M368138 • 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種電容式觸控面板，尤指一種具有開 放式膠框之雙板電容式觸控面板’而有助光學膠注入作業 者。 - 【先前技術】 目前雙板電容式觸控面板之構造，主要具有一上板及 _ 下板，所述上板下表面設有透明電極，下板上表面設有 透明電極，該上板與下板上下間隔排列，且於上板及下板 之間成形有一膠框，於該膠框所圈圍的空間中充填有光學 膠’藉此，構成一雙板電容式觸控面板。 惟前揭雙板電容式觸控面板於製造時，存在有以下諸 多缺點： 1·該雙板電容式觸控面板於製造時，如第九圖所示， 係令二板藉由膠框固著後的大面積的板體（60)，依序切割 • 成複數個小單元的單體（61)，每一雙板電容式觸控面板單 體（61)於其膠框（62)中設置小開口狀的光學膠注入口（621 > ‘ ，再藉助光學膠盛裝皿配合抽真空手段使光學膠（63)經由 該光學膠注入口（621)進入膠框（62>内圍的空間，於注入光 于勝（63)時’須依膠框（62)中的光學膠注入口數決定光學 膠盛裝孤數，因光學膠盛裝夏價格昂貴，而有治具成本偏 高的缺點。 2.因光學膠的黏度高，當其經由膠框（62)側邊小開口 狀的光學膠注入口（621)進入膠框（62)内圍的空間時，易發 3 M368138 生;主膠二間的角落處殘留氣泡，或是光學膠未充滿整 個膠框内圍的注膠空間等問題。為改善前述問豸’業者通 常透過較長時間的靜置方式1誠少肖落氣泡及光學膠 充滿注膠空間，但此方式，勢必會延長光學膠注入作業的 時間，且佔用機台於閒置狀態，而降低產能。 3.因膠框（62)的光學膠注入口（621)設置位置，因排版 的關係，一般是設置於下板端子部之鄰邊，故於光學膠 (63)注膠過程時，會使端子部（64)因光學膠（63)殘留而污染 為避免影響後續製程作業如：異方性導電膜（ACF)之壓 著衣程，...等，而須進一步施以表面清潔的處理作業，以 致延長觸控面板的製程時間，而降低產能。 士 4·因製程排版的關係，該雙板電容式觸控面板於製造 ^係7 一板間藉由膠框（62)固著後的大面積的板體，再 依序切割成複數個小單元的單體，因切割時，每一單體之 膠框（62)内圍處尚未充填光學膠（63)而呈中空狀，加以上 、下板厚度薄，耐壓強度低，故於切割的過程中，易使上 下板的邊緣或角落處發生破損之情事，而影響產品的良 率〇. 【新型内容】 本創作之主要目的在於提供一種具有開放式膠框之雙 板電容式觸控面板，希藉此設計，改善現有雙板電容式觸 控面板製造耗時及產品良率偏低等問題。 為達成前揭目的，本創作所設計的具有開放式膠框之 雙板電容式觸控面板係包含： 一上板’係包含一下表面具有透明電極的透明板體； M368138 一下板，係包含有一 }*矣&曰、* 表面具透明電極的透明板體， 下板定義有-主動區以及位於該主動區—側的端子部，下 板以該主動區對應設置上板下方，與上板間具有—定 距，端子端伸出上板一側； -光學膠’係填充固著於下板之主動區與上板之間； 及 -膠框，係具有—端子側牆部，該端子側牆部係成形 於下板上表面之主動區鄰接端子端之—側且固著於上板下 表面，並使該光轉至少—側邊為無㈣之開放部位。 所述該膠框具有一對側牆部，固著於上板與下板間且 位於端子側牆部之相對側，使該光學膠於該端子側牆部兩 鄰側形成無膠框之開放部位；或者，所述該膠框具有兩鄰 側骗邛固著於上板與下板間且連接於該端子側牆部兩鄰 側使該光學膠於該端子侧牆部相對側形成無膠框之開放 部位。 本創作藉由前述開放式膠框之雙板電容式觸控面板設 十使/、可以透過排版設計而以單一個體或單列多個體方 式進行光學膠注入作業，並達到以下諸多功效： 1 ·本創作藉由前述構造設計，有助於排版，並利用每 單凡觸控面板半成品於膠框於上板與下板之間的至少一 側邊形成大開口狀的開放部位，以利於光學膠注入上板與 下板之間’並可變更為半成品以大開口之單一側邊全浸入 方式汉入於較大型光學膠容器中，而減少治具成本支出， 縮紐注入光學膠的製程時間，提高製造效率。 2.本創作藉由前述構造設計，有助於排版，並利用每 5 M368138 • 一單元觸控面板半成品於膠框的大開口狀開放部位遠離端 • 子部處，於光學膠注入完成後可減少端子部殘留光學膠的 情事，進而可減少表面清潔作業，縮短製程時間，提高產 能。 3.本創作藉由前述構造設計，可透過排版設計，令每 一單元觸控面板半成品於膠框的大開口狀開放部位，配合 一單元或一長列浸入光學膠容器注入光學膠方式，使黏度 ' 高的光學膠較易於注入兩板之間的空間，並可減少空間或 藝角落殘留氣泡的情事，提高產品品質，減少於機台靜置時 間’提尚產能。 4·本創作藉由前述構造設計，於排版設計時，可採取 一長列包含有數個半成品單元浸入光學膠容器注入光學膠 方式’待光學膠固化定形後，再進行單元雙板電容式觸控 面板的切割步驟，其中因兩板之間幾近全面積有光學膠密 合其中，而提高兩板的耐壓強度，故於切割時，可減少上 、下板邊緣破損的情事，提高產品良率。 > 【實施方式】 如第一至四圖所示，係揭示本創作雙板電容式觸控面 . 板之數種較佳實施例，由圖中可以見及，該開放式膠框之 雙板電容式觸控面板係包含：一上板（10)、一下板（2〇)、 一光學踢（30)以及一膠框（40)，其中·· 該上板（10)係包含一下表面具有透明電極的方形透明 板體，該上板（1〇)中定義有一方形的上主動區（I〗）。 該下板（20)係包含有一上表面具透明電極的方形透明 板體，且下板（20)定義有一對應上主動區（丨丨）之方形下主 6 .M368138 動區（21)，以及位於該下主動區（21)一側邊的端子部（22) ，該下板（20)以該下主動區（21)對應設置該上板（1〇)上主 動區（11)下方，與該上板（1〇)間具有一定的間距，該端子 部（2 2 )伸出上板（1 〇 ) 一側，供作外部電性連接之用。 該光學膠（30)係填充固著於下板（2〇)之方形下主動區 (21)與上板（1〇)之方形上主動區之間。 該膠框（40)包含一端子側牆部（41)，該端子側牆部 (41)係成形於下板（2〇)上表面之方形下主動區（21)鄰接端 子部（22)之一侧且固著於上板方形上主動區（11)下表 面’並使s亥光學膠（3 〇)至少一側邊為無膠框之開放部位 (40，）。 如第一圖所示的第一較佳實施例，該膠框（4〇)僅具有 一端子側牆部（41)，位於該光學膠（30)鄰近端子部（22)的 一側邊’該光學膠（30)其他三側邊為無膠框之開放部位 (40，）。 如第二、三圖所示的第二較佳實施例，該膠框具 有一對側牆部（42)，固著於上板（10)與下板（2〇)間且位於 端子側牆部（41)之相對侧’使該光學膠（3〇)於該端子側牆 部（41)兩鄰側形成兩側無膠框之開放部位（4〇,）。 如第四圖所示的第三較佳實施例，該膠框（4〇)具有兩 鄰側牆部（43)’固著於上板（1 〇 )與下板（2〇 )間且連接於該 端子側牆部（41)兩鄰侧，使該光學膠（30)於該端子側牆部 (41)相對側形成單一側無膠框之開放部位（4〇，）。 本創作藉由前述較佳實施例設計，於製造時，可透過 適當的排版設計’而經由切割成數個單元或數條包含數單 7 ‘ M368138 元的長列（長行），並以一單开七一 e 器方式進行…_業，V是 進行_的注入作業== 施再針-列_大 m 仏°再施以單元化的切割作業而 板雷〜^尺寸的雙板電容式觸控面板，前述排版設計係雙 板電谷式觸控面板係依據膠框的形式以及面積尺寸而考量 〇 如第五圖所示，其係揭示可用以製造本創作雙板電容 式觸控面板形成光學膠(30)單一側邊為無膠框之開放部位 之第三較佳實施例的排版設計，係令一包含二大面積 板體的母板（50)規劃有數道縱橫排列的切割道（51)而產生 數個呈矩陣排列的面板單元，每一面板單元（52)中具有一 膠框（40)，每一膠框（40)形成具有三側邊及一側邊形成開 放部位的u形體，且使每一面板單元（52)的端子部（22)於 膠框（40)開放部位的對側。於光學膠（3〇)注入作業時，係 先依母板（50)上規劃的切割道切割成複數個面板單元（52) ’再使每一面板單元（52)以其膠框（40) —側的開放部位浸 入光學膠容器中’在抽真空處理手段輔助下，使光學膠 (3 0)注滿膠框（4 0)内部空間，待光學膠固化定形後，即完 成一單元的雙板電容式觸控面板》此設計，於光學膠注入 作業中，因係以端子部（22)對側的膠框開放部位浸入光學 膠容器中，故可避免光學膠殘留污染端子部之情事，而能 減少表面清潔作業。 如第六圖所示，其係揭示可用以製造本創作雙板電容 8 M368138 式觸控面板形成光學膠單一側邊為無膠框之開放部位之第 三較佳實施例的另一排版設計，其中同樣於一包含二大面 積板體的母板（50)規劃有數道縱橫排列的切割道（51)而產 生數個呈矩陣排列的面板單元（52)，每一面板單元（52)中 具有一膠框，每一膠框（4〇)形成具有三侧邊及一側邊形成 開放部位的u形體，且使每一面板單元（52)的端子部（22) 於膠框開放部位的對側。於光學膠注入作業時，係依母板 (50)上規劃的切割道切割成數面板單元列，每一面板單元 列各包含有數個面板單元（52)，再使每一面板單元列以其 膠框一侧的開放部位浸入光學膠容器中，在抽真空處理手 #又辅助下’使光學膠注滿膠框（4〇)内部空間，待光學膠固 化定形後，再對每一面板單元列切割成複數個單元的雙板 電各式觸控面板，即完成一單元的雙板電容式觸控面板。 此叹汁，於光學膠（3〇)注入作業中’因係以端子部（22)對 側的膠框開放部位浸入光學膠容器中，故可避免光學膠殘 留污染端子部（22)之情事，而能減少表面清潔作業。 如第七圖所示’其係揭示可用以製造本創作雙板電容 式觸控面板形成光學膠（3〇)二側邊為無膠框之開放部位之 第二較佳實施例的排版設計，其中係令一包含二大面積板 體的母板（50)規劃有數道縱橫排列的切割道（51)而產生數 個呈矩陣排列的面板單元（52)，並於母板（5〇)之二板體間 形成一膠框體（53)，延伸至每一面板單元（52)中具有端子 部（22)之一側及其對側邊，並使膠框體（53)於每一面板單 元列底端形成一開放部位（54)。於光學膠（3〇)注入作業時 ，係令整個母板（50)以其每一面板單元列底端膠框體（53) .M368138 開放部位浸入光學膠容器中，或是將母板（5〇)切割成數面 板單元列，令每_面柘- 板早及*列底端膠框體（53)開放部位浸 入光學膠容器中，在抽真空處理手段輔助下，使光學膠 (30)主騎框體（53)内部空間，待光學膠州固化定形後， 再對母板⑼）或面板單元_心㈣ 式觸控面板，使每一罝分趟， ^ 單兀雙板電容式觸控面板形成光學膠 (3〇)於膠框（40)端子側牆部⑷）兩_呈開放部^此設計 ，於光學谬注入作業後再切割成單元尺寸的雙板電容式觸M368138 • V. New Description: [New Technology Area] This is a capacitive touch panel, especially a double-plate capacitive touch panel with an open plastic frame, which helps the optical glue injection operator. . - [Prior Art] At present, the structure of the double-plate capacitive touch panel mainly has an upper plate and a lower plate, the lower surface of the upper plate is provided with a transparent electrode, and the surface of the lower plate is provided with a transparent electrode, and the upper plate is provided with a transparent electrode The lower plate is arranged at intervals, and a plastic frame is formed between the upper plate and the lower plate. The space enclosed by the plastic frame is filled with optical glue, thereby forming a double-plate capacitive touch panel. However, in the manufacture of the dual-board capacitive touch panel, there are the following disadvantages: 1. The dual-capacitive capacitive touch panel is manufactured as shown in the ninth figure, and the second board is fixed by the plastic frame. The large-area plate body (60) is sequentially cut into a plurality of small unit units (61), and each double-plate capacitive touch panel unit (61) is in its plastic frame (62). A small opening-shaped optical glue injection port (621 > ' is provided, and the optical glue (63) is inserted into the plastic frame (62) through the optical glue injection port (621) by means of an optical glue container and vacuuming means (62) When injecting light into Sheng (63), the number of optical adhesives in the plastic frame (62) must be determined to determine the optical plastic bulk. Because the optical adhesive is expensive in summer, and the cost of the fixture is high. 2. Because the viscosity of the optical adhesive is high, when it enters the space enclosed by the plastic frame (62) through the small opening optical glue injection port (621) on the side of the plastic frame (62), it is easy to send 3 M368138 raw; There are residual bubbles in the corners of the two rooms, or the problem that the optical glue does not fill the glue filling space inside the entire plastic frame. Asked that 'the industry usually fills the glue injection space through the long-term static method 1 , but this method will inevitably prolong the time of the optical glue injection operation and occupy the machine in idle state. Reduce the production capacity. 3. Because the position of the optical glue injection port (621) of the plastic frame (62) is set, it is generally placed on the adjacent side of the terminal part of the lower plate due to the typesetting relationship, so when the optical glue (63) is glued. , the terminal portion (64) is contaminated by the residual optical glue (63) to avoid affecting subsequent process operations such as: anisotropic conductive film (ACF) pressing process, etc., and further application of the surface Clean processing operation, so as to extend the processing time of the touch panel, and reduce the productivity. 士4· Due to the relationship between the process layout, the double-plate capacitive touch panel is manufactured by the plastic frame (62) After the fixation, the large-area plate body is sequentially cut into a plurality of small unit monomers, and the inner frame of each of the plastic frames (62) is not filled with the optical glue (63) and is hollow. Shape, the upper and lower plates are thin, and the compressive strength is low, so the cutting is performed. In the process, it is easy to cause damage at the edge or corner of the upper and lower plates, which affects the yield of the product. [New content] The main purpose of this creation is to provide a double-plate capacitive touch panel with an open plastic frame. I designed this to improve the time-consuming and low product yield of the existing dual-board capacitive touch panel. To achieve the pre-existing purpose, the two-plate capacitive touch with open plastic frame designed by this creation The panel system comprises: an upper plate 'containing a transparent plate body having a transparent electrode on the surface; M368138 a lower plate comprising a transparent plate body having a transparent electrode on the surface, and a lower plate defining an active a region and a terminal portion on the side of the active region, the lower plate is disposed below the upper plate corresponding to the active region, and has a distance between the upper plate and the upper plate, and the terminal end protrudes from the upper plate side; - the optical glue is filled and fixed Between the active area of the lower plate and the upper plate; and the plastic frame has a terminal side wall portion formed on the side of the active plate adjacent to the terminal end of the lower plate surface and fixed to the side Upper plate , And the optical rotation of at least - to the open side of the parts without iv. The plastic frame has a pair of side wall portions which are fixed between the upper plate and the lower plate and are located on opposite sides of the terminal side wall portion, so that the optical glue forms an open frame without gaps on the two adjacent sides of the terminal side wall portion. Or the plastic frame has two adjacent side shackles fixed between the upper plate and the lower plate and connected to the adjacent sides of the terminal side wall portion to form the optical glue on the opposite side of the terminal side wall portion without glue The open part of the box. The creation of the double-capacitive touch panel of the open-type plastic frame is designed to enable the optical glue injection operation by a single individual or a single-row multiple body through the layout design, and achieves the following effects: The above-mentioned structural design facilitates typesetting, and each of the single touch panel semi-finished products is formed on the at least one side between the upper plate and the lower plate of the plastic frame to form a large opening-like opening portion, so as to facilitate the injection of the optical glue. Between the upper plate and the lower plate can be changed to a semi-finished product with a single side full immersion of the large opening into the larger optical plastic container, thereby reducing the cost of the jig, and reducing the processing time of the optical injection into the optical adhesive. Manufacturing efficiency. 2. This creation is designed to facilitate layout and use every 5 M368138 • one unit touch panel semi-finished product in the large open opening of the plastic frame away from the end • sub-section, after the optical glue is injected Reducing the residual optical glue in the terminal portion, thereby reducing surface cleaning, shortening process time, and increasing productivity. 3. With the above-mentioned structural design, this design can make the semi-finished products of each unit of the touch panel in the large open-shaped open part of the plastic frame with a unit or a long column immersed in the optical plastic container to inject the optical adhesive. The high-viscosity optical adhesive is easier to inject into the space between the two plates, and can reduce the residual bubbles in the space or the corner of the art, improve the quality of the product, and reduce the standing time of the machine to increase the production capacity. 4. The above-mentioned structure design, in the layout design, can take a long column containing several semi-finished units immersed in the optical plastic container to inject the optical adhesive method. After the optical adhesive is solidified and shaped, the unit double-plate capacitive touch is performed. The cutting step of the panel, wherein the optical strength of the two plates is improved due to the close contact with the entire area of the two plates, so that the cutting of the upper and lower plates can be reduced when cutting, and the product is improved. rate. <Embodiment] As shown in the first to fourth figures, the present invention discloses a plurality of preferred embodiments of the dual-board capacitive touch surface. The board can be seen from the figure, the double of the open plastic frame The plate capacitive touch panel comprises: an upper plate (10), a lower plate (2 〇), an optical kick (30) and a plastic frame (40), wherein the upper plate (10) comprises a lower surface A square transparent plate body having a transparent electrode, wherein a square upper active region (I) is defined in the upper plate (1 〇). The lower plate (20) comprises a square transparent plate body having a transparent electrode on the upper surface, and the lower plate (20) defines a square lower main 6. M368138 moving area (21) corresponding to the upper active area (丨丨), and a terminal portion (22) located on one side of the lower active area (21), wherein the lower plate (20) is disposed under the active area (11) of the upper plate (1〇) corresponding to the lower active area (21), and The upper plate (1 〇) has a certain spacing, and the terminal portion (2 2 ) extends from the upper plate (1 〇) side for external electrical connection. The optical glue (30) is filled between the square active area (21) fixed to the lower plate (2) and the square upper active area of the upper plate (1). The plastic frame (40) comprises a terminal side wall portion (41) which is formed on the upper surface of the lower plate (2〇) and has a square lower active region (21) adjacent to the terminal portion (22). One side is fixed on the lower surface of the active area (11) on the square of the upper plate, and at least one side of the optical adhesive (3 〇) is an open portion (40,) without a plastic frame. As shown in the first preferred embodiment of the first figure, the plastic frame (4〇) has only one terminal side wall portion (41), and the optical glue (30) is located adjacent to one side of the terminal portion (22). The other three sides of the optical glue (30) are open parts (40,) without a frame. As shown in the second preferred embodiment of the second and third figures, the plastic frame has a pair of side wall portions (42) fixed between the upper plate (10) and the lower plate (2〇) and located at the terminal side wall. The opposite side of the portion (41) causes the optical glue (3〇) to form an open portion (4〇) on both sides of the terminal side wall portion (41). As shown in the third preferred embodiment of the fourth figure, the plastic frame (4〇) has two adjacent side wall portions (43)' fixed between the upper plate (1 〇) and the lower plate (2 〇) and connected The optical glue (30) is formed on the opposite side of the terminal side wall portion (41) on the opposite side of the terminal side wall portion (41) to form a single side non-plastic frame open portion (4A). The present invention is designed by the preferred embodiment described above, and can be cut into a plurality of units or a plurality of long columns (long rows) containing a number of 7 'M368138 yuan through a suitable layout design. Open the seven-one e-machine way... _ industry, V is the _ injection operation == Shi re-needle-column _ large m 仏 ° and then unitized cutting operation and the board ~ ~ size double-plate capacitive touch Control panel, the above-mentioned typesetting design is based on the form and size of the plastic frame, as shown in the fifth figure, which reveals that the double-plate capacitive touch panel can be formed. The typographic design of the third preferred embodiment of the optical glue (30) with a single side being a frameless open portion is such that a mother board (50) comprising two large-area plates is planned with a plurality of vertical and horizontal dicing streets ( 51) generating a plurality of panel units arranged in a matrix, each panel unit (52) having a plastic frame (40), each plastic frame (40) forming a side having three sides and one side forming an open portion a body, and the terminal portion (22) of each panel unit (52) is Box (40) opposite side open sites. In the optical glue (3〇) injection operation, the panel is first cut into a plurality of panel units (52) according to the planned cutting path on the mother board (50), and then each panel unit (52) is used as a plastic frame (40). - The open part of the side is immersed in the optical plastic container. Under the aid of vacuum treatment, the optical glue (30) is filled with the inner space of the plastic frame (40). After the optical glue is solidified and shaped, the unit is double. The plate capacitive touch panel is designed to infiltrate the optical plastic container with the open part of the plastic frame on the opposite side of the terminal portion (22) in the optical glue injection operation, so that the optical adhesive residue can be prevented from contaminating the terminal portion. It can reduce surface cleaning. As shown in the sixth figure, it discloses another typographic design which can be used to manufacture the third preferred embodiment of the double-plate capacitor 8 M368138 type touch panel to form a single side of the optical glue as an open portion without a frame. Similarly, a mother board (50) including two large-area boards is planned with a plurality of vertical and horizontal dicing streets (51) to generate a plurality of panel units (52) arranged in a matrix, each panel unit (52) having a plastic frame, each plastic frame (4 inch) forming a u-shaped body having three sides and one side forming an open portion, and the terminal portion (22) of each panel unit (52) is opposite to the open portion of the plastic frame side. In the optical glue injection operation, the panel is divided into a plurality of panel units according to the planned cutting path on the mother board (50), and each panel unit column comprises a plurality of panel units (52), and each panel unit is listed with its glue. The open part of one side of the frame is immersed in the optical plastic container, and under the vacuum processing hand #, the optical glue is filled with the inner space of the plastic frame (4〇), and after the optical glue is solidified and shaped, the column unit is further arranged. A double-plate capacitive touch panel that is cut into a plurality of units, that is, a two-plate capacitive touch panel that completes one unit. This sigh juice is immersed in the optical plastic container in the optical plastic (3 〇) injection operation because the open frame of the plastic frame on the opposite side of the terminal portion (22) is immersed in the optical plastic container, so that the optical adhesive residue can be prevented from contaminating the terminal portion (22). , can reduce surface cleaning operations. As shown in the seventh figure, it is a typographic design of a second preferred embodiment that can be used to manufacture the double-sided capacitive touch panel of the present invention to form an optical adhesive (3 〇) with the two sides being the open portion without the plastic frame. The mother board (50) including two large-area boards is planned to have a plurality of vertical and horizontal dicing streets (51) to generate a plurality of panel units (52) arranged in a matrix, and is arranged on the mother board (5 〇). A plastic frame body (53) is formed between the two plates, extending to one side of the terminal portion (22) and the opposite sides thereof in each panel unit (52), and the plastic frame body (53) is disposed on each panel An open portion (54) is formed at the bottom end of the unit column. In the optical glue (3〇) injection operation, the entire mother board (50) is immersed in the optical plastic container with the open end of each panel unit column (53). M368138, or the mother board ( 5〇) Cut into a number of panel units, so that each _face 柘-plate early and * column bottom plastic frame (53) open part is immersed in the optical plastic container, with the aid of vacuum treatment, make the optical glue (30) The main space of the main frame (53), after the optical Jiaozhou is solidified and shaped, then the mother board (9)) or the panel unit _ heart (four) type touch panel, so that each 罝, ^ single and double board capacitive touch The panel is formed with optical glue (3〇) in the plastic frame (40) terminal side wall part (4)). The _ is open part. This design is used to cut the unit size double-plate capacitive touch after the optical 谬 injection operation.
控面板’故可將殘留夺旱脾.ArT 学膝的°卩位予以切除，而能減少表 面清潔作業。 如第八圖所示，其係揭示可用以製造本創作雙板電容 觸控面板形成光學膠(30)三側邊為無膠框之開放部位之 第-較佳實施例的排版設計，其中係令一包含二大面積板 體上下疊置的母板（5〇)規劃有數道縱橫排列的切割道（51) 而產生數個呈矩陣排列的面板單元（52)，並於母板（5〇)之 j板體間形成-膠框體（53)，膠框體（53)延伸至每一面板 早x(52)中具有端子部（22)之一側及其對側邊，並使整個 母板（50)被切割成數條面板單元列，每一面板單元列且有 數個面板單元’且膠框體(53)於每一面板單元列底端形成 -開放部位（54)。於光學膠注人作㈣，係每—面板單元 列底端膠框體（53)開放部位浸入光學膠容器中，在抽真空 處理手段辅助下’使光學膠(30)注滿膠框體(53)内部空 ’待光學膠（30)固化定形後’再對各面板單元列切割成複 數個單元的雙板電容式觸控面板，使每一單元雙板電容式 觸控面板形成光學膠（3G)於廢框（4G)端子側牆部（41)兩鄰側 .M368138 呈開放部位。此設計，於光學膠（30)注入作業後再切割成 單元尺寸的雙板電容式觸控面板，故可將殘留光學腺的， 位予以切除，而能減少表面清潔作業。 【圖式簡單說明】 第一圖係本創作雙板電容式觸控面板之第—較佳 例的俯視平面示意圖。 « 第二圖係本創作雙板電容式觸控面板之第二較佳實施 例的俯視平面示意圖。 _ 第二圖係第二圖所示雙板電容式觸控面板第二較佳實 施例的側視示意圖。 第四圖係本創作雙板電容式觸控面板之第三較佳實施 例的俯視平面示意圖。 第五圖係本創作雙板電容式觸控面板第三較佳實施例 的製程流程圖（一）。 第六圖係本創作雙板電容式觸控面板第三較佳實施例The control panel can cut off the residual spleen and ArT's knee position, which can reduce the surface cleaning operation. As shown in FIG. 8 , it is a typographic design of a first preferred embodiment that can be used to manufacture the double-sided capacitive touch panel of the present invention to form an open portion of the optical adhesive (30) having three sides of the optical adhesive (30). A mother board (5〇) comprising two large-area boards stacked on top of each other is planned with a plurality of vertical and horizontal dicing streets (51) to produce a plurality of panel units (52) arranged in a matrix, and on the mother board (5〇) Between the boards, a plastic frame (53) is formed, and the plastic frame (53) extends to each of the panels in the early x (52) with one side of the terminal portion (22) and its opposite sides, and the entire The mother board (50) is cut into a plurality of panel unit columns, each panel unit column has a plurality of panel units' and the plastic frame body (53) forms an open portion (54) at the bottom end of each panel unit row. In the optical glue injection (4), the open part of the plastic frame (53) at the bottom of each panel unit is immersed in the optical plastic container, and the optical glue (30) is filled with the plastic frame with the aid of the vacuum treatment means ( 53) The internal empty 'after the optical glue (30) is solidified and shaped, then the double-plate capacitive touch panel is cut into a plurality of units for each panel unit column, so that each unit double-plate capacitive touch panel forms an optical glue ( 3G) On the adjacent side of the side wall part (41) of the waste frame (4G) terminal, the M368138 is open. This design cuts into a unit-sized double-plate capacitive touch panel after the optical glue (30) is injected, so that the residual optical gland can be removed and the surface cleaning operation can be reduced. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a top plan view of a first preferred embodiment of the present dual-board capacitive touch panel. « The second figure is a top plan view of a second preferred embodiment of the present dual-board capacitive touch panel. The second figure is a side view of a second preferred embodiment of the dual-plate capacitive touch panel shown in the second figure. The fourth figure is a top plan view of a third preferred embodiment of the present dual-board capacitive touch panel. The fifth figure is a process flow chart (1) of the third preferred embodiment of the present dual-board capacitive touch panel. The sixth figure is a third preferred embodiment of the present dual-board capacitive touch panel
的製程流程圖（二）。 第七圖係本創作雙板電容式觸控面板第二較佳實施例 的製程流程圖。 第八圖係本創作雙板電容式觸控面板第—較佳實施例 的製程流程圖。 第九圖係習知雙板電容式觸控面板的製造流程圖。 【主要元件符號說明】 (10)上板 （11)上主動區 (20)下板 （21)下主動區 11 M368138 (22)端子部 (30)光學膠 (40)膠框 (40’）開放部位 (41)端子側牆部 (42)對側牆部 (43)鄰側牆部 (50)母板 (51)切割道 (52)面板單元 (53)膠框體 (54)開放部位 (60)板體 (61)單體 (62)膠框 (621)光學膠注入 (63)光學膠 (64)端子部 12Process flow chart (2). The seventh figure is a process flow diagram of the second preferred embodiment of the present dual-board capacitive touch panel. The eighth figure is a process flow diagram of the preferred embodiment of the dual-board capacitive touch panel. The ninth figure is a flow chart for manufacturing a conventional two-plate capacitive touch panel. [Main component symbol description] (10) Upper plate (11) Active area (20) Lower plate (21) Lower active area 11 M368138 (22) Terminal part (30) Optical glue (40) Plastic frame (40') open Part (41) terminal side wall portion (42) opposite side wall portion (43) adjacent side wall portion (50) mother board (51) cutting path (52) panel unit (53) plastic frame (54) open portion (60 ) plate body (61) single body (62) plastic frame (621) optical glue injection (63) optical glue (64) terminal portion 12