200915164 九、發明說明： 【發明所屬之技術領域】 屏之trm電阻式觸控屏及採用該電阻式觸控 汫1¾阻式觸控顯示裝置。 【先前技術】 =器上設置一觸控屏，構成—觸控屏顯示裝置， =用戶可以用手或者其他物體接觸觸控屏 =之装置輸入訊息，這樣可以減少或者消除=二 :=:(例如’鍵盤、滑鼠、遙控器等)之依賴」便 :參：圖工’其係一種先前技術電阻式觸控顯示裝置 構不思圖：該電阻式觸控顯示裝置工包括—具有一顯 不60之顯不器16及一設置於該顯示面1卯之屈 :該觸控屏K)藉由鄉18黏合於該顯示器16之顯^ 該觸控屏10包括相對設置之—第—基板U及― !2° 11 - , ^ =i2置由剛:透明材料製成以承載-棚^ I:、f —第一透明導電層13，該第二基板12設置—第 一透明導電層14，該第一 罝弟 電層14相對設置。^宜―电層13與該弟二透明導 緣之黏合層=/在二基板與該第二基㈣藉由邊 -δ在起。該第二透導 = 該複數點墊(17具=支二： 以使以-透明導電層13與該第二透明導電層“在：始 200915164 狀下為電絕緣狀態。 請一併參閱圖2，伤句Γ @ ^ ^ 千音冃兮墙 係該第一基板11及第二基板12之 不心圖。該苐—透明導電層13 控屏10的兩個工作而— 处月寺电層14係觸 ,/ 作面，母一工作面包括互相垂直的兩個方 i二 軸方向。在χ軸方向上，該第-透明導 電層13兩端分別塗佈有—條銀膠，作為該 ^ 極’並各自從電極引出—條引線Χι、 的 w t 端亦分別塗佈有—條銀膠，作為該 工=-對電極，並各自從電極引出—條引線Y1、Y2。 力，指或觸筆於該觸控屏101面施加一定屢 觸、i:冰透明導電層13與該第二透明導電層14相接 觸，通過外部電路或1#八 谈 罟％ A /、他刀析裝置可以確定該接觸點之位 # u T屏1G上龍隸點的顯示⑽或者圖符 X 口觸控人之意圖，完成觸壓控制功能。 X1 控顯示裝置'工作時’外部電路藉由四引線 向二基板11、12交替施加電壓(如圖3 控屏:了二11、12一父替產生-均勻電場。觸壓該觸 工 t牯間，該第一基板11被施加一電壓，該第 η電層13與該第二透明導電層14出現一接觸點， 基板12電Μ由零變為接觸點於該第—基板^之 二:由ϋ二基板12讀取該接觸點之電屋值，將該電壓 :、向弟-基板U施加之電壓相比較，根據分塵原理即可 ::到該=點的X軸座標，在t2時間，該第二基板⑴皮 同理可由該第—基板U讀取該接觸點之於第 200915164 二基板12電麼，以γ a 接觸點的具體位置。ι ‘點之Y軸座標’從而判定 表成：二般電阻式觸控屏出線至少為四線，出線命多代 表成本愈鬲，且與之配合之外 ^夕代 對應四線，苴解碼方彳^ 刀析裝置亦需 【發明内容；Γ式較為複雜，成本較高。 實為2於上34内容’提供—種成本較低之電阻式觸控屏 另，提供一種採用上述電阻式觸 示裝置亦為必要。 财#之电阻式觸控顯 -種電阻式觸控屏，其包括一第一基板 板相對設置之第-其^ 弟 基 觸壓點漣志你板上設置有迴路，係將 内谷或者圖符所在處，該迴路兩端接收—輸 的觸員= 觸控屏之觸壓點，兮筮—笛^ α 坚觸壓 由第一美柄接_ 弟—基板出現一接觸點，根據 弟-基板接觸點所讀取之電壓值以 壓點所在位置。 私尖；足觸 一種電阻式觸控屏’其包括一第一基板及與該第 :相對设置之第二基板，該第一基板上設置第一透明導ς 二丄該第一透明導電層將反應觸控人意圖的顯示内容 。符所在處連成一條迴路，由該迴路兩端分別引出—倏 =該第二基板上設置第二透明導電層’由該第二透明導 電層引出一條引線。 v 一種電阻式觸控顯示裝置，其包括一顯示裝置及一觸 200915164 二广裝置包括一顯示面’該觸控屏層疊設置於該 顯，一，，該觸控屏包括-第-基板及與該 路，；將觸目广置之弟—基板，該第-基板上設置有迴 二將=點連成一條迴路，該觸壓點係反應觸控人意 =的顯不内谷或者圖符所在處，該迴路兩端接收—輸入電 壓，觸壓觸控屏之觸壓點，該第 點，根據由第二基板接觸點二取= f [確定觸壓點所在位置。“取之電壓值以及輸入電 控展：=阻ί觸控顯示裝置，其包括-顯示裝置及-觸 顯示心一顯示面，該觸控屏層疊設置於該 η置，顯不面一侧’該觸控屏包 二=相對設置之第二基板，該第-基板上設置第二； 容::二 導電層將反應觸控人意圖的顯示内 -峨二由該趣路兩端分別引出 透明導電層引出-條引線。—相導電層，由該第二 相較於先前技術，本發明之+ 控顯示裝置之第一基板設置=:阻===觸 僅需向迴路兩端輸入電愿，並由第二基二 因此 壓，藉由迴路兩端輸入電塵及接觸點之電接㈣電 ::所:位置，則其只需由三端引出引線即可 ，/、間化了線路，亦可簡化與之配入 "· 他分析裝置，從而節省成本。 σ之外。卩電路及其 200915164 【實施方式】 :參=4,係本發明電阻式觸控顯示裝置 方式之不思圖。該電阻式觸控顯示裳置2包括一 施 示面260之顯示器26及-設置於該顯示面260 :觸：： 20。該觸控屏20||由框膠28黏合於 :井 260。 1 °° 〈顯不面 A二觸控二2一〇包括相對設置之—第-基板21及-第二 : 〜弟基板21 一般由彈性透明材料製成，第一 餘22由剛性透明材料製成以承載1壓力。該第 一透日^置;'第―透明導電層23,該第二基板22設置二第 一透月¥%層24。該第一基板21與 緣之黏合声25黏入卢如 乂弟一基板22错由邊 設置複料電層24上間隔 以使該第—透明導電第片^ 狀態下為電絕緣狀態 弟-透明導電層24在初始 請-併參閱圖5,係該第一基板 =的該:，透明導電層23及第二透明導― == 面，該第一透明導電層23將在功能設 =而觸壓控制之所有觸壓點連成一條迴路，該觸壓點即 心觸控人意圖的顯示内容或者圖符所在處，且該迴路之 出-條引線A、B。該迴路係由所有觸壓點連 成^線所形成’則每-觸壓點所處迴路的位置係預先設計 好的，在迴路兩端施加電壓後，每—觸麗點之分壓 先確定的。 10 200915164 雷声第二透：導電層％係一平面電阻，由該第二透明導 電層24亦引出一條引線匸。 當利用手指或觸筆於該觸控屏 力，使該第一透明導電層23與該一定壓 觸’通過外部電路或其他分析裝置可以確 觸Hi 上對應座標點的顯示内容或者= 又 工人之思圖，從而完成觸壓控制功能。 該電阻式觸控顯示裝置2工作時 A、Β端被施加有一電壓，各 土板21之 田a 1觸控屏20上反應觸 :人圖之，内容時’即觸壓點時，該第 ： 電層24出現-接觸點，則該第二3 由第一基板21於該接觸點之電虔，並 Μ相VS二取該值，將得到的電⑽ 疋該接觸點之分壓，並將該分壓與功 已確定之觸壓點之分壓相比較， 2° 完成觸壓控制功能。 卩了確疋觸屋人之意圖’ 三條=1技Γ二較，該電阻式觸控顯示裝置2係藉由 ' C兀成觸壓控制功能，其僅需要引 定幢點之位置，從而完成二t :化了傳統的控制方法，亦可以節省出線印刷線路力: ，==可簡化外部電路和其他分析裝置，降低成本。 方式之不思圖。該電阻式觸控顯 之電阻式觸控顯示裝置置=-實施方式 I置2之£別在於.該電阻式觸控顯示 11 200915164 裝置3之第二基板之第二透明導電層％與第 33對應設置，亦形成一條 月—電層 引出一條引線。 並從該第一透明導電層％ 將本發明應用至數字撥號屏幕之觸控屏中 =所示V其可她貞測出觸壓人所按下之位置，;確性 該二 限於上述實施方式所 錨厭地立丨 泠电層為一條迴路，該迴路涵蓋需 觸屋控制之所有㈣點，該觸I點即反應觸控人 : ”取2 而於該第一基板之第-透明導電 層項取接觸點之電麗〇 綜上所述，本發明確已符合發 喜 提出專利申姓。掩、，， 牙〜心罟件，犮依法 明淮，以上所述者僅為本發明之較佳實施方 ί技Γ明之範圍並不以上述實施方式為限，舉凡熟悉本 =庫、=人士k依本發明之精神所作之等效修飾或變化， 白應涵盍於以下申請專利範圍内。 【圖式簡單說明】 ㈣前技術電阻式觸控顯示裝置之結構示意圖。 °係圖1所示電阻式觸控顯示裝置之第一基板及第二基 板之示意圖。 :3係向圖2所示第一、第二基板輸入電壓之波型圖。 圖4係本發明電阻式觸控顯示裝置第一實施方式之示意 圖。 圖5係圖4所示電阻式觸控顯示裝置之第一基板及第二 12 200915164 基板之示意圖。 圖6係本發明電阻式觸控顯示裝置第二實施方式之示意 圖。 圖7至圖8係將本發明應用至數字撥號屏幕之觸控屏之示 意圖。 2、3 觸控屏 20 21 第二基板 22 23、33 第二透明導電層 24、34 25 點墊片 θ 27 26 顯示面 260 A、Β、C 框膠 28 【主要元件符號說明】 電ί1 且式觸控顯示裝置 第一基板 第—透明導電層 黏合層 顯示裝置 引線 13200915164 Nine, invention description: [Technical field of the invention] The screen trm resistive touch screen and the resistive touch 汫13⁄4 resistive touch display device. [Prior Art] = A touch screen is set on the device to form a touch screen display device. = The user can touch the touch screen with the user or other object to input the message, which can reduce or eliminate = two: =: ( For example, the "keyboard, mouse, remote control, etc." depends on: "Partner: Figure" is a prior art resistive touch display device without thinking: the resistive touch display device includes - has a display The touch screen K) is adhered to the display 16 by the home screen 18, and the touch screen 10 includes a relative arrangement of the first substrate. U and ― !2° 11 - , ^ = i2 are made of just: transparent material to carry the shed ^ I:, f - the first transparent conductive layer 13, the second substrate 12 is provided - the first transparent conductive layer 14 The first younger electric layer 14 is oppositely disposed. The adhesion layer of the electrical layer 13 and the transparent guide edge of the second layer is/in the two substrates and the second base (four) is raised by the edge -δ. The second transillumination = the plurality of dot pads (17 with = 2: so that the transparent conductive layer 13 and the second transparent conductive layer are electrically insulated from the beginning of 200915164. Please refer to FIG. 2 together) , the sentence Γ @ ^ ^ The structure of the first substrate 11 and the second substrate 12 is unscrupulous. The 苐-transparent conductive layer 13 controls the two functions of the screen 10 - at the temple electric layer 14 The contact surface is formed by two sides i perpendicular to each other. In the direction of the x-axis, the two ends of the first transparent conductive layer 13 are respectively coated with a silver paste, as the ^ The ends of the poles are each drawn from the electrodes - the ends of the strips Χι, are also coated with a strip of silver glue, as the work = - counter electrode, and each lead from the electrode - strips Y1, Y2. Force, finger or touch The pen is applied with a certain touch on the surface of the touch screen 101, i: the ice transparent conductive layer 13 is in contact with the second transparent conductive layer 14, and can be determined by an external circuit or by using the external circuit or the device. The contact point is # u T screen 1G on the display of the dragon's point (10) or the icon X port touches the person's intention to complete the touch control function. X1 control When the display device is 'working', the external circuit alternately applies voltage to the two substrates 11 and 12 by four leads (as shown in FIG. 3: a screen, a second, a 12, a father-generating electric field. Touching the contact t牯, A voltage is applied to the first substrate 11 , and a contact point between the n-th electrical layer 13 and the second transparent conductive layer 14 is formed, and the substrate 12 is changed from zero to a contact point on the first substrate 2: The second substrate 12 reads the electric value of the contact point, compares the voltage: the voltage applied to the sub-substrate U, according to the principle of dust separation: the X-axis coordinate to the = point, at time t2, The second substrate (1) can be read by the first substrate U to read the contact point of the second substrate 12 of the 200915164, and the specific position of the contact point of γ a. The Y-axis coordinate of the point ι is determined. : The second resistive touch screen has at least four lines, and the output is more cost-effective, and it is compatible with the four-line, and the decoding unit is also required. The Γ type is more complicated and the cost is higher. Actually, the content of the above 34 is provided as a low-cost resistive touch screen. It is also necessary to provide the above-mentioned resistive touch device. The resistive touch display type resistive touch screen includes a first substrate board opposite to the first set of the base touch point There is a loop on your board, which is where the inner valley or the icon is located. The two ends of the loop receive the contact of the input = the touch point of the touch screen, and the 笛 flute ^ α is pressed by the first beautiful handle. Connected to the substrate - a contact point appears, according to the voltage value read by the contact point of the substrate - the position of the pressure point. The private tip; the touch of a resistive touch screen 'which includes a first substrate and the first The second substrate is disposed opposite to the first substrate, and the first transparent conductive layer is disposed on the first substrate to reflect the display content intended by the touch person. The symbol is connected in a loop, and the two ends of the loop are respectively led out - 倏 = the second transparent conductive layer is disposed on the second substrate, and a lead is drawn from the second transparent conductive layer. v Resistive touch display device comprising a display device and a touch device 200915164 The second wide device comprises a display surface, wherein the touch screen is stacked on the display, and the touch screen comprises a --substrate and The road, the base of the wide-ranging brother-substrate, the first substrate is provided with a second return=point to form a loop, and the touch pressure point is a response to the touch of the person's sense = the inner valley or the icon where the icon is located The two ends of the loop receive the input voltage, touch the touch point of the touch screen, and the first point is taken according to the contact point of the second substrate = f [determine the position of the touch point. "The voltage value and the input electronic control display: = resistive touch display device, including - display device and - touch display a display surface, the touch screen is stacked on the side of the display, The touch screen package 2=the second substrate is oppositely disposed, and the second substrate is disposed on the second substrate; the capacitance: the two conductive layers will reflect the intent of the touch person, and the two sides of the fun road are respectively transparent. The conductive layer leads to the strip lead--phase conductive layer, and the second substrate of the + control display device of the present invention is set by the second phase compared with the prior art =: resistance === touch only needs to input electricity to both ends of the loop And the second base 2 is pressed, and the electric connection between the two ends of the circuit is input by the electric dust and the contact point (4) electricity::::, the position is only required to lead the lead from the three ends, /, the line is interdigitated It can also be simplified with the "· analysis device to save costs. σOutside.卩 Circuit and its 200915164 [Embodiment]: Reference = 4, is the way of the resistive touch display device of the present invention The resistive touch display skirt 2 includes a display 26 of the display surface 260 and is disposed on the display Face 260: touch:: 20. The touch screen 20|| is bonded by the sealant 28 to: well 260. 1 ° ° <display no face A two touch two 2 one including the opposite arrangement - the first substrate 21 and - Second: ~ The substrate 21 is generally made of an elastic transparent material, and the first remainder 22 is made of a rigid transparent material to carry 1 pressure. The first transparent surface is placed; 'the first transparent conductive layer 23, the second The substrate 22 is provided with two first moon-transparent layer %. 24. The bonding sound 25 of the first substrate 21 and the edge is adhered to the substrate of the substrate 22, and the space of the double-layered electrical layer 24 is arranged to make the first transparent The conductive sheet is in an electrically insulating state, and the transparent conductive layer 24 is initially - and referring to FIG. 5, the first substrate = the transparent conductive layer 23 and the second transparent conductive - == surface, The first transparent conductive layer 23 will be connected into a loop at all the touch points of the function setting and the touch control, and the touch point is the display content or the icon where the intention of the person touches, and the loop is out - Strips A, B. The loop is formed by connecting all the pressure points into a line. The position of the loop where each touch point is pre-designed, in the loop two After the voltage is applied, the partial pressure of each touch point is determined first. 10 200915164 Thunder second pass: The conductive layer % is a plane resistance, and the second transparent conductive layer 24 also leads a lead wire 匸. The stylus is applied to the touch screen so that the first transparent conductive layer 23 and the certain pressure contact 'can be touched by an external circuit or other analyzing device to accurately touch the display content of the corresponding coordinate point on the Hi or the worker's thinking The touch control function is completed. When the resistive touch display device 2 is in operation, A and the end of the touch panel are applied with a voltage, and the touch screen 20 of each earth plate 21 is touched on the touch screen 20: the human figure, the content is 'touched At the pressure point, the first: the electrical layer 24 appears - the contact point, then the second 3 is electrically connected to the contact point by the first substrate 21, and the Μ phase VS takes the value, and the obtained electricity (10) 疋 the contact The partial pressure is divided, and the partial pressure is compared with the partial pressure of the measured pressure point, and the touch control function is completed at 2°.电阻 疋 疋 疋 ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' ' Two t: the traditional control method can also save the output line force: , == can simplify external circuits and other analysis devices, reducing costs. The way is not to think. The resistive touch display resistive touch display device is set to be the second transparent conductive layer of the second substrate of the device 3 and the 33rd of the resistive touch display 11 200915164 Corresponding settings also form a month - the electrical layer leads a lead. And applying the present invention to the touch screen of the digital dialing screen from the first transparent conductive layer %=V shown that she can detect the position pressed by the touch person; the second is limited to the above embodiment The anchor is placed in the electrical layer as a loop, and the loop covers all (four) points that need to be controlled by the touch of the house. The point I touches the touch person: "take 2 and the first transparent conductive layer of the first substrate Taking the contact point of the electric 〇 〇 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The scope of the embodiments of the present invention is not limited to the above-mentioned embodiments, and all equivalent modifications or variations made by the person in charge of the present invention in accordance with the spirit of the present invention, Bai Yinghan are within the scope of the following patent application. (4) Schematic diagram of the structure of the prior art resistive touch display device. ° is a schematic diagram of the first substrate and the second substrate of the resistive touch display device shown in Fig. 1. 3 is the first shown in Fig. 2 Waveform diagram of the input voltage of the second substrate. Fig. 4 is the present invention FIG. 5 is a schematic diagram of a first substrate and a second 12 200915164 substrate of the resistive touch display device shown in FIG. 4. FIG. 6 is a resistive touch display device of the present invention. 2 to 8 are schematic diagrams of a touch screen to which the present invention is applied to a digital dialing screen. 2. 2 touch screen 20 21 second substrate 22 23, 33 second transparent conductive layer 24, 34 25-point gasket θ 27 26 Display surface 260 A, Β, C 胶胶 28 [Main component symbol description] ί1 touch-sensitive display device first substrate - transparent conductive layer adhesive layer display device lead 13