確定碰觸位置，洁、Ια 連進仃訊號輸入的功能； 另該平面天線被絕緣設 置於刚述訊料路的外綱緣附近且位於前述基_遮蔽區内， 可用、收發‘,、、㈣訊號；由於該平面天線被隱蔽地設置在顏色邊 忙底面所以可保持觸控板外型的平整性與美觀性，並有效節省 天線所佔用的空間’而朗該顏色邊框是使用非導電性材料，所 乂可避免4平面天線的無線訊號收發效能遭受屏蔽或干擾，另 外，該平面天_可整合於驗感應ϋ的誠轉製程中，藉以 簡化平面天線的安裝及訊號接線作業的流程。 此將於下文中進一步闡明本創作的其他功能及技術特徵，熟 習本技術者熟敎巾的說明後即可_實現本創作。 【實施方式】 如第一至二圖所示係本創作之一較佳實施例，其係由一基板 1、一顏色邊框2、一透明的觸控感應器3以及一平面天線4等構 件所組成，其令，該基板1為一具有優良機械強度(Mechanical Strength)的尚透光率的薄板，其材料是選自於各種玻璃 '聚甲基丙 稀酸甲醋 polymethylmethacrylate，PMMA)、聚碳酸醋 (Polycarbonate，PC)、聚酯(Polythylene terephthalate，PET)或環烯 煙共聚合物(Cyclic Olefin Copolymer，COC)…等，但實施範圍不 以前述材料為限，各類軟性或硬性薄板均適用；通常該基板是使 用二表面均為平整面的平面式板體，但在其他特別的應用場合亦 可採用具有凸面、凹面的非平面式板體；此外，於該基板的上方 表面也可增設一表面層，而該表面層可由一或複數功能薄膜組 M420767 成，例如偏細、絲膜、耐·或硬膜層等功能軸，使該 基板上表面具有耐刮、抗反射、防污、防眩光以及耐料功能。 在該基板1的絲面靠料鱗雜設树㈣顏色1框 2，而該純雜係由料紐齡屬麵形成的不翻或趨近 不透明之賴層，紐非導電騎料可顧油墨㈣或光阻 (Photoresist胸料’但可f施的材料範圍不以此為限，將前述材 料藉由印刷、塗料技射段，_基板的底表面周緣部位形成 厚度約〇·5〜15師的薄膜層，因此可在該基板】界定出在中央部 位的可瞻區12以及在周緣部位形成框型的遮蔽區。 忒透明的觸控感應器3被設置於該基板底表面的可瞻區12 内八具有對彼此絕緣没置的上、下方電容感應詹，在上方電 谷感應層6又有複數X軸感應線跡(X-Trace)31，以及在下方電容感 應層叹有複數γ軸感應線跡(Y_Trace)32，通常該等電容感應層係 採用氧化銦錫_ium Tin 0xide，IT〇)材料的透明薄膜，利用蝕刻 或雷射製程去除不要的部分以劃分出各個X、γ軸感應線跡；另 在該觸控感應器3外周緣設有訊號導路33，而該訊號導路係形成 於前述基板遮蔽區13的範圍内，通常該訊號導路是使用銀、銅、 19紹翻(Mo/Al/Mo)或銀鈀銅(Ag/Pu/Cu)等材質的金屬鍍膜，經黃光 製程以在前述基板的遮蔽區内形成所欲的訊號導路圖案；又前述 各個X軸與γ軸感應線跡31、32的一端緣分別電接於設在該訊 號導路33，而該訊號導路33末端被整合電接於第一訊號排線34， 據此使該觸控感應器3上觸發的感應訊號可經由該訊號導路33及 6 M420767 «· - 第-訊號排線34傳送到後續的訊號處理電路；而在上述實施例中 是以-電容控H的結構作為__，但其t施劍並不揭 限於此，例如使用電阻式觸控器或電磁式觸控器亦可適用。 該平面天線4被絕緣設置於前述訊號導路33的外側周緣附近 且位於前述基板遮蔽區13的範圍内，最好，該平面天線4與前述 訊號導路33之設置間距是在ι_以上，以避免彼此產生電磁干 _ 擾，而該平面天線的材料係選自於銅、鎳、鈦或前述材料的合金… _ 等，但實施範圍*以前述材料為限，各類良導電性材料均適用； 此外，s亥平面天線4二端被電接到在第二訊號排線41上的信號饋 入導線接點42及接地線接點43。 依上述說明所組成的觸控板，其顏色邊框2可完全遮蔽該觸 控感應态的訊號導路33及平面天線4，因此可確保觸控板外表的 美觀性與平整性，而且因該顏色邊框2是使用非導電性材料，所 以可避免該平面天線2的無線訊號收發效用遭受屏蔽或干擾；本 #創狀難板可喊在液關示觀(LCM，Li_ Cfystal Dispiay Module)上使用，讓使用者可透過液晶顯示模組晝面上的指示以輕 觸按壓面板所需位置，藉此來進行輸入之功能，運作時，當以手 指或導體碰觸或輕滑過觸控板表面時，藉由使用者的手指或導體 碰觸的瞬間產生一個電容效應，而訊號處理電路即可藉由電容值 之變化確定手指或導體的碰觸位置，以達到訊號輸入之目的；本 創作之觸控板具有觸控感應器3及平面天線4,使該觸控板除可進 行觸控輸入之外，亦可收發無線電波，從而使此一觸控板具備天 7 M420767 線之功能；此外’由於平面天線4係直接整合於觸控板結構之中， 不佔用額外空間，是以可使採用隱藏天線的電子裝置進一步縮小 體積及厚度，有效達成小型化及輕量化。 再請參閱第三圖所示，本創作另一可行實施例是將天線結構 整合於該觸控感應器的訊號導路結構之中，可省去額外製作天線 的程序，同時又可在組裝過程中省去天線的組裝及天線訊號線的 連接程序；其中，該訊號導路33與該平面天線4係使用同一的銀、 銅、鉬鋁鉬(Mo/Al/Mo)或銀鈀銅(Ag/Pu/Cu)等材質的金屬鍍膜，然 後經黃光製程以在前述基板遮蔽區13的範圍内形成所欲的線路圖 案；另外’前述第一訊號排線33與第二訊號排線41係整合設置 成單一的訊號排線5，並使該訊號導路33與該平面天線4電接於 該訊號排線5上。 本創作並非侷限於以上所述形式’很明顯參考上述說明後， 月b有更多技術均等性的改良與變化，是以凡有在相同之創作精神 下所作有關本創作之任何修飾或變更，皆仍應包括在本創作意圖 保護之範疇。 【圖式簡單說明】 第一圖為本創作第一實施例之基板底表面的平面圖； 第二圖為第一圖的C--C截線的側視剖面圖；以及 第三圖為本創作第二實施例之基板底表面的平面圖。 M420767 【主要元件符號說明】 基板1 可瞻區12 遮蔽區13。 顏色邊框2 觸控感應器3 X軸感應線跡31 Y軸感應線跡32 訊號導路33 第一訊號排線34 平面天線4 第二訊號排線41 信號饋入導線接點42 接地線接點43 訊號排線5 9Determining the touch position, the function of cleaning and Ια is connected to the signal input; the planar antenna is insulated and disposed near the outer edge of the data path and located in the aforementioned base_shield area, available, transceived, ,, (4) Signal; since the planar antenna is concealedly placed on the busy side of the color side, the flatness and the aesthetics of the touch panel can be maintained, and the space occupied by the antenna can be effectively saved, and the color frame is non-conductive. The material can prevent the wireless signal transceiving performance of the 4-plane antenna from being blocked or interfered. In addition, the plane can be integrated into the inductive process of the sensor to simplify the installation of the planar antenna and the process of signal wiring. This will further clarify other functions and technical features of the present work, which will be realized by those skilled in the art. [Embodiment] As shown in the first to second embodiments, a preferred embodiment of the present invention is composed of a substrate 1, a color frame 2, a transparent touch sensor 3, and a planar antenna 4. The composition is such that the substrate 1 is a thin plate having excellent mechanical strength, and the material is selected from various glass polymethylmethacrylate (PMMA), polycarbonate. Polycarbonate (PC), Poly (polylylylene terephthalate, PET) or Cyclic Olefin Copolymer (COC), etc., but the scope of implementation is not limited to the above materials, all kinds of soft or rigid sheets are applicable. Generally, the substrate is a flat plate body having a flat surface on both surfaces, but in other special applications, a non-planar plate body having a convex surface or a concave surface may be used; in addition, an upper surface of the substrate may be added. a surface layer formed of one or a plurality of functional film groups M420767, such as a functional axis such as a thin, silk film, a resistant or a hard coat layer, such that the upper surface of the substrate is scratch resistant, anti-reflective, Sewage, and glare resistant material function. In the silk surface of the substrate 1, the tree (4) color 1 frame 2 is formed, and the pure hybrid system is formed by the material of the New Age, which is not turned or opaque, and the non-conductive conductive material can be inked. (4) or photoresist (Photoresist chest material 'but the range of materials can not be limited to this, the above materials by printing, coating technology, the thickness of the bottom surface of the substrate to form a thickness of about 5 · 15 division The film layer can thus define a visible region 12 at the central portion and a frame-shaped shielding region at the peripheral portion. The transparent touch sensor 3 is disposed on the bottom surface of the substrate. 12 The inner eight has upper and lower capacitive inductances that are not insulated from each other. In the upper electric valley sensing layer 6, there are multiple X-axis sensing traces (X-Trace) 31, and the lower capacitive sensing layer has a complex γ-axis. Inductive trace (Y_Trace) 32, usually these capacitive sensing layers are made of indium tin oxide _ium Tin 0xide, IT 〇) transparent film, using etching or laser process to remove unwanted parts to separate the X, γ axis Inductive stitch; another signal guide is provided on the outer periphery of the touch sensor 3 33, and the signal guiding system is formed in the range of the substrate shielding area 13 . Generally, the signal guiding path is silver, copper, 19 (Mo/Al/Mo) or silver palladium copper (Ag/Pu/Cu). a metal plating film of a material such as a yellow light process to form a desired signal guiding pattern in the shielding region of the substrate; and each of the X-axis and the γ-axis sensing stitches 31 and 32 are electrically connected to each other. In the signal guide 33, the end of the signal guide 33 is electrically connected to the first signal cable 34, so that the sensing signal triggered on the touch sensor 3 can be guided through the signal guide 33 and 6 M420767. «· - The first signal line 34 is transmitted to the subsequent signal processing circuit; in the above embodiment, the structure of the -capacitor control H is taken as __, but the t-sword is not limited thereto, for example, using a resistive type Touch sensors or electromagnetic touch sensors are also available. The planar antenna 4 is disposed in the vicinity of the outer peripheral edge of the signal guiding path 33 and is located in the range of the substrate shielding area 13. Preferably, the planar antenna 4 and the signal guiding path 33 are disposed at a distance of ι_ or more. To avoid mutual electromagnetic interference, and the material of the planar antenna is selected from copper, nickel, titanium or an alloy of the foregoing materials, etc., but the scope of implementation* is limited to the foregoing materials, and various types of good conductive materials are used. In addition, the two ends of the s-plane antenna 4 are electrically connected to the signal on the second signal cable 41 to feed the wire contact 42 and the ground wire contact 43. According to the above description, the touch panel of the touch panel can completely block the signal guide 33 and the planar antenna 4 of the touch sensing state, thereby ensuring the appearance and flatness of the touch panel, and because of the color The frame 2 is made of a non-conductive material, so that the wireless signal transceiving effect of the planar antenna 2 can be prevented from being blocked or interfered; the #创状难板 can be used on the LiCM (Li_Cfystal Dispiay Module). The user can perform the input function by tapping the indication on the top surface of the liquid crystal display module by tapping the desired position of the panel, and when operating, when touching or sliding over the surface of the touchpad with a finger or a conductor The moment when the user's finger or conductor touches, a capacitive effect is generated, and the signal processing circuit can determine the touch position of the finger or the conductor by the change of the capacitance value to achieve the purpose of signal input; The control panel has a touch sensor 3 and a planar antenna 4, so that the touchpad can transmit and receive radio waves in addition to the touch input, so that the touchpad has the function of the day 7 M420767 line. Furthermore 'since the planar antenna 4 is directly integrated into the touch-based plate structure, do not take up extra space, it is hidden using the electronic device can further reduce the antenna size and thickness, size and weight to achieve effective. Referring to the third figure, another possible embodiment of the present invention is to integrate the antenna structure into the signal guiding structure of the touch sensor, which can save the process of additionally making the antenna, and at the same time in the assembly process. The assembly of the antenna and the connection procedure of the antenna signal line are used; wherein the signal guide 33 and the planar antenna 4 are the same silver, copper, molybdenum aluminum molybdenum (Mo/Al/Mo) or silver palladium copper (Ag) a metal plating film of a material such as /Pu/Cu) is then subjected to a yellow light process to form a desired line pattern in the range of the substrate shielding region 13; and the 'first signal line 33 and the second signal line 41 are The signal line is integrated into a single signal cable 5, and the signal channel 33 and the planar antenna 4 are electrically connected to the signal cable 5. This creation is not limited to the above-mentioned forms. It is obvious that with reference to the above description, there are more technical improvements and changes in the month b. Any modifications or changes to the creation made in the same creative spirit are They should still be included in the scope of this creative intent. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a plan view of the bottom surface of the substrate of the first embodiment of the creation; the second drawing is a side sectional view of the C--C line of the first drawing; A plan view of the bottom surface of the substrate of the second embodiment. M420767 [Explanation of main component symbols] Substrate 1 can be viewed in area 12 with a masking area 13. Color border 2 Touch sensor 3 X-axis sensing stitch 31 Y-axis sensing stitch 32 Signal guiding line 33 First signal cable 34 Planar antenna 4 Second signal cable 41 Signal feeding wire contact 42 Ground wire contact 43 signal cable 5 9