M369502 五、新型說明： 【新型所屬之技術領域】 面板結構，其可増加面 本創作係有關於一種面板，特別是一種觸押式 板的可靠度，且可減少生產成本。 【先前技4好】 . 近年來，觸控面板的顧可說是越來越為廣泛，從早 :=:ΓΓμ 糧规 子產扣之抓，如此在制上不甚转。觸控 提供之功能，而提供使用上的便利性。觸控面板因為具 面及制上的便繼，所以魅面板細的細及層面有辦加 雷觸控面板依照構造和感測形式的不同可區分為電阻式觸控 面Γ ί 板、絲式驗面板、聲波式觸控面板、電磁式觸控 面板，所以目别觸控面板發展已經非常成熟。 ;因素電子產品底商為了更便利於使用者操作電子產品，所 板為觸控面板’以讓使用者可藉由簡單的接觸面板所顯示之功 執仃電子產品所提供之功能，因此’觸控式面板為目前許多 電子產品之標準配備。 / Μ參閱第® ’係習用之觸控面板的剖視圖。如圖所示，習用 面板包含一第一基屉丨丨 14、-膠框15、一導電層12、一第一金屬層13、一第二金屬層 路板2卜第二基層12相對應於第__基層η。雜π置於第一基 層”第二基層12之間。第一金屬層13與第二金屬層14分別設置於第 3 M369502 -基層11與第二基層12。軟性電路板21設於第一基層^之一端與第二基 層12之一端之間’導通層18、19分別設置於軟性電路板21之一端的兩側， 導電九膠16設置於第一基層11之第一金屬層13與導通層18之間，導電膠 Π設置於第二基層12之第二金屬層14與導通層19之間，如此軟性電路板M369502 V. New description: [New technical field] Panel structure, which can be added to the surface This creation department has a reliability about a panel, especially a touch panel, and can reduce production costs. [Previous skill 4 is good]. In recent years, the touch panel's Gu can be said to be more and more extensive, from the early :=: ΓΓμ grain regulations, the production of deduction, so in the system does not change. Touch provides the functionality while providing ease of use. Because the touch panel has the surface and the structure, the charm of the panel is fine and the level of the touch panel can be divided into a resistive touch panel according to the structure and sensing form. ί 板, silk Panels, sonic touch panels, and electromagnetic touch panels, so the development of visual touch panels is very mature. In order to make it easier for users to operate electronic products, the board is a touch panel' so that users can perform the functions provided by electronic products through the simple touch panel display. Control panels are standard on many current electronic products. / Μ Refer to the sectional view of the ®'s custom touch panel. As shown in the figure, the conventional panel comprises a first base tray 14, a plastic frame 15, a conductive layer 12, a first metal layer 13, a second metal layer board 2, and a second base layer 12 corresponding to The first __ base layer η. The dummy π is disposed between the first base layer "second base layer 12. The first metal layer 13 and the second metal layer 14 are respectively disposed on the third M369502 - the base layer 11 and the second base layer 12. The flexible circuit board 21 is disposed on the first base layer Between the one end and the one end of the second base layer 12, the conductive layers 18, 19 are respectively disposed on both sides of one end of the flexible circuit board 21, and the conductive rubber 9 is disposed on the first metal layer 13 and the conductive layer of the first base layer 11. 18, the conductive adhesive is disposed between the second metal layer 14 of the second base layer 12 and the conductive layer 19, such a flexible circuit board
21之兩侧面即分別電性連接於第—基層u之第-金屬層13與第二基層 之第二金屬層14。 S 觸控面板是藉由第-金屬層13與第二金屬層14產生觸控訊號，以得 知使用者繼面板之·，所_控職必概供給電子產品内之電 路=的控制晶;=}，如驗制晶片即可得知使用者之雛位置喊行對應的 功能、。基於上述原因，軟性電路板21設置於第一基層n與第二基層以之 =以電性連接第-金屬層13與第二金屬層14，以傳輸觸控訊號至電子產 品之電路板’而得知個者之觸控錢。由於軟性電路板21 _電性連接 第一金屬層13與第二金屬層14，所以軟性電路板21之兩側面必須為金屬 面，因此成本較高。此外，由於軟性電路板21設置於第-基層u和第二 基層12之間，加上軟性電路板2卜第一基層11和第二基層12的材質不盡 相同所以^膨脹係數也會因此不相同，如此軟性電路板容易脫離於第一 基層11或第二基層12，如此即無法確實傳輸觸控訊號，而提高觸控面板的 不良率。 因此，本創作即在針對上述問題而提出—種觸控式面板結構，不僅可 改善上述習職點’又可增加觸控式面板結翻可靠度與減少生產成本， 【新型内容】 本創作之目的，在於提供-種觸控式面板結構，其藉由第二基層之傳 :件而鮮-顧之概第—訊麟紐雜，使得雕式面板之觸控 需要和第二基層電性連接，即可接收第_基層與第二基層之觸控訊 唬，如此即可不需要電性連接第一基層，所以可增加觸控式面板的可靠度， M369502 且可減少生產觸控式面板的生產成本。 本創作之目的，在於提供—鷄控式面板結構，其整合晶片於觸控式 面板、、、σ構卩降低電子產^之電路板與觸控式面板間之電路的複雜度，以 及降低電路朗電子產品之電路板之面積，進崎低成本。 本創作之目的’在於提供—種觸控式面板結構，其藉由填充至少 控式面板結構之内部的至少—孔隙，如此可提高觸控視窗的平整 度」呆作耐用度，且會提高觸控式面板之結構的穩固性。 •本創作觸控式面板結構包含有—第—基層、—第二基層、複 /二二δίΛ線設置於第—基層，該些第二訊號線設置於第二基 二第二基層’且傳輸元件電性連接於該些第一訊號 盥該此訊號線與傳輸元件。本創作由於傳輸元件 ϋ性連接，所_控電路難與第二基層電性連接，即 所^可提些第—訊號線和第二基層之該些第二訊號線電性連接， 痛控式面板的可靠度，以及可以減少生產成本。 基層⑽n面板結構_控電路更包含一晶片’且與第二 h包觸控視窗於觸控式面板。另外，本創作之觸控式面板更 達到全平面之㈣广 觸控視窗設第—基層，以電子產品 '控電路之任而填充物填充於觸控視窗、第•基層、第二基層與觸 度，且會提高觸控^面^^^穩1^加觸控視窗的平整度與操作财用 【實施方式】 之瞭責Iff林創作之技術特徵及所達成之功效更有進一步 較佳之實施侧及配合詳細之綱，說明如後： ι閱第—圖’係本_觸控式面板結構之—較佳實施例的立 5 M369502 =。:圖麻，本創作之觸控式面板結構包含—第― 層51與-雌電路，觸控電路於本實施例中為 第= (FiexiMe -—^ =ϊ=ίΓΓ1之長度小於第二基層51之長度。 二基層51之訊號線。;4作之侧面電性連接於第 第-其；^夕之"'較佳實施例為-膜片，而 第-基層51之-較佳實施例為—玻璃基板。 請參閱第三圖，穌__式雜結狀 异 的訊號線佈肩示意圖。如圖所示 之第基層 QR L 汀丁 #基層31包含有複數第-訊號線32 1、不°°、。以t第一訊號線32呈行排列方式設置於第-基層Μ。顯 =36即為觸控式面板結構顯示影像之區域，以供使用者觀看，該些第一 訊5虎線32之長度係大於顯示區36的長度。 π參閱第四® ’係本創作觸控式面板結構之—較佳實施例 的= 佈局示意圖。如圖所示，第二基層51包含複數第二訊_4、-顯 =二，傳輸7L件’傳輸元件於本實施例中為複數第三訊號線58。該些 訊號^ 54呈觸列方式設置於第二基層5卜該些第三訊絲58呈行 歹方式汉置料—基層51，且傳輸元件位於第二基層51之顯示區那的 I方而刀別电性連接於第一基層31之該些第一訊號線犯，即該些第三$ t 58位於顯示區56的下方，並分別電性連接於該些第-訊號線32，如 =基層31之趣第—峨線32所產生之觸控訊號係會傳輸至第二基 層51之該些第三訊號線58。 此外，第二圖所示之電路板4〇之一側面電性連接於第二基層51之該 些第二訊號線54與傳輸元件，即連接第二減線51 _些第三訊號線58， 、接收第基層31與第二基層51之觸控訊號。如此，電路板4〇即不需要 電性連接第-基層3卜而僅f紐連接第二基層51即可接收第—基層31 ^第-基層51的觸控訊號，所以電路板4Q僅需要—側織置金屬層，故 可降低生產成本另外，由於電路板4〇之一侧面不需要電性連接於第一基 層31 ’所以不會文到第一基層31之膨脹係數的影響，如此可提高電路板 M369502 40設置於觸控式面板結構之可靠度，即 於此實施例中，傳輸元件為該些第三：二面板:構之整體可靠度。 佳實施例，但不限制本創作之傳輸元件僅可為^ ’其僅為本創作之-較 件可以為任何可與第—基層3〗之_第訊號線58，傳輸元 體。此外，本創作之第-基層31亦可 =、2電性連接的傳輸導 路並不需要電性連接於第—基層31。/、 一土 4 51大小相同，但觸控電 ♦ 請參閱第五_第六圖，係本創 的立體圖與剖視圖。如_示，本創作構之第二較佳實施例 .一導電層。膠框62設置於第—基層31愈二^構更包含—_2與 ►第一基層31與第二基層51之間，並她之間’導電層設置於 S8之間，於本實施射導電層可為異紐導^訊攸與該些第三訊號 mra/ Paste，ACF/ACP ) 72，如此該 y 第-訊號線32。 -弟…《線58即電性連接於該些 此外，此實施例之電路板4〇更包含一導The two sides of the 21 are respectively electrically connected to the first metal layer 13 of the first base layer u and the second metal layer 14 of the second base layer. The S touch panel generates a touch signal by the first metal layer 13 and the second metal layer 14 to know that the user is required to supply the control crystal of the circuit in the electronic product after the panel is controlled by the user; =}, if the wafer is inspected, the function corresponding to the location of the user's chick is known. For the above reasons, the flexible circuit board 21 is disposed on the first base layer n and the second base layer to electrically connect the first metal layer 13 and the second metal layer 14 to transmit the touch signal to the circuit board of the electronic product. Learn about the touch money of one person. Since the flexible circuit board 21_ electrically connects the first metal layer 13 and the second metal layer 14, the two sides of the flexible circuit board 21 must be metal surfaces, and thus the cost is high. In addition, since the flexible circuit board 21 is disposed between the first base layer u and the second base layer 12, and the materials of the first base layer 11 and the second base layer 12 of the flexible circuit board 2 are not the same, the expansion coefficient will not be In the same manner, the flexible circuit board is easily separated from the first base layer 11 or the second base layer 12, so that the touch signal cannot be reliably transmitted, and the defect rate of the touch panel is improved. Therefore, this creation proposes a touch panel structure that not only improves the above-mentioned learning points, but also increases the touch panel reliability and reduces the production cost. [New content] The purpose is to provide a touch panel structure, which is transmitted by the second base layer, and the touch of the carved panel needs to be electrically connected to the second base layer. The touch screen of the first base layer and the second base layer can be received, so that the first base layer can be electrically connected, so that the reliability of the touch panel can be increased, and the M369502 can reduce the production cost of the touch panel. The purpose of this creation is to provide a chicken-controlled panel structure, which integrates a chip on a touch panel, and a circuit structure that reduces the circuit between the circuit board and the touch panel of the electronic product, and reduces the circuit. The area of the circuit board of Lang Electronics is low cost. The purpose of the present invention is to provide a touch panel structure that fills at least the aperture of the interior of the control panel structure, thereby improving the flatness of the touch window, and durability is improved. The stability of the structure of the control panel. The present touch panel structure comprises a first-base layer, a second base layer, a complex/two-two δίΛ line disposed on the first base layer, and the second signal lines are disposed on the second base second base layer and transmitted The component is electrically connected to the first signal, the signal line and the transmission component. Due to the flexible connection of the transmission component, the control circuit is difficult to be electrically connected to the second base layer, that is, the first signal line and the second signal lines of the second base layer are electrically connected, and the pain control type is Panel reliability and reduced production costs. The base layer (10) n panel structure _ control circuit further includes a chip ′ and the second h package touch window is applied to the touch panel. In addition, the touch panel of the present invention is more fully planar (four) wide touch window set-the base layer, and the filling of the electronic product 'control circuit is filled in the touch window, the second base layer, the second base layer and the touch Degree, and will improve the touch surface ^ ^ ^ stability 1 ^ plus the touch window flatness and operational wealth [implementation] The responsibility of the Iff Lin creative technical features and the achieved effects are further better implemented The side and the detailed outline of the scheme are as follows: ι阅第图图's _ touch panel structure - the preferred embodiment of the stand 5 M369502 =. : 麻麻, the touch panel structure of the present invention comprises - the first layer 51 and the female circuit, the touch circuit is the first in the embodiment = (FiexiMe - - ^ = ϊ = ΓΓ 之 1 length is smaller than the second base layer 51 The length of the signal line of the second base layer 51; the side of the fourth layer is electrically connected to the first - the "the preferred embodiment" is a diaphragm, and the first base layer 51 - the preferred embodiment For the glass substrate, please refer to the third figure, the schematic diagram of the odd-shaped signal line shoulder. The base layer QR L Tingding # base layer 31 as shown in the figure contains a plurality of signal lines 32 1 . The first signal line 32 is arranged in a line arrangement manner on the first base layer Μ. The display=36 is an area for displaying the image of the touch panel structure for the user to watch, the first message 5 The length of the tiger line 32 is greater than the length of the display area 36. π refers to the layout of the fourth embodiment of the present invention, which is a layout of the preferred embodiment. As shown, the second base layer 51 includes a plurality of The second signal _4, - display = two, the transmission of the 7L piece 'transmission element in this embodiment is a plurality of third signal line 58. The signals ^ 54 are in the touch column The second signal layer 5 is disposed on the second substrate 5, and the transmission element is located on the I side of the display area of the second base layer 51, and is electrically connected to the first layer. The first signal lines of the base layer 31 are committed, that is, the third $t 58 is located below the display area 56, and is electrically connected to the first signal lines 32, for example, the interesting first line of the base layer 31. The touch signals generated by the 32 are transmitted to the third signal lines 58 of the second base layer 51. In addition, one side of the circuit board 4 shown in the second figure is electrically connected to the second base layer 51. The second signal line 54 and the transmission component, that is, the second minus line 51_the third signal line 58 are connected to receive the touch signals of the base layer 31 and the second base layer 51. Thus, the circuit board 4 does not need electrical property. The first base layer 51 is connected to the first base layer 51, and only the second base layer 51 is connected to receive the touch signal of the first base layer 31^the first base layer 51. Therefore, the circuit board 4Q only needs to be side-woven metal layer, thereby reducing the production cost. In addition, since one side of the circuit board 4 does not need to be electrically connected to the first base layer 31', it does not reach the first base layer 31. The reliability of the circuit board M369502 40 is improved in the touch panel structure. In this embodiment, the transmission component is the third: two panels: the overall reliability of the structure. However, the transmission component of this creation is not limited to ^ 'which is only for this creation - the comparison element can be any transmission element with the _ signal line 58 of the first base layer 3. In addition, the first part of the creation - The base layer 31 can also be = 2 electrically connected transmission paths do not need to be electrically connected to the first base layer 31. /, a soil 4 51 is the same size, but the touch electric power ♦ Please refer to the fifth_sixth figure, It is a perspective view and a cross-sectional view of the present invention. As shown in the figure, a second preferred embodiment of the present invention is a conductive layer. The plastic frame 62 is disposed between the first base layer 31 and the second base layer 31 and the first base layer 31 and the second base layer 51, and the conductive layer is disposed between the S8, and the conductive layer is disposed in the present embodiment. It can be a different signal and the third signal mra/ Paste, ACF/ACP 72, so the y-signal line 32. - Brother... "Line 58 is electrically connected to the other. In addition, the circuit board 4 of this embodiment further includes a guide.
Γ"ΙΓ：°"""0 43 I 第一基層5之間，導電層43雷性i表;si r ’ 鱗此I 絲51之_第二訊號線54 電5 ^Π 4() ° «接於 魅ί 板（圖未示）’進而傳輸觸控訊號至電子產品内部之電 ㈣（W絲），峨_將知制者按_奴面板之位 ^ 執盯對應的功能。上述之導電層43之一較佳實施例為異方性導電 膠。此外，電路板40更可外接另一電路板而連接於電子產品内部之電路板。 4參閲第七圖’係本創作觸控式面板結構之第三較佳實施例的立體 圖。請-併參閱第五圖’如圖所示，此實施例不同於第五圖實施例在於此 實施例之導包含概錄㈣，且·金屬點82分卿麟該些第一 聽線32與傳輸元件’即每一金屬點82分別電性連接每一訊號 與每-第三訊號線58。該些金屬點82係設置於膠框62所設置之複數穿孔 65中。本創作金屬點82之一較佳實施例為銀膠點。此外，該些第一訊號線 32之每一端點與該些第三訊號線58之每一端點亦可設置金屬點咫。 7 M369502 ^閱第圖係本創作觸控式面板結構之第四較佳實施例的立體 圖胃併參閱第七圖’如圖所示，此實施例不同於上一實施例在於此實 ^例=膠框62更具有-溝槽67，其連接触穿孔阳^於觸控式面板結 之基層31與第-基層51之間存在著空氣，因此朗者在按壓第一 ^ 31時則會壓縮存在於第一基層&與第二基層之間的空氣，如此 二氣即會無雜出’而位於第—基層31之該些第-魏線Μ與該些金屬 點82之間’以及位於第二基層51之該些第三訊號線58與該些金屬點犯 之門纟此會使得該些帛_訊號線32和該些帛三訊號線Μ無法確實接觸 該些絲點83 ’而無法讓第-簡線32確實電性連接於触第三訊號 線58此實施例可藉由溝槽67讓空氣排丨，如此使用者在操作觸控式面板 結構=’即可確實讓該些第一訊號線32電性連接於該些第三訊號線兄。 請參閱第九圖’係本創作觸控式面板結構之第五較佳實施例的剖視 圖。清-併參考第六圖，如圖所示，此實施例不同於第六圖實施例在於此 實施例更包含一觸控視窗91與一黏著層92，黏著層犯設置於觸控視窗犯 與第-基層31之間，以設置觸控視窗91於第一基層&。如此，可以讓電 子產具有更多變的外型（variGUS。姐^ shape)，且可讓電子產品之 表面為全平面而更美觀，此外可增加觸控式面板結構的耐用性 (unbreakable against shock)。 承接上述，觸控視窗91貝占合在第一基層31上方時，觸控視窗91、第 -基層3卜第二基層51與觸控電路（電路板40)之任意兩者之間皆會產 生孔隙’如此會出現不平整關題，其因為在整體結構組裝的過程中，組 裝人員或者機器會施力於觸控視窗9卜第—基層3卜f二基層51或者電 路板40 ’如此會使得觸控式面板結構因為孔隙而變曲或變形，如此即會發 生整體平整度變差之情形。所以本實施例更進一步包含有至少一填充物 94，以填充在觸控視窗91、第一基層31、第二基層51與電路板仙之任意 兩者之間的孔隙，以加強觸控視窗91與觸控式面板結構的平整度，且可^ 加觸控式面板結構整體結構的強度，而提高觸控式面板結構之^構的穩^ 性以及操作耐用度（durable)。本創作填充物之一較佳實施例為墊片、襯 M369502 片、矽膠、泡綿、雙面膠或樹醋，塾片與概片不限於任何材質，樹醋較佳 實施例則是以灌入/注入的方式填充於孔隙，如此可減少組裝填充物⑽ς 孔隙的流程與時間’且可減少填充物94 密合於孔隙之情形，並且可以 降低生產成本。 請參閱第十圖與第十-圖，係本創作觸控式面板結構之第六較 例的上視圖與剖視圖。此實施例之觸控電路包含—晶片44，晶片私與 基層51之間設置有-導電層441，導電層441電性連接第二基層η巧二 第二訊號線54與傳輸元件（該些第三訊號線58)，如此晶片&即設第 二基層51且電性連接於該些第二訊號線54與傳輸元件（該些第三訊號 58) ’晶片44為利用覆晶玻璃接合技術（Chip %以咖）而設置於二其 層51 ’以接收觸控訊號。 土 導、雨更外接一軟性電路板45，軟性電路板45之一端具有一 導k層451，-導電層452設置於軟性電路板45之導通層姐|第二美芦 之間，且導電層453電性連接第二基層η之複數訊號線44此。 ⑽電性連接魏層441，而用於傳輸晶片44之輸出訊戰職 45 ’即晶片44輸出使用者觸壓觸控式面板結構之觸控位置至軟性 45。上述之導電層441與72可為異方性導電膠。另外，軟 埠453並與⑽之至少—輸人__^ 9卜W舰她視f 91 _物94,觸控視窗 满rr 與軟性電路板45之任意兩者_絲，以加強觸控 2佳板結構之結構的穩固性以及操作耐用度。填充物之 季乂佳實關為塾片、襯片、砍膠、泡錦、雙面膝或樹自旨，墊片 遗任何材f ’ 咖以/从的对填充於孔隙。 综上所述，本創作觸控式面板結構包含第一基層、第二基層、複數第 9 M369502 一訊麟、複雜二喊線、驗藉觸 於第一基層，第二基層相斟纽敏甘a --弟减線设置 置於第-，帛—顧，财帛二峨_雜元件設 接於第=絲而接於該些第一訊號線，觸控電路電性連 美層之傳梅二訊絲與傳輸元件。本創作設置於第二 傳輪讀’由於和第—絲之該m ^ 基層之該μ與第_基層之該些第—訊號線與第二 邊概連接，而不需要電性連接第—基層，如此可增 加觸^式龍結_可#度，且可降低生產成本。 τ 明參閱第忙_第十三圖，係本創作式面板結構 施例的上視圖與剖視圖。此實施 1 {實 FUm，㈣ 46 _於第其^ φ — __Ρ〇η 喊四(《η w 弟一基層 電性連接於該些第二訊號線54 (參 3一 = = I Ϊ件’即覆晶薄膜模組46電性連接該些第二訊號線32 仙Γί日 第四圖）。覆晶薄膜模、组46包含有一可撓性線路板 '、日日片463。可撓性線路板461具有兩導通層備與術，並分別設 =於可撓性線路板461之兩端。一導電層働設置於可撓性線路板他之 導通層465與第二基層51之間，導電層彻電性連接於第二基層μ之該 :第一 π孔號線54與s亥些第二訊號線58，如此可撓性線路板撕即設置於第 基層51且電性連接於_第二訊號線54與該轉三訊號線58。 另外’晶片463設置於可撓性線路板46卜以接收觸控訊號，如此晶片 463即可得知使用者按壓觸控式面板結構之位置。此外，可換性線路板他 可藉由導通層467直接與電子產品之電路板（圖未示）相互連接，使得晶 片463與電路板之間可以相互傳遞訊號，而直接傳遞使用者按麗觸控式面 板結構之位置至電路板，或者可藉由導通層術外接一軟性電路板47，並 經由軟性電路板47與電子產品之電路板相互連接，以使得晶片棚與電路 板之間可以相互傳遞訊號。軟性電路板47之一端具有一導通層仍，一導 電層473設置於可撓性線路板461之導通層467與軟性電路板47的導通層 471之間。如此，軟性電路板47即電性連接於可撓性線路板46ι。上述之 M369502 導電層469與473可為異方性導電膠。Γ"ΙΓ:°"""0 43 I Between the first base layer 5, the conductive layer 43 is a sharp i-table; si r ' scales this I wire 51 _ second signal line 54 electricity 5 ^ Π 4 ( ° ° "Connected to the charm board (not shown)' and then transmit the touch signal to the inside of the electronic product (four) (W wire), 峨 _ will know the system according to the _ slave panel position ^ to stare at the corresponding function. A preferred embodiment of the above conductive layer 43 is an anisotropic conductive paste. In addition, the circuit board 40 can be externally connected to another circuit board and connected to a circuit board inside the electronic product. 4 is a perspective view of a third preferred embodiment of the present touch panel structure. Please - and refer to the fifth figure 'as shown in the figure, this embodiment is different from the fifth figure embodiment in the guide of this embodiment (4), and the metal point 82 points to the first line 32 and The transmission element 'that is, each metal point 82 is electrically connected to each signal and each of the third signal lines 58 respectively. The metal dots 82 are disposed in the plurality of through holes 65 provided by the plastic frame 62. One preferred embodiment of the present metal dot 82 is a silver dot. In addition, each of the first signal lines 32 and each of the third signal lines 58 may also be provided with a metal dot. 7 M369502 ^图图图 is a perspective view of a fourth preferred embodiment of the present invention, and refers to the seventh figure 'as shown in the figure, this embodiment is different from the previous embodiment in this example = The plastic frame 62 further has a groove 67 which is connected to the contact hole and has air between the base layer 31 and the first base layer 51 of the touch panel, so that the male is compressed when the first 31 is pressed. The air between the first base layer & and the second base layer, such that the two gases will be free of impurities, and located between the first-wei lines of the first base layer 31 and the metal points 82 and The third signal lines 58 of the two base layers 51 and the thresholds of the metal points may cause the 帛_signal line 32 and the third signal lines Μ to not reliably contact the dots 83'. The first simple line 32 is electrically connected to the third signal line 58. In this embodiment, the air can be drained by the groove 67, so that the user can operate the touch panel structure=' The signal line 32 is electrically connected to the third signal line brothers. Referring to the ninth drawing, a cross-sectional view of a fifth preferred embodiment of the present touch panel structure is shown. Clearly, and referring to the sixth figure, as shown in the figure, this embodiment is different from the sixth embodiment. In this embodiment, a touch window 91 and an adhesive layer 92 are further included, and the adhesive layer is disposed in the touch window. Between the first and base layers 31, a touch window 91 is disposed on the first base layer & In this way, the electronic product can have more varied appearances (variGUS.), and the surface of the electronic product can be more flat and more beautiful, and the durability of the touch panel structure can be increased (unbreakable against shock). ). In the above, when the touch window 91 is over the first base layer 31, the touch window 91, the first base layer 3, the second base layer 51, and any of the touch circuits (the circuit board 40) are generated. The voids will be subject to unevenness, because during assembly of the overall structure, the assembler or machine will apply force to the touch window 9 - the base layer 3 or the second substrate 51 or the circuit board 40 ' The touch panel structure is deformed or deformed by the pores, so that the overall flatness is deteriorated. Therefore, the embodiment further includes at least one filler 94 to fill the aperture between the touch window 91, the first base layer 31, the second base layer 51, and any of the circuit boards to enhance the touch window 91. The flatness of the touch panel structure and the strength of the overall structure of the touch panel structure can be improved, and the stability and operation durability of the touch panel structure can be improved. A preferred embodiment of the present filler is a gasket, a lining M369502 sheet, a silicone, a foam, a double-sided tape or a tree vinegar. The crepe and the slab are not limited to any material, and the preferred embodiment of the vinegar is The in/in filling method fills the pores, which reduces the flow and time of assembling the filler (10), and reduces the filling of the filler 94 to the pores, and can reduce the production cost. Please refer to the tenth and tenth drawings, which are a top view and a cross-sectional view of a sixth comparative example of the touch panel structure. The touch circuit of the embodiment includes a wafer 44, and a conductive layer 441 is disposed between the wafer and the substrate 51. The conductive layer 441 is electrically connected to the second substrate η2, the second signal line 54 and the transmission component (the The third signal line 58) is such that the second substrate 51 is electrically connected to the second signal lines 54 and the transmission elements (the third signals 58). The wafer 44 is made by using a flip-chip bonding technique ( Chip % is set to two layers 51' to receive touch signals. The soil guide and the rain are externally connected to a flexible circuit board 45. One end of the flexible circuit board 45 has a conductive k layer 451, and the conductive layer 452 is disposed between the conductive layer of the flexible circuit board 45 and the second beautiful reed, and the conductive layer 453 is electrically connected to the complex signal line 44 of the second base layer η. (10) Electrically connecting the Wei layer 441, and the output signal for transmitting the wafer 44, that is, the wafer 44 outputs the touch position of the touch panel structure to softness 45. The conductive layers 441 and 72 described above may be an anisotropic conductive paste. In addition, the soft 埠 453 and (10) at least - input _ _ ^ 9 Bu W ship she see f 91 _ object 94, touch window full rr and flexible circuit board 45 either _ wire to enhance touch 2 The stability of the structure of the good board structure and the operational durability. The seasoning of the filling is good for the crepe, lining, rubber, brocade, double-sided knee or tree. The gasket is filled with any material f ’ In summary, the touch panel structure of the present invention comprises a first base layer, a second base layer, a plurality of ninth M369502, a symphony, a complex second scream line, a test touch to the first base layer, and a second base layer opposite the New Mingan a -- the younger line setting is placed in the first -, 帛 - Gu, the second _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Signal and transmission components. The present invention is arranged to be connected to the second pass and the second signal of the μ and the base layer of the m^ base layer of the first and second wires, and the second signal is not connected to the second layer. This can increase the touch-type dragon knot _ can be # degrees, and can reduce production costs. τ 明 See the busy _ thirteenth figure, which is a top view and a cross-sectional view of the creased panel structure. This implementation 1 {real FUm, (four) 46 _ in the first ^ φ - __ Ρ〇 喊 shouting four ("η w 弟 一 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基 基The flip chip module 46 is electrically connected to the second signal lines 32 (the fourth picture). The flip chip module, the group 46 includes a flexible circuit board ', a Japanese 463. The flexible circuit board The 461 has two conductive layers and is respectively disposed at two ends of the flexible circuit board 461. A conductive layer is disposed between the conductive layer 465 and the second base layer 51 of the flexible circuit board, and the conductive layer The first π hole number line 54 and the second second signal line 58 are electrically connected to the second base layer μ, so that the flexible circuit board is disposed on the base layer 51 and electrically connected to the second layer. The signal line 54 and the three-way signal line 58. The 'wafer 463 is disposed on the flexible circuit board 46 to receive the touch signal, so that the chip 463 can know the position where the user presses the touch panel structure. The replaceable circuit board can be directly connected to the circuit board (not shown) of the electronic product through the conductive layer 467, so that the wafer 463 and the circuit The signals can be transmitted to each other, and the position of the user can be directly transmitted to the circuit board by the touch panel structure, or a flexible circuit board 47 can be externally connected by the conduction layer, and the circuit of the electronic product is connected via the flexible circuit board 47. The boards are connected to each other such that the wafer shed and the circuit board can transmit signals to each other. One end of the flexible circuit board 47 has a conductive layer, and a conductive layer 473 is disposed on the conductive layer 467 of the flexible circuit board 461 and the flexible circuit board. Between the conductive layers 471 of 47. Thus, the flexible circuit board 47 is electrically connected to the flexible circuit board 46. The above-mentioned M369502 conductive layers 469 and 473 may be an anisotropic conductive adhesive.
’滩則·即可得知個者麵該觸控式面板結構之位置，並將 =位置傳遞至電子產品之電路板的控制晶片，以供電子產品之控制晶片 此觸控位置執行後續之對應動作。此實施例整合晶片柳於觸控式面 結構’係可讓電子產品之雷踗扨尤带φ丄、_ _ 、咏μ畀孩些第三訊 連接即可得知使用者之觸控位置。'Beach' can know the location of the touch panel structure and pass the = position to the control chip of the circuit board of the electronic product for the subsequent control of the touch position of the control chip of the electronic product. action. In this embodiment, the integration of the wafer into the touch surface structure allows the electronic product to be touched by the φ丄, _ _, 咏μ畀 child third connection.
線54與該些第三訊 由上述可知’若為了提高觸控式面板結構之觸控射度或者具有多點 觸控功能，而增加該些第一訊號線32與該些第二訊號線54之數量時，本 創作僅會增加覆晶薄纖組46之晶片463與第二基層51之該些第二訊號 線54和該些第三訊號線58相連接的接腳，而不需增加晶片盘電子產 品之電路板連接的接腳，也就是不需增加電子產品之電路板之電路，如此 電路板之面積’進而可降低成本。由於現今則之技術相當進 加晶片463之接腳數相較於增加電路板之接腳數並不會增加太 •、可降低電子產品與觸控式面板結構之間的電路的複雜度，以及降低電路板 之電路佔用電路板之面籍，谁而0ΓΡ又加〇·、4· _ Λ „ 步’所以增加晶片 多面積與成本。 、復參閱第十二圖’本創作之軟性電路板47可具有複數輸入/輸出痒仍 與複數導通層4Π ’該些輸入/輸出埠475與該些導通層471相對應，且該 些輸入/輸出iM75所在之位置係不相㈤，而可撓性線路板461對應且有複 數導通層467’即透過該些導通層471卩與該些輸入/輸出埠仍電性連接， 該些導通層467係與晶片463之至少一輸入/輸出埠（圖未示）電性連接， 如此可因應電子產狀各種電軸所設置之輸人/輸料錄㈣位置，而 M369502 使得軟性電路板47便於連接電子產品内部之電路板。 此實施例之觸控式面板結構更在第一基層31上方設置觸控視窗91，黏 者層92設置於觸控視窗91與第一基層31之間，且本實施例進一步包含有 至少-填充物94 ’以填充在觸控視窗9卜第一基層3卜第二基層51、可 撓! 生線路板461與晶片463之任意兩者間的孔隙，以加強觸控視窗91與觸 ，式面板結構的平整度’且可增加觸控式面板結構整齡構的強度，而提 南觸控式面概構之輯的麵性以及麟咖度（durabie)。填充物之 一較佳實施例為塾片、襯片、、雙面膠娜旨，墊片與襯片不 限於任傭質’躺触魏_纽紅/注人的对觀於孔隙。 作實為-具雜馳、進步性騎做紅姻者，應符合我 法專辦轉件無疑，爰依法提崎型專辦請，祈躺早日賜 准專利，至感為禱。 槐者縣摘作-健實關而已，麟聽限定本創作 神所為之解變化與修飾，均聽括於摘作之”翔範圍内。 【圖式簡單說明】 第一圖係習用之觸控面板的剖視圖； =二圖係本創作難式面板結構之—錄實施例的立體圖. 本創作觸控式面板結構之—較佳實施例之第-基層的訊號線佈局 第：本創作觸控式面板結構之一較佳實施例的第二基卿 =五圖係翔作難式面板轉之第二難實麵的立 =六圖係本_式面驗狀t錄實施朗 第七圖係本創作觸控式面板結構之第三較佳實施例的= 12 M369502 第八圖係本創作觸控式吨 第九圖係本創作觸控式面 第四較佳實施例的立體圖； 第十圖係本創铜她實施儀剖視圖； 及 第十-圖係本創作觸控式_‘=實施例的上視圖； 第十二圖係本創作構之較佳實施例的剖視圖； 第十=圖#太偷4面板、、、α構之第七較佳實施例的上視圖； 第十一圖係本創作觸控式面板結構之第七較佳實施例的剖視圖。 【主要元件符號說明】 φ 1〇觸控式面板 11 第一基層 12 第—基層 13 第一金屬層 14 第二金屬層 15 膠框 16 導電膠 17 導電膠 18 導通層 19 導通層 21 軟性電路板 31 第一基層 32 第一訊號線 36 顯示區 40 電路板 41 導通層 42 導通層 43 導電層 44 晶片 13 M369502 441 導電層 92 黏著層 443 訊號線 94 填充物 45 軟性電路板 451 導通層 452 導電層 453 輸入/輸出埠 46 覆晶薄膜模組 461 可撓性線路板 463 晶片 465 導通層 467 導通層 469 導電層 47 軟性電路板 471 導通層 473 導電層 475 輸入/輸出埠 49 軟性電路板 51 第二基層 54 第二訊號線 56 顯示區 58 第三訊號線 62 膠框 65 穿孔 67 溝槽 72 異方性導電膠 82 金屬點 91 觸控視窗 14The line 54 and the third signals are known from the above. If the touch radiance of the touch panel structure or the multi-touch function is added, the first signal line 32 and the second signal lines 54 are added. In the case of the number, the wafer 463 of the flip chip group 46 and the second signal lines 54 of the second substrate 51 and the third signal lines 58 are connected to each other without adding a wafer. The board connecting pins of the electronic product, that is, the circuit of the circuit board without adding an electronic product, such that the area of the circuit board can further reduce the cost. Since the current technology is quite similar to the number of pins of the chip 463, the number of pins of the board is not increased, and the complexity of the circuit between the electronic product and the touch panel structure can be reduced, and Reducing the circuit board's circuit footprint, whoever adds 〇··4· _ Λ „ step' increases the multi-area and cost of the chip. See the twelfth figure 'The soft board of the creation 47 There may be a plurality of input/output itches and a plurality of conductive layers 4'. The input/output ports 475 correspond to the conductive layers 471, and the input/output iM75 is in a phase (5), and the flexible circuit The board 461 corresponds to and has a plurality of conductive layers 467 ′ that are electrically connected to the input/output ports through the conductive layers 471 , and the conductive layers 467 are at least one input/output 与 of the wafer 463 (not shown) ) Electrical connection, so that the input/output record (4) position of various electronic axes of the electronic product can be set, and the M369502 makes the flexible circuit board 47 easy to connect to the circuit board inside the electronic product. The touch panel of this embodiment The structure is more in the first A touch window 91 is disposed above the base layer 31, and the adhesive layer 92 is disposed between the touch window 91 and the first base layer 31, and the embodiment further includes at least a filler 94' to fill the touch window 9 The base layer 3 includes the second base layer 51, and the aperture between any two of the circuit board 461 and the wafer 463 is reinforced to enhance the flatness of the touch window 91 and the touch panel structure and the touch panel structure can be increased. The strength of the whole age structure, and the facial features of the touch-sensitive surface profile and the durabie. One of the preferred embodiments of the filler is a bract, a lining, and a double-sided tape. Gaskets and linings are not limited to any kind of servant's lie on Wei_New Red/Note to the pores. Really - with a spur, progressive riding as a red marriage, should comply with my law. Undoubtedly, you should pray for an early patent, and you will pray for it as soon as you pray. The Emperor County's masterpiece - Jian Shi Guan, has listened to the changes and modifications of the creation of God. In the scope of the "small". BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a cross-sectional view of a conventional touch panel; = the second figure is a perspective view of the design of the hard-to-finish panel structure. The present invention is a touch panel structure. The signal line layout of the first-base layer: the second base of the preferred embodiment of the present touch panel structure = the fifth figure is the second hard-to-face panel of the hard-working panel The seventh embodiment of the present invention is a third preferred embodiment of the touch panel structure = 12 M369502 The eighth figure is the ninth figure of the creation touch type A perspective view of a fourth preferred embodiment; a tenth view is a cross-sectional view of the present invention; and a tenth-picture is a top view of the present touch type _'= embodiment; A cross-sectional view of a preferred embodiment; a tenth view of the seventh preferred embodiment of the fourth embodiment of the present invention; and a seventh preferred embodiment of the touch panel structure of the present invention A cross-sectional view of an example. [Main component symbol description] φ 1〇 touch panel 11 first base layer 12 first base layer 13 first metal layer 14 second metal layer 15 plastic frame 16 conductive paste 17 conductive paste 18 conductive layer 19 conductive layer 21 flexible circuit board 31 first base layer 32 first signal line 36 display area 40 circuit board 41 conduction layer 42 conduction layer 43 conductive layer 44 wafer 13 M369502 441 conductive layer 92 adhesive layer 443 signal line 94 filler 45 flexible circuit board 451 conduction layer 452 conductive layer 453 Input/Output 埠46 Flip Chip Module 461 Flexible Circuit Board 463 Wafer 465 Conduction Layer 467 Conduction Layer 469 Conductive Layer 47 Flexible Circuit Board 471 Conduction Layer 473 Conductive Layer 475 Input/Output 埠49 Flexible Circuit Board 51 Second Base layer 54 second signal line 56 display area 58 third signal line 62 plastic frame 65 perforation 67 groove 72 anisotropic conductive adhesive 82 metal point 91 touch window 14