M411616 _________ 100年7月13日修正替拖百 五、新型說明： 【新型所屬之技術領域】 本創作係指一種觸控面板，尤指一種使用電子連接器來構接X轴 電路板排線與Y軸電路板排線之觸控面板。 【先前技術】 由於觸控面板具有輸入和顯示介面結合1可節省裝置空間和操作人 性化的優點，目前已非常廣泛應用在各式消費性或者工業性電子產品 上’舉例.個人數位助理(personal digital assistant，PDA)、掌上型電腦 (palm-sized PQ、行動電話(mobiie phone)、手寫輸入裝置、資訊家電 (Infomiation Appliance)、自動金融機(Automated Teller Machine，ATM)、 店頭銷售櫃員機(Point-Of-Sale，POS)等等裝置上。 觸控面板依其感應原理而略分為五大類：電阻式觸控面板、電容式 觸控面板、光學式觸控面板、電磁式觸控面板、以及音波式觸控面板。 各種觸控面板在尺寸、成本、餘以及齡精確度上料優缺點，例如， 電容式觸控面板電容式透絲比電阻式更高且反應速度更快，同時在防 火、防污、耐刮性、防靜電、防灰塵特性上有良好表現。 以電容式觸控面板為例，主要利用排狀透明電極與人體之間的靜 電結合所產生之電容變化’其在觸控面上的χ與γ轴上，舖設呈網格 狀排列的由多個感·組成的感測器陣列，#手指的觸碰動作產生時， 會與某個感絲產生f雜合現象，導致手指按壓位置處的感測器，其 電谷值將大於其他感測器之電容值，當控制電路依序掃描每個感應器， 通常是交替地分卿描x與γ方向，如對X方域測_掃描就能夠 付出手指在哪個位置上，對¥方向感·的掃描就能夠得出 手指在Y方向的哪個位置上，掃描後資料經過演算法的計算，就斤 3 100年7月13日修正替換頁 出手指的按壓位置，託絲4 苴並轉換成座標值，與在平面上進行量測的方式相類 似0 =參考第®⑷’其為習用電容式觸控面板之示意圖。第-圖(A) 觸控面板10包括基板11、感測器12、X軸電極層13、γ轴電 極層14、X軸電路驅動線以及Y軸電路驅動線16等元件，其中χ . 轴電極層13電連接至Χ轴電路驅祕I5 ’ Υ轴電極層I4電連接至γ 轴電路驅動線16 ’ X軸電路驅動線15與γ軸電路驅動線μ將沿基板 11的邊緣處走線’接著如第—_麻，χ轴電路驅祕π與Y轴電 路驅動線I6最後將集中分別成為χ軸電路排線Μ與丫轴電路排線22，領 X軸電路麟21與γ㈣路麟22上奴有電子元件23，x軸電路 排線21與Υ轴電路排線22彼此電連狀後再_與贿輸錄板(未 示於圖中)電連接’最終訊織Τ錄板與控制電路fit接，其中電子元 ^ 23 : » Surface-Mount Technology) 或者軟膜覆晶(COF，Chip 〇n㈣技術等，所製作的被動元件、電阻、 電今、電感、積體電路gC)、類比數位轉換器(adc)或者晶片等。 在前述電路中，X轴電路驅動線15與Υϋ電路驅動線16將所感應 到的類比訊號分別傳輸給X轴電路排線21與γ軸電路排線22，類比^ 號經過在X軸電路排線21與Υ軸電路排線22上的電子元件23處理而 成為數位訊號，再傳輸出給控制電路，如此觸控面板1〇可與控制電路 之間相互通訊’而完成前述的觸控感應任務。 · 但值得注意的是，在習用技術中，通常會以熱壓，如施以Acp或. ACF後再以熱壓接合，或者焊接(solder)等方式，來使X軸電路排線21 與Y軸電路排線22在接合處25彼此電連接’但熱壓或者焊接的製程較 為煩雜且不易，並在生產上較為耗時，尤其當χ軸電路排線21或丫軸 電路排線22上結合有以SMT或者COF等技術所製作的電子元件23 M411616 日修正替換百 時右再對接合處25實施熱塵或者焊接使其彼此電連接’容易造成前 述電子元件23的損壞，或者因為電子元件23的存在而不易加工而造= 連f不完全’使得訊號傳輸異常或容易產生雜訊干擾。再者，雜訊干擾 更疋電容式觸控面板亟待解決的問題。 職是之敌，申請人鑑於習知技術中，在線性分壓電極方面所產生之 種種缺失’經過悉心試驗與研冑，並一本鐵而不捨之精神，終構思出本 案「觸控面板」以克服上述缺點，以下為本案之簡要說明。 【新型内容】 鑑於習用技術中的缺點，本創作提出利用電子連接器，來連接/構 接觸控面板中的X與γ轴電路排線，故製程中無須使賴壓或焊接， 具有容易生產、降低成本及避免雜訊干擾等特性。 因此根據本創作的第一構想，提出一種觸控面板其包括一第一電路 排線，一第二電路排線；以及一電子連接器，配置於該第一電路排線與 該第二電路排線之間，俾電連接該第—電路排線與該第二電路排線。 較佳地，該電子連接器為πατ分類下之一第三級板對板(!evel ΠΙ Board to Board)連接器或者一第四級線對板Gevd jy Wke t〇 B〇ard)連接 器，其中該板對板連接器為一浮動式板對板連接器、一固定式板對板連 接器或者一壓縮針(compression pin)式板對板連接器。 較佳地’該電子連接器為NEDA分類下之一第二級板對板Gevel 2 Board to Board)連接器或者一第三級線對板(!evel 3 Wire t〇 B〇ard)連接 器。 較佳地’該電子連接器為一線對線(wire to wire)連接器、一板對線 (boardto^vire)連接器、一FFC/FPC連接器。 較佳地’該電子連接器為一排線(bus)連接器、一針腳式(pin)連接 5 100年7月13日修正替換頁 器、一探針式(pogo pin)連接器或者一零插拔力(zero insertion force，ZIF) 連接器。 較佳地，該電子連接器具有成對的一配對端(mating end)對應一插接 端(termination end)、一插頭端(header end)對應一插座端(socket end)、一 公端(male end)對應一母端(female en(i)或者一插塞端(plug end)對應一接 受端(receptacle end)。 較佳地’該第一電路排線為一 X轴電路板排線或者一 γ轴電路板 排線’該第二電路排線為一X軸電路板排線或者一γ轴電路板排線。 較佳地，該第一與第二電路排線為一軟性電路板排線、一硬式電路 板排線、一撓性電路板排線或者一印刷電路板排線。 較佳地’該第一電路排線與該第二電路排線上還包括一電子元件， 該電子兀件為一被動元件、一電阻、一電容、一電感、一積體電路、一 類比數位轉換器或者一晶片。 較佳地，該電子連接器所傳輸之訊號為數位式訊號。 較佳地’料―電路抓雜收—類比訊號並_該電子元件處理為 -數位til號’該數位訊號再經由該電子連接⑽輸給該第二電路排線。 較佳地’所述之觸控面板，其係為一電阻式觸控面板、一電 控面板或者-電喊馳面板。 ^ ^本^作的第二構想’提出—顧於觸控面板的軟性電路， 二電路排線M411616 _________ Revised on July 13th, 100th, the new type of description: [New technology area] This creation refers to a touch panel, especially an electronic connector used to construct X-axis circuit board cable and The touch panel of the Y-axis circuit board cable. [Prior Art] Since the touch panel has the advantages of combining input and display interface 1 to save device space and maneuverability, it has been widely used in various consumer or industrial electronic products. 'Example. Personal digital assistant (personal Digital assistant, PDA), palm-sized PQ, mobiie phone, handwriting input device, Infomiation Appliance, Automated Teller Machine (ATM), storefront teller machine (Point- On-Sale, POS, etc. The touch panel is divided into five categories according to its sensing principle: resistive touch panel, capacitive touch panel, optical touch panel, electromagnetic touch panel, and Acoustic touch panels. Various touch panels have advantages and disadvantages in terms of size, cost, margin and age accuracy. For example, capacitive touch panel capacitive filaments are more resistant than resistive and faster in response, while also being fire resistant. Good performance in anti-fouling, scratch-resistance, anti-static and anti-dust characteristics. Taking capacitive touch panel as an example, mainly using row-shaped transparent electrodes The change in capacitance caused by the electrostatic combination between the human body's on the χ and γ axes of the touch surface, the sensor array consisting of multiple senses arranged in a grid pattern, #指的触动When generated, it will produce a hybrid phenomenon with a certain sense of wire, causing the sensor at the position of the finger to press, and the electric potential of the sensor will be greater than the capacitance value of the other sensors. When the control circuit sequentially scans each sensor, Usually, the x and γ directions are alternately described. For example, the X-square field measurement can be used to pay the finger at which position, and the scanning of the direction of the direction can be used to determine where the finger is in the Y direction. After the data is calculated by the algorithm, the correction position of the replacement page is corrected on July 13, 100, and the wire is converted into a coordinate value, which is similar to the measurement on the plane. 0 = Reference Section (4)' is a schematic diagram of a conventional capacitive touch panel. Figure-A (A) The touch panel 10 includes a substrate 11, a sensor 12, an X-axis electrode layer 13, a γ-axis electrode layer 14, and an X-axis circuit drive. Line and Y-axis circuit drive line 16 and other components, where χ. Shaft electrode layer 13 Connected to the x-axis circuit drive I5 'Υ-axis electrode layer I4 is electrically connected to the γ-axis circuit drive line 16' X-axis circuit drive line 15 and γ-axis circuit drive line μ will be routed along the edge of the substrate 11' —_麻,χ axis circuit drive π and Y-axis circuit drive line I6 will be concentrated into the χ axis circuit Μ and 丫 axis circuit cable 22, collar X-axis circuit Lin 21 and γ (four) Lu Lin 22 slaves The electronic component 23, the x-axis circuit cable 21 and the x-axis circuit cable 22 are electrically connected to each other, and then electrically connected with the bribe recording board (not shown). The final woven recording board and the control circuit are connected. , where the electronic element ^ 23 : » Surface-Mount Technology) or soft film flip chip (COF, Chip 〇n (four) technology, etc., produced passive components, resistors, electric, inductance, integrated circuit gC), analog digital converter ( Adc) or wafers, etc. In the foregoing circuit, the X-axis circuit driving line 15 and the Υϋ circuit driving line 16 respectively transmit the sensed analog signals to the X-axis circuit cable 21 and the γ-axis circuit cable 22, and the analog signal passes through the X-axis circuit row. The line 21 and the electronic component 23 on the x-axis circuit cable 22 are processed into a digital signal, and then transmitted to the control circuit, so that the touch panel 1 can communicate with the control circuit to complete the aforementioned touch sensing task. . · However, it is worth noting that in the conventional technology, the X-axis circuit cable 21 and Y are usually made by hot pressing, such as applying Acp or . ACF and then thermocompression bonding or soldering. The shaft circuit wires 22 are electrically connected to each other at the joint 25', but the hot pressing or welding process is cumbersome and difficult, and is time consuming to produce, especially when the stern circuit cable 21 or the stern circuit cable 22 is combined. There are electronic components 23 M411616 made by technologies such as SMT or COF. The correction is replaced by one hundred hours, and then the joints 25 are subjected to hot dust or soldering to electrically connect them to each other 'easily causing damage to the aforementioned electronic components 23, or because the electronic components 23 The existence of it is not easy to process and the result is not complete. This makes the signal transmission abnormal or prone to noise interference. Furthermore, noise interference is a problem that needs to be solved in capacitive touch panels. The job is the enemy. In view of the various techniques in the prior art, the applicant has made a variety of defects in the linear voltage-dividing electrode. After careful experimentation and research, and a spirit of perseverance, the applicant finally conceived the case "touch panel". To overcome the above shortcomings, the following is a brief description of the case. [New content] In view of the shortcomings in the conventional technology, this author proposes to use the electronic connector to connect/construct the X and γ axis circuit cables in the contact panel, so there is no need to make the pressure or welding in the process, and it is easy to produce. Reduce costs and avoid noise and other features. Therefore, according to the first concept of the present invention, a touch panel includes a first circuit cable, a second circuit cable, and an electronic connector disposed on the first circuit cable and the second circuit row. Between the lines, the first circuit is connected to the second circuit and the second circuit. Preferably, the electronic connector is a third-level board-to-board connector or a fourth-level wire-to-board (Gevd jy Wke t〇B〇ard) connector under the πατ classification. The board-to-board connector is a floating board-to-board connector, a fixed board-to-board connector or a compression pin-type board-to-board connector. Preferably, the electronic connector is a second stage board to board Gevel 2 Board to Board connector or a third level wire pair board (!evel 3 Wire t〇 B〇ard) connector. Preferably, the electronic connector is a wire to wire connector, a board to board connector, and an FFC/FPC connector. Preferably, the electronic connector is a bus connector, a pin connection, and a replacement pager, a probe pin connector or a zero on July 13, 1100. Zero insertion force (ZIF) connector. Preferably, the electronic connector has a pair of mating ends corresponding to a termination end, a header end corresponding to a socket end, and a male end (male) End) corresponds to a female end (female en (i) or a plug end (plug end) corresponding to a receiving end (receptacle end). Preferably the first circuit cable is an X-axis circuit board cable or a The γ-axis circuit board cable 'the second circuit cable is an X-axis circuit board cable or a γ-axis circuit board cable. Preferably, the first and second circuit cables are a flexible circuit board cable. a rigid circuit board cable, a flexible circuit board cable or a printed circuit board cable. Preferably, the first circuit cable and the second circuit cable further comprise an electronic component, the electronic component Preferably, the passive connector, a resistor, a capacitor, an inductor, an integrated circuit, an analog converter or a chip. Preferably, the signal transmitted by the electronic connector is a digital signal. ―Circuit catching and collecting - analog signal and _ the electronic component is processed as - digital til number' The bit signal is further transmitted to the second circuit cable via the electronic connection (10). Preferably, the touch panel is a resistive touch panel, an electronic control panel or an electric flashing panel. ^The second concept of this ^" proposed - taking into account the flexible circuit of the touch panel, two circuit cable
Ϊ—電排線；—第二電路排線；以及-電子連接器，配置二 :與該第二電路排線之間，俾電連接該第—電路排線與； 該電子連接器係用以傳輸數位訊號。 作的第三構想，提出一種觸控面板，其⑽In -電路排線；一電子連接器，配置於該第一電路排線 二電路排線之間，俾電連接該第—電路排線與該第二電路排線；一第— 轴電路驅動線；-第二轴電路驅動線；其中第—電路排線係與第一轴電 路驅動線電性福合，第二電路排線係與電二轴電路驅動線電性輕合；其 中第-電路排線與第—轴電路驅動線之_傳輸類比訊號，第二電路排 :係傳 線與第二軸電路驅動線之間係傳輸類比訊號；以及其甲電子連接器 輸數位訊號》 【實施方式】 本案將可由町的實施例綱而制充分瞭解，使得熟習本技藝之 人士可以據以完成之，然本案之實施並非可由下列實施案例而被限制盆 實施型態。 〃 請參閱第二圖，摘作之觸控面板之電路排線佈置實施例之示意 圖’第二圖中的觸控面板30 ’丨χ軸電路驅動線15與γ轴電路驅動線 16經集中分別成為X軸電路排線與γ轴電路排線a，χ轴電路排 線21與Υ軸電路排線22上還設有電子元件23，而X轴電路排線21與 Υ軸電路排線22之間則使用電子連接器35而彼此電連接，其中電子元 件23較佳為使用，例如：表面黏著技術(SMT，Surface M_丁 或者軟膜覆晶(咖’ Chip 〇nFilm)技術等，所製作的被動元件、電阻、 電容、錢、碰電路(ic)、触數贈換_(ADC)、可將來自轴電路 驅動線之彡細比訊賴絲她數位城之^、或者具有傳送或接 收類比及數位訊號能力之晶片等’ χ軸電路排線與γ軸電路排線較佳 地可為軟ft硬或者g卩稱路祕線，觸飾板較佳地為電阻 式觸控面板、電容式觸控面板或者電磁式觸控面板。 在則述電路巾’X軸電路驅動線15與電路驅動線將所感應 到的類比訊號分別傳輸給Χ轴電路排線3與γ轴電路排線a，類比訊 100年7月13日修JL替換百 號經過在X軸電路排線21與Y轴電路排線22上的電子元件23處理而 成為數位訊號’再傳輸出給控制電路；即X轴電路驅動線15係與X轴 電路排線21電性麵合，Y軸電路驅動線16係與Y轴電路排線22電性 輕合’而X轴電路驅動線15與X轴電路排線21之間以及Y轴電路驅 動線16係與Y軸電路排線22之間都是傳輸類比訊號，而類比訊號經由 - 電子元件23處理而成為數位訊號’電子連接器35則用於傳輸數位訊號。 . 值得注意的是’電子連接器較佳為可歸屬於nciT規範之第三級與 第四級的連接器’ IICIT規範指國際連接器與互連技術協會(!ntemati〇nalΪ-electric cable; - second circuit cable; and - electronic connector, configuration 2: between the second circuit cable, the first circuit cable and the electrical circuit connector; Transfer digital signals. The third concept is to provide a touch panel, (10) In-circuit cable; an electronic connector disposed between the first circuit cable and the second circuit cable, electrically connecting the first circuit cable and the a second circuit cable; a first-axis circuit driving line; a second-axis circuit driving line; wherein the first circuit cable is electrically coupled to the first axis circuit driving line, and the second circuit cable is electrically connected The shaft circuit drive line is electrically coupled; wherein the first circuit cable and the first axis circuit drive line transmit analog analog signals, and the second circuit row: the analog transmission signal between the transmission line and the second axis circuit drive line; And its electronic connector to transmit digital signal" [Embodiment] The case will be fully understood by the example of the town, so that those skilled in the art can complete it. However, the implementation of this case cannot be performed by the following implementation cases. Limit the implementation of the basin. 〃 Please refer to the second figure, which is a schematic diagram of a circuit arrangement arrangement diagram of a touch panel. The touch panel 30 in the second figure, the 丨χ-axis circuit drive line 15 and the γ-axis circuit drive line 16 are respectively concentrated. The X-axis circuit cable and the γ-axis circuit cable a, the X-axis circuit cable 21 and the X-axis circuit cable 22 are further provided with electronic components 23, and the X-axis circuit cable 21 and the X-axis circuit cable 22 The electrical connectors 35 are electrically connected to each other, and the electronic components 23 are preferably used, for example, surface mount technology (SMT, Surface M_Ding or Soft Film Flip Chip technology). Passive components, resistors, capacitors, money, touch circuits (ic), touch-ups _ (ADC), can be used to compare the drive line from the axis circuit to the number of the city, or have a transmission or reception analogy And the digital signal capability chip, etc. The 'axis circuit cable and the γ axis circuit cable are preferably soft ft hard or g nick road secret lines, and the touch panel is preferably a resistive touch panel, a capacitive type Touch panel or electromagnetic touch panel. In the circuit towel 'X-axis circuit drive line 1 5 and the circuit drive line will transmit the analog signal transmitted to the x-axis circuit cable 3 and the γ-axis circuit cable a, analogy on July 13, 100, repair JL replace the hundred number through the X-axis circuit cable 21 And the electronic component 23 on the Y-axis circuit cable 22 is processed to become a digital signal 're-transmitted to the control circuit; that is, the X-axis circuit driving line 15 is electrically connected to the X-axis circuit cable 21, and the Y-axis circuit driving line The 16-series is electrically coupled to the Y-axis circuit cable 22 and is transmitted between the X-axis circuit drive line 15 and the X-axis circuit cable 21 and between the Y-axis circuit drive line 16 and the Y-axis circuit cable 22. Analog signal, and the analog signal is processed by the electronic component 23 to become a digital signal. The electronic connector 35 is used to transmit digital signals. It is worth noting that the 'electronic connector is preferably the third level that can be attributed to the nciT specification. The fourth-level connector 'IICIT specification refers to the International Connector and Interconnect Technology Association (!ntemati〇nal
Institute of Connector and Interconnection Technology，IICTI)在 1958 年， · 針對電子元件間互連方式所制定的分類規範，其第三級連接器指板對板 (levellll Board to Board)連接器，第三級板對板連接器較佳略分為浮動式 板對板連接器、固疋式板對板連接器或者壓縮針(C〇mpreSSj〇n 式板對 板連接器，第四級連接器指線對板(levelIVWket〇B〇ard)連接器，在此 充分將其内容完全併入以供參考。 或者，電子連接器較佳亦為可歸屬於NEDA規範之第二級與第三 級的連接器，NEDA規範指美國國家電子配銷商協會(NdondElectr〇nic Distributors Association，NEDA)在1989年，針對電子元件間互連方式所 鲁 制疋的分類規範，其第二級連接器指板對板〇evel 2 Board to Board)連接 器，第二級連接器指線對板(level 3 Wire to Board)連接器，在此充分將其 内容完全併入以供參考。 在πατ與NEDA規範之外’電子連接器較佳還可為線對線(wke t〇 · wire)連接器、板對線(b〇ard t〇 連接器、FFC/Fpc連接器、排線如^ 連接器、針腳式(pin)連接器、探針式(p〇gopm)連接器或者零插拔力(zer〇 insertion force，ZIF)連接器。 而如前述之各式電子連接器’較佳地會具有成對的兩個端子，舉 100年7月13日修正替換頁 例.配對端(mating end)對應插接端(termination end)、插頭端(header end) 對應插座端(socket end)、公端(male end)對應母端(female end)或者插塞端 (plugend)對應接受端(receptade end〇。 電子連接器(electric connector)泛指能夠提供一對可彼此分離但又可 穩疋地結合’經由端子之間的彼此相互接觸，連接不同電子元件或者電 子裝置，使能順利在其間傳輸訊號或電力的元件；電子連接器通常包含 四大部份：用於產生電接觸的接觸件即端子、提供正向接觸力以維持接 觸端子彼此之隱定的雜件’如：彈簧、供端子配置並使其與使用者 絕緣的絕緣基座，以及保護並包覆各部件的絕緣外罩。 衍生出更多的變化實施例， 以上所述者，僅為本創作之最佳實施例而Institute of Connector and Interconnection Technology, IICTI) In 1958, the third-level connector refers to the levellll Board to Board connector, the third-level board for the classification specification for the interconnection between electronic components. The board connector is preferably divided into a floating board-to-board connector, a solid board-to-board connector or a compression pin (C〇mpreSSj〇n type board-to-board connector, fourth-level connector finger-to-board (levelIVWket〇B〇ard) connector, the contents of which are fully incorporated herein by reference. Alternatively, the electronic connector is preferably a connector that can be attributed to the second and third stages of the NEDA specification, NEDA The specification refers to the classification specification of the NdondElectr〇nic Distributors Association (NEDA) in 1989 for the interconnection of electronic components. The second-level connector refers to the board-to-board evel 2 Board to Board) A second level connector refers to a level 3 Wire to Board connector, the contents of which are fully incorporated herein by reference. In addition to the πατ and NEDA specifications, the electronic connector may preferably be a wire-to-wire (wke t〇 wire connector), a board-to-wire (b〇ard t〇 connector, an FFC/Fpc connector, a cable such as ^ Connector, pin connector, probe (p〇gopm) connector or 扎〇 insertion force (ZIF) connector. The various electronic connectors as described above are preferred. The ground will have two pairs of terminals, as shown in the revised page on July 13th, 100. The mating end corresponds to the termination end, the header end corresponds to the socket end (socket end) The male end corresponds to the female end or the plugend corresponds to the receiving end (receptade end 〇. The electric connector generally means that a pair can be separated from each other but can be stabilized. In combination with 'connecting to each other via terminals, connecting different electronic components or electronic devices to enable smooth transmission of signals or power between them; electronic connectors usually comprise four major parts: contacts for generating electrical contacts That is, the terminal provides a positive contact force to maintain the contact terminal The hidden miscellaneous items such as: springs, insulating bases for terminal arrangement and insulation from the user, and insulating covers for protecting and covering the various components. Further variations are derived from the embodiments described above. , only for the best embodiment of this creation
本創作所>1躺巾具有通常知識者，基於翁實_，可輕易組合 【圖式簡單說明】 第一圖(A)係為習用電容式觸控面板之 第一圖(B)係為習用 意圖；以及 第二圖係為本創作之觸控 電容式觸控面板其X與Y轴電路排線佈置之示 觸控面板之電路排線佈置實施例之示意圖。 【主要元件符號說明】 10:電容式觸控面板 12:感測器 w:Y軸電極層 11:基板 13: X軸電極層 15: x軸電路驅動線 M411616 100年7月13日修正替換頁 16 : Y軸電路驅動線 22 : Y軸電路排線 25 :接合處 30 :觸控面板 21 : X轴電路排線 23 :電子元件 35 :電子連接器This creation office >1 lying towel has the usual knowledge, based on Weng Shi _, can be easily combined [simple description of the figure] The first picture (A) is the first picture of the conventional capacitive touch panel (B) is The second embodiment is a schematic diagram of a circuit arrangement arrangement of the touch panel of the touch capacitive touch panel of the present invention, wherein the X and Y axis circuit arrangement is arranged. [Description of main component symbols] 10: Capacitive touch panel 12: Sensor w: Y-axis electrode layer 11: Substrate 13: X-axis electrode layer 15: X-axis circuit drive line M411616 Correction replacement page on July 13, 100 16 : Y-axis circuit drive line 22 : Y-axis circuit cable 25 : joint 30 : touch panel 21 : X-axis circuit cable 23 : electronic component 35 : electronic connector