201123328 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種液晶顯示裝置（LCD)，並且特別地，本發 明關於一種液晶顯示裝置之製造設備及其製造方法，其使用一捲 帶式封裝（Tape Carrier Package, TCP)系統，用以將一液晶面板 電連接至具有液晶面板之驅動電路的一印刷電路板。 【先前技術】 通常，一液晶顯示裝置（LCD)實際上包含有一液晶（LC) 面板，此液晶面板透過結合一對基板且將具有光學各向異性及偏 振特性的液晶配設於其間形成。產生電場之電極形成於定義液晶 面板的此對基板之彼此相面對之表面上。電極之間產生的電場變 化用以人工調節液晶分子的排列方向，以產生光線透射率之變 化。光透射率中之如此變化允許可見顯示不同之影像。 同時，液晶面板利用-捲φ式封裝（TCP)與—印刷電路板相 連接’此印刷電路板具有用於輸出掃描訊號的閘極驅動電路以及 用於輸出影像訊號之資料驅動電路。 第1圖」係為一典型液晶面板之透視圖。 如第1圖」所7F，-典型液晶面板1〇配設為使得一底部陣 列基板12及一頂部彩色遽光基板18彼此相結合且一液晶層（圖 未示）位於其間’以及至少-個印刷電路板2〇利用複數個捲帶式 封裝（TCP) 30沿著液晶面板10之側面連接，其中印刷電路板2〇 之中固定有閘極驅動電路及資料驅動電路。 Μ下，將結合「第2圖」更詳細描述「第i圖」之部份a。 201123328 在典型的液晶面板10之中’陣列基板12在面積上相比較於 彩色濾光基板18更大一些，以使得陣列基板12的兩個相鄰側面 暴路於彩色濾光基板18之外部。而且，分別自閘極線及資料線抽 出的複數個第一墊16排列於暴露的侧面上。這裡，第一墊16可 劃分為許多組’每-組包含有幾似相當均勻之間隔排列的第一 墊16。 輸出掃描訊號或影像訊號的複數個第二墊22位於印刷電路板 20的至少一個側面上。第二墊22也可劃分為許多組，每一組包含 有以相當均勻之間隔排列的幾個第二墊22。 而且’複數個第一及第二接觸墊32及34可排列於每一捲帶 式封裝（TCP) 3G之兩端’第—及第二接觸墊32及34以同樣良 好的間隔與每-組中的第一及第二墊16及22 一對一相對應，其 帽帶式封裝（TCP) 30將液晶面板1G連接至印刷電路板^如 「第2圖」所示’形成於捲帶式封裝（Tcp)初之兩端的第一及 _ Μ接觸墊32及34按照彼此—對—相對應，連接至液晶面板10 •的第—塾及印刷電路板2〇之第二塾22。 按照-對-對應接觸捲帶式封裝（TCp) 3〇之第一及第二接 ^32及34與液晶面板10及印刷電路板20的第—及第二㈣ ^的過料常齡-捲帶自_合______ 「第3圖」係為沿「第1圖」之HMD線之剖視圖。 彼此覆t第3圖」所7F，在捲帶式封裝（TCP) 3()與_基板12 盖，以使得位於捲帶式封裳（似）3〇之-端上的第一接 201123328 觸墊32與位於陣列基板12的一個側面上的第一墊16相面對的狀 態下’—異向性導電膜（ACF) 26位於捲帶式封裝（TCP) 3〇與 陣列基板12之間。其後，一加熱工具45透過以滑動方式按壓捲 帶式封裝（TCP) 30之邊緣的外表面，將熱及壓力沿壓捲帶式封 裝（TCP) 30之邊緣的外表面作用，以便獲得第一接觸墊％與第 一墊16之間的連接。 雖然圖未示，相同之規則應用於印刷電路板2〇的第二墊22 與捲帶式封裝（TCP) 30的第二接觸墊34之間的連接。 这裡’異向性導電膜（ACF) 26可為-在熱固性旨中容納 有分佈之導電微粒的帶狀，以使得樹脂部份透過熱及壓力硬化且 同時其内部的導電顆粒上下按壓，以便允許第―塾16與第一接觸 墊32之間的連接一對一相對應。 捲帶自動接合（TAB)技術具有幾個優點：増加面板之有效 面積’以及由於通過—相對簡單製程雜動電路直接安裝於基板 之上’提供一種簡單結構’並且相比較於-玻璃覆晶封裝（C0G) 2術應収歧’ _覆晶職（CQG)技術產生液晶面板的更 局解析度產生在基板上細安裝驅動的問題。 乂下將L合「第4圖」及「第5圖」簡單推述使用捲帶自 動接合（TAB)技術的—捲帶式封裝（TCp)對準系統。 「第4圖」係為習知技術之使用一捲帶式封裝⑽)對準系 統的捲帶式封裝（TCP)對準過程之流程圖。 、 第5圖」係為在使用習知技術之捲帶式封τ 統的捲帶式封裝（TCP)對準製程之中的不同裝置，分別獲得異向 201123328 性導電膜（ACF)結合及捲帶自動接合（TAB)供給之平面圖。 如「第4圖」所示，使用習知技術之捲帶式封裝（Tcp)對準 系統的捲帶式封襄（tcp)對準過程可包含有一第一步驟（sl〇)， 第一步驟之中透過使用異向性導電膜（ACF)結合設備（圖未示）， 將異向性導賴（ACF) 26結合於陣列基板12的—侧面上的第 一塾16之上。 然後，在一第一步驟（S12)，一位於捲帶式封裝（tcp) 30 • 之一端上的第一接觸墊（圖未示）與一位於陣列基板12之一側面 上的第一塾（圖未不）彼此相面對覆蓋。 在一第三步驟（S14)及一第四步驟（S16)，使用一預定加熱 工具（圖未示），透過以滑動方式按壓捲帶式封裝（TCp) 3〇之邊 緣的外表面，將熱及壓力沿壓捲帶式封裝（Tcp) 3〇之邊緣的外 表面作用，以便獲得第一接觸墊與第一墊之間的連接。這裡，異 向性導電膜（ACF) 26為一在熱固性樹脂中容納有分佈之導電微 粒的帶狀，以使得樹脂部份透過熱及壓力硬化且同時其内部的導 • 電顆粒上下按壓，以便允許第一墊與第一接觸墊之間的連接一對 一相對應。 在一第五步驟S18 ’ 一未對準檢測裝置（圖未示）用於檢測是 否液βθ面板10之第一塾（圖未示）與捲帶式封裝（tcp) 3〇之第 接觸塾（圖未示）滿足彼此相接觸，通過捲帶自動接合（TAB) 過程產生異向性導電膜（ACF) 26與捲帶式封褒（TCP) 3〇之間 的連接。 然而’使用習知技術之捲帶自動接合（Tab)技術的捲帶式 201123328 封裝（TCP)對準系統具有以下嚴重問題。 習知技術之使用捲帶自動接合（TAB)技術的捲帶式封裝 (TCP)對轉統除了異向性導麵（ACF)結合賴之外，更需 要-透過供給實現捲帶式封裝（TCP)的捲帶自動接合之 設備。特別地’單獨提供用以結合異向性導電膜（ACF)於面板 之上的設備，並且其佔據捲帶式封裝（TCP)對準系統的全部裝置 長度的大約30%。 而且，習知技術的捲帶式封裝（Tcp)配向設備之異向性導電 膜（ACF)之附加裝置傾全部元件的製造成本的大約，相 當地使得製造成本增加。 而且’習知技術的捲帶式封裂（TCP)對準系統配設有異向性 導電膜（ACF)結合設備及捲帶式封裝（TCp)供給設備中的每一 個，產生佈局及投資成本的增加。 【發明内容】 —因此’馨於上述的問題，本發明之目的在於提供一種液晶顯 示裝置之裝造设備及其製造方法，本發明由於不獨立使用一異向 性導電膜（ACF)結合裝置以便提高製造效率，因此能夠顯著減 少一全部裝置之長度及製造成本。 為了獲得本發明之目的的這些和其他優點’現對本發明做具 體且概括性的描述，—種液晶顯示裝置之製造設備包含有一切割 單元’用以_—異向性導賴（ACF);—異向性導電膜剝離單 几1其用以防止一捲帶式封裝（TCP)自一吸收面板之上分離，此 捲f式封裝結合有此異向性導賴，並且啊異向性導電膜自一 201123328 基膜之上娜，-捲帶式封裝供給單元，用以供給此捲帶式封裝； 異向陡導電膜結合校正單元，用於最小化為結合異向性導電膜 供、口捲ΊΤ式封裝時產生的錯誤；—異向性導電膜前結合檢測單 */、利用捕獲裝置測量一捲帶式封裝穿孔位置且確定捲帶式 封裝之上形成的對準標記之位置；一異向性導電膜後結合檢測單 7 ’其觀裝置較是否異向性導電航經結合及對準標 =之位置在異向性導電膜結合於捲帶式封裂之上以後執行此確 、及彳a示單it ’其可真空吸附結合有異向性導電膜之捲帶 式封裝且旋轉，轉捲帶式封裝供給至—底基板之—墊終端之上。 為了獲得本發明之目_這些和其他優點，現對本發明做具 體且概括触述…種使用捲帶式封裝對準祕的液晶顯示裝 k製造方法包含町步^提供—彩色濾絲板、—底基板以 及-液日日⑽板，此液晶面板位於彩色滤縣板與底基板之間；切 相加於細之上的―異向性導電膜；自基翻離異向性導電 膜；供給具魏晶面板福域置的_捲帶式縣’·結合此異向 性導電捲帶式縣之上；錢結合此結合有異向性導電膜之 捲帶式封裝於底基板之上。 本發明之-觀晶齡裝置之製造設備及其製造方法可且有 以下效果。 … 在本發明之液晶顯示裝置之製造設備及其製造方法中，不使 用佔據捲帶式封裝（TCP)對㈣⑽全部裝置長度1/5的一獨 $向性導電臈(ACF)結合裝置，而是與一獨立捲帶式封裝(Tcp) 結合裝置整體職以便允許歸式職（TCp)直祕合於一液晶 201123328 一使用於液晶顯示 用途而不需要一另 面板之上，由此相當地減少裝置長度。結果， 裝置（LCD)模塊製程的清洗室能夠用作另一 外之成本。 而且，在本發明之液晶顯示健之製造設備及1製造 中街使用具有-基於鉸狀結構的自由_型自動校正，以便確 保質量及設賴化，即，此校正結顧撕異向性導賴結合以 便促進異向性導電膜準確結合於捲帶式封裝之上。 在本發明之液晶顯示裝置之製造設備及其製造方法中， 結合有異向性導賴祕帶式狀具有細解魏，以使得利 用-捕獲裝置異向性導電膜與解標記――相對應準確排列。 此外’在本發明之液晶顯示裝置之製造設備及其製造方法 中’透雜查捲帶式封裝之切割狀態能夠識別異向性導電膜結合 的如何且額-捕縣置能夠容易制是否異向性導電膜已經結 合。 〇 本發明更多的應用領域將由以下的詳細說明揭示。可以理解 ，是，用_示本發雜佳實财式的詳域明和具體示例僅僅 是為了說明而不是為了限製本發明的範圍。 【實施方式】 以下，將結合®式部份詳蝴述本發明之難實施例的一液 晶顯示裝置（LCD)之製造設備。 「第6圖」係為本發明之一液晶顯示裝置之製造設備之示意 圖。 如「第6圖」所示，作為本發明之一液晶顯示裝置（LCD) 201123328 之製造設備的捲帶式封裝（TCP)對準系統·可包含有—異 導電膜（ACF)蝴單元21〇、—異向性導賴（acf)剝離單元 22〇、-捲帶式封裝（TCP)供給單元23〇、一結合工具單元冰、 異向轉電膜（ACF)結合校正單元mo、異向性導電膜（a 前/後結合檢測單元260及27〇 (如「第12圖」及「第13圖」所 示）、以及一指示單元29〇 (如「第14圖」所示）。 這裡’異向性導電膜（ACF) _單元⑽透職用具有一 基於鉸鏈之結構的自由旋轉型自動校正，可功能上確保捲帶式封 裝（TCP)質量及捲帶式封裝（TCP)設置的可靠性。 異向性導電膜（ACF)剝離單元220為一分離型剝離裝置。 異向性導電膜（ACF)剝離單元DO配設為防止結合有捲帶式封 裝（TCP)的異向性導電膜（ACF)自—吸收面板（圖未示）上分 離。 捲帶式封裝（TCP)供給單元230及結合工具單元24〇具有一 能夠最小化供給捲帶式封裝（TCP)之偏差的結構，用以實現一精 春確的異向性導電膜（ACF)結合。 此外，異向性導電膜（ACF)結合校正單元25〇可透過捲帶 式封裝（TCP)穿孔及捲帶式封裝（TCP)對準中心的變化之偏差， 移動一異向性導電膜（ACF)結合位置，以便維持一準確的異向 性導電膜（ACF)結合。 異向性導電膜（ACF )前結合檢測單元260可提供一捕獲裝 置，例如一照相機，以便藉由照相機測量捲帶式封裝（TCp)的穿 孔位置且界定對準標記之位置，其後將如此資訊傳送至異向性導 11 201123328 電膜（ACF)結合校正單元25〇。 而且〃向f生導電膜（ACF)後結合檢測單元可具有一 捕獲裝置，例如1相機，狀較是砰異向料電MACF). 結合之後異向性導電膜（ACF)已經正確結合且識別對準標記的 位置。 此外’指示單元290可真空吸附捲帶式封裝（TCP)且每一次 旋轉大約60度，以便在每一過程中將捲帶式封裝（Tcp)供給至 一底基板的墊終端。 「第7圖」係為用以製造本發明之液晶顯示裝置的捲帶式封籲 裝（TCP)對準系統之異向性導電膜（ACF)切割單元之示意圖。 如「第7圖」所示’異向性導電膜（ACF)切割單元21〇透 過使用具有-基於魏的機構之自由旋轉型自動校正，可確保切 割質量及設置可靠性。 根據現有技術巾的-設賴具設置-切刀；然而，如此之結 構不斷產生-質量相關問題，舉例而·^，切割異向性導電膜（acf) 失敗或過度切割異向性導電膜（acf)。 鲁 為了解決如此問題，本發明同樣使用根據設定模具設置切刀 的現有方法’但是，如「第7圖」所示，改變一面板之結構。也 就疋說，為了切割一基膜（「第8圖」之140)之上的異向性導電 膜（ACF)，如果一切刀保持件212向前移動用以重擊一面板214， 面板214根據鉸鏈216瞬時傾斜用以保持與一切刀218相平行。 因此，現有技術中的重複幾次的切刀設置能夠在本發明之中僅一 次完成。 12 201123328 支樓異向性導電膜（ACF)的面板旋轉以詳細調節切割異向 性導電膜（ACF) 126的-切刀218之刀片端部的平行度，並且面 板⑽作業使得切刀⑽的刀片與異向性導電膜（⑽恤相平 行。也就是說，當切割異向性導電膜（ACF) 126的切刀⑽向前 移動至放置有異向性導電膜（ACF) 126的面板214時如果調節 切刀218與面板214之間的平行度，則均勻切割異向性導電膜 (ACF) 126。但是’如果面板214及切刀218固定至面板與 癱切刀加彼此不平行的狀態，則不均勻切割異向性導電膜（卿） 126,並且面板214可圍繞鉸鏈216的中心移動並且固定切刀加 的模具衝擊面板214，面板214辭行度調節至面板214與模具的 一表面相接觸之狀態。 、 第8圖」係為本發明用以製造液晶顯示裝置（Lc〇)的捲 帶式封袭（tcp)對準系統之異向性導電膜（ACF)剝離單元之示 意圖。 如「第8圖」所示，本發明用以製造液晶顯示裝置（Lcd) •的捲帶式封裝（TCP)對準系統之異向性導電膜（ACF)剝離單元 220係為一剝離裝置，其透過進/後退運動部份似向前或向 後移動’以便透過使用-分離件226自與異向性導電膜（acf) 相結合的基膜140上剝離。異向性導電膜（ACF)剝離單元22〇 可用以防止其上結合有異向性導電膜（ACF) m的捲帶式封裝 (TCP) 130自一吸收面板（圖未示）上分離。 在一鈍化膜之上的異向性導電膜（ACF) 126結合於捲帶式封 裝（TCP) 130上之後，需要一剝離該鈍化膜之過程。當鈍化膜剝 13 201123328 =吸= (ACF)126與純化臈之間的黏合力相比 m (tcp) m的錢之_更大，因此捲帶 =(cp) 130與鈍化膜-起移動。為了防止此問題，一小面 板朝向一吸收方向（圖未示）按壓捲帶式封裝（TCP) 130。 ^導電膜⑽）126直接結合於捲帶式封裝（tcp) 13〇上的向方 =。，本發明應用-分離型剝轉置，而非滾筒型剝離裝置， 由於-補_產生且垂直於捲帶式封以 型剝離裝置經歷真空吸附能夠產生捲帶式封裝（TCP)之t離 =此’本發明之異向性導電臈（ACF)剝離單元挪的鋒利 麵晴齡_卿姆⑽） 「第9 ®」係為本發明之製造液晶顯示裝置（L⑼之捲 封裝fCP)對準系統的捲帶式封裝（Tcp)供給單元之示意圖。 第_」係為本發明之製造液晶顯稍置α 式封裝（TCP)對準系統的結合工具單元之示意圖。捲卞 本發明之捲帶式封裝（TCP)供給單元23G可 封裝⑽供給執行㈣及—捲帶式封裝⑽）供給捲^式 =。捲帶式封裝（TCP)供給單元23〇可藉由捲帶式封裝⑽ 供給執行器232供給捲帶式封裝（TCP)。這裡，由於與異向性導 201123328 電膜（ACF)之結合，捲帶式封裝（TCp)侧捲帶式封裝⑽） 供給夾具在一預定長度上提供。 捲帶式封裝（TCP)對準系統的結合工具U 24〇還可配設有 一刀頭242，刀頭242可透過向結合於捲帶式_ (TCP)之上的 異向性導電膜（ACF)作用一預設壓力而按壓異向性導電膜 (ACF) 〇 ' 第11圖」縣製造本㈣之液晶齡裝置（LCD)的捲帶 式封裝（TCP)對準系統的異向性導電膜（ACF)之結合校正單元 之示意圖。 -讀252表示伺服馬達，並且一元件256表示一螺母元 件254及258表示LM滑塊。也就是說，LM滑塊254及258表示 在準確導向直線運動的LM執道上之滑塊。 如「第11圖」所示’本發明用於製造液晶顯示裝置似D) =捲π式封裝（tcp)對準系統之異向性導賴（ACF)結合校正 單元250透過捲帶式封裝（Tcp)穿孔及捲帶式封裝（Tcp)定中 心的變化之偏差移動異向性導電膜（ACF)結合位置，由此維持 精確的異向性導電膜（ACF)結合狀態。 在根據現有技術將異向性導電膜（ACF)結合於-液晶面板 之上時該結合獲得大約土2〇〇微米（um)之誤差範圍。因此不需 要一單獨彳父正裝置。然而，在本發明之巾，異向性導電膜（ACF) 直接結合職科封裝（TCP)之上，聽合獲得大_〇0微米 (um)之誤差範圍，因此本發明更需要一 γ轴方向上的單獨校正 裝置。也就疋忒，γ方向表示異向性導電膜（ACF)之一寬度方 15 201123328 Π 2毫米）’並且χ軸方向表示與寬度方向相垂直的異向性 導電膜(ACF)變松之方向。 、 #而且’本發明在異向性導賴（ACF)結合之前，藉由一捕 獲政置’例如一照相機，識別捲帶式封裝（TCP)之邊緣及對準標 。己’由此k正待結合的異向性導電膜（acf)之位置。 因此’可識別錯誤結合且根據捲帶式封裝（TCp)穿孔及捲帶 式封裝（TCP)輸送預先校正，由此滿足設置條件。 第12圖」及「第13圖」係為本發明之製造液晶顯示裝置 (LCD)的捲帶辆裝（Tcp)對轉統之異向性導電膜㈤ 前/後結合檢測單元之示意圖。 「第Η圖」係為本發明之製造液晶顯示裝置（LCD)的捲帶 ^封裝（tcp)對準系統之異向性導電膜（ACF)前/後結合檢測 單元的照相機及指示部份之示意圖。 如「第12圖」所示，本發明之製造液晶顯示裝置㈤d)的 捲帶式封裝（tcp)對準祕之異向性導賴（ACF)前結合檢測 單兀260可使用-捕獲裝置，例如一照相機264，測量一捲帶式封 裝（TCP)穿孔尺寸且界定排列標記之位置，以便將資訊發送至異 向性導電膜（ACF)結合校正單元25〇。 、 而且如第13圖」及「第14圖」所示，本發明之製造液 晶顯示裝置（LCD)的捲帶式縣（TCp)對準魏之異向性導電 膜（ACF)後結合檢測單元可利用照相機274正確結合且對準標 記的位置。 在異向性導電膜（ACF)結合之前，本發明之異向性導電膜 201123328 (ACF)前結合檢測單元26〇可藉由照相機264識別捲帶式封裳 (tcp)邊緣/對準標記，並且確定捲帶式封裝（TCp)的尺寸及 吸收位置，由此校正結合異向性導電膜（ACF)的位置。 本發明的異向性導電膜（ACF)後結合檢測單元27〇藉由照 相機274也識別用於校正γ軸方向上偏差的捲帶式封裝（Tcp) 邊緣/對準標記，以便在士1〇〇微米（um)的誤差範圍内實現異向 性導電膜（ACF)結合，也就是說，γ軸方向表示異向性導電膜 (ACF)之一寬度方向（1—2毫米），並且X軸方向表示與寬度 方向相垂直的異向性導電臈（ACF)變松之方向。 因此，本發明之異向性導電膜（ACF)前/後結合檢測單元 260及270的照相機264及274能夠提高異向性導電膜（acf)的 結合狀態，並且有助於綠定滿足或不滿足異向性導電膜（Acp) 結合，允許選擇有缺陷的異向性導電膜（ACF)。 如「第14圖」所示，本發明之指示單元29()可透過一吸附設 備，例如一真空吸附設備吸附異向性導電膜（ACF)捲帶式封裝 ♦ (TCP) ’並且該吸附設備每次旋轉60度，以便將捲帶式封裝 (TCP)供給至一液晶面板的一底基板上存在的一塾終端。 以下，將結合圖式部份，詳細描述使用具有該結構的本發明 之一液晶顯示裝置（LCD)的製造方法。 「第15圖」係為本發明製造一液晶顯示裝置（lcd)之中， 一捲帶式封裝（TCP)對準系統的捲帶式封裝（TCp)對準過程之 流程圖。 第16圖」係為使用本發明的製造液晶顯示裝置（lcd)的 17 201123328 捲f式封裝（TCP)對準系統的捲帶式封裝（TCp)對準過程中， 在一基板上結合一結合有異向性導電膜（ACF)的捲帶式封裝 (TCP )之平面圖。 透過使用「第6圖」至「第14圖」描述之設備，將實現一液 晶顯示裝置之製造方法。 首先，儘官圖未不，提供一彩色濾光基板、一底基板以及一 液晶面板。液晶面板於彩色濾光基板與底基板之間形成夾層結 構。複數_難晶體（TFT) (示）及麟將城供給至薄 膜電晶體（TFT)的墊終端（圖未示）形成於底基板1〇2之上。 儘官圖未示，一用以遮蔽光線的黑矩陣（圖未示）及利用光 透射表示視訊訊號的彩色濾光器（圖未示）形成於一彩色濾光基 板108之上。 然後底基板102及彩色濾光基板108彼此相結合且一液晶（圖 未示）位於其間，由此製造「第16圖」中所示之一液晶面板1〇〇〇 5月參閱「第15圖」及「第16圖」，切割一附加至基膜上的異 向性導電膜（ACF)’並且該異向性導電膜（ACF)自基膜上剝離。 在第一步驟（S110)之中，供給一具有液晶面板之驅動電 路的捲帶式封裝（TCP) 130及用於導向異向性導電膜（ACF) 126 之結合的對準標記。 使用一照相機（圖未示），異向性導電膜（ACF) 126根據對 準標記（圖未示）排列於捲帶式封裝（TCP) 130之上，因此結合 於捲帶式封裴（TCP) 130之上。這裡，利用「第12圖」所示之 異向性導電膜（ACF)前結合檢測單元260測量捲帶式封裝（TCP) 201123328 no之穿孔尺寸及_鱗標記之位置，並域得之f訊發送至異 向I·生導電膜（ACF)結合校正單元。對準標記關於異向性導電膜 (ACF)的位置根據測量過程之結果調整。這裡，異向性導電臈 (ACF)前結合檢測單元26〇的照相機264用以認識異向性導電 膜（ACF)結合之存在及對準標記之位置。出獅對準時，異向 性導電膜（ACF)前結合檢測單元26〇的照相機⑽認識捲帶式 封裝（TCP) 130之邊緣/對準標記，用以確定捲帶式封震（取) 130之尺寸及吸收位置’由此校正结合異向性導電膜（a⑺之位 置。而且’結合於鱗式封裝（Tcp) 13G之上的異向性導電膜 (ACF) 126之寬度相比較於捲帶式封裝（TCp) 13〇更窄較佳。 -元件262表示伺服馬達，並且一元件272表示氣紅。 在異向性導電膜（ACF) 126結合於捲帶式縣（Tcp)⑽ 之上以後，位於「第13圖」所示之異向性導電膜（acf)後結合 檢測單元27G的照相機274用於測量需要校正γ軸方向的解^ 誤的異向性導« (ACF)結合位置之捲帶式職（Tcp)邊緣; 對準標記，崎在誤差翻糾⑻鮮（um)之内實現異向性 電膜（ACF)結合。 因此’本發明之異向性導電膜（ACF)前/後結合檢測單元 及，之照相機说及274能夠提高異向性導電膜（Μ)結 s之準確度且促進決定滿足或不滿足異向性導電膜（ACF)之择 合’允許選擇有缺陷的捲帶式封裝（Tcp)。 其上結合有異向性導電膜（ACF) 126的捲帶式封裝（τ⑻ 130黏附至底基板1〇2的墊終端（圖未示）之上。這裡，「第μ 19 201123328 圖」所不之指示單元290朝向底基板移動具有異向性導電膜(ACf) 126的捲帶式封裝（TCP) 130。指示單it 290透過-吸附設備， 例如真空吸附設備吸附具有異向性導電膜（ACF) 126的捲帶式封 裝（TCP) 130。然後此吸附設備旋轉大約6〇度，用以在每一過程 中將捲帶式封裝（TCP) 130供給至底基板1〇2之塾終端（圖未示） 之上。 在第二及第三步驟（812〇及813〇)之中，一加熱工具（圖未 不）沿著捲帶式封裝（TCP) 13〇之邊緣之外表面滑動且將熱及壓 力作用於其巾肋連接。而且，異向性導賴（ACF) 126具有在 熱固性樹脂巾分佈有導電獅的雜。因此，由於熱及壓力樹脂 部份硬化且同時導電驗被上下按壓，歧得底基板1()2的塾終 端（圖未示）與捲帶式雖（TCP) 13G之接輕（圖未示）按照 一一相對應之方式彼此相接觸。 … 在-第四步驟（S140)之中，通過捲帶自動接合（TAB)過 程其上結合有異向性導電膜（ACF) 126的捲帶式封裝（了⑻⑽ 透過未對準檢測裝置（圖未示）檢測以便確定是否捲帶式封裝 (TCP) 130之接觸墊（圖未示）滿意地與液晶面板1⑻之塾終端 相接觸，由此完成捲帶式封裝（TCp)結合製程。 如上所述，在本發明之液晶顯示裝置之製造設備及其製造方 法中，不使用佔據捲帶式封裝（TCp)對準系统的全部裂置長度丄 /5的-獨立異向性導電膜（ACF)結合裝置，喊與—獨立^帶 式封裝（TCP)結合裝置整體形成以便允許捲帶式封裝（了⑻直 接結合於-液晶面板之Λ，由此相當地減少裝置長度。結果，一 201123328 使用於液晶顯示裝置（LCD)模塊製程的清洗室能_作另一用 途而不需要—另外之成本。 而且在本發明液晶顯不裝置之製造設備及其製造方法中， 一具有基於_結_自由旋轉型自動校正用作—異向性導電膜 (ACF)切割單元，以便確保捲帶式封装⑽）質量及設置方便， 即，校正結構顧於異向性導電膜（acf)結合中以便促進異向 性導電膜（ACF)精確結合於捲帶式狀（Tcp)之上。 在本發明液晶顯示裝置之製造設備及其製造方法之中，其上 、”口口有異向性導電膜（ACF)的捲帶式封裝（TCP)具有對準標記， 以使得_-捕獲裝置，異向性導電膜（ACF) _與對準桿記 一一相對應準確排列。 此外在本發明液晶顯示袭置之製造設備及其製造方法中， 異向f生導賴（ACF)結合的如何朗透珊查捲帶式封裝（丁⑻ 之切割狀態識取檢測異向性導電膜（acf)是否以及結合容易 透過使用一捕獲裝置檢測。 上述之實衫式及其伽僅為种彳㈣且秘制於本發明。 f紅思想__於魏_之賴中。此朗傾向於示例 仁疋並不關於本發明之保護細。本領域之技術人員可以 理解在此描賴败概、結構、料”爾他特點可以 不同方式相結合應用於其他與/或替換實施例之中。 本發月在不脫離其精神的情況下可以實現為多獅式可以 贿的是除非特別指明，上述實施例並不限制於上述的任何細 卸，而應該在專利申請範圍定義之範_作廣泛理解，並且因此 21 201123328 專利申請範圍所界定的保護範圍内的所有變化及修改屬於本發明 之保護範圍之内。 【圖式簡單說明】 第1圖係為係為一典型液晶面板之透視圖； 第2圖係為第1圖之部份a之放大透視圖； 第3圖係為沿第1圖瓜_皿線之剖視圖； 第4圖係為習知技術之使用一捲帶式封裝對準系統的捲帶式 封裂對準過程之流程圖；BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a liquid crystal display device (LCD), and in particular, to a manufacturing apparatus of a liquid crystal display device and a method of manufacturing the same, which uses a tape A Tape Carrier Package (TCP) system for electrically connecting a liquid crystal panel to a printed circuit board having a driving circuit of the liquid crystal panel. [Prior Art] Generally, a liquid crystal display device (LCD) actually includes a liquid crystal (LC) panel which is formed by interposing a pair of substrates and disposing a liquid crystal having optical anisotropy and polarization characteristics therebetween. An electrode for generating an electric field is formed on a surface of the pair of substrates defining the liquid crystal panel facing each other. The electric field change generated between the electrodes is used to manually adjust the alignment direction of the liquid crystal molecules to produce a change in light transmittance. Such a change in light transmittance allows for visual display of different images. At the same time, the liquid crystal panel is connected to the printed circuit board by a - φ package (TCP). The printed circuit board has a gate driving circuit for outputting a scanning signal and a data driving circuit for outputting an image signal. Figure 1 is a perspective view of a typical liquid crystal panel. As shown in FIG. 1F, the typical liquid crystal panel 1 is configured such that a bottom array substrate 12 and a top color light-emitting substrate 18 are combined with each other and a liquid crystal layer (not shown) is located therebetween and at least one The printed circuit board 2 is connected along the side of the liquid crystal panel 10 by a plurality of tape and reel packages (TCP) 30, wherein a gate driving circuit and a data driving circuit are fixed in the printed circuit board 2. In the following section, part a of the "i" will be described in more detail in conjunction with "Fig. 2". 201123328 In a typical liquid crystal panel 10, the array substrate 12 is larger in area than the color filter substrate 18 such that two adjacent sides of the array substrate 12 violently exit the exterior of the color filter substrate 18. Further, a plurality of first pads 16 respectively extracted from the gate lines and the data lines are arranged on the exposed sides. Here, the first pad 16 can be divided into a plurality of groups' each of which includes a first pad 16 arranged in a number of similarly spaced intervals. A plurality of second pads 22 that output scan signals or video signals are located on at least one side of the printed circuit board 20. The second pad 22 can also be divided into a plurality of groups, each group containing a plurality of second pads 22 arranged at fairly even intervals. Moreover, a plurality of first and second contact pads 32 and 34 may be arranged at both ends of each tape package (TCP) 3G 'the first and second contact pads 32 and 34 at the same good interval and each group The first and second pads 16 and 22 correspond to one-to-one, and the cap-and-package (TCP) 30 connects the liquid crystal panel 1G to the printed circuit board. As shown in the "Fig. 2", it is formed in a tape-reel type. The first and _ Μ contact pads 32 and 34 at both ends of the package (Tcp) are connected to the first 塾 22 of the liquid crystal panel 10 and the second 塾 22 of the printed circuit board 2 in correspondence with each other. According to the -to-corresponding contact tape and reel package (TCp), the first and second contacts 32 and 34 and the liquid crystal panel 10 and the printed circuit board 20 are the first and second (four) ^ over the age-reel _合______ "3rd picture" is a cross-sectional view of the HMD line along "1st picture". Covering each other, Figure 3F, 7F, in the tape-and-reel package (TCP) 3() and _substrate 12 cover, so that the first connection on the end of the tape-like closure (like) 3〇201123328 touches The pad 32 is in a state of facing the first pad 16 on one side of the array substrate 12, and the anisotropic conductive film (ACF) 26 is located between the tape package (TCP) 3 and the array substrate 12. Thereafter, a heating tool 45 applies a heat and pressure along the outer surface of the edge of the tape-and-reel package (TCP) 30 by slidingly pressing the outer surface of the edge of the tape-and-reel package (TCP) 30 to obtain the first A connection between the contact pad % and the first pad 16. Although not shown, the same rules apply to the connection between the second pad 22 of the printed circuit board 2 and the second contact pad 34 of the tape package (TCP) 30. Here, the anisotropic conductive film (ACF) 26 may be a strip shape in which the conductive particles are distributed in a thermosetting manner, so that the resin portion is hardened by heat and pressure while the conductive particles inside thereof are pressed up and down so that The connection between the first 塾 16 and the first contact pad 32 is allowed to correspond one-to-one. Tape and Reel Automatic Bonding (TAB) technology has several advantages: it adds the effective area of the panel' and because it is mounted directly on the substrate by a relatively simple process, the circuit provides a simple structure and is compared to a glass flip chip package. (C0G) 2 surgery should meet the problem of 'CQG' technology to produce a more detailed resolution of the liquid crystal panel to produce a problem of fine mounting on the substrate. The following is a simple description of the tape-and-reel package (TCp) alignment system using Tape Auto-Tapping (TAB) technology, in conjunction with Figure 4 and Figure 5. Fig. 4 is a flow chart showing a conventional tape-and-reel package (TCP) alignment process using a tape-and-reel package (10) for the prior art. Figure 5 is a different device in the tape-and-reel package (TCP) alignment process using a conventional tape-and-reel package, and the anisotropic 201123328 conductive film (ACF) bond and volume are respectively obtained. Plan view with automatic joint (TAB) supply. As shown in FIG. 4, the tape reel (tcp) alignment process using a conventional tape and reel package (Tcp) alignment system may include a first step (s1), the first step. The anisotropic derivative (ACF) 26 is bonded over the first turn 16 on the side of the array substrate 12 by using an anisotropic conductive film (ACF) bonding device (not shown). Then, in a first step (S12), a first contact pad (not shown) on one end of the tape package (tcp) 30 • and a first side on one side of the array substrate 12 ( The figure is not) facing each other. In a third step (S14) and a fourth step (S16), a predetermined heating means (not shown) is used to heat the outer surface of the edge of the tape reel package (TCp) by sliding it. And the pressure acts along the outer surface of the edge of the tape-and-reel package (Tcp) to obtain the connection between the first contact pad and the first pad. Here, the anisotropic conductive film (ACF) 26 is a strip in which the conductive particles are distributed in the thermosetting resin so that the resin portion is hardened by heat and pressure while the conductive particles inside thereof are pressed up and down so that The connection between the first pad and the first contact pad is allowed to correspond one-to-one. In a fifth step S18', a misalignment detecting device (not shown) is used to detect whether the first 塾 (not shown) of the liquid β θ panel 10 and the first contact of the tape and reel package (tcp) 3 塾 ( The figures are not shown to meet each other, and the connection between the anisotropic conductive film (ACF) 26 and the tape-and-reel package (TCP) 3 is produced by a tape automated bonding (TAB) process. However, the tape-and-reel 201123328 package (TCP) alignment system using the conventional tape-tape automatic bonding (Tab) technology has the following serious problems. Tape and Reel (TCP) using the Tape and Tray Automated Bonding (TAB) technology of the prior art, in addition to the anisotropic guide surface (ACF) bonding, requires a tape-and-reel package through the supply (TCP). ) The tape is automatically joined to the device. In particular, the device for bonding an anisotropic conductive film (ACF) over the panel is provided separately and which occupies approximately 30% of the total device length of the tape and reel package (TCP) alignment system. Moreover, the attachment of an anisotropic conductive film (ACF) of a conventional tape-and-reel package (Tcp) alignment device tilts the manufacturing cost of all components, which locally increases the manufacturing cost. Moreover, the conventional technology of the tape and tape type (TCP) alignment system is equipped with an anisotropic conductive film (ACF) bonding device and a tape and reel packaging (TCp) supply device, resulting in layout and investment costs. Increase. SUMMARY OF THE INVENTION - Therefore, it is an object of the present invention to provide a liquid crystal display device mounting apparatus and a method of manufacturing the same, and the present invention does not independently use an anisotropic conductive film (ACF) bonding device. In order to increase manufacturing efficiency, it is possible to significantly reduce the length and manufacturing cost of an entire device. These and other advantages of the present invention have been made in order to provide a specific and general description of the present invention. A manufacturing apparatus for a liquid crystal display device includes a cutting unit 'for anisotropic conduction (ACF); An anisotropic conductive film peeling sheet 1 is used to prevent a tape package (TCP) from being separated from an absorbing panel, and the roll f-type package incorporates the anisotropic guide, and the anisotropic conductive film From a 201123328 base film, a tape-and-reel package supply unit for supplying the tape and reel package; a counter-steep conductive film combined with a correction unit for minimizing the supply of an anisotropic conductive film Errors caused by the ΊΤ-type package; - anisotropic conductive film front bond detection sheet */, using a capture device to measure the position of a tape package package perforation and determine the position of the alignment mark formed on the tape and reel package; After the directional conductive film is combined with the detection sheet 7', the device is more or less than the position of the anisotropic conductive voyage and the alignment mark = after the anisotropic conductive film is bonded to the tape-type sealing,彳a shows a single it's vacuum Attaching the anisotropic conductive film is bonded to the tape and the package is rotated, transfer tape is supplied to the package - the terminal pads on - the base substrate. In order to obtain the objects and other advantages of the present invention, the present invention has been specifically and broadly described. The method of manufacturing a liquid crystal display device using a tape-and-reel package alignment includes a method of providing a color filter plate, a base substrate and a liquid-day (10) plate, the liquid crystal panel is located between the color filter plate and the base substrate; an anisotropic conductive film which is added to the fine phase; the self-turning anisotropic conductive film; Wei Jing panel Fu domain set _ tape-type county '· combined with this anisotropic conductive tape-type county; money combined with the combination of anisotropic conductive film on the tape substrate packaged on the base substrate. The apparatus for manufacturing the crystal ageing apparatus of the present invention and the method of manufacturing the same can have the following effects. In the manufacturing apparatus of the liquid crystal display device of the present invention and the method of manufacturing the same, a single-orientation conductive enthalpy (ACF) bonding device that occupies 1/5 of the total length of the device (4) (10) of the tape-and-reel package (TCP) is not used. It is integrated with a separate tape and reel package (Tcp) device to allow the TCp to be combined with a liquid crystal 201123328. It is used for liquid crystal display without the need for a separate panel, thereby considerably reducing Device length. As a result, the cleaning chamber of the device (LCD) module process can be used as another cost. Moreover, in the manufacturing apparatus of the liquid crystal display device of the present invention and the manufacturing of the street, a free-type automatic correction based on the hinge structure is used in order to ensure quality and landscaping, that is, the correction is related to the anisotropic guide The combination is to promote the accurate bonding of the anisotropic conductive film to the tape and reel package. In the manufacturing apparatus of the liquid crystal display device of the present invention and the method of manufacturing the same, the combination of the anisotropic guiding tape has a fine solution, so that the utilizing-capturing device anisotropic conductive film corresponds to the de-marking- Exactly arranged. Further, in the manufacturing apparatus of the liquid crystal display device of the present invention and the method of manufacturing the same, the cutting state of the tape-passing tape-wrap package can recognize the combination of the anisotropic conductive film and the amount of the can-prey can be easily formed. The conductive film has been combined. Further application areas of the present invention will be revealed by the following detailed description. It is to be understood that the detailed description of the present invention is intended to be illustrative and not restrictive. [Embodiment] Hereinafter, a manufacturing apparatus of a liquid crystal display device (LCD) of a difficult embodiment of the present invention will be described in detail with reference to the section of the present invention. Fig. 6 is a schematic view showing a manufacturing apparatus of a liquid crystal display device of the present invention. As shown in Fig. 6, a tape-and-reel package (TCP) alignment system which is a manufacturing apparatus of a liquid crystal display device (LCD) 201123328 of the present invention may include an isoconductive film (ACF) butterfly unit 21A. - anisotropic derivative (acf) stripping unit 22, - tape and reel package (TCP) supply unit 23, a bonding tool unit ice, anisotropic transfer film (ACF) combined with correction unit mo, anisotropy Conductive film (a front/back combination detection unit 260 and 27 (as shown in Figure 12 and Figure 13), and an indicator unit 29 (as shown in Figure 14). Anisotropic Conductive Film (ACF) _ Unit (10) is a free-rotation type automatic correction with a hinge-based structure that functionally ensures reliable tape and reel package (TCP) quality and tape and reel package (TCP) settings. The anisotropic conductive film (ACF) stripping unit 220 is a separate stripping device. The anisotropic conductive film (ACF) stripping unit DO is configured to prevent an anisotropic conductive film bonded to a tape and reel package (TCP). (ACF) separated from the absorption panel (not shown). Tape and Reel (TCP) supply unit 230 and The bonding tool unit 24A has a structure capable of minimizing the deviation of the supply of the tape-and-reel package (TCP) for achieving a combination of anisotropic conductive film (ACF). In addition, an anisotropic conductive film (ACF) The combination correction unit 25 移动 can move the anisotropic conductive film (ACF) bonding position through the deviation of the change of the center of the tape-and-reel package (TCP) and the tape-and-reel package (TCP) to maintain an accurate Anisotropic conductive film (ACF) bonding. The anisotropic conductive film (ACF) front bond detecting unit 260 can provide a capturing device, such as a camera, to measure the position of the perforation of the tape and reel package (TCp) by the camera and define Aligning the position of the mark, and then transmitting the information to the anisotropic guide 11 201123328 Electro-membrane (ACF) bonding correction unit 25 〇. The combined detection unit may have a capture device after the conductive film (ACF). For example, a camera is more like an electrical MACF). After bonding, the anisotropic conductive film (ACF) has been properly bonded and the position of the alignment mark is recognized. Further, the indicating unit 290 can vacuum-adsorb the tape and reel package (TCP) and rotate about 60 degrees each time to supply the tape and reel package (Tcp) to the pad terminal of a base substrate in each process. Fig. 7 is a schematic view showing an anisotropic conductive film (ACF) cutting unit of a tape and tape type (TCP) alignment system for manufacturing a liquid crystal display device of the present invention. As shown in Fig. 7, the anisotropic conductive film (ACF) cutting unit 21 can ensure the cutting quality and the reliability of the setting by using the free-rotation type automatic correction with the -based mechanism. According to the prior art towel-setting device-cutting knife; however, such a structure continuously produces a quality-related problem, for example, the cutting of the anisotropic conductive film (acf) fails or excessively cuts the anisotropic conductive film ( Acf). In order to solve such a problem, the present invention also uses the conventional method of setting a cutter according to a set mold. However, as shown in Fig. 7, the structure of a panel is changed. That is, in order to cut an anisotropic conductive film (ACF) over a base film (140 of "Fig. 8"), if all of the knife holders 212 are moved forward to strike a panel 214, the panel 214 The hinge 216 is momentarily tilted to remain parallel to all of the knives 218. Therefore, the cutter setting which is repeated several times in the prior art can be completed only once in the present invention. 12 201123328 The panel rotation of the anisotropic conductive film (ACF) of the branch to adjust the parallelism of the end of the blade of the cutting anisotropic conductive film (ACF) 126 - the cutter 218, and the operation of the panel (10) makes the cutter (10) The blade is parallel to the anisotropic conductive film ((10) shirt. That is, when the cutter (10) that cuts the anisotropic conductive film (ACF) 126 is moved forward to the panel 214 where the anisotropic conductive film (ACF) 126 is placed. If the parallelism between the cutter 218 and the face plate 214 is adjusted, the anisotropic conductive film (ACF) 126 is uniformly cut. However, if the face plate 214 and the cutter 218 are fixed to the state in which the face plate and the file cutter are not parallel to each other. Then, the anisotropic conductive film 126 is unevenly cut, and the panel 214 is movable around the center of the hinge 216 and fixes the cutter plus the mold impact panel 214, and the panel 214 is adjusted to the surface of the panel 214 and the mold. The state of the contact, Fig. 8 is a schematic view of the anisotropic conductive film (ACF) stripping unit of the tape-type entrapment (tcp) alignment system for manufacturing a liquid crystal display device (Lc). As shown in Figure 8, the present invention uses Manufacturing of Liquid Crystal Display Device (Lcd) • Tape and Reel Package (TCP) Alignment System Anisotropic Conductive Film (ACF) stripping unit 220 is a stripping device that transmits forward/backward moving parts like forward or backward The movement 'is peeled off from the base film 140 combined with the anisotropic conductive film (acf) through the use-separator 226. The anisotropic conductive film (ACF) stripping unit 22 can be used to prevent the anisotropy from being bonded thereto. A tape-and-reel package (TCP) 130 of conductive film (ACF) m is separated from an absorbing panel (not shown). An anisotropic conductive film (ACF) 126 over a passivation film is bonded to a tape and reel package ( After TCP) 130, a process of stripping the passivation film is required. When the passivation film is stripped 13 201123328 = the adhesion between the suction = (ACF) 126 and the purified crucible is greater than the m (tcp) m of the money, Therefore, the tape = (cp) 130 and the passivation film are moved. To prevent this problem, a small panel is pressed toward the tape winding package (TCP) 130 toward an absorption direction (not shown). ^ Conductive film (10)) 126 is directly bonded. The tape side on the tape and reel package (tcp) 13〇. The present invention is applied to a split-type stripping device, rather than a roller-type stripping device, which can produce a tape-and-reel package (TCP) due to the creation of a vacuum-adsorbing device that is perpendicular to the tape-type seal-type stripping device. The 'Athotropic Conductive Tantalum (ACF) stripping unit of the present invention has a sharp face and is aged _Qingmu (10). The "9th" is the alignment system for manufacturing a liquid crystal display device (L(9) roll package fCP) of the present invention. Schematic of a tape and reel package (Tcp) supply unit. The first embodiment is a schematic diagram of a bonding tool unit for manufacturing a liquid crystal display alpha package (TCP) alignment system of the present invention. The tape and reel package (TCP) supply unit 23G of the present invention can package (10) supply execution (4) and - tape and reel package (10) to supply volume =. The tape and reel package (TCP) supply unit 23 can be supplied to the tape and reel package (TCP) by the tape reel package (10) supply actuator 232. Here, the tape supply package (TCp) side tape reel package (10) is supplied to the jig for a predetermined length due to the combination with the anisotropic conductor 201123328 electric film (ACF). The bonding tool U 24A of the tape and reel package (TCP) alignment system may also be provided with a cutter head 242 which is permeable to an anisotropic conductive film (ACF) bonded to the tape reel type (TCP). Applying a predetermined pressure to press the anisotropic conductive film (ACF) 〇 '11th image" The manufacture of the (4) liquid crystal age device (LCD) tape-and-reel package (TCP) alignment system anisotropic conductive film (ACF) A schematic diagram of a combined correction unit. - Read 252 represents the servo motor, and an element 256 represents a nut member 254 and 258 representing the LM block. That is, the LM sliders 254 and 258 represent the sliders on the LM lane that accurately guides the linear motion. As shown in "Fig. 11", the present invention is used to manufacture a liquid crystal display device like D) = the π-type package (tcp) alignment system of the anisotropic derivative (ACF) bonding correction unit 250 is passed through a tape and reel package ( Tcp) Variation in the variation of the centering and tape-and-reel package (Tcp) centering moves the anisotropic conductive film (ACF) bonding position, thereby maintaining a precise anisotropic conductive film (ACF) bonding state. When the anisotropic conductive film (ACF) is bonded to the liquid crystal panel according to the prior art, the combination obtains an error range of about 2 〇〇 micrometers (um). Therefore, there is no need for a separate parent device. However, in the towel of the present invention, the anisotropic conductive film (ACF) is directly combined with the occupational package (TCP), and the hearing is obtained with a large _ 〇 0 micrometer (um) error range, so the present invention requires a γ axis. A separate correction device in the direction. In other words, the γ direction indicates the width of one of the anisotropic conductive films (ACF) 15 201123328 Π 2 mm)' and the direction of the x-axis indicates the direction in which the anisotropic conductive film (ACF) is perpendicular to the width direction. . The # and the present invention identify the edge of the tape and reel package (TCP) and the alignment mark by an acquisition of a government device such as a camera prior to the combination of anisotropic conduction (ACF). The position of the anisotropic conductive film (acf) to which the k is to be bonded. Therefore, the identifiable error is combined and the pre-correction is carried out according to the tape-and-reel package (TCp) perforation and the tape-and-reel package (TCP), thereby satisfying the setting conditions. Fig. 12 and Fig. 13 are schematic views showing a front-rear bonding detecting unit of a tape-removing (Tcp)-to-transfer anisotropic conductive film (5) for manufacturing a liquid crystal display device (LCD) of the present invention. The "figure diagram" is the camera and the indication part of the front/rear combined detection unit of the anisotropic conductive film (ACF) of the tape package (tcp) alignment system for manufacturing a liquid crystal display device (LCD) of the present invention. schematic diagram. As shown in FIG. 12, the tape-and-reel package (tcp) of the present invention for manufacturing a liquid crystal display device (5) d) can be used with a capture-capture device in conjunction with the ACF front-end detection unit 260. For example, a camera 264 measures a tape package (TCP) perforation size and defines the position of the alignment marks for transmitting information to the anisotropic conductive film (ACF) bonding correction unit 25A. And as shown in FIG. 13 and FIG. 14 , the tape-type county (TCp) for manufacturing a liquid crystal display device (LCD) of the present invention is aligned with the Wei anisotropic conductive film (ACF) and combined with the detection unit. Camera 274 can be used to properly engage and align the position of the indicia. Prior to the bonding of the anisotropic conductive film (ACF), the anisotropic conductive film 201123328 (ACF) front bonding detecting unit 26 of the present invention can recognize the tape-wrap edge (tcp) edge/alignment mark by the camera 264. And determining the size and absorption position of the tape and reel package (TCp), thereby correcting the position of the bonded anisotropic conductive film (ACF). The anisotropic conductive film (ACF) post-integration detecting unit 27 of the present invention also recognizes a tape and reel package (Tcp) edge/alignment mark for correcting the deviation in the γ-axis direction by the camera 274 so as to be in the 〇1〇 Anisotropic conductive film (ACF) bonding is achieved within a margin of 〇 micrometer (um), that is, the γ-axis direction represents one of the width directions (1-2 mm) of the anisotropic conductive film (ACF), and the X-axis The direction indicates the direction in which the anisotropic conductive crucible (ACF) becomes perpendicular to the width direction. Therefore, the cameras 264 and 274 of the anisotropic conductive film (ACF) front/back bonding detecting units 260 and 270 of the present invention can improve the bonding state of the anisotropic conductive film (acf) and contribute to the green setting or not. The anisotropic conductive film (Acp) bonding is satisfied, allowing the selection of a defective anisotropic conductive film (ACF). As shown in FIG. 14, the indicating unit 29() of the present invention can adsorb an anisotropic conductive film (ACF) tape and reel package ♦ (TCP) ' through an adsorption device such as a vacuum adsorption device and the adsorption device Each rotation is 60 degrees to supply a tape and reel package (TCP) to a terminal end existing on a base substrate of a liquid crystal panel. Hereinafter, a method of manufacturing a liquid crystal display device (LCD) using the present invention having the structure will be described in detail with reference to the drawings. Fig. 15 is a flow chart showing a tape-and-reel package (TCp) alignment process of a tape-and-reel package (TCP) alignment system in the manufacture of a liquid crystal display device (LCD) of the present invention. Figure 16 is a combination of a tape and tape package (TCp) alignment of a 17 201123328 volume f package (TCP) alignment system using the present invention for manufacturing a liquid crystal display device (lcd). Plan view of a tape and reel package (TCP) with an anisotropic conductive film (ACF). The manufacturing method of a liquid crystal display device will be realized by using the devices described in "Fig. 6" to "Fig. 14". First, a color filter substrate, a base substrate, and a liquid crystal panel are provided. The liquid crystal panel forms a sandwich structure between the color filter substrate and the base substrate. A pad terminal (not shown) for supplying a plurality of hard-crystals (TFT) (shown) and Lincheng to a thin film transistor (TFT) is formed on the base substrate 1〇2. A black matrix (not shown) for shielding light and a color filter (not shown) for reflecting video signals by light transmission are formed on a color filter substrate 108, not shown. Then, the base substrate 102 and the color filter substrate 108 are combined with each other and a liquid crystal (not shown) is located therebetween, thereby manufacturing one of the liquid crystal panels shown in FIG. And "Fig. 16", an anisotropic conductive film (ACF) attached to the base film is cut and the anisotropic conductive film (ACF) is peeled off from the base film. In the first step (S110), a tape-and-reel package (TCP) 130 having a driving circuit of the liquid crystal panel and an alignment mark for guiding the combination of the anisotropic conductive film (ACF) 126 are supplied. Using a camera (not shown), an anisotropic conductive film (ACF) 126 is arranged on the tape-and-reel package (TCP) 130 in accordance with alignment marks (not shown), thus being bonded to a tape-and-reel package (TCP). ) above 130. Here, the position of the perforation size and the _scale mark of the tape-and-reel package (TCP) 201123328 no is measured by the anisotropic conductive film (ACF) front bonding detecting unit 260 shown in FIG. 12, and the information is obtained. Send to the anisotropic I. green conductive film (ACF) combined with the correction unit. The position of the alignment mark with respect to the anisotropic conductive film (ACF) is adjusted according to the result of the measurement process. Here, the camera 264 of the anisotropic conductive 臈 (ACF) front combination detecting unit 26 is used to recognize the presence of the anisotropic conductive film (ACF) bond and the position of the alignment mark. When the lion is aligned, the camera (10) of the front-facing conductive film (ACF) combined with the detecting unit 26A recognizes the edge/alignment mark of the tape-and-reel package (TCP) 130 to determine the tape-type sealing (take) 130. The size and the absorption position' are thus corrected in combination with the position of the anisotropic conductive film (a(7). And the width of the anisotropic conductive film (ACF) 126 bonded to the scale package (Tcp) 13G is compared to the tape. Package (TCp) 13〇 is narrower and better. - Element 262 represents the servo motor, and element 272 represents the gas red. After the anisotropic conductive film (ACF) 126 is bonded to the tape-type county (Tcp) (10) The camera 274, which is coupled to the detecting unit 27G, is located after the anisotropic conductive film (acf) shown in Fig. 13 for measuring the position of the anisotropic guide « (ACF) which is required to correct the γ-axis direction. Twisted edge (Tcp) edge; alignment mark, Saki in the error correction (8) fresh (um) to achieve anisotropic electrical film (ACF) bonding. Therefore 'the invention of the anisotropic conductive film (ACF) before / After combining the detection unit and the camera, 274 can improve the accuracy of the anisotropic conductive film (Μ) junction s Promoting the decision to meet or not satisfy the choice of an anisotropic conductive film (ACF) 'allows the selection of a defective tape and reel package (Tcp). A tape and reel package with an anisotropic conductive film (ACF) 126 bonded to it ( τ(8) 130 is adhered to the pad terminal (not shown) of the base substrate 1〇2. Here, the indication unit 290 of the "μ19 201123328" does not move toward the base substrate with the anisotropic conductive film (ACf) 126. Tape and Reel Package (TCP) 130. Indicating a single it 290 transmission-adsorption device, such as a vacuum adsorption device, adsorbs a tape and reel package (TCP) 130 having an anisotropic conductive film (ACF) 126. The adsorption device then rotates about 6 The twist is used to supply a tape and reel package (TCP) 130 to the top terminal (not shown) of the base substrate 1〇2 in each process. In the second and third steps (812〇 and 813〇) Among them, a heating tool (not shown) slides along the outer surface of the edge of the tape-and-reel package (TCP) 13〇 and applies heat and pressure to its rib connection. Moreover, the anisotropy guide (ACF) 126 has a conductive lion distributed in the thermosetting resin towel. Therefore, due to heat and pressure The resin is partially hardened and the conductive test is pressed up and down, and the 塾 terminal (not shown) of the base substrate 1 () 2 and the tape-type (TCP) 13G are lightly connected (not shown). The manner of contacting each other. ... In the fourth step (S140), the tape-and-reel package having the anisotropic conductive film (ACF) 126 bonded thereto by a tape automated bonding (TAB) process ((8)(10) through An alignment detecting device (not shown) detects to determine whether a contact pad (not shown) of the tape reel package (TCP) 130 is satisfactorily brought into contact with the terminal of the liquid crystal panel 1 (8), thereby completing the tape and reel package (TCp). ) combined with the process. As described above, in the manufacturing apparatus of the liquid crystal display device of the present invention and the method of manufacturing the same, an independent anisotropic conductive film occupying the entire cleavage length 丄/5 of the tape-and-reel package (TCp) alignment system is not used ( The ACF) bonding device, the shunting and the independent ^ tape package (TCP) bonding device are integrally formed to allow the tape and reel type package (the (8) is directly bonded to the liquid crystal panel, thereby considerably reducing the device length. As a result, a 201123328 The cleaning chamber used in the liquid crystal display (LCD) module process can be used for another purpose without additional cost. Moreover, in the manufacturing apparatus of the liquid crystal display device of the present invention and the manufacturing method thereof, one has a basis based on _ The free-rotation type automatic correction is used as an anisotropic conductive film (ACF) cutting unit to ensure the quality and ease of setting of the tape-and-reel package (10), that is, the correction structure is combined with the anisotropic conductive film (acf) to promote The anisotropic conductive film (ACF) is precisely bonded to the tape-like shape (Tcp). In the manufacturing apparatus of the liquid crystal display device of the present invention and the method of manufacturing the same, the tape-and-reel package (TCP) having an anisotropic conductive film (ACF) at the mouth has an alignment mark so that the _-capture device The anisotropic conductive film (ACF) _ is accurately aligned with the alignment rods. In addition, in the manufacturing apparatus of the liquid crystal display of the present invention and the manufacturing method thereof, the anisotropic transfer (ACF) is combined How to use the cut-and-seal package of Dingshan (D) to detect whether the anisotropic conductive film (acf) and the combination are easily detected by using a capture device. The above-mentioned solid shirt type and its gamma are only species (4) And secretly in the present invention. f red thought __ in Wei _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ It is expected that the characteristics can be applied to other and/or alternative embodiments in different ways. The present month can be realized as a multi-lion can be bribed without departing from its spirit, unless otherwise specified, the above implementation The example is not limited to the above It should be understood that the scope of the patent application scope is broadly understood, and all changes and modifications within the scope of protection defined by the scope of the patent application are therefore within the scope of the present invention. 1 is a perspective view of a typical liquid crystal panel; FIG. 2 is an enlarged perspective view of a portion a of FIG. 1; FIG. 3 is a cross-sectional view taken along line 1 of the first drawing; The figure is a flow chart of a tape and tape type sealing alignment process using a tape and tape package alignment system of the prior art;
嫌第5 ®係為在習知技術之捲帶式職（Tcp)對料統的捲 :式封裝解製程之巾侧㈣裝置，分職得異向性導電膜結 合及捲帶自動接合供給之平面圖； 第6圖係為本發明之一液晶顯示農置之製造設備之示意圖； 第7圖係為製造本發明之液晶顯示裝置的捲帶式封裝對準系 統之異向轉電膜_單元之示意圖； 、It is suspected that the 5th series is a Tcp-based roll of the conventional technology: the package side of the package (4) device, which is divided into anisotropic conductive film bonding and automatic tape feeding. FIG. 6 is a schematic view showing a manufacturing apparatus of a liquid crystal display farm according to the present invention; and FIG. 7 is an anisotropic transfer film of a tape and tape package alignment system for manufacturing the liquid crystal display device of the present invention. Schematic;
:第8圖係為本發明製造液晶顯示敦置（lcd)的捲帶式^ 對準系統之異向性導電賴離單元之示意圖； 第9圖係為本發明製造液晶顯示裝置（lcd)之捲帶心 對準系統的鱗式雖供給單元之示意圖； 圖係為本發明之製造液晶顯示裝置（lcd)之捲帶3 、對準系統的結合卫具單元之示意圖； 圖係為本發明之製造液晶顯示裝置的捲帶式封裝^ 22 201123328 系統的異向性導電 圖 第12圖及第13圖 膜之結合校正單元之示意 封裴對準系 係為本發明之製造液晶顯示裝置的捲帶式 、第Μ統之異向性導電膜前/後結合檢測單it之示意圖； _為本㈣之製造液晶顯雜置的捲帶摘裝對準 _、、'、、向H導電膜Μ /後結合檢測單元的照相機及指示部份之 示意圖； 第丨5圖係為本發明一液晶顯示裝置之製造設備的捲帶式 裳對準過程之流糊；以及 封襄對準過程中，在一基板上結合一結合有1 式封裝之平面圖。 【主要元件符號說明】 10 液晶面板 12 陣列基板 16 第一墊 18 彩色濾光基板 20 印刷電路板 22 第二墊 26 異向性導電膜 30 捲帶式封裝 32 第一接觸塾 23 201123328 34 第二接觸墊 45 加熱工具 100 液晶面板 102 底基板 108 彩色濾光基板 126 異向性導電膜 130 捲帶式封裝 140 基膜 200 捲帶式封裝對準系統 210 異向性導電膜切割單元 212 切刀保持件 214 面板 216 鉸鏈 218 切刀 220 異向性導電膜剝離單元 224 運動部份 226 分離件 230 捲帶式封裝供給單元 232 捲帶式封裝供給執行器 234 捲帶式封裝供給夾具 240 結合工具單元8 is a schematic view showing an anisotropic conductive separation unit of a tape-and-reel alignment system for manufacturing a liquid crystal display (lcd) according to the present invention; and FIG. 9 is a liquid crystal display device (lcd) manufactured by the present invention. Schematic diagram of the squaring type feeding unit of the take-up core alignment system; the drawing is a schematic view of the combined visor unit for manufacturing the liquid crystal display device (lcd) of the present invention, and the alignment system; Tape and Reel Package for Manufacturing Liquid Crystal Display Device 22 201123328 System Anisotropic Conduction Diagram 12th and 13th Figure The combination sealing unit of the film is the tape of the liquid crystal display device of the present invention. Schematic diagram of the combination of the front and back of the anisotropic conductive film of the formula and the second system; _ the basis of the (4) manufacturing of the liquid crystal display miscellaneous tape removal alignment _,, ',, to the H conductive film Μ / Rear view of the camera and the indication portion of the detection unit; Figure 5 is a flow-through process of the tape-type dressing process of the manufacturing apparatus of a liquid crystal display device of the present invention; and during the sealing alignment process, Bonding a plane combined with a 1-package on the substrate Figure. [Main component symbol description] 10 LCD panel 12 Array substrate 16 First pad 18 Color filter substrate 20 Printed circuit board 22 Second pad 26 Anisotropic conductive film 30 Tape and reel package 32 First contact 塾 23 201123328 34 Second Contact pad 45 Heating tool 100 Liquid crystal panel 102 Base substrate 108 Color filter substrate 126 Anisotropic conductive film 130 Tape and reel package 140 Base film 200 Tape and reel package alignment system 210 Anisotropic conductive film cutting unit 212 Cutter retention 214 Panel 216 Hinge 218 Cutter 220 Anisotropic Conductive Film Stripping Unit 224 Moving Portion 226 Separator 230 Tape and Reel Package Supply Unit 232 Tape and Reel Package Supply Actuator 234 Tape and Reel Package Supply Clamp 240 Bonding Tool Unit
24 201123328 242 刀頭 250 異向性導電膜結合校正單元 252 伺服馬達 254 > 258 LM滑塊 256 螺母 260 異向性導電膜前結合檢測單元 262 伺服馬達 264'274 照相機 270 異向性導電膜後結合檢測單元 272 氣缸 290 指示單元 2524 201123328 242 cutter head 250 anisotropic conductive film bonding correction unit 252 servo motor 254 > 258 LM slider 256 nut 260 anisotropic conductive film front combined detection unit 262 servo motor 264'274 camera 270 after anisotropic conductive film Combined detection unit 272 cylinder 290 indicating unit 25