M368543 五、新型說明： 【新型所屬之技術領域】 本創作係提供-種貼覆裝置，尤指利用氣壓讓第一氣室 處於正壓’使軟質片體帶動薄膜呈中央朝外縮減之弧凸狀， 讓薄膜由中央朝外依序貼覆在玻璃基板，便可使薄膜平整貼 覆在玻璃基板上。 【先前技術】 按’隨著電腦的體積縮小化、運算與影像處理即時化、 »己憶體大谷1：化及傳輸速度高軌闕勢，陰鋪線管顯示 器已逐漸被取代而淘汰，從桌上型監視器等大型顯示器到攜 帶型終端機之小型顯示n，均更換為液晶面板，因此， 液晶顯示器面板必須達到高亮度、低耗電性、高解析度等要 求，相信在不久的將來，不僅是電子計算機、筆記型電腦、 桌上型電腦螢幕、PDA和手機中會運用到液晶顯示器面板 就連電子書、資訊豕電等具備未來潛力的產品，也都將成 為液晶顯示器的重要應用，使得液晶顯示器將可望與人類生 活緊密結合起來，成為曰常生活中不可或缺的一部份。 其中之關鍵點乃在於偏光板（p〇larizer)的 應用’偏:¾板是-種只允許某方向的光線才能透過的光板， 於I作顯示盗液晶面板過程中，必須前、後各用一片，且呈 交錯方向置入，主要用途係在有電場與無電場時，使光源產 生相位差而呈現明暗的狀態，用以顯示字幕或圖案。 M368543 」而’偏光板於完成前段生產過程後，皆會於表面黏貼 一層離_ ’以倾偏光板表面之完整，避免沾上灰塵、微 塵或雜質，並減少因碰撞或堆疊所產生的刮傷或塾傷，而以 往的製造者大乡使財付向的偏貼絲轉賴覆於板材 ’其係於輪歸上置賴赠狀補，並_輪送帶使板 材呈水平方向雜，且透過輸送帶上方所設置之貼膜輪將膠 、下朝上壓δ至板材表面，使膠膜隨板材之水平移動而貼 一於八表面’但此種作法會因輸送帶於運作時所產生的震動 及位移，而使板材產生抖紐偏移，進而使賴不易妥善且 穩定地貼合於板材表面，另因咖為經由板材—端貼合至另 一端，如板材面積增大或長度增長時，其貼合行程亦更寬、 更長’便會使板材_賴產錢泡或不平整之皺摺狀態， 而使得瑕_大幅增加，甚至會因為此—嚴重之技術瓶頸， 而無法對過大或過長之板材進行表顏覆賴之加工程序， 如以目則售價極為高昂且尺寸日益增大之液晶面板而言，當 成品瑕_無法降低，將造賴造成本上臟產量降低之: 種缺失’更會使整體之附加價值大幅降低。 疋X如何解決習用膠膜無法平整貼覆於板材表面之問 題與缺失’即為從事此行業之相目廠商所亟欲研究改善之方 向所在者。 【新型内容】 故’創作人有!監於上述之問題與缺失，乃藏集相關資料 M368543 ，經由多方評估及考i，並以從事於此行㈣積之多年經驗 ，經由不斷解及修改，織計出此種薄醜覆麵基板時 可避免產生氣泡並可平整貼覆之貼覆裝置的創作專利誕生者 0 本創作之主要目的乃在於，利用導氣通道導入空氣讓第 -氣室處於正壓狀態’正跑更會推抵軟質片體之變形部，使 薄膜隨變形部產生中央朝外縮減之弧凸狀，軸便可由中央 朝外依序貼覆在玻璃基板上，因施力為由令央朝外推動，便 可將薄膜與玻璃基板之_空魏職作動_外排出，薄 膜完成貼覆後即可避免產生氣泡，進而達顺昇成品良率之 目的。 本創作之次要目的乃在於，該薄膜隨軟質片體變形部之 弧凸、第-平台、第二平台或高度控制器之作動，便可由中 央朝外依序貼覆於玻璃基板上，因貼覆距離為由中央至外側 ，因可縮短貼覆距離讓作動行程減為一半，因行程長便容易 在過程中產生職斜整之_，纽，本_便可平整的 將薄膜貼覆於玻璃紐’料可達_少紅賊率之目的 〇 【實施方式】 為達成上述目的及功效，本創作所採用之技術手段及其 構造’睛_賴狀較佳實施婿加朗鶴徵與功能 如下，俾利完全瞭解。 η M368543 ’料摘作較佳實施例之側視分解 圖由圖中所不可清楚看出該貼覆裝置係包括第一平台工及 第一平台2 ;其中： +該第-平台i於對正第二平台2之表面設有供玻璃基板 3疋位之疋位裝置i】，定位裝置i工設有吸附玻璃基板3 t成定位之定位盤1丨i，定位盤丨丨^上具有可吸風以吸 ^ 附玻璃基板3之複數吸引孔1111，定位盤111相對玻 璃基板3之另側設有複數高度控制器112，且各高度控制 1111 2設有麵於定健i i i並可伸齡移之連接部丄 121，第一平台1則於遠離定位裝置11一側設有固定座 12，局度控制器112上套設有二端分別抵持第一平台工 及©定座1 2之雜元件1 3，再於第-平台丨上穿設有供 冑度控制111 1 2穿過定位於固定座1 2上之透孔1 4，第 一平台1於定位裝置11外周緣設有複數對位孔15。 . 該第二平台2為可相對罩設於第一平台1具定位裝置工 . 1之表面，且第二平台2内部形成有鄰近第一平台χ 一側具 開口2 01以供收容定位裝置χ χ及玻璃基板3之容置空間 2 0，並於第二平台2侧壁裝設有供薄膜4附著且對正破璃 基板3之軟質片體21，其軟質片體21可為不銹鋼、塑鋼 、橡膠或其他具彈性之材質所製成，軟質片體2 於容置 空間2 0内之部位形成有可彈性弧凸之變形部211，變形 部211可透設有複數貫穿孔212，且軟質片體21隔開 M368543 容置空間2 0相對開口2 01另侧形成有第一氣室2 2，第 一氣室2 2再於侧賴設有供空氣進从加歸抵軟質片體 2 1讓薄膜4由中央向外依序職於玻魏板3表面之導氣 通道2 21 ’且變形部2!工鄰近第一氣室2 2之侧壁罩設 有覆蓋複數貫穿孔212之罩體2 3，罩體2 3與變形部2 11之間形成有第二氣室2 3 Q再於罩體2 3上連接有連通 至第二平台2外部以抽放空氣之空氣引道231，第二平台 2為於容置空間2 G 口 2 0 1外周緣設有可供第一平台丄 與第二平台2蓋合時相對插人各對位孔i 5形成定位之複數 對位梢2 4。 °月參閱第一、一、二、五、六圖所示，係為本創作較佳 實施例之侧視分解圖、薄膜與玻璃基板定位之側視剖面圖、 第-平台與第二平台蓋合之侧視剖關、細貼覆於玻璃基 板之示意圖㈠及薄膜貼覆於玻璃基板之示意圖（二）， 由圖中所示可清楚看出，本創作於運作時，係先將薄膜4放 置於第二平台2軟質片體21之變形部211下方，且利用 空氣引道2 31排出罩體2 3内第二氣室2 3 0之空氣，第 一氣室2 3 0即可形成負壓狀態，讓薄膜4受複數貫穿孔2 12吸住形成定位，而玻璃基板3則放置於第一平台1之定 位裝置11上並對正薄膜4，且定位裝置i i以定位盤工工 1之複數吸引孔1111吸引住玻璃基板3使其形成定位， 再將第二平台2罩覆於第一平台1上，讓玻璃基板3透過開 M368543 口 2 Ο 1進人第二平台2之容置空間2 〇内’且使玻璃基板 3與薄膜4相間隔一預定距離，此時，便可利用導氣通道2 21讓空氣進入第一氣室2 2内，使第一氣室2 2處於正壓 狀態，由於軟質片體21變形部211上方之第一氣室2 2 壓力大於下方之壓力，便會推動變形部2 1 ；[向下弧凸，又 ' 因導氣通道2 21為對正變形部211中央位置，且變形部 ， 211外側之軟質片體21受第二平台2夾持，變形部2丄 ’ 1便會產生由中央朝外縮減之弧凸狀，薄膜4便會隨著變形 部211之弧凸，而由中央朝外依序貼覆於玻璃基板3上， 因罩體2 3為利用軟性材質所製成，便可貼抵於軟質片體2 1上而不會影響變形部211之彈性弧凸變形，且貼覆完成 後，再利用空氣引道2 31導入空氣至第二氣室2 3 0内， 便可排除真空讓薄膜4脫離變形部211，並使薄膜4確實 貼覆在玻璃基板3上。M368543 V. New description: [New technical field] This creation department provides a kind of applicator, especially the air pressure is used to make the first air chamber at positive pressure, so that the soft film drives the film to be convex outward in the center. In the shape, the film is sequentially attached to the glass substrate from the center to the outside, so that the film can be flatly coated on the glass substrate. [Prior Art] According to 'the size reduction of the computer, the operation and image processing instant, » the memory of the big valley 1: the high speed of transmission and transmission speed, the yin-lined tube display has been gradually replaced and eliminated. The large display such as a desktop monitor to the small display n of the portable terminal is replaced with a liquid crystal panel. Therefore, the liquid crystal display panel must meet the requirements of high brightness, low power consumption, high resolution, etc. It is believed that in the near future Not only electronic computers, notebook computers, desktop computer screens, PDAs and mobile phones, but also LCD monitor panels, even e-books, information, and other products with future potential, will become important applications for liquid crystal displays. So that LCD monitors will be expected to be closely integrated with human life and become an indispensable part of everyday life. The key point is that the application of the polarizer (p〇larizer) is: the 3⁄4 board is a kind of light board that only allows light in a certain direction to pass through. In the process of displaying the stealing liquid crystal panel, it must be used before and after. One piece is placed in a staggered direction. The main purpose is to make the light source produce a phase difference and a light and dark state when there is an electric field and no electric field, to display subtitles or patterns. M368543" and after the completion of the front-end production process, the polarizer will adhere to the surface of the polarizing plate to prevent the dust, dust or impurities from being stained, and reduce the scratches caused by collision or stacking. Or bruises, and the former makers of the big towns have turned the stipulations of the money to the plate, which is tied to the gift of the wheel, and the wheel belt makes the sheet horizontally miscellaneous, and Pressing the glue wheel set above the conveyor belt to press the glue up and down δ to the surface of the board, so that the film is attached to the eight surfaces as the sheet moves horizontally'. However, this method is caused by the conveyor belt during operation. Vibration and displacement, which causes the plate to shift in the center of the beam, which makes it difficult to properly and stably adhere to the surface of the plate. The other side is attached to the other end through the sheet-end, such as when the sheet area increases or the length increases. The fitting stroke is also wider and longer, which will make the sheet _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Or too long sheet to make a table Yan Lai's processing procedures, such as the liquid crystal panel, which is extremely expensive and the size is increasing, when the finished product 瑕 _ can not be reduced, the ruin will reduce the visceral yield: The added value of the whole is greatly reduced.疋X How to solve the problem that the conventional film can't be flatly applied to the surface of the board is the direction that the manufacturers who are engaged in this industry want to study and improve. [New content] Therefore, the 'creator has! In the above-mentioned problems and deficiencies, it is the collection of relevant information M368543, through multi-party evaluation and examination, and through years of experience in this line (four), through continuous solution and modification, The original purpose of this creation is to create a thin and ugly surface substrate that avoids the generation of air bubbles and can be flattened. The main purpose of this creation is to introduce air into the air chamber to allow the first air chamber to be In the positive pressure state, the running part will push against the deformation part of the soft piece, so that the film will be convexly convex with the center outwardly decreasing along the deformation part, and the shaft can be sequentially attached to the glass substrate from the center to the outside, due to the force application. In order to promote the central government, the film and the glass substrate can be discharged, and the film can be prevented from being generated after the film is finished, thereby achieving the purpose of yielding the finished product. The secondary purpose of the creation is that the film can be attached to the glass substrate sequentially from the center to the outside with the arc convex, the first platform, the second platform or the height controller of the deformed portion of the soft sheet. The affixing distance is from the center to the outside. Because the splicing distance can be shortened, the actuation stroke is reduced to half. Because of the long stroke, it is easy to produce a job slanting in the process, and the _ can be flattened on the film. Glass New Year's material can reach _ less red thief rate 〇 [Implementation] In order to achieve the above objectives and effects, the technical means and structure of the creation of this creation are better implemented. As follows, Philip fully understands. η M368543' is a side view exploded view of the preferred embodiment. It is not clear from the figure that the covering device comprises a first platformer and a first platform 2; wherein: + the first platform i is aligned The surface of the second platform 2 is provided with a clamping device i for arranging the glass substrate 3, and the positioning device i is provided with a positioning plate 1丨i for positioning the adsorption glass substrate 3 t, and the positioning plate is smokable The wind attracts a plurality of suction holes 1111 of the glass substrate 3, and the positioning plate 111 is provided with a plurality of height controllers 112 on the other side of the glass substrate 3, and each height control 1111 2 is provided with a surface iii and can be extended in length. The connecting portion 丄121, the first platform 1 is provided with a fixing seat 12 on the side away from the positioning device 11, and the two ends of the degree controller 112 are respectively disposed to resist the first platform worker and the fixed seat 12 The component 1 3 is further disposed on the first platform plate through the through hole 1 4 positioned on the fixed seat 12 2 , and the first platform 1 is provided with a plurality of pairs on the outer periphery of the positioning device 11 . Bit hole 15. The second platform 2 is oppositely disposed on the surface of the first platform 1 with the positioning device 1 and the second platform 2 is formed with an opening adjacent to the first platform 2 on the side for receiving the positioning device. The accommodating space 20 of the glass substrate 3 is disposed on the side wall of the second platform 2, and the soft sheet 21 for attaching the film 4 and aligning the glass substrate 3 is disposed on the side wall of the second platform 2, and the soft sheet 21 can be stainless steel or plastic steel. The rubber sheet 2 is made of a rubber or other elastic material. The soft sheet 2 is formed with a deformable portion 211 which is elastically convex in a portion of the accommodating space 20, and the deformed portion 211 is transparently provided with a plurality of through holes 212, and is soft. The sheet body 21 is spaced apart from the M368543. The accommodating space 20 is opposite to the opening 2 01. The other side is formed with a first air chamber 2 2 , and the first air chamber 2 2 is further disposed on the side for supplying air into and from the soft sheet 2 1 The film 4 is sequentially disposed from the center to the air guiding channel 2 21 ' on the surface of the glass plate 3, and the side wall of the deforming portion 2 adjacent to the first air chamber 22 is provided with a cover covering the plurality of through holes 212. 2 3, a second air chamber 2 3 is formed between the cover body 2 3 and the deformation portion 2 11 , and then connected to the outside of the second platform 2 via the cover body 2 3 The air guiding channel 231 for air is taken out, and the second platform 2 is disposed in the accommodating space 2 G port 2 0 1 . The outer peripheral edge is provided for the first platform 丄 and the second platform 2 to be closed when the opposite alignment hole is inserted. 5 forms a complex pair of positions 2 4 . Referring to the first, first, second, fifth and sixth figures, it is a side exploded view of the preferred embodiment, a side cross-sectional view of the film and glass substrate positioning, a first platform and a second platform cover. The schematic view of the side view, the thin film on the glass substrate (1) and the schematic view of the film attached to the glass substrate (2), as can be clearly seen from the figure, the film is first used in the operation. The air is placed under the deformation portion 211 of the soft body 21 of the second platform 2, and the air of the second air chamber 203 in the cover 2 3 is discharged by the air approach channel 2 31, and the first air chamber 2 3 0 can form a negative In the pressed state, the film 4 is attracted by the plurality of through holes 2 12 to form a positioning, and the glass substrate 3 is placed on the positioning device 11 of the first stage 1 and the positive film 4, and the positioning device ii is positioned by the disk worker 1 The plurality of suction holes 1111 attract the glass substrate 3 to form a positioning, and then cover the second platform 2 on the first platform 1, and let the glass substrate 3 pass through the M368543 port 2 Ο 1 into the accommodating space of the second platform 2 2 〇内' and the glass substrate 3 and the film 4 are separated by a predetermined distance, at this time, The air guiding passage 2 21 allows air to enter the first air chamber 22, so that the first air chamber 22 is in a positive pressure state, because the pressure of the first air chamber 2 2 above the deformation portion 211 of the soft sheet 21 is greater than the pressure below, The deformation portion 2 1 is pushed; [the downward arc is convex, and the air channel 21 is the center position of the alignment deformation portion 211, and the soft sheet 21 outside the deformation portion 211 is held by the second platform 2, The deformed portion 2丄'1 will have an arc convex shape which is reduced from the center toward the outside, and the film 4 will be attached to the glass substrate 3 in order from the center toward the outside according to the curvature of the deformed portion 211. 2 3 is made of a soft material, and can be attached to the soft sheet 21 without affecting the elastic arc deformation of the deformed portion 211, and after the attaching is completed, the air is introduced into the air passage 2 31 to In the second gas chamber 203, the vacuum is removed to cause the film 4 to be detached from the deformed portion 211, and the film 4 is surely attached to the glass substrate 3.
I - 由於薄膜4下方為具有黏性，便可順利貼覆於玻璃基板 - 3上，且不會產生脫落之情形，又因薄膜4為中央先貼覆， 再朝外依序貼覆，貼覆之力量便會將薄臈4與玻璃基板3之 間的空氣朝外推出，讓薄膜4可平整的貼覆在玻璃基板3表 面，而不會產生有皺摺，又因貼合行程縮短為一半，薄膜4 便不易在貼覆中產生歪斜或不平整之情形，便可讓加工成品 的良率提高，由於瑕疵品減少，進而讓製造成本降低、產量 增加’便可提昇整體之附加價值。 M368543 述之第平口1可位於第二平台2下方，亦可將二者 位置調換，使第二平台2位於第—平台1下方，而第-平台 1除可形成定位讓二者蓋合時，為以第二平台2朝第一平台 1位移之外，另可將第二平台2固定，而使第—平台工朝第 二平台2位移蓋合，且定歸置11除了财具複數吸引孔 1111之定位盤i i i之外，也U接於第一平台i或定 盤111上叹有夾具、定位框等具定位玻璃基板3效果之 釔構’但第-平台2與第二平台2之位置與定位裝置Η之 結構需相配合，其僅具供_基板3定絲不會產生脫離、 掉落之功ι即可’非因此即舰本創作之專利細，如利用 其他修飾及等效結構變化，均應同理包含於本創作之專利範 圍内’合予陳明。 請參閱第-'二、四、五、六圖所示，係為本創作較佳 實施例之侧視分解圖、薄酿玻縣板纽之侧視剖面圖、 定位裝置推抵之側視剖面圖、薄膜貼覆於玻璃基板之示意圖 (一）、薄膜貼覆於玻璃基板之示意圖（二），由圖中所示 可清楚看出’該第二平台2之導氣通道2 21除可於第一平 台1與第二平台2蓋合後，再將氣體導入，讓薄膜4隨軟質 片體21弧凸變形，由中央朝外同步貼覆於玻璃基板3上； 亦可先將氣體導入，讓薄膜4隨軟質片體21之變形部21 1先弧凸’再將第一平台1與第二平台2蓋合，使薄膜4中 央弧凸較大部份在位移時先貼覆於玻璃基板3上，且薄膜4 M368543 朝外呈縮減狀之弧凸隨著第一平台1與第二平台2間距的縮 短，而由中央朝外依序貼覆在玻璃基板3上；另可將第二平 #2與第-平台1蓋合後其第-平台丄與軟質片體2丄間隔 之預定距離增大，則導氣通道2 2 1導人紐使薄膜4隨軟 質片體21弧凸變形時，薄膜4將不會碰觸到玻璃基板3， ' 此時，將可利用高度控制器2 i 2之連接部i12 i伸長推 卜抵定位裝置11之定位盤i工工朝薄膜4位移，則玻璃基板 3便可碰綱細4中央弧凸來產生貼覆，再讓薄臈4朝外 依序貼覆於玻璃基板3 ’完成貼覆動作後高度控制器1 1 2 之連接部1121再縮回至原位，或是在第二平台2與第一 平台1蓋合後’利用第二平台2持續推抵第一平台】，讓第 _平台1細定座1 2之方向位移並擠壓彈性元件丨3產生 彈f·生變形’因定位裝置丨丨之定健丨^丨受高度控制器1 12疋位而不會隨第一平台工同時位移’則薄膜4便會靠近 '玻璃基板3 ’並由中央孤凸朝外依序貼覆於玻璃基板3上， .其實際使用上之作動方式可進行變化，僅需具有讓薄膜4弧 & ’並由中央朝外依序貼覆在玻璃基板3上之功能即可，其 \匕p侷限本創作之專利範目’如利用其他修飾及等效結 構复化’均應同理包含於本創作之專利範圍内，合予陳明。 、 >閱第、七圖所示，係為本創作較佳實施例之側視 刀解圖帛平台與第二平台分離之側視剖面圖，由圖中所 不可β楚看出’簡膜4完全貼覆在玻璃基板3之後，便可 11 M368543 將第平σ 1與第一平台2分離，並以高度控制器1 1 制連接部1 1 2 i帶動玻璃基板3下移，以取出貼覆薄膜4工 之破璃基板3 ’且第-平台！可設有複數對位孔}5，讓第 二平台2利用複數對位梢2 4***複數對位孔工5來對位， 以方便第-平台1與第二平台2蓋合，亦可於第—平台工設 有複數對位梢2 4，而第二平台2設有複數對位;L1 5，其 僅具供第一平台工與第二平台2蓋合時對位之功能即可，非 因此即舰本創作之專利細；另可於第—平台2或第二平 口 2蓋σ時谷置空間2 0開σ 2 01外側相貼抵之位置設有 ‘封塾片5 ’且第-平台1於透孔14側壁可設有密封墊月 5、以供冋度控制器112緊抵密封塾片5而不會產生空隙 ’並於第二平台2於夾持軟質片體21之處的上、下方也可 分別設有密封墊片5 ’使軟質片體21緊抵密封墊片5以避 免產生空隙’其複數密封墊片5僅具供第-平台1與第二平 。2蓋合時’容置空間2 〇可呈處於賴之功能即可，非因 此即侷限本創作之專職圍，如湘其他修飾及等效結構變 化’均應_包含於本創作之專利範關，合予陳明。 凊參閱第一、八圖所示，係為本創作較佳實施例之側視 刀解圖、另一實施例之側視剖面圖，由圖中所示可清楚看出 該軟質片體21亦可不設有複數貫穿孔212，且軟質片 1之變形部211上方也可不設有罩體2 3，此時，僅 需在薄膜4朝向於變形部2 i丨之叫狀有靜電層 、黏膠或 12 M368543 其他稍具黏性之黏固體，便可讓薄膜4貼抵於變形部211 時形成定位，而薄膜4鄰近玻璃基板3之一側因具有較強黏 性之黏膠，便可在薄膜4貼覆於玻璃基板3後，隨著第—平 台1、第二平台2或高度控制器112之作動，讓黏著力較 低之薄膜4一侧順利脫離軟質片體21之變形部211，而 • 使薄膜4確實貼覆於玻璃基板3。 - 上述本創作之貼覆裝置於實際使用時，為可具有下列各 ’ _ 項優點，如： (一）該第一平台1以定位裝置11供玻璃基板3放置形成 定位，且第二平台2以軟質片體21供薄膜4黏固形 成定位，便可利用導氣通道2 21導入空氣讓第一氣 至2 2處於正/堅狀態，即可以正壓推抵軟質片體21 之變形部211產生中央朝外縮減之弧凸狀，薄臈4 便可由令央朝外依序貼覆在玻璃基板3上，由於薄膜 - 4受力由中央朝外貼覆時，可將空氣朝外排出，便可 * 避免_4與玻璃基板3之間存在空氣，而使完成貼 覆的薄膜4產生凸出狀氣泡。 (二）該薄臈4隨軟質片體2 1變形部21玉之弧凸，及第 一平台1、第二平台2或高度控制w i 2之作動， 而由中央朝外貼覆於玻璃基板3上，因貼覆距離縮短 且作動行程僅為-半，便可減少作動行程中薄膜4產 生偏斜或不平整貼覆之情形。 13 M368543 故’本創作為主要針對貼覆裝置，而可將玻璃基板3放 置於第一平台1之定位裝置11,且薄膜4黏固於第二平台 2軟質片體21之變形部211，再利用導氣通道2 21導 入空氣讓第一氣室22處於正壓狀態，壓力便會推抵變形部 211讓薄膜4隨其產生中央朝外縮減之弧凸狀，薄膜4即 可由中央朝外依序貼覆在玻璃基板3上，讓空氣由中央朝外 排出’為以避免薄膜4與玻璃基板3之間存在空氣而產生氣 泡為主要保護重點，乃僅使薄膜4貼覆之作動行程減半，並 具有薄臈4平整貼覆在玻璃基板3之優勢，惟，以上所述僅 為本創作之較佳實施例而已，非因此即侷限本創作之專利範 圍，故舉凡運用本創作說明書及圖式内容所為之簡易修飾及 等尤、Q構變化’均應㈤理包含於本創作之專利範目内，合予 陳明。 综上所述，本創作上述貼覆裝置於使用時，為確實能達 到其功效及目的，故本創作誠為—實雜優異之創作，為符 。新型專利之申請要件，爰依法提出申請，盼審委早日賜 准本案，轉_作人之辛苦_，倘若肖局審委有任何 稽疑’請不吝來函指示，創作人定當竭力配合，實感德便。 14 M368543 【圖式簡單說明】 第一圖係為本創作較佳實施例之側視分解圖。 S二圖係為本創作薄膜與玻璃基板定位之側視剖面圖。 第三圖係為本創作第—平台與第二平台蓋合之側視剖面圖。 細圖係為摘作定位t置減之舰剖面圖。 '第五®係為本創作薄難·_基板之示意圖（一）。 .帛六圖係為本創作_職於綱基板之示賴（二）。 第七圖係為本創作第一平台與第二平台分離之侧視剖面圖。 第八圖係為本創作另一實施例之側視剖面圖。 符號說明】 12、 固定座 13、 彈性元件 1 4、透孔 15、對位孔 【主要元件 1、 第一平台 11、定位裝置 1 1 1、定位盤I - Since the film 4 is viscous under the film 4, it can be smoothly applied to the glass substrate - 3 without falling off, and the film 4 is first attached to the center, and then pasted in the outer layer. The force of the coating pushes out the air between the crucible 4 and the glass substrate 3, so that the film 4 can be evenly applied to the surface of the glass substrate 3 without wrinkles, and the bonding stroke is shortened to In half, the film 4 is not easy to cause skew or unevenness in the coating, so that the yield of the finished product can be improved, and the manufacturing cost can be reduced and the production can be increased due to the reduction of the product, which can increase the added value of the whole. M368543 The first flat opening 1 can be located below the second platform 2, and the positions of the two can be reversed so that the second platform 2 is located below the first platform 1, and the first platform 1 can be positioned to cover the two. In order to displace the second platform 2 toward the first platform 1, the second platform 2 may be fixed, and the first platform is displaced to the second platform 2, and the resetting is performed. In addition to the positioning plate iii of the 1111, the U is connected to the first platform i or the fixed plate 111, and the position of the positioning of the glass substrate 3 such as a jig or a positioning frame is sighed, but the positions of the first platform 2 and the second platform 2 are It is compatible with the structure of the positioning device, and it can only be used for the stencil of the _substrate 3, which can not be detached or dropped. Therefore, the patent of the ship-based creation is fine, such as using other modifications and equivalent structures. Changes shall be included in the scope of the patent of this creation 'in combination with Chen Ming. Please refer to the second-fourth, fifth, and sixth figures, which is a side view exploded view of the preferred embodiment of the present invention, a side cross-sectional view of the thin Brewing County board, and a side view of the positioning device. The schematic diagram of the film attached to the glass substrate (1), and the schematic diagram of the film attached to the glass substrate (2), it can be clearly seen from the figure that the gas channel 2 21 of the second platform 2 can be After the first platform 1 and the second platform 2 are closed, the gas is introduced, and the film 4 is convexly deformed along with the soft sheet 21, and is simultaneously attached to the glass substrate 3 from the center toward the outside; or the gas may be introduced first. The film 4 is firstly curved with the deformed portion 21 1 of the soft sheet 21 and then the first platform 1 and the second platform 2 are covered, so that the larger portion of the central arc of the film 4 is first attached to the glass substrate when displaced. 3, and the film 4 M368543 is outwardly reduced in curvature. As the distance between the first platform 1 and the second platform 2 is shortened, the film is sequentially attached to the glass substrate 3 from the center toward the outside; After the flat #2 and the first platform 1 are closed, the predetermined distance between the first platform sill and the soft sheet 2 增大 is increased, and the air guiding channel 2 2 1 When the film 4 is convexly deformed by the soft sheet 21, the film 4 will not touch the glass substrate 3, ' At this time, the connection portion i12 i of the height controller 2 i 2 can be extended and pushed. When the positioning plate i of the device 11 is displaced toward the film 4, the glass substrate 3 can be attached to the central arc to form a sticker, and then the thin plate 4 is sequentially attached to the glass substrate 3'. After the operation, the connecting portion 1121 of the height controller 1 1 2 is retracted to the original position, or after the second platform 2 is closed with the first platform 1 , the second platform 2 is continuously pushed against the first platform. _Platform 1 finely fixes the displacement of the seat 1 2 and squeezes the elastic element 丨3 to generate the spring f·birth deformation ′ due to the positioning device 定 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 丨 高度 高度 高度 高度 高度 高度 高度 高度 高度 高度 高度When the platform worker shifts at the same time, the film 4 will be close to the 'glass substrate 3' and will be sequentially attached to the glass substrate 3 from the central lobe outward. The actual operation mode can be changed, and only the film needs to be changed. 4 arc & 'and the function of attaching to the glass substrate 3 in order from the center to the outside, its \匕p limitation of this creation Li Fan mesh 'such as the use of other modifications and equivalents of complex structure' should Similarly included within the scope of the creation of the patent, together to Chen. ><Reading, Figure 7 is a side cross-sectional view of the side view of the preferred embodiment of the present invention, which is separated from the second platform, and is not visible in the figure. 4 After completely adhering to the glass substrate 3, the first flat σ 1 can be separated from the first platform 2 by 11 M368543, and the glass substrate 3 is moved downward by the height controller 1 1 connecting portion 1 1 2 i to remove the sticker. The film-covered 4th glass substrate 3' and the first platform! A plurality of alignment holes}5 may be provided, so that the second platform 2 is inserted into the plurality of alignment holes 5 by the plurality of alignment holes 2 to facilitate the alignment of the first platform 1 and the second platform 2, or The first platform worker has a plurality of alignment poles 24, and the second platform 2 is provided with a plurality of alignments; L1 5, which only has the function of alignment between the first platform worker and the second platform 2; Therefore, the patent of the ship's creation is fine; the first can be placed on the first platform 2 or the second flat 2 when the σ is placed in the space 2 0 open σ 2 01 outside the location is provided with a 'sealing piece 5 ' and - The platform 1 may be provided with a gasket month 5 on the side wall of the through hole 14 for the temperature controller 112 to abut against the sealing jaw 5 without generating a gap 'and at the second platform 2 where the soft sheet 21 is held The upper and lower sides may also be respectively provided with a gasket 5' so that the soft sheet 21 abuts against the gasket 5 to avoid voids. The plurality of gaskets 5 have only the first platform 1 and the second plate. 2 When the cover is closed, the space can be placed in the function of the reliance. It is not limited to the full-scale of the creation. For example, other modifications and equivalent structural changes of the syllabus should be included in the patent scope of this creation. , combined with Chen Ming. Referring to the first and eighth figures, it is a side view of the preferred embodiment of the present invention, and a side cross-sectional view of another embodiment. It can be clearly seen from the figure that the soft body 21 is also The plurality of through holes 212 may not be provided, and the cover portion 2 may not be provided on the deformed portion 211 of the soft sheet 1. In this case, only the film 4 is directed toward the deformed portion 2i, and there is an electrostatic layer or an adhesive. Or 12 M368543 other slightly viscous sticky solids, so that the film 4 can be positioned against the deformation portion 211, and the film 4 is adjacent to one side of the glass substrate 3 due to the adhesive having a strong viscosity. After the film 4 is pasted on the glass substrate 3, the side of the film 4 having a lower adhesive force is smoothly separated from the deformed portion 211 of the soft sheet 21 by the action of the first platform 1, the second stage 2 or the height controller 112. And • the film 4 is surely attached to the glass substrate 3. - The above-mentioned splicing device of the present invention can have the following advantages in the actual use, such as: (1) The first platform 1 is positioned by the positioning device 11 for the glass substrate 3 to be positioned, and the second platform 2 The soft sheet 21 is used to fix the film 4 to form a position, and the air can be introduced into the air through the air guiding passage 21 to make the first air to 2 2 in a positive/hard state, that is, the deformation portion 211 of the soft sheet 21 can be pushed by the positive pressure. The arc-shaped convex shape is reduced in the center, and the thin crucible 4 can be sequentially attached to the glass substrate 3 by the central direction, and the air can be discharged outward when the film- 4 is pressed from the center to the outside. It is possible to avoid the presence of air between the _4 and the glass substrate 3, and to cause the film 4 to be finished to have a convex bubble. (2) The thin crucible 4 is convexly convex with the deformation portion 21 of the soft sheet body 21, and the first platform 1, the second platform 2 or the height control wi 2 is actuated, and is attached to the glass substrate 3 from the center toward the outside. In the above, since the coating distance is shortened and the actuation stroke is only -half, the film 4 may be deflected or unevenly applied during the actuation stroke. 13 M368543 Therefore, the present invention is mainly for the coating device, and the glass substrate 3 can be placed on the positioning device 11 of the first platform 1, and the film 4 is adhered to the deformation portion 211 of the soft body 21 of the second platform 2, and then The air is introduced into the air guiding channel 21 to make the first air chamber 22 in a positive pressure state, and the pressure is pushed against the deforming portion 211 to cause the film 4 to be convexly convex toward the center. The film 4 can be directed outward from the center. The order is applied to the glass substrate 3, and the air is discharged from the center toward the outside. In order to avoid the presence of air between the film 4 and the glass substrate 3, the generation of bubbles is the main protection point, and only the actuation stroke of the film 4 is halved. And has the advantage that the thin crucible 4 is flatly attached to the glass substrate 3, but the above description is only a preferred embodiment of the present invention, and thus does not limit the scope of the patent of the creation, so the application of the creation specification and the diagram is used. The simple modification of the content and the change of the Q and the structure of the Q should be included in the patent model of this creation and be combined with Chen Ming. In summary, the above-mentioned applicator of the above-mentioned creation device can achieve its efficacy and purpose when it is used, so this creation is sincerely created. The application requirements for new patents, 提出 apply in accordance with the law, and hope that the trial committee will grant the case as soon as possible, and turn it into a _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Will. 14 M368543 BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a side exploded view of the preferred embodiment of the present invention. S is a side view of the positioning of the film and the glass substrate. The third figure is a side cross-sectional view of the first platform and the second platform. The fine drawing is a sectional view of the ship taken as the positioning t-decreasing. 'The fifth® is a schematic diagram of the substrate. The six-figure diagram is the creation of the _ _ _ _ _ _ _ _ _ _ _ _ _ The seventh figure is a side cross-sectional view of the first platform and the second platform separated by the creation. The eighth figure is a side cross-sectional view of another embodiment of the present creation. Explanation of symbols] 12. Fixing seat 13, elastic element 1 4. Through hole 15, alignment hole [Main component 1, first platform 11, positioning device 1 1 1 , positioning plate
I • 1111、吸引孔 112、南度控制器 1121、連接部 2 21、導氣通道 2 3、罩體 23 0、第二氣室 2、 第二平台 2 0、容置空間 2 0 1、開口 2 1、軟質片體 15 M368543 211、變形部 2 31、空氣引道 2 1 2、貫穿孔 2 4、對位梢 2 2、第一氣室 3、 玻璃基板 4、 薄膜 5、 密封墊片 16I • 1111, suction hole 112, south degree controller 1121, connection part 2 21, air guide channel 2 3, cover body 23 0, second air chamber 2, second platform 2 0, accommodation space 2 0 1 , opening 2 1. Soft sheet 15 M368543 211, deformation portion 2 31, air approach channel 2 1 2, through hole 2 4, counter tip 2 2, first gas chamber 3, glass substrate 4, film 5, gasket 16