M429929 五、新型說明： 【新型所屬之技術領域】 _] 本創㈣、為—種觸控面板，尤指-種易於進行组裝 的觸控面板組裝結構。 【先前技術】 [_ 隨著觸控技術錢的精進與發展，觸控式的輸入裝 置已普遍應用在許多終端電子產品上，提供了更為優越 的操控性及多樣性的介面操作方式，藉以取代傳統滑鼠 | &鍵盤等輸入農置的功能’進而節省操作的空間並解決 周邊輸入設備攜帶不便的困擾。 觸控面板依據其觸控技術概分有電阻式'電容式、光 學式或聲波鱗，而電容式觸控面·板依照其卫作原理的 不同又分為表面電容式及投射電容式兩種，其中投射電 容式觸控面板為目前市場中較受歡迎且市場佔有率較高 的技術，此73基於投射式電容控純具有較佳的透 視率、較為靈敏嶋倾、以及較高的仙壽命等優點 丨 0 請。參閱第1圖所示’為習知觸控面板的示意圖，例如 為單片 '投射電容式觸控面板的結構，該觸控面板900 包括有賴蕈板910，玻璃蓋板910表面區分有-觸控 電路區920及一訊號導線區930，其中觸控電路區920具 有複數的觸控線路（圖未示），並相互交又佈設成一矩陣 狀排列的複數個感應電極（圖未示），訊號導線區93〇則環 λ有複數導線932 ’導線932的-端與觸控線路連接，導 線932另端則集中延伸至玻璃蓋板91◦的至少一側邊處 第3頁 /共44f ,im.n〇r 構成一組導線接點9 3 4 ’並對應設置一軟性電路板9 4 ο與 導線接點934呈一電性連接，用以傳遞及輸出觸控訊號， 另外在觸控電路區920及訊號導線區93〇表面上覆設有一 絕緣層（圖未示）’而僅露出導線接點934，為用以保護觸 控電路區920及訊號導線區930的.線路，避免接觸外在空 氣而氧化或受外部物體碰觸而損壞。 而在前述習知技術中的軟性查路板940，一般是以異 方性導電膠膠合於導線接點934，並同時透過熱壓合的方 式將軟性電路板940固設於玻璃蓋板910上，由於加工過 程中需要透過高溫加熱及加壓等工序，使得軟性電路板 940與導線接點934於加工結合後的產品良率普遍過低而 無法提高，進而造成生產的成本高昂而無法降低。 再者’在習知技術中的軟性電路板940通常會透過 C〇F(Chip 〇n Flexible printed circuit)技術設置 有至少一類比數位轉換器或一控制器等處理晶片942，同 時對觸控訊號進行訊號轉換及處理，惟當觸控面板900在 生產的過程中，經測試發現類比數位轉換器或控制器功 能有異常而需要更換時’由於軟性電路板940已加工固設 於觸控面板900上而無法拆卸進行更換，因此往往需將已 生產凡成的整片觸控面板900進行報廢，亦同樣造成生產 成本高昂而無法降低，以及無法提高生產良率β 又’習知的觸控面板900與電子裝置的顯示模組（圖 未示）進行组裝時，不但需要事先將軟性電路板94〇加工 貼合於觸控面板900上，且觸控面板900普遍是以膠合的 方式與顯示模組貼合在一體，不但造成電子裝置於生產 過程中不易於進行組裝，且易於造成軟性電路板940不當 100222911 第4頁/共44頁 α〇 13090432-0 的彎折或碰撞造成電路上的損壞，使得電子裝置的生產 良率下降；另者，由於觸控面板900是碜合於顯示模組上 ，亦使得欲將觸控面板900拆卸下來的進行後續的檢修及 維護工作極為不易，甚至難以達成，進而需要將整組顯 示模組及觸控面板900 —起同時進行更換，造成零組件的 浪費及生產成本的增加。 【新型内容】 [0003] 因此為了能夠有效克服前述習知技術的觸控面板結 構在組裝上及後續維修處理上所造成的缺點。 為此，本創作揭露一種觸控面板組裝結構，其包括 一觸控面板，其表面區分有一觸控電路區及一訊號 導線區’該訊號導線區壞設於該觸控電路區周圍*該觸 控ΐ路區具有複數觸控線路，該訊號導線:區具有複數導 線，用以傳遞及輸出觸控訊號，該導線一端與該觸控線 路端連結，另一端則集中延伸於該訊號導線區的至少一 側邊處，且構成至少一組導線接點； 至少一電路板，對應設置在該導線接點處，該電路 板的一側邊設有至少一組訊號接點；以及 一導電元件，夾設於該導線接點及訊號接點之間， 使得該電路板上的該訊號接點經由該導電元件與該導線 接點呈一電性連接。 本創作同時也揭露一種觸控面板組裝結構，其包括 一觸控面板，其表面區分有一觸控電路區及一訊號 導線區*該訊號導線區環設於該觸控電路區周圍*該觸 ；vlO02Z291i 第 5 頁 / 共 44 頁 -10130^90432^ 控電路區具有複數觸控線路，該訊號導線區具有複數導 線，用以傳遞及輸出觸控訊號，該導線一端與該觸控線 路端連結，另一端則集中延伸於該訊號導線區的至少一 側邊處，且構成至少一組導線接點；以及 複數固定件，分別貼合設置於該訊號導線區表面， 該固定件具有導磁性，以透過磁吸方式將觸控面板組設 於一電子裝置或顯示模組上。 本創作又揭露一種觸控面板組裝結構，其包括：M429929 V. New description: [New technology field] _] This (4) is a touch panel, especially a touch panel assembly structure that is easy to assemble. [Prior Art] [_ With the advancement and development of touch technology money, touch-based input devices have been widely used in many terminal electronic products, providing superior controllability and a variety of interface operations. It replaces the traditional mouse | & keyboard and other functions of inputting farms', which saves space for operation and solves the problem of inconvenience of peripheral input devices. According to the touch technology, the touch panel has a resistive type of capacitive, optical or acoustic scales, and the capacitive touch surface board is divided into surface capacitive type and projected capacitive type according to different guarding principles. Among them, the projected capacitive touch panel is a popular technology in the market and has a high market share. The 73 based on projected capacitive control has better perspective, more sensitive tilt, and higher life. Other advantages 丨0 please. Referring to FIG. 1 , a schematic diagram of a conventional touch panel is used, for example, a structure of a single-piece projected capacitive touch panel. The touch panel 900 includes a slab 910. The surface of the cover glass 910 is separated by a touch. The control circuit area 920 and the signal line area 930, wherein the touch circuit area 920 has a plurality of touch lines (not shown), and is arranged in a matrix arrangement of a plurality of sensing electrodes (not shown), the signal The wire area 93 〇 then the ring λ has a plurality of wires 932 'the end of the wire 932 is connected to the touch line, and the other end of the wire 932 is concentrated to extend to at least one side of the glass cover 91 第 page 3 / 44f, im .n〇r constitutes a set of wire contacts 9 3 4 ′ and correspondingly sets a flexible circuit board 9 4 ο electrically connected with the wire contacts 934 for transmitting and outputting touch signals, and in the touch circuit area The surface of the 920 and the signal conductor area 93 is covered with an insulating layer (not shown) and only the wire contact 934 is exposed. The line for protecting the touch circuit area 920 and the signal line area 930 is protected from external contact. Air is oxidized or damaged by contact with external objects. The soft circuit board 940 in the prior art is generally glued to the wire contact 934 by an anisotropic conductive glue, and the flexible circuit board 940 is fixed on the glass cover 910 by thermocompression bonding. Since the process of high-temperature heating and pressurization is required in the process, the yield of the flexible circuit board 940 and the wire contact 934 after processing is generally too low to be improved, and the production cost is high and cannot be reduced. Furthermore, the flexible circuit board 940 in the prior art usually has at least one analog-to-digital converter or a controller and the like processed by the C 〇F (Chip 〇n Flexible printed circuit) technology, and the touch signal is simultaneously applied to the touch signal. When the touch panel 900 is in the process of production, it is found that the analog digital converter or the controller function is abnormal and needs to be replaced. 'Because the flexible circuit board 940 has been processed and fixed on the touch panel 900 It is impossible to disassemble and replace it. Therefore, it is often necessary to scrap the entire touch panel 900 that has been produced, which also causes high production cost and cannot be reduced, and can not improve the production yield. When the 900 is assembled with the display module (not shown) of the electronic device, the flexible circuit board 94 is not required to be attached to the touch panel 900 in advance, and the touch panel 900 is generally glued and displayed. The module is integrated in one body, which not only makes the electronic device not easy to assemble in the production process, but also easily causes the flexible circuit board 940 to be improper 100222911 Page 4 of 44 The bending or collision of the page α〇13090432-0 causes damage on the circuit, which causes the production yield of the electronic device to decrease. In addition, since the touch panel 900 is coupled to the display module, the touch panel is also required. It is extremely difficult or even difficult to achieve the subsequent maintenance and maintenance work of the 900. It is necessary to replace the entire display module and the touch panel 900 at the same time, resulting in waste of components and an increase in production cost. [New Content] [0003] Therefore, in order to effectively overcome the shortcomings caused by the prior art touch panel structure in assembly and subsequent maintenance processing. To this end, the present invention discloses a touch panel assembly structure, which includes a touch panel having a touch circuit area and a signal conductor area. The signal conductor area is disposed around the touch circuit area. The control circuit area has a plurality of touch lines. The signal wire has a plurality of wires for transmitting and outputting touch signals. One end of the wire is connected to the touch line end, and the other end is concentrated on the signal wire area. At least one side of the edge, and at least one set of wire contacts; at least one circuit board, correspondingly disposed at the wire contact, the circuit board is provided with at least one set of signal contacts on one side; and a conductive element, The signal contact between the wire contact and the signal contact is electrically connected to the wire contact via the conductive component. The present invention also discloses a touch panel assembly structure, which includes a touch panel having a touch circuit area and a signal wire area on the surface. The signal wire area is disposed around the touch circuit area. vlO02Z291i Page 5 of 44 -10130^90432^ The control circuit area has a plurality of touch lines, and the signal wire area has a plurality of wires for transmitting and outputting touch signals, and one end of the wire is connected to the touch line end. The other end is concentrated on at least one side of the signal conductor region and constitutes at least one set of wire contacts; and a plurality of fixing members are respectively disposed on the surface of the signal wire region, and the fixing member has magnetic permeability to The touch panel is assembled on an electronic device or a display module by magnetic attraction. The present invention further discloses a touch panel assembly structure, which includes:
一觸控面板，其表面區分有一觸控電路區及一訊號 I 導線區’該訊號導線區ί哀設於該觸控電路區周圍，該觸 控電路區具有複數觸控線路’該訊號導線區具有複數導 線，用以傳遞及輸出觸控訊號，該導線一端與該觸控線 路端連結，另一端則集中延伸於該訊號導線區的至少一 側邊處，且構成至少一組導線接點；A touch panel has a touch circuit area and a signal I wire area. The signal wire area is disposed around the touch circuit area, and the touch circuit area has a plurality of touch lines 'the signal wire area a plurality of wires for transmitting and outputting a touch signal, wherein one end of the wire is connected to the touch line end, and the other end is concentrated at at least one side of the signal wire area, and constitutes at least one set of wire contacts;
至少一電路板，對應設置在該導線接點處，該電路 板側邊配合設置一第一導接模組，該第一導接模組包括 有一座體及複數導電端子，其中該座體呈一長直條狀固 I 設於該電路板表面上的該訊號接點處，該導電端子是以 一縱向直線排列方式設置於該座體表面，且該等導電端 子與該等訊號接點分別呈一電連接，當該觸控面板經組 裝完成後，該導線接點與該導電端子之間相互接觸，使 得該觸控面板與該電路板之間透過該第一導接模組而達 成一電連接。 本創作又再揭露一種觸控面板組裝結構，其包括： 一觸控面板，其表面區分有一觸控電路區及一訊號 導線區，S玄訊號導線區ί哀設於該觸控電路區周圍*該觸 第 6 頁 / 共 44 頁 1(3_13Ό·9〇432-0 控電路區具有複數觸控線路》該訊號導線區具有複數導 線，用以傳遞及輸出觸控訊號，該導線一端與該觸控線 路端連結，另一端則集中延伸於該訊號導線區的至少一 側邊處，且構成至少一組導線接點； 至少一電路板，對應設置在該導線接點處，該電路 板的一側邊設有至少一組訊號接點；以及 至少一第二導接模組，設置在該訊號接點及該導線 接點之間，該第二導接模組包括： 一端子座，其表面以一縱向直線排列方式穿設 有複數固定孔；及 複數導電端子，分別穿設固定於該固定孔，使 、 得當第二導接模組組設於該觸控面板及該電路板之間後 ，該導電端子的二端分別與該訊號接點及該導線接點相 互接觸，以使得該訊號接點及該導線接點之間構成一電 連接。 本創作進一步更揭露一種導接模組，其包括： 一端子座，其表面以一縱向直線排列方式穿設有複 數固定孔；以及 複數導電端子，分別穿設固定於該固定孔，且該導 電端子兩端則凸露出該端子座表面。 本創作另再揭露一種觸控面板組裝Μ構，其包括： 一觸控面板，其表面區分有一觸控電路區及一訊號 導線區*該訊號導線區核·設於該觸控電路區周圍*該觸 控電路區具有複數觸控線路，該訊號導線區具有複數導 線，用以傳遞及輸出觸控訊號，該導線一端與該觸控線 路端連結，另一端則集中延伸於該訊號導線區的至少一 第 7 頁 / 共 44 頁 ΐσΐ3ί390432-σ M429929 側邊處，且構成至少一組導線接點； 至少一電路板，對應設置在該導線接點處，該電路 板的一側邊設有至少一組訊號接點；以及 至少一第三導接模組，設置在該訊號接點及該導線 接點之間，該第三導接模組包括： 一座體，具有第一表面及第二表面，在該第一 表面上以一縱向直線方式排列穿設有複數固定孔，並貫 穿至該第二表面處；及 複數導電端子，具有一座套並固定於該固定孔 | 内，該座套為一中空管體，該座套兩端各設置有一具彈 性伸縮的針頭，使得當第三導接模組組設於該觸控面板 及該電路板之間後，位於該導電端子二端的該針頭分別 與該訊號接點及該導線接點相互接觸，以使得該訊號接 點及該導線接點之間構成一電連接。 本創作進一步又揭露一種導接模組，其包括： 一座體，具有第一表面及第二表面，在該第一表面 上以一縱向直線方式排列穿設有複數固定孔，並貫穿至 | 該第二表面處；以及 複數導電端子，具有一座套並固定於該固定孔内， 該座套為一中空管體，該座套兩端各設置有一具彈性伸 縮的針頭。 【實施方式】 [0004] 請參閱第2圖及第3圖所示，分別為本創作第一實施例 的觸控面板的立體分解圖及組合圖β如圖所示，在本創 作的第一實施例中包括一觸控面板100、複數固定件160 及至少一電路板140。本創作的觸控面板100具有一玻璃 1002229.11 第 8 頁 / 共 44 頁 1013090432-0, 蓋板110，並在其表面上區分一觸控電路區120及一訊號 導線區130，而訊號導線區130是環設於觸控電路區120 周圍，其中觸控電路區120具有具有複數的觸控線路（未 圖示），觸控線路包括沿第一方向及第二方向平行排列的 驅動線路（圖未示）及感應線路（圖未示），且第一方向及 第二方向相互垂直，而構成一呈矩陣狀排列的感應電極（ 圖未示），但本創作之感應電極的設計型態並不以此為限 ;訊號導線區130則具有複數導線132，用以傳遞及輸出 觸控訊號，導線132 —端分別與複數驅動線路及感應線路 一端連結，另一端則集中延伸於玻璃蓋板110的至少一側 邊處，並構成至少一組導線接點.134，需說明的是觸控面 板100基於不同尺寸及線路設計上的需求，導線132的另 一端亦可被設計延伸至玻璃蓋板110兩側以上的側邊處， 如本創作的實施例圖，或在單一側邊處由導線132延伸構 成一組或兩組以上的導線接點134 ;另在觸控電路區120 及訊號導線區130表面上覆設有一絕緣層（圖未示），而僅 露出導線接點134，藉以保護觸控電路區120及訊號導線 區130表面的線路不至於外露而受到破壞。惟前述有關觸 控面板100的結構說明僅屬習知技術，於後不再贅述。 本創作的電路板140是對應設置在每一組導線接點134 處，而電路板140是指一多層電路板，電路板140的一側 邊設有至少一組訊號接點144，導線接點134及訊號接點 144之間夾設有一導電元件150，使得電路板140上的訊 號接點144可以經由導電元件150與導線接點134呈一電 性連接，電路板140上靠近另一侧邊的表面則設有至少一 連接器146，可提供與一軟性電路板（圖未示）或其他傳輸 1Ο022^9ΪΧ 第 9 頁 / 共 44 頁 .:101¾放〇斗32-0 M429929 訊號規格的訊號導線相連接，以便於將觸控面板100所產 生的觸控訊號透過該等訊號導線傳輸至外部做後續的處 理，電路板140上同時亦可依據需要而設置有至少一類比 數位轉換器、一驅動晶片或一感應晶片等處理晶片148， 以分別對觸控面板100上的觸控電路進行訊號轉換、驅動 或感應的處理。其中具有訊號接點144的電路板140側邊 處更設有一定位凹槽142，該組訊號接點144是設於定位 凹槽142内，藉由定位凹槽142定位於玻璃蓋板110的相At least one circuit board is disposed at the wire contact point, and a first guiding module is disposed on a side of the circuit board, the first guiding module includes a body and a plurality of conductive terminals, wherein the seat body is a long strip-shaped solid I is disposed at the signal contact on the surface of the circuit board, and the conductive terminals are disposed on the surface of the base body in a longitudinal linear arrangement, and the conductive terminals and the signal contacts are respectively An electrical connection is made. After the touch panel is assembled, the wire contact and the conductive terminal are in contact with each other, so that the touch panel and the circuit board pass through the first conductive module to achieve a Electrical connection. The present invention further discloses a touch panel assembly structure, which includes: a touch panel having a touch circuit area and a signal wire area on the surface thereof, and a S-channel wire area is disposed around the touch circuit area* The touch page 6/44 page 1 (3_13Ό·9〇432-0 control circuit area has multiple touch lines) The signal wire area has a plurality of wires for transmitting and outputting touch signals, one end of the wire and the touch The control terminal is connected, and the other end is concentrated on at least one side of the signal conductor region and constitutes at least one set of wire contacts; at least one circuit board correspondingly disposed at the wire contact, one of the circuit boards At least one set of signal contacts is disposed on the side; and at least one second conductive module is disposed between the signal contact and the wire contact, the second conductive module includes: a terminal block, the surface thereof And a plurality of fixing holes are disposed in a longitudinal alignment manner; and the plurality of conductive terminals are respectively disposed and fixed to the fixing holes, so that the second guiding module is disposed between the touch panel and the circuit board , the conductive terminal The terminal is in contact with the signal contact and the wire contact respectively to form an electrical connection between the signal contact and the wire contact. The present invention further discloses a conductive module, comprising: a terminal block The surface is provided with a plurality of fixing holes in a longitudinal linear arrangement; and a plurality of conductive terminals are respectively fixedly disposed on the fixing holes, and the two ends of the conductive terminals protrude the surface of the terminal block. The touch panel assembly structure includes: a touch panel having a touch circuit area and a signal wire area on the surface; the signal wire area core is disposed around the touch circuit area; the touch circuit area has The plurality of touch lines have a plurality of wires for transmitting and outputting touch signals. One end of the wire is connected to the touch line end, and the other end is concentrated on at least one page 7 of the signal wire area. A total of 44 pages ΐσΐ3ί390432-σ M429929 at the side, and constitute at least one set of wire contacts; at least one circuit board, correspondingly disposed at the wire contact, one of the circuit boards At least one set of signal contacts is disposed at the side; and at least one third conductive module is disposed between the signal contact and the wire contact, the third conductive module includes: a body having a first surface And the second surface, the plurality of fixing holes are arranged on the first surface in a longitudinal straight line and penetrated to the second surface; and the plurality of conductive terminals have a sleeve and are fixed in the fixing hole | The sleeve is a hollow tube body, and the sleeve is provided with an elastically stretchable needle at both ends thereof, so that when the third conductive module is disposed between the touch panel and the circuit board, The needles at the two ends of the conductive terminals are in contact with the signal contacts and the wire contacts respectively to form an electrical connection between the signal contacts and the wire contacts. The present disclosure further discloses a conductive module. The method includes: a body having a first surface and a second surface, wherein the first surface is arranged in a longitudinal straight line with a plurality of fixing holes, and penetrates to the second surface; and the plurality of conductive terminals have a Seat cover In the fixing hole, the sleeve is a hollow tube, each of which is provided at both ends of the elastic sleeve has a retractable needle. [Embodiment] [0004] Please refer to FIG. 2 and FIG. 3, which are respectively an exploded perspective view and a combination diagram of the touch panel of the first embodiment of the present invention, as shown in the figure, in the first of the present creation. The embodiment includes a touch panel 100, a plurality of fixing members 160, and at least one circuit board 140. The touch panel 100 of the present invention has a glass 1002229.11 page 8 / page 44 1013090432-0, a cover plate 110, and a touch circuit area 120 and a signal wire area 130 are distinguished on the surface thereof, and the signal wire area 130 The touch circuit area 120 has a plurality of touch lines (not shown), and the touch lines include driving lines arranged in parallel along the first direction and the second direction (not shown). And the sensing circuit (not shown), and the first direction and the second direction are perpendicular to each other to form a sensing electrode arranged in a matrix (not shown), but the design of the sensing electrode of the present invention is not The signal conductor area 130 has a plurality of wires 132 for transmitting and outputting touch signals. The ends of the wires 132 are respectively connected to one end of the plurality of driving lines and the sensing lines, and the other end is concentratedly extended to the glass cover plate 110. At least one side of the side, and constitute at least one set of wire contacts .134, it should be noted that the touch panel 100 is based on different size and line design requirements, the other end of the wire 132 can also be designed to extend to the glass The side edges of the glass cover 110 above the two sides, as in the embodiment of the present invention, or a single side of the wire 132 extending to form one or more sets of wire contacts 134; in the touch circuit area 120 The surface of the signal conductor area 130 is covered with an insulating layer (not shown), and only the wire contacts 134 are exposed, so that the lines protecting the surface of the touch circuit area 120 and the signal line area 130 are not damaged by being exposed. However, the foregoing description of the structure of the touch panel 100 is only a prior art and will not be described later. The circuit board 140 of the present invention is correspondingly disposed at each set of wire contacts 134, and the circuit board 140 refers to a multi-layer circuit board. One side of the circuit board 140 is provided with at least one set of signal contacts 144, and the wires are connected. A conductive element 150 is interposed between the point 134 and the signal contact 144, so that the signal contact 144 on the circuit board 140 can be electrically connected to the wire contact 134 via the conductive element 150, and the circuit board 140 is adjacent to the other side. The surface of the side is provided with at least one connector 146, which can be provided with a flexible circuit board (not shown) or other transmissions. Ο022^9ΪΧ Page 9 / Total 44 pages.: 1013⁄4 〇 32 32-0 M429929 Signal Specifications The signal wires are connected to facilitate the subsequent processing of the touch signals generated by the touch panel 100 to the outside through the signal wires. The circuit board 140 can also be provided with at least one analog-to-digital converter according to requirements. The processing chip 148 is processed by a driving chip or a sensing chip to perform signal conversion, driving or sensing processing on the touch circuit on the touch panel 100, respectively. A positioning groove 142 is further disposed at a side of the circuit board 140 having the signal contact 144. The group of signal contacts 144 are disposed in the positioning groove 142, and the phase of the glass cover 110 is positioned by the positioning groove 142.
對應的邊緣處。 I 請參閱第4圖所示，為本創作的第一實施例的導電元 件外觀示意圖。本創作的導電元件150是在一呈長直狀的 軟性絕緣體152上分別環設有複數導電金屬環154，絕緣 體152可選擇為一泡棉，導電金屬環154之間則具有適當 間距156，當導電元件150夾置於導線接點134及訊號接 點144之間時，使得位置相對應的導線接點134及訊號接 點144相互間可以透過相接觸的同一導電金屬環154而達 到電性連接。前述的導電金屬環154進一步可以事先成形 | 一非導電性的軟性薄膜（圖未示）表面，再將薄膜包覆於 絕緣體152而構成導電元件150。 請重新參閱第2圖及第3圖所示，本創作在玻璃蓋板 110的訊號導線區130表面分別貼合設置有複數固定件 160，並選擇性的在特定位置的固定件160表面上設有至 少一定位銷162，其中固定件160是以絕緣性的貼合膠貼 附於訊號導線區130的表面，且固定件160是選擇以具導 磁性物質所構成，使得觸控面板100可以透過磁吸方式組 設於一電子裝置或顯示模組（圖未示）上。 100222911 第 10 頁 / 共 44 頁 1013090432-0 本創作的觸控面板100與一電子裝置或顯示模組進行 組裝時，可以預先將電路板140固設於電子裝置或顯示模 組内部所設的固定機構上，固定機構例如可以為一設置 在電子裝置内部的固定框、框架或設置在電子裝置之殼 體内表面的固定機構上，再將觸控面板1〇〇以磁吸方式組 «•又於電子裝置或顯示模組，而在組設固定後，觸控面板 100上的導線接點134即可同時透過導電元件15〇與電路 板140上的訊號接點ί44達成訊號的連接。 明參閲第5圖及第6圖所示，分別為本創作第一實施例 的觸控面板組設於電子裝置之固定框上的分解圖及組合 圖。如圖所示，本創作的觸控面板1〇〇藉由磁吸方式固定 於電子裝置内部所設的一固定框200上，在本創作的實 施例中，雖然是以固定於電子裝置的固定框2〇〇上進行說 明，但本創作並不以此方式為限。其中固定框2 〇 〇是指設 置於電子裝置内部而可供組設觸控面板100或顯示模組的 構件，但固定框200亦可直接構成於電子裝置的殼體上， 而電子裝置可選自為液晶顯示螢幕、液晶電視、ΑΙ〇電腦 、筆記型電腦’攜帶式電子筆記本或智慧型手機的其中 任一者。 在本創作中’固定框200為一具有中央開口 21〇的框體 ，中央開口 210處是用以容置及組設一顯示模組（圖未示） ’欲組裝觸控面板100時，首先，將電路板140以螺固或 貼合的方式固設於固定框2〇〇的周緣’而後再將觸控面板 100以吸附方式固定於固定框2〇〇上，另在固定框2〇〇於 固定件160相接觸的表面上分別設有對應的至少一固定槽 220，固定槽220内並設有一磁性元件222，例如為一磁 沈0獻雖l· 第11頁/共44頁 1£»：1|(39Ό^32-0 M429929 鐵，即可透過固定件160與磁性元件222之間的磁吸作用 而將觸控面板100組設於固定框200上，其中在對應於觸 控面板100的導線接點134位置的固定框200上則設有一 凹槽230，以供將電路板140固設於凹槽230内部。 在本創作中，前述的固定框200亦可選擇以具導磁性 的材質所製成，使得具有磁性的固定件160可以直接吸附 於固定框200的表面上而達到吸附固定的效果。Corresponding edges. I Please refer to Fig. 4, which is a schematic view showing the appearance of a conductive member of the first embodiment of the present invention. The conductive member 150 of the present invention is provided with a plurality of conductive metal rings 154 respectively on a flexible insulating body 152 having a long straight shape. The insulator 152 may be selected as a foam, and the conductive metal rings 154 may have an appropriate spacing 156 between them. When the conductive component 150 is interposed between the wire contact 134 and the signal contact 144, the corresponding wire contact 134 and the signal contact 144 can be electrically connected to each other through the same conductive metal ring 154 that is in contact with each other. . The conductive metal ring 154 may be formed in advance by a surface of a non-conductive flexible film (not shown), and the film is coated on the insulator 152 to form the conductive member 150. Please refer to FIG. 2 and FIG. 3 again. In the present invention, a plurality of fixing members 160 are respectively disposed on the surface of the signal conductor region 130 of the glass cover 110, and are selectively disposed on the surface of the fixing member 160 at a specific position. There is at least one positioning pin 162, wherein the fixing member 160 is attached to the surface of the signal wire region 130 by an insulating adhesive tape, and the fixing member 160 is selected to be composed of a magnetic conductive material, so that the touch panel 100 can pass through. The magnetic mode is set on an electronic device or a display module (not shown). 100222911 Page 10 of 44 1013090432-0 When the touch panel 100 of the present invention is assembled with an electronic device or a display module, the circuit board 140 can be fixed in advance to be fixed in the electronic device or the display module. In the mechanism, the fixing mechanism can be, for example, a fixing frame disposed on the inside of the electronic device, a frame or a fixing mechanism disposed on the inner surface of the casing of the electronic device, and then the touch panel 1 is magnetically grouped. In the electronic device or the display module, after the assembly is fixed, the wire contacts 134 on the touch panel 100 can simultaneously connect to the signal contacts ί44 on the circuit board 140 through the conductive elements 15A. Referring to FIG. 5 and FIG. 6, the exploded view and the combination diagram of the touch panel of the first embodiment of the present invention are respectively disposed on the fixed frame of the electronic device. As shown in the figure, the touch panel 1 of the present invention is fixed to a fixed frame 200 provided inside the electronic device by magnetic attraction. In the embodiment of the present invention, although fixed to the electronic device, This is illustrated in Box 2, but this creation is not limited in this way. The fixing frame 2 〇〇 refers to a component that is disposed inside the electronic device and can be used for assembling the touch panel 100 or the display module. However, the fixing frame 200 can also be directly formed on the casing of the electronic device, and the electronic device can be selected. It is either a liquid crystal display screen, an LCD TV, a computer, a notebook computer, a portable electronic notebook, or a smart phone. In the present invention, the fixed frame 200 is a frame having a central opening 21 ,, and the central opening 210 is for accommodating and assembling a display module (not shown). The circuit board 140 is fixed to the periphery of the fixing frame 2 by screwing or bonding, and then the touch panel 100 is fixed to the fixing frame 2 by suction, and the fixing frame 2 is further disposed. Corresponding at least one fixing groove 220 is respectively disposed on the surface of the fixing member 160, and a magnetic element 222 is disposed in the fixing groove 220, for example, a magnetic sink is provided, and the eleventh page is a page. »: 1|(39Ό^32-0 M429929 iron, the touch panel 100 can be assembled on the fixed frame 200 through the magnetic attraction between the fixing member 160 and the magnetic member 222, wherein corresponding to the touch panel The fixing frame 200 at the position of the wire contact 134 of the 100 is provided with a recess 230 for fixing the circuit board 140 inside the recess 230. In the present invention, the aforementioned fixing frame 200 may also be selected to be magnetically conductive. The material is made such that the magnetic fixing member 160 can directly adsorb the surface of the fixing frame 200. Fixing the adsorption effect is achieved.
請配合參閱第7A圖及第7B圖所示，為本創作第一實施 例的固定件與固定框於分解時及組合時的部分剖面示意 圖。其中前述的固定框200在相對應於定位銷162的位置 處皆配合穿設有一定位孔240，使得當觸控面板100組設 於固定框200時，可藉由定位銷162及定位孔240之間的 對位配合，將觸控面板100定位於固定框200上的正確位 置處，避免產生組裝位置的偏移，以使訊號接點144及導 線接點13 4之間於組裝過程中可以正確地對位於相對應位 置，最後透過導電元件150達成訊號連接，以節省組裝的 時間及工序。 請配合參閱第8A圖及第8B圖所示，為本創作第一實施 例的觸控面板、電路板及固定框於分解時及組合時的部 分剖面示意圖。顯示本創作的觸控面板100組設於固定框 20.0時，首先是將電路板140固設於固定框200的凹槽230 内部，而後再分別依序組裝導電元件150及觸控面板100 ，導線接點134及訊號接點144之間則是經由夾置導電元 件150而達到電性導通，而避免了需事先藉由額外的加工 程序將電路板140以焊接或熱貼合的方式固定於觸控面板 100 上。 100222911 第 12 頁 / 共 44 頁 1013090432—0 又，在前述本創作第一實施例中，該觸控面板100雖 是以單層投射電容式觸控面板為例，但本創作並非僅以 此為限，亦可適用於雙層投射電容式觸控面板，任一種 觸控面板100僅需在其表面上可以區分有觸控電路區120 及訊號導線區130，並在訊號導線區130構成至少有一組 導線接點134皆可適用於本創作。 .請參閱第9圖所示，為應用於本創作的第二實施例的 第一導接模組與電路板間的分解示意圖。如圖所示，在 本創作的第二實施例中，當觸控面板100與一電路板3ΰ0 之間組合時的間距過長而無法適用前述的導電元件1 50時 ，在電路板300上可配合設置一第一導接模組320，第一 導接模組320包括有一座體322及複數導電端子324，其 中座體322是呈一長直條狀並固設於電路板300表面的訊 號接點310處，導電端子324則是在座體322表面上以一 縱向直線排列的方式設置，且該等導電端子324分別與訊 號接點310呈一電連接。 請參閱第10Α圖及第10Β圖所示，分对為本創作第二實 施例的觸控面板、電路板、第一導接模組及固定框於分 解及組合時的部分剖面示意圖◊如圖所示，在本創作的 第二實施例中，首先是將電路板3〇〇固設於固定框200的 凹槽230内部，再組裝觸控面板1〇〇，由於電路板300上 所設的第一導接模組320在觸控面板1〇〇組裝於固定框 200時，恰好位在於導線接點134的相對應位置，因此當 觸控面板100吸附並組裝於固定框200後，導線接點134 即可與第一導接模組320上的導電端子324相互接觸而達 到電性連接。Please refer to FIGS. 7A and 7B for a partial cross-sectional view of the fixing member and the fixing frame of the first embodiment of the present invention at the time of disassembly and combination. The positioning frame 240 is disposed at a position corresponding to the positioning pin 162, so that when the touch panel 100 is assembled to the fixing frame 200, the positioning pin 162 and the positioning hole 240 can be used. The alignment of the touch panel 100 is located at the correct position on the fixing frame 200 to avoid the offset of the assembly position, so that the signal contact 144 and the wire contact 13 4 can be correctly assembled during the assembly process. The ground pair is located at the corresponding position, and finally the signal connection is achieved through the conductive element 150 to save assembly time and process. Please refer to FIG. 8A and FIG. 8B for a partial cross-sectional view of the touch panel, the circuit board and the fixing frame of the first embodiment of the present invention at the time of decomposition and combination. When the touch panel 100 of the present invention is set in the fixed frame 20.0, the circuit board 140 is first fixed in the recess 230 of the fixed frame 200, and then the conductive component 150 and the touch panel 100 are sequentially assembled, and the wires are arranged. Between the contact 134 and the signal contact 144, the conductive element 150 is electrically connected, thereby avoiding the need to fix the circuit board 140 by soldering or heat bonding in advance by an additional processing procedure. On the control panel 100. 100222911 Page 12 of 44 1013090432—0 In the first embodiment of the present invention, the touch panel 100 is a single-layer projected capacitive touch panel, but this creation is not merely The touch panel 100 can be divided into a touch circuit area 120 and a signal line area 130 on the surface thereof, and at least one of the signal line areas 130 is formed on the surface of the touch panel 100. Group wire contacts 134 are suitable for this creation. Referring to Fig. 9, there is shown an exploded view of the first conductive module and the circuit board applied to the second embodiment of the present invention. As shown in the figure, in the second embodiment of the present invention, when the spacing between the touch panel 100 and a circuit board 3ΰ0 is too long to apply the aforementioned conductive element 150, the circuit board 300 can be used. A first guiding module 320 is disposed. The first guiding module 320 includes a body 322 and a plurality of conductive terminals 324. The base 322 is a long straight strip and is fixed on the surface of the circuit board 300. At the contact 310, the conductive terminals 324 are arranged on the surface of the body 322 in a longitudinal line, and the conductive terminals 324 are electrically connected to the signal contacts 310, respectively. Please refer to FIG. 10 and FIG. 10 for a partial cross-sectional view of the touch panel, the circuit board, the first guiding module and the fixing frame according to the second embodiment of the present invention. As shown in the second embodiment of the present invention, first, the circuit board 3 is fixed inside the recess 230 of the fixed frame 200, and the touch panel 1 is assembled, because the circuit board 300 is provided. When the touch panel 1 is assembled to the fixed frame 200, the first conductive module 320 is located at a corresponding position of the wire contact 134. Therefore, when the touch panel 100 is attached to the fixed frame 200, the wire is connected. The point 134 can be in contact with the conductive terminals 324 on the first conductive module 320 to achieve electrical connection.
第 13 頁 / 共 44 頁 沈0:1:3:的0羌32-CJ ' * ...... J. V. ί - 另外，在本創作的第二實施例中，為了避免導電端子 324與導線接點134之間在組裝過程中，因為二者間不當 的碰撞而造成零件的損壞，導電端子324亦可被設計呈一 具可伸縮的彈性導電端子，以提供適當的緩衝，避免組 裝時導線端點134會遭受到導電端子的頂掣及碰撞而遭致 破壞，並可同時提供較佳的導接效果。 請參閱第11圖所示，為應用於本創作的第三實施例的 第二導接模組與電路板間的分解示意圖。如圖所示，在 本創作的第三實施例中，主要是在訊號接點410及導線接 點134之間配合設置一第二導接模組500，以提供二者之 間的電性連接，第二導接模組500包括有一端子座510及 複數導電端子520，其中端子座510上表面以縱向方式排 列穿設有複數固定扎512，且在每一固定孔512分別穿設 固定有一導電端子520，並使導電端子520兩端分別外露 於固定孔512的兩端，而端子座510兩端各穿設有至少一 固定螺孔514，端子座510是對應設置於電路板400上所 設的一組訊號接點410處，電路板400上並配合設置有複 數固定穿孔420，使得端子座510可以藉由一螺固元件 516分別通過固定螺孔514及固定穿扎420，而將第二導 接模組500組設於電路板400上，並同時使得第二導接模 組500的導電端子520下端分別接觸於訊號接點410。 請參閱第12A圖及第12B圖所示，分別為本創作第三實 施例的觸控面板、電路板、第二導接模組及固定框於分 解時及組合時的部分剖面示意圖。如圖所示，在本創作 的第三實施例中，首先將電路板400固設於固定框200的 凹槽230内部，再依序組裝第二導接模組500及觸控面板 第14頁/共44頁 .1013090432-0 100，由於電路板400上所設的第二導接模組500在觸控 面板100組裝於固定框2〇〇後，恰可使得導電端子520的 兩端分別抵掣在訊號接點410及導線接點134，故可透過 導電端子520的接觸而在導線端點134及訊號端點410之 間構成一電性連接《其中前述的第二導接模組500易於組 裝及更換，且可依據導線接點134及訊號接點410之間的 間距而選擇適當長度的導電端子520進行替換而囱設於固 定孔512 ’故可提供產品較佳的組裝上的彈性。前述的導 電端子324兩端同樣地亦可被設計呈一具可伸縮的彈性導 電端子，以提供較佳的導接效果 請參閱第13圖所示，為應用於本創作的第四實施例的 第三導接模組與電路板間的分解示意圖。如圖所示，在 本創作的第四實施例中設有一第三導接模組6〇〇，第三導 接模組600包括有一座體610及複數導電端子620，其中 座體610具有第一表面612及第二表面614，在第一表面 612上以縱向直線方式排列穿設有複數固定孔616，並貫 穿至第二表面6.14處，且在每一固定孔616分別穿設固定 有一導電端子620，其中導電端子620具有一座套622， 用於固定於固定孔616内，座套622為一中空管體並内設 有至少一彈性元件（圖未示）’且座套622的兩端各設有一 針頭6 2 4、6 2 6，針頭6 2 4、6 2 6可以經由彈性元件的彈性 回復力的控制，當針頭6 2 4、6 2 6承受外在壓力時可以朝 向座套622内部回縮；又，位在座體610的第一表面612 的一對邊處各自延伸有一凸緣618 ’並在凸緣6丨8上設有 一螺孔619。一電路板700具有一組訊號接點，電路 板700螺固於座體610的第二表面614上，且使得訊號接 第15頁/共44頁 •1013(390432-0 點710與第二表面614上凸出的針頭626呈一電導接。 請參閱第14圖及第15圖所示，分別為本創作第四實 施例的觸控面板組設於電子裝置之固定框上的分解圖及 組合圖。如圖所示，在本創作的第四實施例中，觸控面 板100同樣是藉由磁吸方式固定於一電子裝置内部所設的 一固定框800上，固定框800為一具有中央開口 810的框 體，中央開口810處是用以容置及組設一顯示模組（圖未 示）。 另請配合參閱第16A圖至第16C圖所示，在第四實施 例中欲組裝觸控面板100時，首先請配合參閱第16A至 16B圖所示，將電路板700以螺固的方式固設於第三導接 模組600座體610的第二表面614上，座體610的第二表面 614上配合設置有複數螺孔615，以使得一螺固元件730 可以經由電路板700上所設之螺孔720螺固於座體610上 所設之螺孔615，，另在二螺孔720、615之間設置有一 柱體617，用以在電路板700及座體610之間形成一適當 間距，如此即可使得電路板700上的訊號接點710與座體 胃 610的第二表面614上所凸露出的導電端子620的針頭626 呈一電連接；其次，將第三導接模組600螺固於固定框 800上，固定框800上則對應地設有至少一容置凹槽820 ，容置凹槽820兩側更各凹設有一螺固凹槽830，螺固凹 槽830上則穿設有一螺孔832，使得第三導接模組600及 電路板700可容置於容置凹槽820内部，並以一螺固元件 840分別穿設過凸緣618之螺孔619及螺固凹槽830的螺孔 832，將第三導接模組600固定於容置凹槽820内；最後 ，請配合參閱第16C圖所示，再將觸控面板100以吸附方 第 16 頁 / 共 44 頁 1013 0904 32—0, 式固定於固定框800上，使得觸控面板100上的導線接點 134可以與第三導接模組6〇〇座體610的第一表面上所凸 露出的針頭624呈一電連接》 藉由上述内容說明可知，本創作的觸控面板組裝結 構由於是藉由磁吸方式與電子裝置或顯示模組進行組裝 且電路板非以貼合固定的方式設置於觸控面板上，而 是將電路板預先與電子裝置或顯示裝置内部結構進行組 裝後’使得當觸控面板以磁吸方式與電子裝置或顯示模 組組裝後，再透過設置於觸控面板及電路板之間的導電 元件、導接模組構成電性連接’因此，本創作具有下列 的優點： 1.觸控面板上不需要進行軟性電路板的貼合及熱壓 〇的加工，可提高觸控面板的製造良率，並大幅降低生 產的成本》 2. 可簡化觸控面板與電子裝置缝示模組之間組裝Page 13 of 44 Shen 0:1:3: 0羌32-CJ ' * ...... JV ί - In addition, in the second embodiment of the present creation, in order to avoid the conductive terminals 324 and the wires During the assembly process between the contacts 134, the components are damaged due to improper collision between the two, and the conductive terminals 324 can also be designed as a flexible elastic conductive terminal to provide proper buffering to avoid wires during assembly. The terminal 134 is subject to damage caused by the top and collision of the conductive terminals, and at the same time provides a better guiding effect. Referring to Fig. 11, there is shown an exploded view of the second conductive module and the circuit board applied to the third embodiment of the present invention. As shown in the figure, in the third embodiment of the present invention, a second guiding module 500 is disposed between the signal contact 410 and the wire contact 134 to provide an electrical connection therebetween. The second conductive module 500 includes a terminal block 510 and a plurality of conductive terminals 520. The upper surface of the terminal block 510 is longitudinally arranged with a plurality of fixing wires 512, and each of the fixing holes 512 is respectively fixed and fixed. The terminal 520 is disposed on the two ends of the fixing hole 512, and the two ends of the terminal block 510 are respectively provided with at least one fixing screw hole 514. The terminal block 510 is correspondingly disposed on the circuit board 400. A plurality of fixed through holes 420 are disposed on the circuit board 400, so that the terminal block 510 can pass through the fixing screw hole 514 and the fixed through hole 420 through the screwing member 516, respectively. The guiding module 500 is disposed on the circuit board 400, and at the same time, the lower ends of the conductive terminals 520 of the second guiding module 500 are respectively contacted with the signal contacts 410. Please refer to FIG. 12A and FIG. 12B , which are partial cross-sectional views of the touch panel, the circuit board, the second guiding module and the fixing frame of the third embodiment of the present invention at the time of decomposition and combination. As shown in the figure, in the third embodiment of the present invention, the circuit board 400 is first fixed in the recess 230 of the fixed frame 200, and then the second conductive module 500 and the touch panel are sequentially assembled. A total of 44 pages. 1013090432-0 100. Since the second conductive module 500 disposed on the circuit board 400 is assembled to the fixed frame 2 by the touch panel 100, the two ends of the conductive terminal 520 can be respectively abutted. Between the signal contact 410 and the wire contact 134, an electrical connection can be formed between the wire end 134 and the signal end point 410 through the contact of the conductive terminal 520. The second conductive module 500 is easy to use. Assembling and replacing, and selecting the appropriate length of the conductive terminal 520 for replacement according to the spacing between the wire contact 134 and the signal contact 410, and arranging it in the fixing hole 512', thereby providing better assembly flexibility. The two ends of the foregoing conductive terminals 324 can also be designed as a flexible elastic conductive terminal to provide a better guiding effect. Please refer to FIG. 13 for the fourth embodiment of the present application. An exploded view between the third conductive module and the circuit board. As shown in the figure, in the fourth embodiment of the present invention, a third conductive module 6 is disposed. The third conductive module 600 includes a body 610 and a plurality of conductive terminals 620. A surface 612 and a second surface 614 are arranged on the first surface 612 in a longitudinally linear manner and are provided with a plurality of fixing holes 616 extending through the second surface 6.14, and each of the fixing holes 616 is respectively provided with a conductive The terminal 620, wherein the conductive terminal 620 has a sleeve 622 for fixing in the fixing hole 616. The seat cover 622 is a hollow tube body and is provided with at least one elastic member (not shown) and the seat cover 622 Each end is provided with a needle 6 2 4, 6 2 6, the needle 6 2 4, 6 2 6 can be controlled by the elastic restoring force of the elastic element, and the needle 6 2 4, 6 2 6 can be facing the seat when subjected to external pressure The sleeve 622 is internally retracted; in addition, a flange 618' extends from a pair of sides of the first surface 612 of the base 610 and a screw hole 619 is defined in the flange 6丨8. A circuit board 700 has a set of signal contacts, and the circuit board 700 is screwed onto the second surface 614 of the base 610, and the signal is connected to the 15th page/total 44 pages • 1013 (390432-0 point 710 and the second surface) The protruding needle 626 of the 614 is electrically conductively connected. Please refer to FIG. 14 and FIG. 15 for the exploded view and combination of the touch panel of the fourth embodiment of the present invention. As shown in the figure, in the fourth embodiment of the present invention, the touch panel 100 is also magnetically fixed to a fixed frame 800 disposed inside an electronic device. The fixed frame 800 has a central portion. The frame of the opening 810 is configured to receive and assemble a display module (not shown). Referring to FIGS. 16A to 16C, the fourth embodiment is to be assembled. In the case of the touch panel 100, the circuit board 700 is firstly fixed to the second surface 614 of the base 610 of the third conductive module 600, and the base 610 is slidably mounted as shown in FIGS. 16A to 16B. The second surface 614 is matched with a plurality of screw holes 615 so that a screwing member 730 can be electrically connected. The screw hole 720 provided on the road plate 700 is screwed to the screw hole 615 provided on the base 610, and a column 617 is disposed between the two screw holes 720 and 615 for the circuit board 700 and the base body. A suitable spacing is formed between the 610s such that the signal contacts 710 on the circuit board 700 are electrically connected to the needles 626 of the conductive terminals 620 exposed on the second surface 614 of the seat stomach 610; secondly, The third guiding module 600 is screwed to the fixing frame 800. The fixing frame 800 is correspondingly provided with at least one receiving groove 820. The two sides of the receiving groove 820 are recessed with a screw groove 830. A screw hole 832 is formed in the screw groove 830, so that the third guiding module 600 and the circuit board 700 can be received inside the receiving groove 820, and the screwing member 840 is respectively passed through the flange. The screw hole 618 of the 618 and the screw hole 832 of the screw groove 830 fix the third guiding module 600 in the receiving recess 820. Finally, please refer to the figure 16C, and then touch the panel 100. It is fixed on the fixing frame 800 by the absorbing method on the 16th page or the 44th page 1013 0904 32-0, so that the wire contact 134 on the touch panel 100 can be The needle 624 protruding from the first surface of the three-way joint module 6 is electrically connected. According to the above description, the assembled structure of the touch panel of the present invention is magnetically The electronic device or the display module is assembled and the circuit board is not disposed on the touch panel in a fixed manner, but the circuit board is pre-assembled with the internal structure of the electronic device or the display device, so that when the touch panel is magnetic After the suction method is assembled with the electronic device or the display module, the conductive component and the conductive module disposed between the touch panel and the circuit board are electrically connected. Therefore, the present invention has the following advantages: 1. Touch The panel does not need to be attached to the flexible circuit board and the hot stamping process can improve the manufacturing yield of the touch panel and greatly reduce the cost of production. 2. The touch panel and the electronic device sewing module can be simplified. Inter-assembly
的工序，藉以簡化生產組裝的過程’以利於產品的量產 〇 3. 本創作的觸控面板因為易於拆卸並進行更換或維 修’故可大幅降低維修成本。 4. 本創作的電路板可依據觸控面板所需的不同解決 方案隨時進行替換，例如在同—觸控面板上即可依據二 指、五指或多指不_觸控面板解決方案而即時更換具 有相對應於任-種解決方案的處理晶片的電路板，藉此 大幅降低生產的成本。 5.由於觸㈣板與電子裝置或顯轉线行組裝時 ，觸控面板上未具有軟性電路板，故可避免在組裝過程 ；：10〇2229Ϊ1; 第17頁/共44頁 .1013 090432 M429929 中因為不當的彎折及碰觸而造成軟性電路板的損壞，進 而降低不良品的產生。 6.所設導接模組的導電端子或其針頭，可依據需要 替換不同長度的規格，或以彈性伸縮方式構成，以適於 不同間距的機構組合。 綜上所陳，僅為本創作之較佳實施例而已，並非用 以限定本創作；凡其他未脫離本創作所揭示之精神下而 完成的等效修飾或置換，均應包含於後述申請專利範圍The process is to simplify the process of production and assembly to facilitate mass production of the product. 〇 3. The touch panel of this creation can be greatly reduced in maintenance cost because it is easy to disassemble and replace or repair. 4. The board of this creation can be replaced at any time according to the different solutions required by the touch panel. For example, the same-touch panel can be replaced instantly according to the two-finger, five-finger or multi-finger non-touch panel solution. A circuit board having a processing wafer corresponding to any of the solutions, thereby greatly reducing the cost of production. 5. Since the touch (four) board is assembled with the electronic device or the display line, the touch panel does not have a flexible circuit board, so the assembly process can be avoided; 10〇2229Ϊ1; page 17/total 44 pages. 1013 090432 M429929 The damage of the flexible circuit board is caused by improper bending and touching, thereby reducing the occurrence of defective products. 6. The conductive terminal or the needle of the guiding module can be replaced by different length specifications or elastically stretched to suit different pitches. In summary, it is only a preferred embodiment of the present invention, and is not intended to limit the present invention; any equivalent modification or replacement that is not done in the spirit of the present disclosure should be included in the patent application described later. range
内。 【圖式簡單說明】 [0005] 第1圖為習知觸控面板的示意圖。 第2圖為本創作第一實施例的觸控面板的立體分解圖。 第3圖為本創作第一實施例的觸控面板的立體組合圖。 第4圖為本創作第一實施例的導電元件外觀示意圖。 第5圖為本創作第一實施例的觸控面板組設於電子裝置之 固定框上的分解圖。 第6圖為本創作第一實施例的觸控面板組設於電子裝置之 固定框上的組合圖。 第7A圖為本創作第一實施例的固定件與固定框於分解時 的部分剖面示意圖。 第7B圖為本創作第一實施例的固定件與固定框於組合時 的部分剖面示意圖。 第8A圖為本創作第一實施例的觸控面板、電路板及固定 框於分解時的部分剖面示意圖。 第8B圖為本創作第一實施例的觸控面板、電路板及固定 框於組合時的部分剖面示意圖。 100222911 第 18 頁 / 共 44 頁 1013090432-0 第9圖為本創作的第二實施例的第一導接模組與電路板間 的分解示意圖。 第10A圖為本創作第二實施例的觸控面板、電路板、第一 導接模組及固定框於分解時的部分剖面示意圖。 第10B圖為本創作第二實施例的觸控面板、電路板、第一 導接模組及固定框於組合時的部分剖面示意圖。 第11圖為本創作的第三實施例的第二導接模組與電路板 間的分解示意圖。 第12A圖為本創作第三實施例的觸控面板、電路板、第二 導接模組及固定框於分解時的部分剖面示意圖。 第12B圖為本創作第三實施例的觸控面板、電路板、第二 導接模組及固定框於組合時的部分剖面示意圖。 第13圖為本創作的第四實施例的第三導接模組與電路板 間的分解示意圖6 第14圖為本創作第四實施例的觸控面板組設於電子裝置 之固定框上的分解圖。 第15圖為本創作第四實施例的觸控面板組設於電子裝置 之固定框上的組合圖。 第16A至16C圖為本創作第四實施例的觸控面板、電路板 、第三導接模組及固定框之部分剖面之組合動作示意圖 第19頁/共44頁 【主要元件符號說明】 [0006] 100觸控面板 120觸控電路區 132導線 140電路板 1ΘΌ222.911 110玻璃蓋板 13 0訊號導線區 134導線接點 142定位凹槽 :1013090432-0 M429929 第20頁/共44頁 144訊號接點 148處理晶片 152絕緣體 156間距 1 6 2定位銷 210中央開口 222磁性元件 ' 240穿孔 310訊號接點 組 322座體 400電路板 420固定穿孔 組 510端子座 514固定螺孔 520導電端子 610座體 614第二表面 616固定孔 618凸緣 620導電端子 624針頭 700電路板 720螺孔 800固定框 100222911 146連接器 150導電元件 154導電金屬環 160固定件 200固定框 220固定槽 230凹槽 300電路板 320第一導接模 _ 324導電端子 410訊號接點 500第二導接模 512固定孔 516螺固元件 600第三導接模組 | 612第一表面 615螺孔 617柱體 619螺孔 622座套 626針頭 710訊號接點 730螺固元件 810中央開口 1013090432-0 M429929 820容置凹槽 832螺孔 900觸控面板 920觸控電路區 932導線 940軟性電路板 830螺固凹槽 840螺固元件 910玻璃蓋板 930訊號導線區 934導線接點 942處理晶片Inside. BRIEF DESCRIPTION OF THE DRAWINGS [0005] FIG. 1 is a schematic view of a conventional touch panel. FIG. 2 is an exploded perspective view of the touch panel of the first embodiment of the present invention. FIG. 3 is a perspective assembled view of the touch panel of the first embodiment of the present invention. Figure 4 is a schematic view showing the appearance of the conductive member of the first embodiment of the present invention. FIG. 5 is an exploded view of the touch panel of the first embodiment of the present invention assembled on a fixed frame of the electronic device. FIG. 6 is a combination diagram of the touch panel of the first embodiment of the present invention assembled on a fixed frame of an electronic device. Fig. 7A is a partial cross-sectional view showing the fixing member and the fixing frame of the first embodiment of the present invention in an exploded state. Fig. 7B is a partial cross-sectional view showing the fixing member and the fixing frame of the first embodiment of the present invention in combination. FIG. 8A is a partial cross-sectional view showing the touch panel, the circuit board, and the fixing frame of the first embodiment of the present invention in an exploded state. FIG. 8B is a partial cross-sectional view showing the touch panel, the circuit board, and the fixing frame of the first embodiment of the present invention in combination. 100222911 Page 18 of 44 1013090432-0 Figure 9 is an exploded perspective view of the first conductive module and the circuit board of the second embodiment of the present invention. FIG. 10A is a partial cross-sectional view showing the touch panel, the circuit board, the first guiding module, and the fixing frame of the second embodiment of the present invention in an exploded state. FIG. 10B is a partial cross-sectional view showing the touch panel, the circuit board, the first guiding module, and the fixing frame in the second embodiment of the present invention. Figure 11 is an exploded perspective view showing the second conductive module and the circuit board of the third embodiment of the present invention. FIG. 12A is a partial cross-sectional view showing the touch panel, the circuit board, the second guiding module, and the fixing frame of the third embodiment of the present invention in an exploded state. FIG. 12B is a partial cross-sectional view showing the touch panel, the circuit board, the second guiding module, and the fixing frame in the third embodiment of the present invention. FIG. 13 is an exploded perspective view of the third conductive module and the circuit board according to the fourth embodiment of the present invention. FIG. 14 is a schematic view of the touch panel of the fourth embodiment of the present invention. Exploded map. Figure 15 is a combination diagram of the touch panel of the fourth embodiment of the present invention assembled on a fixed frame of an electronic device. 16A to 16C are diagrams showing a combined operation of a partial cross section of the touch panel, the circuit board, the third conductive module, and the fixed frame according to the fourth embodiment of the present invention. Page 19 of 44 [Description of main component symbols] [ 0006] 100 touch panel 120 touch circuit area 132 wire 140 circuit board 1 222.911 110 glass cover 13 0 signal wire area 134 wire contact 142 positioning groove: 1013090432-0 M429929 page 20 / a total of 44 pages 144 signal Contact 148 processing wafer 152 insulator 156 pitch 1 6 2 positioning pin 210 central opening 222 magnetic element '240 perforation 310 signal contact group 322 body 400 circuit board 420 fixed perforation group 510 terminal block 514 fixing screw hole 520 conductive terminal 610 seat Body 614 second surface 616 fixing hole 618 flange 620 conductive terminal 624 needle 700 circuit board 720 screw hole 800 fixing frame 100222911 146 connector 150 conductive element 154 conductive metal ring 160 fixing member 200 fixing frame 220 fixing groove 230 groove 300 circuit Plate 320 first guiding die _ 324 conductive terminal 410 signal contact 500 second guiding die 512 fixing hole 516 screwing component 600 third guiding module | 612 first surface 615 screw hole 617 cylinder 619 screw 622 seat cover 626 needle 710 signal contact 730 screw solid element 810 central opening 1013090432-0 M429929 820 accommodating recess 832 screw hole 900 touch panel 920 touch circuit area 932 wire 940 flexible circuit board 830 screw groove 840 screw Solid element 910 glass cover 930 signal wire area 934 wire contact 942 handle wafer
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