to provide a resistive electric grid integrated touch panel with scratch resistance. The field / film is in the form of a film due to the upper conductive layer, and the outermost layer is susceptible to scratches and shadows, ', I, the member image, 疋 疋, the creation further adheres to the surface of the upper conductive layer -> scratch-resistant layer to protect the upper conductive layer, and also to avoid the upper and lower guide Thunder α & 9 The laid wires and the overlapping electrodes are regarded as 'shadowable to the upper and lower enamel, the wire position of the area, and the upper and lower button areas are coated with the paint on the upper surface of the upper layer. 6 M329825 [Embodiment] As shown in the figure-picture, the flat-legged embodiment of the first sub-device is applied to a housing containing two diagrams of the electronic device (1〇-touched) Controlled screen area (1〇) and a total surface of the touch area (1彳) is an ancient touch button area (ID, - Ill) having a touch button (110), which is 1 1 0 ) is a combination of a plurality of graphs 、 1, η, and a pattern (1 1 〇 a ># α # ^ (1 1 0 a), each of which is a table width). The three-dimensional exploded view and the illustrations are not intended to include the first electric layer (2), and the lower surface includes and the upper button area (21), 3 Shangrong Screen Area (20) Control Screen Area °°(2〇) corresponding to the two sides of the above-mentioned touch to form two X-wires (2〇踹8, Car M' 2 〇〇3), each guide line (2 0 0 a) I. Knowing the knife is connected to each X guide ("9 η η, r...―mountain) and the other end extends to the upper conductive layer (the j system corresponds to the touch button)
σ )，’、上形成有複數電極（2 1 Π彳βH 線（u〇a)，各電極（21〇ϋ0、）及複數引導 U )位置分別對應前述 控按鍵部（110)之圖案（1 丄l〇a)，該上按鍵區（ 1)之各引導線（21Ga)__端分別連接各電極（21 〇)，其另端共同延伸至上導電層（2)之另端； -下導電層（3)，係設於上導電層（2)下方，其 上表面包含一下螢幕區（3〇)及一下按鍵區（31/，、 該下螢幕區（30)對應上螢幕區（2〇)，於相對另兩 侧邊形成有兩Y導線（3 〇 〇 )及兩引導線（3 〇 〇 a ): 7 M329825 各引導線（3 Ο 0 a ) —端分別連接各Y導線（3 〇 〇 )， 各引導線（300a)另端延伸至對應上螢幕區（2〇) 引導線（2 〇 〇 a )之同一側邊，使與上螢幕區（2 〇 ) 之引導線（2 0 0 a )共同連接至一第一軟性電路板（5 a);該下按鍵區（3 1)對應前述上按鍵區（21)， 其上形成一電極（3 1 0 )及一引導線（3 1 〇 a )，該 電極（310)位置對應前述觸控按鍵部（iiQ)，古亥 電極（3 1 〇)於前述上按鍵區（2 1)之投影範圍可涵 _ 蓋該上按鍵區（2 1 )之各電極（2 1 〇 )，該下按鍵區 (3 1 )之引導線（3 1 0 a )係一端連接該下按鍵區（3 1 )之電極（3 1 0 )，另端則延伸至對應上按鍵區（2 1 )引導線（2 1 0 a )之同一側邊，使與上按鍵區（2 1 )之引導線（2 1 0 a )共同連接一第二軟性電路板（5 、 b )； 一基板（4)，設於前述下導電層（3)下方，係提 鲁供下導電層（3)言史置於其上，其設置方式可為塗佈或以 光學膠黏附於其上。 • 於該實施例中，進一步以色漆（5 3 )局部塗佈於上 .導電層（2)之上表面，其塗佈範圍對應上螢幕區〇〕 之周緣與整個上按鍵區（21)，使其可遮蔽上、下榮幕 區（20) (30)之Χ、γ導線（2〇〇) (3〇〇) 以及上、下按鍵區（2 1 ) ( 3工）之間交疊的上、下電 極（210) (310)與引導線（21〇〇 (3ι〇 〇，該上導電層（2)之上表面未塗佈色漆（53)部 8 M329825 ’再者，於上導電層（2)上方 分則塗佈以光學 抗刮層（6)，其藉由光學膠 表面以保護該上導電層（2)。 导罨層（2)之上 請參考第四圖所示， — 施例中，下導電；h、為第一貝知例之剖視圖’於本實 上，其亦可藉光學膠勒'糸以塗佈方式設置於該基板（4) 声（2)盥下附於该基板（4)Jl;前述上導電 〇)與光學膠（ ^之間係填充有複數間隙子（5 其中，複數間隙 並以一雙面勝（52)加以區隔， 與下榮幕區（30):)乃均句佈設於上營幕區（”) 上按鍵區（21)1=;光學谬（51)則均勻佈設於 電声…”1)與下按鍵區（31)之間；再者，上導 、曰； 表面塗佈有色漆（5 3 )與光學膠（5丄）， 並黏设一抗到層（6 )。 :上述說明可知，填充於上導電…）與下導電詹 2 =間的間隙子（50)，使得上登幕區（2〇)與 品3 〇 )構成一電阻式觸控面板構造；而埴充於 上導電層（2 )與下導電層（3 )之間的光學膠（η )， :上按鍵區（2 1 )與下按鍵區（3 1 “籌成一電容式觸 工面板構造，藉此達成一高平坦度電阻電容整合式觸控面 板0 壯請參考第五圖所示，係、本創作第二實施例應用於電子 襄置的平面示意圖，該電子裝置的外&(lb)-表面包 3有-觸控螢幕區（6〇)及一觸控按鍵區（η)，該 觸控按鍵1(61)具有一觸控按鍵部（“Ο)，該觸 9 M329825 控按鍵部（610)係包含複數圖案（61〇a)，各圖 案（6 1 0 a )係用以代表特定功能之按鍵，與第一實^ 例不同之處在於第二實施例之觸控按鍵部（6丄〇 )的 案較多而密集。 ° 請參考第六圖及第七圖所示，係第二實施例之立體分 解圖及組合平面示意圖，係包含有： -上導電層（7)，其下表面包含一上螢幕區（7〇) 及-上按鍵區（71)，該上勞幕區（7〇)對應前述觸 控螢幕區（6 0 )，其相對兩側邊形成有兩χ導線（7 〇 0 )及兩引導線（7 0 〇 a )，各引導線（7 〇 〇 a ) _ 端分別連接各X導線（7〇〇)而另端延伸至該上導電I (7 )之一端；該上按鍵區（7丄）係對應前述觸控按鍵 區（6 1 )，其上形成有複數個平行排列的行電極（7 1 0 )及複數引導線（7 i 〇 a )，該上按鍵區（7 i )之 引導線（7 1 0 a ) —端分別連接各行電極（7丄〇 )， 其另端一同延伸至該上導電層（7)之一端。 一中導電層（8)，係設於上導電層（γ)下方，其 下表面包含一中螢幕區（80)及一中按鍵區（8工）， 該中螢幕區（80)對應前述上螢幕區（7〇)，於相對 另兩侧邊形成有兩Y導線（8 〇 〇 )及兩引導線（8 〇 〇 a )，各引導線（8 0 0 a ) —端分別連接各γ導線（8 00)而另端延伸至中導電層（8)對應上導電層（？） 引導線（7 0 0 a )之同端，使與上螢幕區（7 〇 )之引 導線（7 0 0 a )共同連接至一第三軟性電路板（5 c ) M329825 電性接觸；該中按鍵區（8 1 )，盆上开u ^ 對應前述上按鍵區（7 二極二0 81〇)及1導線…。": (10)位置對應前述觸控按鍵 其相對於前述觸控按鍵部（ 10)， 觸控按鍵部（…）的所有圖：)(:: = )圍可= =(二”,導線(81。〇一端連接該二: :延:至中導電層（8)對應上 引¥線（7 1 〇 a )之同端； ； -下導電I ( 9 )，係設於中導 上表面包含-下勞幕區（9〇)Π層（8)下方，其 該下螢幕區（90)對應上螢幕區（η :1)， 〇)丨該下按鍵區（91)對 幕區（8 ,^ )對應别迷上按鍵區（7 1 )乃 安鍵區（8 1 )，其上形成複數列電 數引導線（”0〇，各列電極（9 =及， 鍵[(71)之订電極（71〇)係相對交疊，其 位置係分別對應前述觸控按鍵部（6丄q)各個圖案^ l〇a)的位置；該下按鍵區（91)之引導線（“Ο a )係-端分別連接該下按鍵區（9丄）之列電極… 〇) ’另端則延伸至對應中導電層（8)引導線（8工〇 a )之同端’使與中按鍵區（8丄）之引導線（8 ^ ) 以及上按鍵區（7 1 )之引導線（7 i Q a )共同連接一 第四軟性電路板（5 d ); 一基板（4)，設於前述下導電層（9)下方，係提 供下導電層（9 )設置於其上’其設置方式可為塗佈或以 M329825 光學膠黏附於其上。 於該實施例中，亦進一步以色漆（5 3 )局部塗佈於 上導電層（7)之上表面，其塗佈範圍對應上螢幕區（7 0)之周緣與整個上按鍵區（71)，使其可遮蔽上、中 螢幕區（70) (80)之Χ、γ導線（7〇〇)(8〇 0)以及上、中、下按鍵區（71) (81) (91)之 間交疊的上、中、下電極（71〇) (810) (91〇) 與引導線（7 1 〇 a ) ( 8工〇 a ) ( 9丄〇 a )，該上 導電層（7 )之上表面未塗佈色漆（5 3 )部分則塗佈以 光學膠；再者，於上導電層（7)上方設置一抗刮層（6)， 其藉由光學膠黏設於上導電層（？）之上表面以保護該上 導電層（7 )。 明 > 考如第八圖所示，為第二實施例之剖視圖，前述 上導電層（7)與中導電層（8)之間係填充有複數間隙 子（50)與光學膠（5 "並以一雙面膠2)加以 區隔，其中，複數間隙子（5Q)均勻佈設於上螢幕區（7 〇)與中螢幕區（80)之間；光學#(51) 設於上按鍵區（7 1 )與中按鍵區（8 ) 、〇丄j <間；中墓雪 層（8)與下導電層（9)之間以及下導電層（9)與美 板（4 )之間係均勻填充光學膠（5丄），再者，:、土 層（7)之上表面塗佈有色漆（53)與光學電 並黏設有一抗刮層（6 )。 ） 與第一實施例不同處在於，該第二實施例進_ -中導電層（8)，可減少上導電層（7)與下導電層？广) 12 M329825 之冤m卞熳。 ”不上所逑’本創作於兩導電層間分 學膠，使此兩導電…盖“ ^ 具兄㈣于，、尤 一 m γ 4安M F ^ 成之觸控面板分為一觸控螢幕區與 一觸徑叛鍵區，就由舾 μ^ " 二螢幕區為電阻式觸控構造；觸控 时，、、、、谷式觸控構造，當應用於一般如手嬙$個人I 位助理（PDA)望了曰， 叙如手機或個人數 一般且塑膠# "、、控面板之電子產品，其相較於 呈= 現不平整表面之手機電子產品，更可 局部塗佈色漆以避免上再^本創作於上導電層的上表面 的電極被視及，接著 ^電層間所佈設之導線及交疊 該上導電層。者黏合一抗刮層於上導電層上，以保護 【圖式簡單說明】 第一圖··係本創作第一 面示意圖。 第二圖 第三圖 第四圖 第五圖 面示意圖 第六圖 第七圖 第八圖 貝々也例應用於一電子裝置之平 係本創作第一實施例之立體分解圖。 圖 :、本創作第一實施例之平面組合示意 係本創作第一實施例之剖視目 係本創作第-_ 罘一只轭例應用於一電子裝置之平 係本創作第二實施例之立體分解圖。 ::創作第二實施例之平面組合示意圖 '、創作第二實施例之剖視圖 13 M329825 主要元件符號說明σ ), ', is formed with a plurality of electrodes (2 1 Π彳βH line (u〇a), each electrode (21〇ϋ0,) and the complex guide U) respectively correspond to the pattern of the control button portion (110) (1)丄l〇a), each of the guide lines (21Ga)__ end of the upper button area (1) is connected to each electrode (21 〇), and the other end thereof extends to the other end of the upper conductive layer (2); The layer (3) is disposed under the upper conductive layer (2), and the upper surface includes a lower screen area (3〇) and a lower button area (31/, the lower screen area (30) corresponds to the upper screen area (2〇) ), two Y wires (3 〇〇) and two guide wires (3 〇〇a ) are formed on the opposite sides: 7 M329825 Each guide wire (3 Ο 0 a ) is connected to each Y wire (3 〇) 〇), the other end of each guide line (300a) extends to the same side of the upper screen area (2〇) guide line (2 〇〇a), so that the guide line with the upper screen area (2 〇) (200) a) commonly connected to a first flexible circuit board (5 a); the lower button area (31) corresponds to the upper button area (21), and an electrode (3 1 0) and a guiding line (3 1 are formed thereon) 〇a), the electricity The position of the pole (310) corresponds to the touch button portion (iiQ), and the projection range of the Guhai electrode (3 1 〇) in the upper button region (2 1) may cover the electrodes of the upper button region (2 1 ) (2 1 〇), the guiding line (3 1 0 a ) of the lower button area (3 1 ) is one end connected to the electrode (3 1 0 ) of the lower button area (3 1 ), and the other end is extended to the corresponding upper button a second flexible circuit board (5, b) is connected to the guiding line (2 1 0 a ) of the upper button area (2 1 ) to the same side of the guiding line (2 1 0 a ); A substrate (4) is disposed under the lower conductive layer (3), and is provided with a history of the lower conductive layer (3), which may be disposed by coating or optically adhering thereto. In this embodiment, the color coat (5 3 ) is further partially coated on the upper surface of the upper conductive layer ( 2 ), and the coating range corresponds to the periphery of the upper screen region and the entire upper button region (21). So that it can cover the upper and lower glory areas (20) (30), γ wires (2 〇〇) (3 〇〇) and the upper and lower button areas (2 1 ) (3 gongs) overlap Upper and lower electrodes (210) (310) and guidance (21〇〇(3ι〇〇, the upper conductive layer (2) is not coated with the color paint (53) part 8 M329825 ', and the upper conductive layer (2) is coated with optical anti-scratch a layer (6), which is protected by the surface of the optical adhesive to protect the upper conductive layer (2). Please refer to the fourth figure above the guiding layer (2), - in the embodiment, the lower conductive; h, the first A cross-sectional view of the example can be applied to the substrate (4) by means of an optical glue 糸 糸 声 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附 附) and the optical glue (^ is filled with a plurality of gaps (5 of which, the multiple gaps are separated by a double-sided victory (52), and the lower glory area (30):) is evenly laid on the camp Button area (") upper button area (21) 1 =; optical 谬 (51) is evenly distributed between the electroacoustic ... "1) and the lower button area (31); again, the upper guide, 曰; surface coating Colored paint (5 3 ) and optical glue (5丄), and adhesive primary layer to layer (6). : The above description shows that the gap between the upper conductive ...) and the lower conductive J 2 = (50), so that the upper landing area (2 〇) and the product 3 〇) constitute a resistive touch panel structure; Filling the optical glue (η) between the upper conductive layer (2) and the lower conductive layer (3), the upper button area (2 1 ) and the lower button area (3 1 "to form a capacitive touch panel structure, borrowing This achieves a high flatness resistance-capacitance integrated touch panel 0. Please refer to the fifth figure. The second embodiment of the present invention is applied to the schematic diagram of the electronic device, and the outer & (lb) of the electronic device - the surface package 3 has a touch screen area (6 inches) and a touch button area (n), the touch button 1 (61) has a touch button portion ("Ο", the touch 9 M329825 control button portion (610) includes a plurality of patterns (61〇a), and each pattern (6 1 0 a) is a button for representing a specific function, which is different from the first embodiment in the touch button portion of the second embodiment ( 6丄〇) is more and more dense. ° Please refer to the sixth and seventh figures, which is a perspective exploded view and a combined plan view of the second embodiment. The system comprises: an upper conductive layer (7), the lower surface of which comprises an upper screen area (7〇) and an upper button area (71), and the upper screen area (7〇) corresponds to the aforementioned touch screen area (6) 0), two opposite wires (7 〇0) and two guiding wires (7 0 〇a ) are formed on opposite sides, and each guiding wire (7 〇〇a ) _ end is connected to each X wire (7〇〇) And the other end extends to one end of the upper conductive I (7); the upper button area (7丄) corresponds to the touch button area (6 1 ), and a plurality of parallel arranged row electrodes are formed thereon (7 1 0 And a plurality of guiding lines (7 i 〇a ), the guiding lines (7 1 0 a ) of the upper button area (7 i ) are respectively connected to the respective row electrodes (7丄〇), and the other ends thereof extend together to the upper conductive One end of the layer (7). A middle conductive layer (8) is disposed under the upper conductive layer (γ), and the lower surface thereof comprises a middle screen area (80) and a middle button area (8 work), the middle screen The area (80) corresponds to the aforementioned upper screen area (7〇), and two Y-wires (8 〇〇) and two guiding lines (8 〇〇a) are formed on opposite sides, and each guiding line (800°) - the ends are connected to each γ Line (8 00) and the other end extends to the middle conductive layer (8) corresponding to the same end of the upper conductive layer (?) guide line (7 0 0 a), so that the guide line with the upper screen area (7 〇) (7 0 0 a ) Commonly connected to a third flexible circuit board (5 c ) M329825 electrical contact; the middle button area (8 1 ), the basin open u ^ corresponds to the aforementioned upper button area (7 two poles 2 0 81 〇) and 1 wire .... ": (10) position corresponds to the above touch button relative to the aforementioned touch button portion (10), the touch button portion (...) all the pictures :) (:: = ) circumference = = ( Two", wire (81. One end of the crucible is connected to the second: : extension: to the middle conductive layer (8) corresponding to the same end of the lead line (7 1 〇 a ); ; - the lower conductive I (9), which is provided on the upper surface of the middle guide - The lower screen area (9〇) below the Π layer (8), the lower screen area (90) corresponds to the upper screen area (η: 1), 〇) 丨 the lower button area (91) to the screen area (8, ^ Correspondingly, the button area (7 1 ) is connected to the key area (8 1 ), and a plurality of column numbers ("0", each column electrode (9 = and, the key [(71) of the electrode) are formed thereon. (71〇) is relatively overlapping, and its position corresponds to the position of each of the touch buttons (6丄q), and the guide line (“Ο a) of the lower button area (91) - The end is connected to the column electrode of the lower button area (9丄)... 〇) 'The other end extends to the corresponding end of the corresponding conductive layer (8) guide line (8 〇a) to make the middle button area (8 The guide line (8^) of the 丄) and the guide line (7 i Q a ) of the upper button area (7 1 ) are connected in common to a fourth flexible circuit board (5 d ); a substrate (4) is disposed under the foregoing conductive Below the layer (9), the lower conductive layer (9) is provided thereon. Adhesion manner is a coating thereon or M329825 optical gum. In this embodiment, the upper surface of the upper conductive layer (7) is further partially coated with a color paint (5 3 ), and the coating range corresponds to the periphery of the upper screen area (70) and the entire upper button area (71). ), so that it can cover the upper and middle screen areas (70) (80), γ wires (7〇〇) (8〇0), and upper, middle and lower button areas (71) (81) (91) The upper, middle and lower electrodes (71 〇) (810) (91 〇) and the guide line (7 1 〇a ) (8 〇 a ) ( 9 丄〇 a ), the upper conductive layer (7 ) The upper surface of the uncoated color lacquer (5 3 ) is coated with an optical glue; further, a scratch-resistant layer (6) is disposed over the upper conductive layer (7), which is optically bonded to the upper conductive layer. The upper surface of the layer (?) protects the upper conductive layer (7). As shown in the eighth embodiment, for the cross-sectional view of the second embodiment, the upper conductive layer (7) and the middle conductive layer (8) are filled with a plurality of spacers (50) and optical glue (5 " And separated by a double-sided tape 2), wherein a plurality of spacers (5Q) are evenly arranged between the upper screen area (7 〇) and the middle screen area (80); optical #(51) is set on the upper button Zone (7 1 ) and middle button zone (8 ), 〇丄j < between the middle tomb snow layer (8) and the lower conductive layer (9) and the lower conductive layer (9) and the US plate (4) The interlayer is uniformly filled with optical glue (5 丄), and further, the surface of the soil layer (7) is coated with a color lacquer (53) and optically and adhered with a scratch-resistant layer (6). The difference from the first embodiment is that the second embodiment can reduce the upper conductive layer (7) and the lower conductive layer by the conductive layer (8). Wide) 12 M329825 冤m卞熳. "Not on the 逑 逑 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本With the one-touch rebellion area, the 萤μ^ " two screen area is a resistive touch structure; when touch, , , , , and valley touch structure, when applied to general such as handcuffs $ personal I position The assistant (PDA) looked at the 曰, such as mobile phone or personal number and plastic # ", control panel electronic products, compared to the mobile phone electronic products that are now uneven surface, can also be partially coated with paint The electrodes which are created on the upper surface of the upper conductive layer are prevented from being viewed, and then the wires disposed between the electrical layers and the upper conductive layer are overlapped. Adhere a scratch-resistant layer on the upper conductive layer to protect [Simplified description of the drawing] The first picture is the first schematic of the creation. The second figure The third figure The fourth picture The fifth picture The surface view The sixth picture The seventh picture The eighth picture The case is also applied to an electronic device. Figure: The planar combination of the first embodiment of the present invention is a cross-sectional view of the first embodiment of the present invention. The first embodiment of the present invention is applied to a second embodiment of an electronic device. Stereoscopic exploded view. ::Creating a planar combination diagram of the second embodiment ', creating a cross-sectional view of the second embodiment 13 M329825 Main component symbol description
(1 a )外殼 (11)觸控按鍵區 (1 1 0 a )圖案 (2 0 )上螢幕區 (2 0 0 a )引導線 (2 1 0 )電極 (3 )下導電層 (3 0 0 ) Y導線 (3 1 )下按鍵區 (3 1 0 a )引導線 (5 a )軟性電路板 (5 c )軟性電路板 (5 0 )間隙子 (5 2 )雙面膠 (1 b )外殼 (6 0 ).觸控螢幕區 (6 1 0 )觸控按鍵部 (7)上導電層 (7 0 0 ) X導線 (7 1 )上按鍵區 (7 1 0 a )引導線 (8 0 )中螢幕區 (8 0 0 a )引導線 (1 0 )觸控螢幕區 (1 1 0 )觸控按鍵部 (2 )上導電層 (2 0 0 ) X導線 (2 1 )上按鍵區 (2 1 0 a )引導線 (3 0 )下螢幕區 (3 0 0 a )引導線 (310)電極 (4 )基板 (5 b )軟性電路板 (5 d )軟性電路板 (5 1 )光學膠 (5 3 )色漆 (6)抗刮層 (6 1 )觸控按鍵區 (6 1 0 a )圖案 (7 0 )上螢幕區 (7 0 0 a )引導線 (7 1 0 )行電極 (8)中導電層區 (8 0 0 ) Y導線 (8 1 )中按鍵區 14 M329825 (8 1 Ο )電極 （ (9 )下導電層 （ (9 1 )下按鍵區 （ (9 1 0 a )引導線 1 0 a )引導線 0 )下螢幕區 1 0 )列電極(1 a) outer casing (11) touch button area (1 1 0 a ) pattern (2 0 ) on the screen area (2 0 0 a ) guide line (2 1 0 ) electrode (3) under the conductive layer (3 0 0 Y wire (3 1 ) lower button area (3 1 0 a ) guide wire (5 a ) flexible circuit board (5 c ) flexible circuit board (5 0 ) gap (5 2 ) double-sided tape (1 b ) shell (6 0 ). Touch screen area (6 1 0 ) Touch button part (7) Upper conductive layer (7 0 0 ) X wire (7 1 ) Upper button area (7 1 0 a ) Guide line (8 0 ) The middle screen area (800°) guide line (1 0) touch screen area (1 1 0) touch button part (2) on the conductive layer (2 0 0 ) X wire (2 1 ) upper button area (2 1 0 a ) Guide line (3 0 ) Lower screen area (300°) Guide line (310) Electrode (4) Substrate (5 b) Flexible circuit board (5 d) Flexible circuit board (5 1 ) Optical glue ( 5 3) Paint (6) Scratch resistant layer (6 1 ) Touch button area (6 1 0 a ) Pattern (7 0 ) Upper screen area (7 0 0 a ) Guide line (7 1 0 ) Row electrode (8 Medium conductive layer region (800) Y wire (8 1 ) in the button area 14 M329825 (8 1 Ο ) electrode ((9) lower conductive layer ((9 1) lower button area ((9 1 0 a ) guide Line 1 0 a ) Guide line 0 ) Lower screen area 1 0 ) Column electrode
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