TWI299198B - - Google Patents

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Publication number
TWI299198B
TWI299198B TW094128768A TW94128768A TWI299198B TW I299198 B TWI299198 B TW I299198B TW 094128768 A TW094128768 A TW 094128768A TW 94128768 A TW94128768 A TW 94128768A TW I299198 B TWI299198 B TW I299198B
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Taiwan
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film
card
cassette
supply
storage
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TW094128768A
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Chinese (zh)
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TW200623292A (en
Inventor
Toshio Takahashi
Masahiro Suzuki
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Shibaura Mechatronics Corp
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Priority claimed from JP2004287143A external-priority patent/JP4302031B2/en
Priority claimed from JP2004287937A external-priority patent/JP4408785B2/en
Priority claimed from JP2004371615A external-priority patent/JP4343824B2/en
Application filed by Shibaura Mechatronics Corp filed Critical Shibaura Mechatronics Corp
Publication of TW200623292A publication Critical patent/TW200623292A/en
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Publication of TWI299198B publication Critical patent/TWI299198B/zh

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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H75/00—Storing webs, tapes, or filamentary material, e.g. on reels
    • B65H75/02—Cores, formers, supports, or holders for coiled, wound, or folded material, e.g. reels, spindles, bobbins, cop tubes, cans, mandrels or chucks
    • B65H75/04—Kinds or types
    • B65H75/08—Kinds or types of circular or polygonal cross-section
    • B65H75/12—Kinds or types of circular or polygonal cross-section with a single end flange (e.g. with a conical end flange); formed with one end of greater diameter than the barrel
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H19/00—Changing the web roll
    • B65H19/10—Changing the web roll in unwinding mechanisms or in connection with unwinding operations
    • B65H19/12—Lifting, transporting, or inserting the web roll; Removing empty core
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H2301/00—Handling processes for sheets or webs
    • B65H2301/50—Auxiliary process performed during handling process
    • B65H2301/51—Modifying a characteristic of handled material
    • B65H2301/514—Modifying physical properties
    • B65H2301/5144—Cooling

Landscapes

  • Replacement Of Web Rolls (AREA)

Description

1299198 九、發明說明： 【發明所屬之技術領域】1299198 Nine, invention description: [Technical field to which the invention belongs]

發明係有關-種接著膜黏站裝置，其係於面板基板或 電子料等接著對象構件上，黏貼各向異性導電臈（ACF) 等接著膜者；特別有關於交換接著膜帶收容用卡E之接著 膜帶收容用卡^換裝置及用於其之接著膜帶收容用卡 匿；而該接著膜帶收容用卡㈣收容供給捲盤，其係捲繞 有包3黏貼對象之帶狀接著膜在内之接著膜帶者。又，本 發明係有關-種接著膜黏貼裝置，其係可適#且容易地進 行安裝於黏貼機構而使用之供給捲盤（捲繞有包含接著膜 在内之接著膜帶之供給捲盤）之品質管理者。 【先前技術】 自以往，作為此種接著膜黏貼裝置據知有aCF黏貼裝 置，其係具備··供給捲盤，其係捲繞有各向異性導電膜（ACF) 帶者；及回收捲盤，其係捲取從此供給捲盤捲出之Acf捲 帶者’且從搬送於此等供給捲盤與回收捲盤間之Acf捲 帶’切出ACF之一部分，並黏貼於面板基板或電子零件等 接著對象構件上者（參考特開2003-5 1 5 17號公報）。 於此類以往之ACF黏貼裝置，捲繞有ACF捲帶之供給捲盤 係直接安裝於捲出用驅動馬達之驅動軸，伴隨著供給捲盤 藉由驅動馬達之旋轉，從供給捲盤捲出ACF捲帶。 具體而言，如圖15所示，於收容部112a，捲繞而收容有 ACF捲帶1 5 1之供給捲盤112，係插入於固定在驅動馬達1 6 1 之桿162之驅動軸163之螺紋部168，其次對於此驅動軸163 104351.doc 1299198 之螺紋部168，將内面具有螺紋部169a之安裝螺帽169轉 入。藉此，供給捲盤112係對於驅動軸163固定，伴隨於供 給捲盤112藉由驅動馬達ι61之旋轉，從供給捲盤112捲出 ACF捲帶151。再者，如圖15所示，驅動馬達i6i固定於支 撐體165上。又，位於驅動馬達161與驅動軸163之間之桿 i62，係由安裝於支撐體166之軸承167旋轉自如地支撐。 J而，於供給捲盤112以如圖1 5所示之態樣而固定之情 況，於ACF黏貼裝置交換供給捲盤112時，需要安裝螺帽169 之取下使用元畢之供給捲盤112之取下、新供給捲盤^ 69 對於驅動轴163(螺紋部168)之安裝、安裝螺帽169對於驅動 軸163(螺紋部168)之安裝及轉緊等複數作業。此類作業難以 自動地進行，必須藉由人工，花費勞力及時間來進行。 又，於上述以往之ACF黏貼裝置，安裝於黏貼機構之ACF 捲盤係於ACF捲帶用盡之時點，交換為新的acf捲盤。通 常，此類ACF捲盤之交換係以甚高之頻率進行，為應付此 類交換而預先保管許多ACF捲盤。 然而，如此而保管許多ACF捲盤之情況，若八(:17捲盤之保 管數變多’當然其t之數個至實際安裝於黏貼機構而使用 為止，需要長期時間。於此類情況，若預先以室溫保管ACF 捲盤，ACF捲帶之品質會惡化，因此至正要使用前為止， ACF捲盤通常以較低溫保管於冰箱。然而，即使於如此以 低溫保管ACF捲盤之情況，若於ACF捲盤所捲繞之acf捲帶 之溫度為低溫而直接進行ACF之黏貼，由於ACF黏貼後之品 質會惡化，因此於安裝在黏貼機構時，必須使acf捲盤之 1043 5】.doc 1299198 溫度回復到室溫。 因此於以往’在安裝於黏貼機構前，作業員將由冰箱以 低溫所保存之似捲盤取出，在作裡下，於室溫 放置一定時間，然後安裝於黏貼機構。 然而，於上述以往之方法，藉由作業員所進行之acf捲 盤之放置時間判斷’容易變得不適當，具有於acf黏貼後， 其品質容易惡化之問題。又，亦具有ACF捲盤之保管管理 花費勞力之問題。 【發明内容】 本發明係考慮此點所實現者，其目的在於提供：接著膜 帶收容用卡E之交換裝置，其係將捲繞有接著膜帶之供紙 捲盤收容於接著膜帶收容用卡厘，使其容易處理，並且容 易實現外部裝置之接著膜黏貼機構等所用之接著膜帶收容 用卡ϋ之自動交換者；及用於其之接著膜帶收容用卡卜 又i本發明之目的在於提供—種接著膜黏貼裝置，其係 可適當且容易地進行A c F捲盤等供給捲盤之品質管理者。 作為其第—解決方式，本發明係提供—種接著膜帶收容 用卡E之交換裝置’其係交換於接著膜黏貼機構所使用之 接著膜帶收容用卡£者，其特徵在於具備：卡_藏庫， 其係保管將捲繞有接著膜帶之供給捲盤收容之接著膜帶收 容用卡E ’並使安裝於接著膜黏貼裝置之接著膜帶收容用 卡匠:於保管位置與貯藏庫侧交換位置之間移動者；卡匠 载入器，其係用以將保管於前述卡®貯藏庫之接著膜帶收 容用卡ϋ ’安裝於前述接著膜黏貼裝置，並於接著膜帶收 104351.doc 1299198 容用切安裝於構成前述接著M黏貼裝置之―部分之供仏 驅動機構之載入器侧交換 盤 σ 位置、與别述供給驅動機構作動 而接者膜帶從接著膜帶收容 你义、中Μ 叹谷用卡匣捲出之供給位置之間， 使刖迹供給驅動機構移動 打心“ 卿動者’及卡匿交換器，其係 、、 戟斋之間搬迗接著膜帶收容用卡 ’並於如述貯藏庫側交換 』又秧位置與别述载入器側交換位置 之間’搬送未使用之接著 ^ 者膜贡收谷用卡匣，以便使定位於 别述卡庫之前述貯藏庫側錢 膜帶收容用卡g，安妒於〜 〈禾便用之接者 〇„ 女灰於疋位於前述卡匣载入器之前述載 入益側交換位置之前述供給驅動機構。 再者’於本發明之第一艇也 ^ ,.v. 解，、方式，則述卡匣載入器係構 成為，使女裝於前述接著膜黏貼裝 之未使用之桩基赠冊 义仏、、，口 .¾動機構 =用之接讀帶收容时E，從前述载人器侧交 置移動至前述供认彳々# ^ . 二s ’並且使安裝於前述供給驅動機構 70之接者膜帶收容用卡E，從前述供給位置移動 至前述載入器側交換位置;前述卡匿交換器係構成= 時搬送定位於前述切貯藏庫之前述貯藏庫側交^置2 未使用之接著膜帶收容用卡匡、及定位於前述切載入琴 之別述載人器側交換位置之使用完畢之接著膜帶收容 \糟由前述卡厘交換器’定位於前述貯藏庫側交換位置 之使用之接著膜帶收容用卡E安裝於定位在前述載 側交換位置之前述供給驅動機構，並且^位於前 ^ 側交換位置之使用—思 > 地#啦册 ^ οσ 凡畢之接者膜甲收容用卡匣暫時 待機位置較佳。 徘出至 104351.doc 1299198 …♦贫明之第一解決方式， 匣暫時保持機構 I下1E載入盗具有卡 ㈣機構定位…置之前述供給 換位置保持接著膜帶 ::别述載入器側交 A，认义用卡匣，刖述卡匣交換器係構成 一…，給驅動機構定位於前述 從接著膜帶收容用+际彼接者膜▼ 之使用&基 + 時，搬送定位於前述待機位置 :妾者膜帶收容用卡藉由前述卡ϋ交換 £ =於别述待機位置之使用完畢之接著膜帶收容用卡 機構暫時保持後，扒〜 換彳置之别述卡ϋ暫時保持 、4 '於疋位於前述貯藏庫側交換位置之前述 卞匣貝τ滅庫之空出處保管較佳。 於本發明之第一解決方式，前述接著膜帶收容用 4 :旋轉支_構’其係將前述供給捲盤於箱内旋 轉停止機構’其係使由前述旋轉支 =2支撐之前述供給捲盤之旋轉停止者；前述旋轉支 ’糸構成為’具有裝卸自如地連結於前述接著膜黏貼 :置之前述供給驅動機構之驅動軸之.旋轉軸，於此旋轉 二’形成嵌合於形成在前述驅動軸之前端部之驅動轴側嵌 yP之方疋轉軸側嵌合部’於前述驅動軸與前述旋轉軸往正 2車由向之方向相對移動之狀態，此旋轉軸側嵌合部傲合 2述艇動軸側後合部；前述旋轉停止機構構成為，於使 、則述旋轉支禮機構所支禮之前述供給捲盤之旋轉停止 時’前述旋轉軸側嵌合部之方向與前述驅動轴側嵌合部之 方向相向·，前述卡昆交換器係、以定位於前述切載入琴之 J^351.d〇( 1299198 別述载入益側交換位置之前述供給驅動機構 軸、與安裝於前述供給驅動機構之接著=構之别述驅動 旋轉㈣構之旋轉轴，於往=二帶收容用切之 之狀態下截合之方式，搬送定切二==相對移動 貯藏庫側交換位置之未使 E:臧庫之前述 並且，於本發明帶收谷用卡11較佳。 之前述供給驅動機構之^ 式’前述接著膜黏貼裝置 突起部所組成，·前】=:容器_^^ 嵌合部係由直線狀之溝部 备用卡匿之现述旋轉轴側 'f ^ ^ °斤、、，成，作為前述旋轉軸側嵌合 J之别述直線狀之溝部係其 前述旋轉軸往正交於轴向之方向相_動；别述驅動轴與 作為前述旋轉軸側歲合 一之狀態下’接受 並且，於本發明之第二==線，突起部較佳。 卡Ε之前述箱係具有定位 ^月'J述接著膜帶收容用 卡E貯藏座m 將該箱定位於前述 卡厘財滅庫及4切载人器者 a ®貯藏庫及前述卡£载人^ 由此疋位和别述卡 佳。 卞歴载入益係以站立設置狀態而定位較 ^且’於本發明之第一解決方式，前述卡匿载入且 解放機構’其係將安裝於前述接著膜黏貼裝置之前 放者。 收各用切之旋轉停止機構解 並且，於本發明之第一 ^ 卡匿更具有夾具機構，二=?述接著膜帶收容用 撐之前述供給捲盤所放出 由别述旋轉支禮機構所支 所放出之接著膜帶之端部固定者；前述 104351.doc -12- 1299198 卡匣解放機構係與安襄於前述接著膜黏貼裝置之前 接者膜▼收容用卡E之前述旋轉停止機丑 同解放前述夾具機構。 〃、 並且’於本發明之第—解決方式，前述接 異性導電膜帶較佳。 ▼為各向 若根據本發明之當_ 士 _L、 月之弟解決方式，將捲繞有接著膜帶之供 給捲盤收容於接著膜帶收容用切，並且財g 2 管複數之此接著膜帶收容用Μ，且藉由何交換号庫= 保官於卡Ε貯藏庫之複數接著膜帶收容用卡£中，定位於 貯藏庫側交換位置之特定未使用之接著膜帶收容用卡匠取 出’並安裝於定位在載入器側交換位置之接著膜黏貝占裝置 之供給驅動機構，因此供給捲盤之處理變得容易，並且可 實現接著膜黏貼裝置之供給捲盤之自動交換。 作為其第二解決方式，本發明係提供-種接著膜帶收容 用卡匿，其特徵在於具備：箱，其係收容捲繞有接著膜帶 之供給捲盤者；旋轉支撐機構’其係將前述供給捲盤於前 迷箱内旋轉自如地支撐者；及旋轉停止機構，其係使由前 述旋轉支撐機構所支樓之前述供給捲盤之旋轉停止者；前 述旋轉支樓機構係構成為’具有裝卸自如地連結於外部裝 置之驅動軸之旋轉軸，於此旋轉軸，形成嵌合於形成在前 逑=動軸之前端部之驅動軸側嵌合部之旋轉軸㈣合部， 於前述驅動軸與前述旋轉軸往正交於軸向之方向相對移動 之狀態’此旋轉軸《合部嵌合於前述驅動軸側嵌合部； 前述旋轉停止機構構成為’於使由前述旋轉支樓機構所支 104351.doc •13- 1299198 撐之前述供給捲盤之旋鏟 方尚盥*·-、+、 ^ τ业時’前述旋轉抽側後合部之 方向與μ驅動軸側嵌合部之方向相卜 再者，於本發明之第二鉉 筏 鮮决方式，前述驅動軸側嵌合部 t 、成，别述旋轉軸侧嵌合部係由直 綠狀之溝部所組成；作 & 說t、峑立m "，、别述旋轉軸側嵌合部之前述直線 狀之溝部係其兩端開放 & 為於則述驅動軸與前述旋轉軸往 父於轴向之方向相辦銘叙 軸制吃人， 于移動之狀恶下，接受作為前述旋轉 軸側嵌合部之前述直線狀之突起部較佳。 又’於本發明之第二解決 ‘ ^ ^ 1 、方式，剧述旋轉支撐機構宜更 具有女裝機構，其伤用u腺义 於前述旋轉轴者 述供給捲盤裝卸自如地安裝 且：且:於本發明之第二解決方式，前述旋轉停止機構宜 :义述二轉停止銷’其係嵌合於形成在前述旋轉支撐機構 二;：側面之孔者；及施力機構，其係將此旋轉 知止銷朝向前述旋轉軸之前述孔施力者。 並且’於本發明之第二解決方式 ^ . 式刖述箱宜具有定位部， 係用以將前述箱定位於前述外 # Μ , _ , 1 1衷置者。在此，前述箱 係猎由刖述定位部，以站立設 較佳。 又置狀態於前述外部裝置定位 並且，於本發明之第二解決方式 ^ ^ ^ 飞且更具有夾具機構，其 係將攸由如述旋轉支撐機構所支撐 夕又？牙之月11迷供給捲盤所放出 之接者膜帶之端部固定者。 再者’於本發明之第二解決方式， ^ Μ ^ ^ 則述接著膜帶為各向 異性導電膜帶較佳。 104351.doc 1299198 若根據本發明之第二解決方式，將捲繞有接著膜帶之供 給捲盤收容於箱内，並且於箱内旋轉自如地支撐供給捲盤 之旋轉支撐機構之旋轉軸，係裝卸自如地連結於外部裝置 之接著膜黏貼裝置等之驅動軸而構成，因此可使供給捲盤 之處理變得容易，並且容易實現外部裝置之接著膜：貼裝 置專之供給捲盤之自動交換。 入，右很據本發 連結於外部裝置之接著膜黏貼裝置等之驅動軸之旋轉支指 機構之旋轉軸’設置在驅動轴與旋轉軸往正交於軸向之力 式相對移動之狀態下’篏合於驅動軸騰部之旋轉軸御 敗合部’因此可容易進行驅動軸與旋轉軸之連結。又，箱 =轉停止機構，可於旋轉軸侧嵌合部之方向與驅動㈣; 肷之方向相向之狀態下’停止供給捲盤之旋轉，因此 可更谷易進行驅動軸與旋轉軸之連結。 乍=、第_解决方式’本發明係提供—種接著膜黏貼裝 上者，其特徵在於具備：訂^黏貼於接著對象構件 複數供給捲盤，以低溫保係將捲繞有接著膜帶之 前述冰箱取出之供給捲盤:：常機構’其係將從 係安裝有從前述常温保管機構所：出…黏貼機構，其 於該供給捲盤之接著膜帶之供給捲盤，將捲繞 構件者，·第-移载機構，c膜，黏貼於接著對象 給捲盤，並移載至前述常溫保管=述冰箱所保管之供 其係取出以前述常溫保構者，·第二移载機構’ 冓所保管之供給捲盤，並移载 104351.doc 1299198 至刖述黏貼機構者，·及控制裝置，其係控制前述第一移載 機構及前述第二移載機構者；前述控制裝置係控制前述第 一移載機構及前述第二移載機構，以便將已從前述冰箱移 載至前述常溫保管機構之供給捲盤中，自以前述常溫保管 機構保管已經過特冑時間之供給捲盤，從前述常溫保管機 構移載至前述黏貼機構。 再者，於本發明之第三解決方式，前述各供 ’ ，口 ^、、、、口俯诞 1示； 收容於對應於各個之接著膜帶收容用卡E之狀態下使用， 以前述冰箱及前述常溫保管機構，於收容於前述接著膜帶 收，用切内之狀態下保管，並且於收容於前述接著膜帶 收谷用卡E内之狀態下，安裝於前述黏貼機構，更藉由前 述第-移載機構及前述第二移載機構，於收容於前述接著 臈帶收容用卡匣内之狀態移载較佳。 :，於本發明之第三解決方式更具備：記憶褒置 對應於前述各供給捲盤而設置者；寫人裝置，其係於前述 各供給捲盤從前述冰箱取出之時义^ 夕二 > 對於則返各供給捲盤 别^憶裝i ’寫人關於取出時刻之資訊者；及讀取裝 安^=Γ溫保管機構取出之前述各供給捲盤， 裝置，、：二|之前’從前述各供給捲盤之前述記憶 、置5貝取關於取出時刻之資1去·二 心 記情於1、+、々如 。者，刚述控制裝置係根據 =於…供給捲盤之前述記憶裝置之關於取： 貝控制刖述第一移載機構、 计口 ， 处弟一移載機構較#。 、梦#明之第三解決方式，前述寫入裝置及前述 -取裴置係分別安裝於前纟置及則述 私载機構及前述第二移載 104351.doc •16. 1299198 機構較佳。 者&本發明之第三解決方式，前述接著膜 異性導電膜帶較佳。 合门 據本t明之第三解決方式，由於藉由控制裝置控制 、移載機構及第二移載機構，以便將已從冰箱移載至常 二吕機構之供給捲盤中，自以常溫保管機構保管已經過 特疋時間之供給捲盤，從常溫保管機構移載至黏貼機構， _ 2此可疋罝地管理接著膜黏貼後品質惡化之原因之供給捲 12至'凰放置時間（從冰箱取出後，以常溫保管機構放置於 至Μ之時間），可適當且容易地進行供給捲盤之品質管理。 【實施方式】 ' 以下，參考圖式說明有關本發明之實施型態。 (接著膜帶收容用卡g之交換裝置及用於其之接著膜帶 收容用卡匣） 百先，根據圖1至圖5 ,說明有關本發明之一實施型態之 • 接著膜帶收容用卡匣之交換裝置之全體構成。在此，圖i 係表示接著膜帶收容用卡匡之交換裝置之平面圖；圖2係表 示從Π方向觀察圖丨所示之接著膜帶收容用卡匣之交換裝置 之圖；圖3係表示從m方向觀察圖示之接著膜帶收容用 卡匣之交換裝置之圖；圖4係表示&IV方向觀察圖丨所示之 接著膜帶收容用卡匣之交換裝置之圖；圖5係表示用以解放 圖1所示之接著膜帶收容用卡匣之交換裝置所使用之接著 膜帶收容用卡匣之鎖定狀態之卡匣解放機構之平面圖。 如圖1至圖4所示，關於本實施型態之接著膜帶收容用卡 104351.doc 17 1299198 之父換裝置1〇係用以交換外部裝置之接著膜黏貼機構75 所用之接著膜帶收容用卡㈣〇,且具備：卡匿貯藏庫2〇, 其係保管接著膜帶收容用切…者：切載入器3〇，其係 用以將保管於卡g貯藏庫2G之接著膜帶收容时su〇，安 裝於接著膜黏貼機構75者；及卡s交換㈣，其係於切 貯藏庫20與卡E載入器3〇之間，搬送接著膜帶收容用卡匿 11〇者。再者，卡匿貯藏庫2〇及卡匣載入器3〇均固定於基台 ❿ 90上。 土口 “其中，卡E貯藏庫20係使安裝於接著膜黏貼機構75之接 著膜帶收容用卡匣110,於保管位置與貯藏庫側交換位置ai 之間移動。 亦即，如圖1、圖2及圖4所示，卡昆貯藏庫2〇具有：直動 軸21;及支撐台22,其係藉由直動軸21而往前後方向移動 自如地保持者。又，於支撐台22上設有：定位銷23，其係 為了以站立設置狀態，將接著膜帶收容用卡匣11〇定位者； _ 及在位感測器24，其係用以檢測接著膜帶收容用卡匣丨工〇 之有無者。 卡匣載入器3 0係使供給驅動機構3 3，於接著膜帶收容用 卡匣11 〇安裝於構成接著膜黏貼機構75之一部分之供給驅 動機構33之载入器側交換位置A2、與供給驅動機構33作動 而接著膜帶從接著膜帶收容用卡匣n〇捲出之供給位置3之 間移動。 亦即，如圖1、圖3及圖4所示，卡匣載入器30具有：直動 軸3 1 ;及支撐台32，其係藉由直動軸3 1而往前後方向移動 104351.doc -18- 1299198 自如地保持者。又，於支撐台32上，設有構成接著膜黏貼 機構75之一部分之供給驅動機構33。在此，供給驅動機構 33具有：驅動馬達34，其係藉由支撐板41而固定於支撐台 32上者；及驅動軸36，其係經由桿35而連結於驅動馬達34 者。再者，桿35係由安裝於支撐體42之軸承（未圖示）而旋轉 自如地支撐。又，於桿35安裝有狹縫板37，其係於其外周 部之一部分，形成有狹縫（未圖示）者。再者，於狹縫板37 φ 之附近，設有相位確認感測器38，可根據形成於狹縫板37 之狹縫之位置，檢測驅動軸36之相位（驅動軸36之直線狀之 突起部36a(參考圖7及圖9)之方向）。並且，於支撐台32之前 端部之位置設有··定位銷43,其係用以將安裝於供給驅動 機構33之接著膜帶收容甩卡匣11〇，以站立設置狀態而定位 者，及在位感測器44，其係用以檢測接著膜帶收容用卡匣 U〇之有無者。又，於支撐台32之後端部之位置（安裝於供 給驅動機構33之接著膜帶收容用卡£11〇移動至供給位置B • 時，定位於載入器側交換位置A2之位置）設有··定位銷43,， /、係用以將接著膜帶收容用卡匣2 J 〇，以站立設置狀態而定 位者，及在位感測器44,，其係用以檢測接著膜帶收容用卡 E 0之有無者。再者，藉由定位鎖43,及在位感測器料，， 構成卡E暫時保持機構，其係於構成接著膜黏貝占機構乃之 一部分之供給驅動機構33定位於供給位置B之狀態下，於載 入器側交換位置A2保持接著膜帶收容用卡gn〇者。 再者’卡H载人H3G之供給驅動機構⑽作為在供給位 置B ’組人接著膜黏貼機構75 ’並作為其—部分而作用。亦 104351.doc •19- 1299198 即丄如圖1及圖3所示，供給驅動機構33移動至供給位置B 之h况，安裝於供給驅動機構33之接著膜帶收容用卡匣HO 安裝於接著膜黏貼機構75，藉由供給驅動機構33之驅動馬 達34，接著膜帶收容用卡匣11〇之供給捲盤（參考圖6至圖9 之符號112)旋轉，從而ACF捲帶（參考圖6至圖9之符號151) 從供給捲盤（參考圖6至圖9之符號Π2)捲出。在此，於供給 ^動枝構33移動之供給位置B，如圖3所示，設有鎖定機構 φ 60可鎖定接著膜帶收容用卡匣Π 0。再者，鎖定機構60 具有：固定壓缸62,其係安裝於上部支撐台61者；固定部 3其係藉由固定壓缸62而往上下方向移動，將接著膜帶 收今用卡匣110之上部固定者；及下部支撐台65，其係支撐 支撐台32之下面，而該支撐台32使安裝有接著膜帶收容用 卡E 110之供給驅動機構33移動者。 又，如圖3及圖5所示，於卡匣載入器3〇設有：接著膜帶 收谷用卡匣1 10之旋轉停止機構（參考圖5之符號，其係 _ 女袭於構成接著膜黏貼機構75之一部分之供給驅動機構33 者，及卡匣解放機構45，其係解放夾具機構（參考圖5之符 唬140)者。再者，如圖3及圖5所示，卡匣解放機構化具有： 解放壓缸46，其係設於支撐台32上者；及臂们，其係藉由 解放壓缸46而往左右方向移動自如地保持者。再者，臂47 具有彎曲部47a及端部47b。 卡E 乂換器5 0係於財藏庫側父換位置a 1與載入器側交換 位置A2之間，搬送未使用之接著膜帶收容用卡匣11()，以便 使定位於卡匣貯藏庫20之貯藏庫側交換位置A丨之未使用之 104351.doc •20- 1299198 接者膜帶收容用卡匣no，安梦 女裝於卡匣载入器3〇之載入器側 父換位置A2之供給驅動機構3 3。 亦即，如圖1至圖4所示，卡Ε交換器5〇具有：支撐板51 ; 左右壓缸52,其係安裝於支撐板51上者；連結板54,其係 由左右壓缸52 ’往左右方向移動自如地保持者；^上下壓 缸V’其係安裝於連結板54之左右兩側者；1對夾頭％，且 係由1對上下壓紅55 ’往上下方向移動自如地保持者。再 者夹碩56係藉由把持機構（未圖示）進行開閉動作，於其内 侧前端部設有用以支撐接著膜帶收容用卡EU0之上部之 支撐銷57。 再者，圖1至圖5所示之接著膜帶收容用卡g之交換裝置 二之中’隔著卡E載人器％之載人器側交換位置Μ之切 貯藏庫20’於卡㈣藏庫2()之貯藏庫側交換位置^之相反 Η置（待機位置c) ’設有暫置台8〇，將使用完畢之接著膜 帶收容用卡Em暫時排出。再者’於暫置台8g設有：定位 銷（未圖示）’其係用以將接著膜帶收容用卡g 110在站立設 f狀態下定位者；及在位感測器（未圖示），其係用以檢測接 著膜帶收容用卡匣110之有無者。 再者，精由圖6至圖9，說明有關圖1至圖5所示之接著膜 帶收容用卡HU)所用之接著膜帶收容用卡guG。再者，圖 6係表示接著膜帶收容^gll()之平面圖；_表示沿著 圖6所不之接著膜帶收容用卡匣】1〇之線之剖面圖； 圖8係表示從圖6所示之接著膜帶收容用卡E之vm方向所 見之側面圖；圖9係表示沿著圖6所示之接著膜帶收容用卡 104351.doc 21 1299198 * 匣110之IX-IX線之剖面圖。 如圖6至圖9所示，圖丨至圖5所示之接著膜帶收容用卡匿 之交換裝置10所用之接著膜帶收容用卡匣j 1〇，係為了收容 於錐形狀之剝離紙上，形成有錐形狀之接著膜之各向異性 導電膜（ACF)之ACF捲帶15卜且具備：箱iu，其係收容捲 繞有ACF捲帶151之供給捲盤112者；旋轉支樓機構12〇，其 係於箱111内，旋轉自如地支撐供給捲盤〗12者；旋轉停止 φ 機構130，其係使由旋轉支撐機構120所支撐之供給捲盤112 之旋轉停止者；及夾具機構14〇,其係固定從旋轉支撐機構 120所支撐之供給捲盤112所放出之acf捲帶15丨之端部 者。再者，收容於箱m内之供給捲盤112具有收容部n2a， 其係捲繞收容有ACF捲帶151者。 其中，箱111具有：大致矩形狀之壁部i i la，其係大小對 應於i、給捲盤112之大小者；及緣部丨i lb，其係形成於壁部 111&之外周部者。在此，於箱111之緣部11卟中之箱111之 • 下部之部分，形成2個隆起部11 ic，其係形成有定位孔138 者。再者，形成於箱111之隆起部lllc之定位孔138，係用 以將接著膜帶收容用卡匣110,定位於圖丨至圖5所示之接著 膜帶收容用卡匣之交換裝置10之卡匣貯藏庫2〇及卡匣載入 器30。亦即，定位孔138係構成為接受設在圖工至圖$所示之 接著膜帶收容用卡匣之交換裝置10之卡匣貯藏庫2〇及卡匣 載入器30之定位銷23、43、43,，定位銷23、43、43,嵌合於 疋位孔13 8，猎此，相111以站立設置狀態而定位於卡更貯 藏庫20及卡匣載入器3〇。又，於箱lu之緣部mbt之位於 104351.doc -22- 1299198 箱111上部之部分形成支樓孔⑴，其係接受設在卡E交換 益50之夾頭56之内側前端部之支撐銷”者。並且，於箱⑴ 之緣部11 lb中之位於箱丨i J之一方 田 力W哔之部分，形成用以設 置夾具機構140之開口部11 id。The invention relates to a film-bonding station device which is attached to an adhesive member such as a panel substrate or an electronic material, and adheres to an adhesive film such as an anisotropic conductive crucible (ACF); Then, the film tape accommodating card replacing device and the adhesive tape for accommodating the tape are stored; and the adhesive film tape accommodating card (4) accommodates the supply reel, and the tape 3 is attached to the tape 3 The film is attached to the film. Further, the present invention relates to a film-attaching film-attaching device which is easy to attach to a supply reel which is attached to an adhesive mechanism (a supply reel in which an adhesive film tape including an adhesive film is wound) Quality manager. [Prior Art] Conventionally, as such an adhesive film attaching device, an aCF pasting device has been known which is provided with a supply reel which is wound with an anisotropic conductive film (ACF) tape; and a recovery reel , which is taken from the Acf reel of the supply reel and is cut from the Acf tape between the supply reel and the recovery reel to cut out a part of the ACF and adhered to the panel substrate or electronic parts. Then, the object member is attached (refer to Japanese Patent Laid-Open Publication No. 2003-5 1 5-17). In the conventional ACF pasting device, the supply reel on which the ACF reel is wound is directly attached to the drive shaft of the unwinding drive motor, and the supply reel is unwound from the supply reel by the rotation of the drive motor. ACF tape. Specifically, as shown in FIG. 15, the supply reel 112 in which the ACF reel 1 51 is wound and accommodated in the accommodating portion 112a is inserted into the drive shaft 163 fixed to the rod 162 of the drive motor 161. The threaded portion 168, secondly for the threaded portion 168 of the drive shaft 163 104351.doc 1299198, transfers the mounting nut 169 having the threaded portion 169a on the inner side. Thereby, the supply reel 112 is fixed to the drive shaft 163, and the ACF reel 151 is unwound from the supply reel 112 as the supply reel 112 is rotated by the drive motor ι61. Further, as shown in Fig. 15, the drive motor i6i is fixed to the support body 165. Further, the rod i62 located between the drive motor 161 and the drive shaft 163 is rotatably supported by a bearing 167 attached to the support body 166. In the case where the supply reel 112 is fixed as shown in FIG. 15, when the supply reel 112 is exchanged by the ACF pasting device, the supply reel 112 of the use of the nut 169 is required to be removed. The new supply reel ^ 69 is mounted on the drive shaft 163 (thread portion 168), and the mounting nut 169 is mounted and tightened for the drive shaft 163 (thread portion 168). Such work is difficult to carry out automatically and must be done manually, labor and time. Further, in the conventional ACF pasting device described above, the ACF reel attached to the attaching mechanism is exchanged for a new acf reel when the ACF reel is used up. Typically, such ACF reels are exchanged at a very high frequency, and many ACF reels are pre-stored to cope with such exchanges. However, in the case where many ACF reels are stored in this way, if eight (the storage number of the 17 reels becomes large), of course, the number of t is required to be used in the pasting mechanism, and it takes a long time. In such cases, If the ACF reel is stored at room temperature in advance, the quality of the ACF reel will deteriorate. Therefore, the ACF reel is usually stored in the refrigerator at a lower temperature until it is used. However, even if the ACF reel is stored at a low temperature. If the ACF tape wound on the ACF reel is at a low temperature and the ACF is directly adhered, the quality of the ACF after the ACF is pasted may deteriorate. Therefore, when installing the adhesive mechanism, the acf reel must be 1043 5] .doc 1299198 The temperature returns to room temperature. Therefore, in the past, before installing in the pasting mechanism, the operator will take out the reel that is kept at a low temperature in the refrigerator, and put it in the room for a certain time, then install it on the paste. However, in the above-described conventional method, it is easy to become unsuitable by the placement time of the acf reel by the operator, and the quality is likely to deteriorate after the acf is pasted. There is also a problem that the storage management of the ACF reel is labor-intensive. SUMMARY OF THE INVENTION The present invention has been made in view of the above, and an object thereof is to provide an exchange device for a film cassette accommodating card E, which is wound with Then, the paper feed reel of the film tape is accommodated in the tape for accommodating the film tape, which is easy to handle, and is easy to realize an automatic exchanger for the tape for accommodating the film tape used for the film bonding mechanism of the external device; Further, it is an object of the present invention to provide a film-attaching device which can appropriately and easily perform a quality manager of a supply reel such as an A c F reel. - Solution, the present invention provides an exchange device for a film tape accommodating card E which is exchanged for a film tape accommodating card used in a film bonding mechanism, and is characterized in that it has a card_藏库In the storage position and storage of the film tape accommodating card E' which is attached to the supply film reel which is wound around the film tape and attached to the film bonding apparatus a mover between the side exchange positions; a card maker loader for attaching the film tape storage cassette 保管 stored in the card® storage to the adhesive film attachment device, and then attaching the film to the film .doc 1299198 is to be mounted on the loader side exchange disc σ position of the supply drive mechanism constituting the part of the above-mentioned M-adhesive device, and is operated by a supply drive mechanism, and the film strip is received from the adhesive film strip.义,中Μ 叹谷 uses the card to roll out between the supply positions, so that the 供给 trace supply drive mechanism moves the heart of the "Qing dong" and the card exchange, the system, and the 戟 之间 between the film belt The storage card 'is exchanged on the side of the storage side', and the position between the storage card and the other side of the loader side is transferred to the other side. In the aforementioned storage side of the library, the money film strip is contained in the storage card g, and the ampoule is attached to the above-mentioned supply drive of the aforementioned loading side exchange position of the aforementioned cassette loader. mechanism. Furthermore, in the first boat of the present invention, the method of the present invention is described in the following description, and the card loading device is constructed so that the unused material of the above-mentioned adhesive film is attached.仏,,, 口.3⁄4 moving mechanism=When the receiving belt is in the receiving position E, it moves from the side of the above-mentioned manipulator to the above-mentioned 彳々 彳々 # ^. 2 s ' and is attached to the supply drive mechanism 70 The film cassette accommodating card E is moved from the supply position to the loader side exchange position; the occlusion switch system is configured to be positioned and transported to the storage side of the cut storage bank. Then, the film tape accommodating cassette and the used film tape accommodating and locating at the other side of the loader side of the cut-and-loading machine are positioned in the storage side exchange position by the kallik exchanger. The film tape accommodating card E used for attachment is attached to the supply drive mechanism positioned at the carrier side exchange position, and is used in the front side exchange position - thinking > 地#啦册^ οσ The temporary storage position of the membrane card holder is preferred.徘出到104351.doc 1299198 ... ♦ the first solution to the poor, 匣 temporarily maintain the institution I under the 1E loading piracy card (four) mechanism positioning ... set the above supply change position to keep the film belt:: other load side When the A is used, the identification card is used to describe the card switch, and the drive mechanism is positioned at the use & base + of the + film holder for the film tape carrier. The standby position: the cassette tape for the user's film is exchanged by the card. The tape is temporarily held after the use of the tape card storage card mechanism in the other standby position, and the card is temporarily replaced by the card. It is preferable to keep the vacancies of the aforementioned mussels in the exchange position of the storage side. According to a first aspect of the present invention, the film-receiving tape 4 is configured to rotate the support roll in the case rotation mechanism to support the supply roll supported by the rotation branch = 2 a rotation stop of the disk; the rotation support '糸 is configured to be detachably coupled to the adhesive film: a rotation axis of the drive shaft of the supply drive mechanism, and the rotation is formed in the rotation The rotation axis side fitting portion of the front end portion of the drive shaft is fitted with the yP, and the rotation shaft side fitting portion is proud of the fact that the drive shaft and the rotation shaft are positively moved in the direction in which the vehicle is relatively moved. In the second embodiment, the rotation stop mechanism is configured such that the direction of the rotation shaft side fitting portion is "when the rotation of the supply reel by the rotation ceremony mechanism is stopped" The direction of the drive shaft side fitting portion is opposite to each other, and the kahn converter is positioned to be the aforementioned feed drive mechanism shaft that is positioned in the above-mentioned cut-in loading mechanism (1299198) And before installation The supply drive mechanism is the same as the rotation axis of the drive rotation (four) structure, and the cutting is performed in the state of cutting the two belts in the state of the cutting, and the transfer cutting is performed ===relatively moving the storage side of the storage side In the case of E: 臧 并且 并且 并且 并且 较佳 较佳 较佳 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给 供给The joint portion is formed by the linear groove portion, and the rotating shaft side is 'f ^ ^ 斤 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The direction of the axial direction is the same as that of the axial direction; the drive shaft is in the state of being the same as the side of the rotating shaft, and the protrusion is preferably received in the second == line of the present invention. The system has a positioning ^月'J description followed by a film tape storage card E storage block m. The box is positioned in the aforementioned Kayin Fortune Library and the 4 cut manipulator a ® storage bank and the aforementioned card £manage ^ Bits and other cards are better. 卞歴Loading benefits are positioned in a standing setting state and are 'in the invention' In one solution, the card-loading and liberation mechanism 'will be installed before the film-attaching device is attached. The rotary stop mechanism is used for each of the cut-off mechanisms and has a fixture in the first card of the present invention. Mechanism, the second is said to be attached to the end of the film strip, and the end of the film strip which is released by the other rotating support mechanism; the aforementioned 104351.doc -12-1299198 card liberation The mechanism and the ampule are detached from the above-mentioned film-adhesive device, and the aforementioned rotation stop mechanism of the film card accommodating card E liberates the above-mentioned jig mechanism. 〃, and in the first aspect of the present invention, the foregoing anisotropic conductive film The belt is preferably used. In the case of the method according to the present invention, the supply reel in which the film tape is wound is accommodated in the film strip for storage, and the tube is stored. The plurality of subsequent film strips are contained, and the specific unused unused film positioned at the exchange side of the storage side is stored in the plurality of sheets of the cassette storage card by the exchange number library. With containment The card player takes out and installs the supply drive mechanism of the film-adhesive device which is positioned at the exchange side of the loader side, so that the process of supplying the reel becomes easy, and the automatic supply of the reel to the film-adhesive device can be realized. exchange. As a second solution, the present invention provides a type of adhesive tape for accommodating a film tape, comprising: a case for accommodating a supply reel wound with an adhesive film tape; and a rotary support mechanism The supply reel is rotatably supported in the front case; and the rotation stop mechanism is configured to stop the rotation of the supply reel of the building supported by the rotation support mechanism; the rotating branch mechanism is configured as ' a rotating shaft that is detachably coupled to a drive shaft of the external device, and the rotating shaft is formed with a rotating shaft (four) fitting portion that is fitted to the drive shaft side fitting portion formed at the front end of the front 逑 = moving shaft, a state in which the drive shaft and the rotary shaft are relatively moved in a direction orthogonal to the axial direction. The rotary shaft is fitted to the drive shaft side fitting portion. The rotation stop mechanism is configured to be rotated by the aforementioned rotary branch. Institutions support 104351.doc •13- 1299198 Supporting the shovel of the supply reel 盥 盥 · · · · · · · · · · · · · · ' 前述 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转 旋转Congratulation In the second aspect of the present invention, the drive shaft side fitting portion t and the rotating shaft side fitting portion are composed of a straight green groove portion; m ", the linear groove portion of the rotating shaft side fitting portion is opened at both ends of the shaft, and the drive shaft and the rotating shaft are arranged in the direction of the parent in the axial direction. It is preferable that the person receives the linear projection as the above-mentioned rotating shaft side fitting portion in a moving state. Further, in the second solution of the present invention, the rotary support mechanism is preferably provided with a women's wear mechanism, and the injury is detachably mounted on the supply shaft and is detachably mounted: In the second solution of the present invention, the rotation stopping mechanism preferably: the two-rotation stop pin is fitted to the rotating support mechanism 2; the side hole; and the force applying mechanism The rotation preventing pin is biased toward the hole of the rotating shaft. And in the second solution of the present invention, the description box preferably has a positioning portion for positioning the box to the outside of # Μ , _ , 1 1 . Here, the aforementioned boxing is preferably performed by arranging the positioning portion. The reposition state is positioned in the aforementioned external device and, in the second solution of the present invention, it has a clamp mechanism which is supported by the rotary support mechanism as described above. The month of the tooth is supplied to the end of the film strip which is released from the reel. Furthermore, in the second solution of the present invention, ^ Μ ^ ^ is that the film strip is preferably an anisotropic conductive film strip. According to a second aspect of the present invention, a supply reel in which an adhesive film is wound is housed in a case, and a rotary shaft of a rotary support mechanism for supplying a reel is rotatably supported in the case. Since it is detachably connected to the drive shaft of the external device, such as a film bonding apparatus, it is easy to handle the supply reel, and it is easy to realize the adhesive film of the external device: the automatic exchange of the reel-specific supply reel . In the right direction, the rotation axis of the rotary finger mechanism of the drive shaft of the adhesive film attachment device or the like attached to the external device is disposed in a state in which the drive shaft and the rotary shaft move relative to each other in the axial direction. 'Combined with the rotating shaft of the drive shaft portion', it is easy to connect the drive shaft to the rotary shaft. Further, the box=rotation stop mechanism can stop the rotation of the supply reel in the direction of the rotation shaft side fitting portion and the drive (4); the direction of the 肷 is opposite, so that the drive shaft and the rotation shaft can be connected more easily. .乍=, _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The supply reel from which the refrigerator is taken out: a conventional mechanism that is attached to the supply mechanism of the adhesive tape from the normal temperature storage mechanism, and the supply reel to the adhesive film of the supply reel , the first transfer mechanism, the c film, adhered to the next object to the reel, and transferred to the above-mentioned room temperature storage = the refrigerator is stored in the refrigerator for the removal of the above-mentioned room temperature protector, the second transfer mechanism ' 供给 供给 保管 保管 104 104 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 351 Controlling the first transfer mechanism and the second transfer mechanism to transfer the refrigerator from the refrigerator to the supply reel of the normal temperature storage mechanism, and to store the supply reel having passed the special time from the normal temperature storage mechanism , Transfer from the above-mentioned room temperature storage mechanism to the above-described pasting mechanism. Further, in the third aspect of the present invention, each of the above-mentioned 'supplied', the mouth, the mouth, and the mouth is shown in the first embodiment; and is accommodated in a state corresponding to each of the film-belt-receiving cards E, and the refrigerator is used. And the above-mentioned room temperature storage mechanism is stored in the state in which the film is carried in the inside of the film, and is stored in the state in which the film is placed in the film-carrying card E, and is attached to the bonding mechanism. The first transfer-transfer mechanism and the second transfer mechanism are preferably transferred in a state of being accommodated in the cassette for receiving the tape. According to a third aspect of the present invention, a memory device is provided corresponding to each of the supply reels; and a writer device is provided when the supply reels are taken out from the refrigerator. For those who return to each supply reel, remember to install i's information about the time of the removal; and read the installation of the above-mentioned respective supply reels, devices, and: 2 | From the aforementioned memory of each of the supply reels, the amount of money taken in the time of taking out is 1 and the second heart is recorded in 1, +, for example. As just described, the control device is based on the above-mentioned memory device that supplies the reel to the following: The first control device, the metering port, and the transfer device are compared to #. In the third solution of the dream, the writing device and the aforementioned device are respectively mounted on the front device and the private carrier and the second transfer 104351.doc • 16.1299198. According to a third aspect of the present invention, the adhesive film of the adhesive film is preferably used. According to the third solution of the present invention, the control device, the transfer mechanism and the second transfer mechanism are used to transfer the refrigerator from the refrigerator to the supply reel of the Chang Erlu mechanism, and the storage is kept at room temperature. The organization keeps the supply reel that has passed the special time, and transfers it from the normal temperature storage mechanism to the pasting mechanism. _ 2 This can manage the supply roll 12 to the reason of deterioration of the quality after the film is pasted. After the removal, the normal temperature storage mechanism is placed at the time of the enthalpy, and the quality management of the supply reel can be appropriately and easily performed. [Embodiment] Hereinafter, embodiments of the present invention will be described with reference to the drawings. (The apparatus for replacing the film cassette accommodating card g and the cassette for accommodating the film strip for use therewith) First, an embodiment of the present invention will be described with reference to Figs. 1 to 5 The overall configuration of the card exchange device. Here, FIG. 2 is a plan view showing an apparatus for replacing a cassette for accommodating a film tape; and FIG. 2 is a view showing an apparatus for exchanging the cassette for accommodating the tape as shown in the Π direction; FIG. 3 is a view showing FIG. 4 is a view showing the switching device for the film cassette accommodating cassette shown in the & IV direction view; FIG. A plan view of a cassette liberating mechanism for releasing the locked state of the film cassette accommodating cassette used in the exchange device for the film cassette accommodating cassette shown in Fig. 1. As shown in FIG. 1 to FIG. 4, the parent-replacement device 1 of the adhesive film tape accommodating card 104351.doc 17 1299198 of the present embodiment is used for exchanging the film tape accommodating mechanism for the adhesive film bonding mechanism 75 of the external device. Card (4) 〇, and: 卡 贮 贮 〇 〇 〇 〇 〇 保管 保管 卡 者 者 者 者 者 者 者 者 者 者 者 者 者 者 者 者 者 者 者 者 者 者 者 切 切 切 切 切 切 切 切 切 切 切 切 切 切At the time of storage, it is attached to the film bonding mechanism 75; and the card s exchange (4) is placed between the cut storage 20 and the card E loader 3, and is transported to the film tape for storage. Furthermore, both the lock storage 2 and the cassette loader 3 are fixed to the base ❿ 90. In the soil opening, the card E storage 20 is moved between the storage position and the storage side exchange position ai by the attachment film cassette 110 attached to the film bonding mechanism 75. That is, as shown in FIG. As shown in FIG. 2 and FIG. 4, the Kakon storage 2 has a linear motion shaft 21 and a support base 22 which is movably held in the front-rear direction by the linear motion shaft 21. Further, on the support base 22 The positioning pin 23 is provided for positioning the film cassette accommodating cassette 11 in a standing state; _ and the in-position sensor 24 for detecting the cassette for accommodating the film strip. The cartridge loader 30 is loaded with the supply drive mechanism 3 3 and attached to the supply drive mechanism 33 constituting a portion of the adhesive film attaching mechanism 75. The apparatus side exchange position A2 is moved by the supply drive mechanism 33, and then the film strip is moved between the supply position 3 which is wound up by the film cassette accommodating cassette, that is, as shown in FIG. 1, FIG. 3 and FIG. The cassette loader 30 has: a linear motion shaft 3 1 ; and a support table 32 which is advanced by the linear motion shaft 31 The direction of movement 104351.doc -18- 1299198 is freely maintained. Further, on the support table 32, a supply drive mechanism 33 constituting a part of the film adhesion mechanism 75 is provided. Here, the supply drive mechanism 33 has a drive motor 34. It is fixed to the support base 32 by the support plate 41; and the drive shaft 36 is coupled to the drive motor 34 via the lever 35. Further, the lever 35 is a bearing mounted on the support body 42 ( Further, the rod 35 is attached to the rod 35, and a slit plate 37 is attached to one of the outer peripheral portions thereof, and a slit (not shown) is formed. Further, the slit plate 37 is formed. In the vicinity of φ, a phase confirmation sensor 38 is provided, and the phase of the drive shaft 36 can be detected based on the position of the slit formed in the slit plate 37 (the linear projection 36a of the drive shaft 36 (refer to FIG. 7 and FIG. 9) direction). At the position of the front end of the support table 32, a positioning pin 43 is provided for accommodating the adhesive tape attached to the supply drive mechanism 33 to be placed in a standing position. State locator, and in-position sensor 44, which is used to detect The position of the end of the support table 32 is fixed at the position of the rear end of the support table 32 (the tape attached to the supply drive mechanism 33 is moved to the supply position B). The position of the inlet side exchange position A2 is provided with a positioning pin 43, and is used to position the film tape storage cassette 2 J 〇 in a standing state, and the position sensor 44 And it is used to detect the presence or absence of the film-receiving card E 0. Further, by the positioning lock 43 and the in-situ sensor material, the card E temporary holding mechanism is formed, which is attached to the film. The supply drive mechanism 33, which is a part of the adhesive occupant mechanism, is positioned at the supply position B, and holds the film cassette accommodating card gn at the loader side exchange position A2. Further, the supply drive mechanism (10) of the card H manned H3G acts as a part of the film attachment mechanism 75' at the supply position B'. Also, 104351.doc • 19-1299198 That is, as shown in FIGS. 1 and 3, the supply drive mechanism 33 is moved to the supply position B, and the film cassette storage cassette HO attached to the supply drive mechanism 33 is attached to The film sticking mechanism 75 is rotated by the drive motor 34 supplied to the drive mechanism 33, and then the supply reel of the film cassette accommodating cassette 11 (refer to reference numeral 112 of FIGS. 6 to 9), thereby winding the ACF (refer to FIG. 6). The symbol 151 to Fig. 9 is taken out from the supply reel (refer to symbol Π 2 of Figs. 6 to 9). Here, at the supply position B to which the movable branch 33 is moved, as shown in Fig. 3, a locking mechanism φ 60 is provided to lock the film cassette accommodating cassette 0. Further, the lock mechanism 60 has a fixed cylinder 62 which is attached to the upper support table 61. The fixed portion 3 is moved in the up and down direction by the fixed cylinder 62, and the film is taken up by the cassette 110. The upper holder is fixed; and the lower support table 65 supports the lower surface of the support table 32, and the support table 32 moves the supply drive mechanism 33 to which the film cassette accommodating card E 110 is attached. Further, as shown in FIG. 3 and FIG. 5, the cassette loading device 3 is provided with a rotation stop mechanism for the film cassette receiving cassette 1 10 (refer to the symbol of FIG. 5, which is a Then, a part of the film bonding mechanism 75 is supplied to the driving mechanism 33, and the card liberation mechanism 45 is a liberation jig mechanism (refer to symbol 140 of Fig. 5). Further, as shown in Figs. 3 and 5, the card The liberation mechanism has: a liberation cylinder 46 which is provided on the support table 32; and arms which are movably held in the left-right direction by the liberation cylinder 46. Further, the arm 47 has a bend The portion 47a and the end portion 47b. The card E changer 50 is placed between the rear storage position a 1 and the loader side exchange position A2, and the unused film tape storage cassette 11 () is transported. In order to locate the unused storage location of the storage side of the cassette storage 20, A. 104351.doc • 20- 1299198 Contact film holder card cassette no, An Meng women's clothing card loading device 3 The loader side of the loader is changed to the supply drive mechanism 3 of the position A2. That is, as shown in FIGS. 1 to 4, the cassette exchanger 5 has: a support plate 51. The right and left pressure cylinders 52 are attached to the support plate 51; the connection plates 54 are movably held by the left and right pressure cylinders 52' in the left and right direction; and the upper and lower pressure cylinders V' are attached to the connection plate 54. One of the left and right sides; one pair of chucks, and one pair of up and down red 55' moves up and down in the up and down direction. Further, the clip 56 is opened and closed by a gripping mechanism (not shown). A support pin 57 for supporting the upper portion of the film cassette accommodating card EU0 is provided at the inner end portion of the inner side. Further, the exchange device 2 of the film cassette accommodating card g shown in FIGS. 1 to 5 is interposed. Card E manned device% of the manned side exchange position Μ 切 贮 贮 20 ' ' 于 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( ( 〇, the used film tape accommodating card Em is temporarily discharged, and the vacant table 8g is provided with a positioning pin (not shown) for arranging the film tape accommodating card g 110 in the standing position. a positioner in the f state; and a position sensor (not shown) for detecting the adhesive tape cassette 110 Have those Furthermore, fine FIG. 6 to FIG. 9, shown with the storage card then film HU) and then used in the film tape storage card guG Figures 1 to about 5. 6 is a plan view showing the film tape accommodating film; _ is a cross-sectional view taken along the line of the film tape accommodating tape of FIG. 6; FIG. 8 is a view showing FIG. The side view of the film strip accommodating card E shown in the vm direction is shown; FIG. 9 is a cross-sectional view taken along line IX-IX of the film strip accommodating card 104351.doc 21 1299198 * 匣110 shown in FIG. Figure. As shown in FIG. 6 to FIG. 9, the film tape accommodating cassette 〇 j 1 用 used in the film exchange accommodating device 10 shown in FIG. 5 is for accommodating on a cone-shaped release paper. An ACF tape 15 having an anisotropic conductive film (ACF) having a tapered shape of a bonding film, and having a case iu for accommodating a supply reel 112 wound with an ACF tape 151; a rotating branch mechanism 12〇, which is rotatably supported by the supply reel 12 in the case 111; a rotation stop φ mechanism 130 for stopping the rotation of the supply reel 112 supported by the rotation support mechanism 120; and a jig mechanism 14〇, which is fixed to the end of the acf tape 15丨 discharged from the supply reel 112 supported by the rotary support mechanism 120. Further, the supply reel 112 housed in the case m has a housing portion n2a for winding and accommodating the ACF reel 151. Here, the case 111 has a wall portion i i la having a substantially rectangular shape corresponding to i and the size of the reel 112, and an edge portion 丨i lb formed on the outer periphery of the wall portion 111 & Here, in the lower portion of the box 111 in the edge portion 11 of the case 111, two raised portions 11 ic are formed, and the positioning holes 138 are formed. Further, the positioning hole 138 formed in the ridge portion 111c of the case 111 is used to position the film cassette accommodating cassette 110 to the exchange device 10 of the film cassette accommodating cassette shown in FIG. The cassette storage unit 2 and the cassette loader 30. That is, the positioning hole 138 is configured to receive the cassette storage 2 and the positioning pin 23 of the cassette loader 30, which are provided in the switching device 10 of the film cassette accommodating cassette shown in FIG. 43 and 43, the positioning pins 23, 43, and 43 are fitted into the clamping holes 13 and 8 , and the phase 111 is positioned in the standing state to be positioned in the card storage 20 and the cassette loader 3 . Further, a portion of the upper portion of the box 111 is located at the upper portion of the 104351.doc -22-1299198 box 111 to form a branch hole (1) which receives the support pin at the inner front end portion of the chuck 56 of the card E exchange 50 Further, an opening portion 11 id for arranging the jig mechanism 140 is formed in a portion of the edge portion 11 lb of the tank (1) which is located at one of the squares of the box 丨i J.

旋轉支撐機構120係以從背面側往前面側貫穿箱j i i之壁 部1山之方式設置，且具有旋轉軸⑵，其係裝卸自如地連 結於設在圖1至圖5所示之接著膜帶收容用卡匣之交換裝置 10之卡E載入器30之供給驅動機構33之驅動軸36者。再 者，旋轉軸12i係經由軸承124、125而安裝於箱ιη之壁部 Ula，且對於箱1Π之壁部llla旋轉自如地受到支撐。又， 旋轉軸121係由位於設在卡匣載入器3〇之供給驅動機構33 之驅動軸36側之背面部I21a，及位於供給捲盤112側之前面 邛12lb所組成，此專背面部la及前面部uib介由螺栓123 而互相堅固地固定。 在此，使旋轉軸121旋轉之卡匣載入器3〇之供給驅動機構 33，係與圖15所示之以往機構大致具備相同構成，但相異 點在於：於驅動軸之前端部未設有螺紋部之點及未安裝有 安裝螺帽之點。具體而言，如圖7及圖9所示，使旋轉軸12 i 旋轉之供給驅動機構33具備驅動軸36，其係於其前端部形 成有直線狀之突起部（驅動軸側欲合部）36a者。 而且，作為此類供給驅動機構33之前提，如圖6、圖7及 圖9詳細所示，於旋轉軸121之背面部i21a，形成有直線狀 之溝部（旋轉軸側欲合部）122，其係欲合於形成在驅動軸3 6 之前端部之直線狀之突起部36a者。在此，直線狀之溝部122 104351.doc 23- 1299198 係其兩端開放，以便在驅動軸36與旋轉軸121往正交於軸向 之方向（參考圖7之.箭頭方向）相對移動之狀態下，接受驅動 軸36之直線狀之突起部36&。 又，於旋轉軸121之前面部121 b，設有用以將供給捲盤丨i 2 裝卸自如地安裝之安裝機構U6。安裝機構126具有：螺帽 127、配置於螺帽127兩側之1對爪128、及將此等爪128往外 側施力之彈簧129 ;藉由彈簧129之作用而被施力之爪ι28 係嵌合於供給捲盤112之中心孔112b，藉此，供給捲盤U2 安裝於箱111。 旋轉停止機構13 0配置於箱111之壁部111 &之背面側，且 具有：旋轉停止銷13 1，其係嵌合於形成在旋轉支撐機構12〇 之旋轉軸121側面之孔121 c者；及旋轉停止臂132，其係支 撐旋轉停止銷13 1者。其中，旋轉停止臂132係採取以支軸 133為中心而搖動之方式，安裝於箱之壁部llla之背面 側。又，於旋轉停止臂132設有安裝有彈簧137之一端之彈 簧扣止部135。在此，彈簧137之另一端係安裝於設在箱m 之壁部111a之背面側之彈簧扣止部136，藉由彈簧137之作 用，將旋轉停止銷131往旋轉軸121之孔121c施力。而且， 若由於彈簧13 7之作用而受到施力之旋轉停止銷13 1嵌合於 旋轉軸121之孔121c，支撐供給捲盤112之旋轉軸121停止旋 轉。在此，如此而停止旋轉之旋轉軸121係成為特定方向（亦 即，形成於旋轉軸12 1之背面部121 a之直線狀之溝部122延 伸於上下方向之方向）。再者，藉由旋轉停止臂132、支軸 133、彈簧扣止部135、136及137，構成施力機構。 104351.doc -24- 1299198 夾具機構140具有：夾具本體141、及支撐夾具本體i4i 之夾具臂142。其中，夾具臂142係採取以支軸143為中心而 搖動之方式，安裝於箱lu之壁部1Ua2背面側。又，於夾 具臂142設有安裝有彈簧146之一端之彈簧扣止部丨44。在 此，彈簧146之另一端係安裝於設在箱lu之壁部ma之背 面側之彈簧扣止部145，藉由彈簧146之作用，將夾具本體 141往夾具用抵接部147施力。再者，夾具用抵接部μ?安裝 _ 於箱111之壁部111 &之前面側。又，於箱111之壁部丨丨丨a之 刖面側，設有以支軸149為中心旋轉之放出用輥148，可經 由放出用輥148及夾具用抵接部147，將從供給捲盤112放出 之ACF捲帶151導引至箱ln之外部。再者，如此受到導引 之ACF捲帶151之端部係夾持於，由於彈簧146之作用而受 到施力之炎具本體141與夾具用抵接部147之間。 再者，於旋轉停止機構130之旋轉停止臂132及夾具機構 140之夾具臂142，分別設有驅動用突起部139、15〇，於如 φ 圖5所示之狀態，藉由設在卡匣載入器30之卡匣解放機構45 之臂47之彎曲部47a及端部47b，將驅動用突起部i39、 驅動，藉此可解放旋轉停止機構π〇及夾具機構14()。 再者，圖1至圖5所示之接著膜帶收容用卡匣之交換裝置 10所含之各構成要素（例如：卡匣貯藏庫20之直動軸21及在 位感測器23、卡匣載入器30之直動軸31、供給驅動機構33 之驅動馬達34及相位確認感測器38、在位感測器44、44,、 卡匣解放機構45之解放壓缸46、卡匣交換器5〇之左右壓缸 52及上下壓缸55、夾頭56之把持機構（未圖示）、鎖定機構6〇 104351.doc -25- 1299198 另口疋£缸62等）連接於控制裝置（未圖示），於藉由此控制 裝置（未圖示）之控制下，將自動進行如以下所說明之動作。 其次，舉例使用圖6至圖9所示之接著膜帶收容用卡匣11〇 之h況，說明有關圖1至圖5所示之接著膜帶收容用卡匣之 父換裳置10之動作。 首先，準備複數未使用之接著膜帶收容用卡匣11〇，其係 收容捲繞有ACF捲帶151之供給捲盤112者；該此等保管於 _ 接著膜帶收容用卡匣之交換裝置10之卡匣貯藏庫20之任意 空出場所（保管位置）。 在此，如其次準備保管於卡匣貯藏庫2〇之未使用之接著 膜帶收容用卡匣110。 首先，作為最初狀態，於接著膜帶收容用卡匣i 10未安裝 有供給捲盤112。 於此狀態，作為應安裝於接著膜帶收容用卡匣uo之供給 捲盤112 ’準備ACF捲帶15 1捲繞收容於收容部112a之供給 鲁捲盤112，並定位於箱111之壁部丨！丨a之前面側。 其次，將旋轉支撐機構120之旋轉軸121之前面部121b及 供給捲盤112之中心孔ll2b定位，將供給捲盤112之中心孔 112b往設在旋轉軸121之前面部12ib之安裝機構126推入。 如此的話，在供給捲盤112之中心孔1 i2b通過安裝機構126 之過程，爪128對抗彈簧129之作用而暫且往内侧靠近後， 於供給捲盤112之中心孔112b通過安裝機構126之時點，爪 128往外側施力。藉此，由於彈簧129之作用而受到施力之 爪12 8係嵌合於供給捲盤112之中心孔π 2b，供給捲盤1 12 104351.doc -26- 1299198 安裝於箱111。 其後，從供給捲盤112放出ACF捲帶151之端部，藉由夾 具機構140固定。具體而言，介由放出用輥ι48及夾具用抵 接部147，導引從供給捲盤112放出之ACF捲帶151，於ACF 捲帶151從夾具用抵接部147僅往外部飛出一定長度之狀 態’將該ACF捲帶151之端部夾持於由彈簧ι46之作用而施 力之夾具本體141及夾具用抵接部147之間。 鲁 又’固定從供給捲盤112放出之ACF捲帶151之端部後， 藉由旋轉停止機構130 ’使藉由旋轉支撐機構12〇所支撐之 供給捲盤112之旋轉停止。具體而言，將旋轉支撐機構12〇 之旋轉停止銷131，定位於形成在旋轉支撐機構12〇之旋轉 軸121之側面之孔121c，藉由彈簧137之作用，使經由旋轉 停止臂132而施力之旋轉停止銷131嵌合於旋轉軸121之孔 121c。藉此，支撐供給捲盤112之旋轉軸121之旋轉停止。 再者，如此而停止旋轉之旋轉軸121係朝特定方向（亦即， φ 形成於旋轉軸m之背面部12 la之直線狀之溝部122延伸於 上下方向之方向）。 其後，使此狀態之接著膜帶收容用卡匣丨丨〇從上方往下方 移動，以便保管於接著膜帶收容用卡匣之交換裝置1〇之卡 匣貝了藏庫20之空出場所（保管位置），使設於卡匣貯藏庫別 之支撐台22上之定位銷23,嵌合於形成在箱lu之下部之定 位孔138，將接著膜帶收容用卡匣11〇以站立設置狀態定位 於卡匣貯藏庫20。 如此，將未使用之接著膜帶收容用卡匣11〇保管於卡匣貯 104351.doc -27- 1299198 藏庫20之壬思之空出場所（保管位置）之後，因應需要而交換 安裝於^膜黏貼機構75之接著膜帶收容用卡gll〇。 於此情況，ΐ先，於卡£貯藏庫2〇，在藉由控制裝置（未 圖示)所進行之控制(伺服控制)下，使直動軸21作用，將藉 由支撐台22上之定位銷23所定位之複數接著膜帶收容用卡 匣U〇中之特定未使用之接著膜帶收容用卡匣110，從保管 位置移動至貯藏庫側交換位置幻。再者，於此時，控制裂 置（未圖不）係根據來自在位感測器24之檢測信號，掌握保管 有未使用之接著膜帶收容用卡匣11〇之保管位置。 又，於卡匣載入器30，在藉由控制裝置（未圖示）所進行 之控制(伺服控制)下，使直動軸31作用，將構成接著膜黏貼 機構75之部分之供給驅動機構33之使用完畢之接著膜帶 收容用卡厘110(藉由支撐台32上之定位銷43所定位之接著 膜帶收容用卡HH0)，從供給位置β移動至載人器側交換位 置A2 〇 再者，此時，卡匣交換器50之1對夾頭56之各個，係定位 於貯藏庫側交換位置A1及載入器側交換位置入2之上方。 於此狀態，於卡E交換器50，在藉由控制裝置（未圖示） 所進行之控制下，藉由把持機構（未圖示），將1對夾頭56保 持於打開狀態，並且藉由丨對上下壓缸55，使丨對夾頭“往 下方移動。 而且，藉由把持機構（未圖示），使}對夾頭56成為閉合狀 悲，於設在1對夾頭56之内側前端部之支撐銷57，嵌合於支 撐孔113之時點，藉由i對上下壓缸55而使！對夾頭％往上方 104351.doc -28- 1299198 移動，而該支撐孔113係形成於定位在貯藏庫側交換位置a 1 及載入器側交換位置A2之接著膜帶收容用卡匣11〇之箱111 之上部。藉此，同時取出定位於卡匣貯藏庫2〇之貯藏庫側 交換位置A1之未使用之接著膜帶收容用卡匣11〇、及定位於 卡匣載入器30之載入器側交換位置A2之使用完畢之接著膜 帶收容用卡匣110。 其次，藉由左右壓缸52，使連結板54往右方（於圖4紙面 上所見之右方）移動，伴隨於其，使安裝於連結板54之左右 兩側之1對上下壓缸55及1對夾頭56往右方移動。藉此，由j 對夾頭56所把持之未使用之接著膜帶收容用卡！ 11〇、及使 用完畢之接著膜帶收容用卡匣110,係分別定位於載入器側 交換位置A2及待機位置c。 於此狀態，藉由1對上下壓缸55，使丨對夾具56往下方移 動，設於卡S載入器30之支撐台32上之定位銷43及設於暫 置台80上之定位銷（未圖示），嵌合於形成在藉由丨對夾頭兄 所把持之各接著膜帶收容用卡厘11〇之箱iu之下部之定位 孔，將未使用之接著膜帶收容用卡匠11〇及使用完畢之 接著膜帶收容用卡£ 11()，分別以站立設置狀態定位於卡厘 載入器3G及暫置台8Ge藉此1位於貯藏庫側交換位心 ，未使用之接著膜帶收容用卡£11()，係安裝於定位在載入 ，側交換位置A2之供給驅動機構33,並且定位於載入器側 又換位置A2之使用完畢之接著膜帶收容用卡匿㈣，係暫時 排出至定位於待機位置以暫置㈣。再者，此時，控龍 置（未圖示）係根據來自設在切台32上之在位感測器^ 104351.doc •29- 1299198 々欢、Π口號草握未使用之接著膜帶收容用卡匣1 1 〇是否安褒 於供給驅動機構33，而且根據來自設在暫置台8〇上之在位 感測器（未圖不）之檢測信號，掌握使用完畢之接著膜帶收容 用卡匣110疋否排出至暫置台8〇。再者，如此將接著膜帶收 ,、卡匣11 〇女裝於供給驅動機構3 3後，藉由把持機構（未 圖示）將疋位於載入器側交換位置Α2之夾頭56(將安裝於 供給驅動機構33之接著膜帶收容用卡E 110保持之夾頭56) φ ，持於打開狀態，藉由上下壓缸55往上方移動。相對於此， 定位於待機位置C之夾頭56(將排出至暫置台80之接著膜帶 收谷用卡匣U0保持之夾頭56)係保持原狀。 在此於卡匣载入器3 0，形成於供給驅動機構3 3之驅動 車之鈿糕邓之直線狀之突起部36a，係配置於將形成於從 上方往下方移動之接著膜帶收容用卡匣110之旋轉支撐機 構120之靛轉軸121之背面部121&之溝部橫切之位置，於 將接著膜帶收容|卡£11哎位於卡匣載人器3()之過程，亦 • 進行供給驅動機構33之驅動軸36與旋轉支撐機構12〇之旋 轉軸1>21之間之連結。再者，此時，供給驅動機構μ之驅動 轴3 6係藉由相位確認感測器％，檢測形成於狹縫板η之狹 縫之位置，藉此檢測其相位，於驅動軸36之直線狀之突起 P 36a呈為特定方向（亦即，形成於驅動軸％之直線狀之突 起2 36a延伸於上下方向之方向）之狀態下停止。又，接著 膜τ收各用卡匣110係藉由旋轉停止機構13〇，將支撐供給 捲盤112之旋轉軸121之旋轉停止，旋轉軸ΐ2ι係於朝特定方 向（亦即，形成於旋轉軸121之背面部12;^之直線狀之溝部 104351.doc -30- 1299198 122延伸於上下方向之方向）之狀態下停止。藉此，定位於 卡匣載入器30之載入器側交換位置八2之供給驅動機構33之 驅動軸36、及安裝於供給驅動機構33之接著膜帶收容用卡 匣11〇之旋轉支撐機構120之旋轉軸121，可於往正交於軸向 之方向相對移動之狀態下嵌合，容易進行驅動軸％與旋轉 軸121之連結。 如以上，於卡匣載入器3〇，若供給驅動機構33之驅動軸 Φ 36與接著膜帶收容用切no之旋轉支撐機構⑽之旋轉轴 連、’、。於藉由控制裝置（未圖示）所進行之控制下，使直 動軸31作動，使安裝於構成接著膜黏貼機構75之一部分之 供給驅動機構33之未使狀接著料收容用卡guG，從載 入器侧交換位置A2移動至供給位置3，並將供給驅動機構 33作為接著膜黏貼機構75之一部分而組入。又，於藉由控 制裝置（未圖示）所進行之控制下，使安裝於鎖定機構6 〇之上 部支撐台61之固定壓缸62作動，藉由安裝於固定麼紅以 ，®定部63,將定位於下部支撐台65上之支撐台”及接著膜 帶收容用卡匣1 10鎖定。 若於此狀態，使接著膜黏貼機構75作動，旋轉供給驅動 機構33之驅動軸36，驅動軸36之旋轉經由嵌合於驅動_ 之突起部36a之接著膜帶收容用卡之溝部122，傳達至 旋轉支樓機構12〇之旋轉軸121，由軸承⑵、125所支撐之 旋轉軸⑵旋轉。藉此’安裝於旋轉轴i2i之前面㈣二之 供給捲盤m旋轉，將捲繞收容於供給捲盤112之 112a之ACF捲帶151捲出。再者，此時，接著膜帶收容用； 104351.doc •31 · 1299198 ϋ lio係藉由鎖定機構6〇所鎖定，因此有效抑制供給捲盤 112之旋轉所造成之面振動。The rotation support mechanism 120 is provided so as to penetrate the wall portion 1 of the case ji from the back side to the front side, and has a rotation shaft (2) detachably coupled to the film tape provided in FIGS. 1 to 5 The card E loader 30 of the accommodation cassette 10 is supplied to the drive shaft 36 of the drive mechanism 33. Further, the rotating shaft 12i is attached to the wall portion U1a of the case 经由 via the bearings 124 and 125, and is rotatably supported by the wall portion 111a of the case 1Π. Further, the rotary shaft 121 is composed of a rear surface portion I21a provided on the side of the drive shaft 36 of the supply drive mechanism 33 of the cassette loader 3, and a front surface 12b located on the side of the supply reel 112. The la and the front portion uib are firmly fixed to each other by the bolts 123. Here, the supply drive mechanism 33 of the cassette loader 3 that rotates the rotary shaft 121 has substantially the same configuration as the conventional mechanism shown in FIG. 15, but the difference is that the front end of the drive shaft is not provided. The point of the threaded part and the point where the mounting nut is not installed. Specifically, as shown in FIG. 7 and FIG. 9 , the supply drive mechanism 33 that rotates the rotary shaft 12 i includes a drive shaft 36 that is formed with a linear projection at the distal end portion thereof (drive shaft side engagement portion). 36a. Further, as described above in detail with reference to FIG. 6 , FIG. 7 and FIG. 9 , a linear groove portion (rotation shaft side engagement portion) 122 is formed on the back surface portion i21 a of the rotation shaft 121 . It is intended to be fitted to a linear projection 36a formed at the front end of the drive shaft 36. Here, the linear groove portion 122 104351.doc 23-1299198 is opened at both ends so as to be relatively moved in the direction orthogonal to the axial direction of the drive shaft 36 and the rotary shaft 121 (refer to the arrow direction of FIG. 7). Next, the linear projections 36 & of the drive shaft 36 are received. Further, the front surface portion 121b of the rotating shaft 121 is provided with an attachment mechanism U6 for detachably attaching the supply reel 丨i 2 . The mounting mechanism 126 has a nut 127, a pair of claws 128 disposed on both sides of the nut 127, and a spring 129 for biasing the claws 128 outward; and a claw ι 28 that is biased by the action of the spring 129 The center hole 112b of the supply reel 112 is fitted, whereby the supply reel U2 is attached to the case 111. The rotation stopping mechanism 130 is disposed on the back side of the wall portion 111 & of the tank 111, and has a rotation stop pin 13 1 fitted to a hole 121 c formed in a side surface of the rotation shaft 121 of the rotation support mechanism 12A. And a rotation stop arm 132 that supports the rotation stop pin 13 1 . Here, the rotation stopping arm 132 is attached to the back side of the wall portion 111a of the box so as to be pivoted about the support shaft 133. Further, the rotation stopping arm 132 is provided with a spring catching portion 135 to which one end of the spring 137 is attached. Here, the other end of the spring 137 is attached to the spring engaging portion 136 provided on the back side of the wall portion 111a of the case m, and the rotation stop pin 131 is biased toward the hole 121c of the rotating shaft 121 by the action of the spring 137. . Further, when the rotation stop pin 13 1 biased by the action of the spring 13 7 is fitted into the hole 121c of the rotary shaft 121, the rotary shaft 121 supporting the supply reel 112 stops rotating. Here, the rotation shaft 121 that has stopped rotating in this manner is in a specific direction (that is, the linear groove portion 122 formed on the back surface portion 121a of the rotation shaft 12 1 extends in the vertical direction). Further, the urging mechanism is constituted by the rotation stopping arm 132, the support shaft 133, and the spring engaging portions 135, 136, and 137. 104351.doc -24- 1299198 The clamp mechanism 140 has a clamp body 141 and a clamp arm 142 that supports the clamp body i4i. The clamp arm 142 is attached to the back side of the wall portion 1Ua2 of the case lu so as to be rocked about the support shaft 143. Further, the clamp arm 142 is provided with a spring engaging portion 安装 44 to which one end of the spring 146 is attached. Here, the other end of the spring 146 is attached to the spring engaging portion 145 provided on the back side of the wall portion ma of the case lu, and the clamp body 141 is biased toward the jig abutting portion 147 by the action of the spring 146. Further, the jig abutting portion μ is attached to the front surface side of the wall portion 111 & Further, a release roller 148 that rotates around the support shaft 149 is provided on the side of the wall portion 丨丨丨a of the case 111, and the supply roller can be fed through the release roller 148 and the jig abutment portion 147. The ACF tape 151 discharged from the disk 112 is guided to the outside of the box ln. Further, the end portion of the ACF tape 151 thus guided is sandwiched between the medicinal body 141 and the jig abutment portion 147 which are biased by the action of the spring 146. Further, the rotation stopper arm 132 of the rotation stopping mechanism 130 and the clamp arm 142 of the clamp mechanism 140 are provided with drive projections 139 and 15A, respectively, in a state as shown in FIG. 5, by being placed in the cassette. The bending portion 47a and the end portion 47b of the arm 47 of the cassette liberation mechanism 45 of the loader 30 drive the driving protrusion i39, thereby liberating the rotation stopping mechanism π and the clamp mechanism 14 (). Further, each constituent element included in the exchange device 10 for the film cassette accommodating cassette shown in FIGS. 1 to 5 (for example, the linear motion axis 21 of the cassette storage 20, the in-position sensor 23, and the card The linear motion shaft 31 of the loader 30, the drive motor 34 and the phase confirmation sensor 38 of the supply drive mechanism 33, the in-position sensors 44, 44, the liberation cylinder 46 of the cassette liberation mechanism 45, and the cassette The left and right pressure cylinders 52 and the upper and lower pressure cylinders 55 of the exchanger 5, the holding mechanism (not shown) of the chuck 56, the locking mechanism 6〇104351.doc -25-1299198, and the cylinder 62, etc.) are connected to the control device. (not shown), the operation as described below is automatically performed under the control of the control device (not shown). Next, an example of the use of the adhesive tape cassette 11 shown in FIGS. 6 to 9 will be described, and the action of the father of the film cassette for holding the cassette shown in FIGS. 1 to 5 will be described. . First, a plurality of unused film tape accommodating cassettes 11 that are used for accommodating the supply reel 112 around which the ACF reel 151 is wound are stored; and the storage device is stored in the _ subsequent film cassette accommodating cassette 10 of the card 匣 storage 20 of any vacant place (storage location). Here, the film cassette accommodating cassette 110 which is not used and which is not stored in the cassette storage unit 2 is prepared. First, as the initial state, the supply reel 112 is not attached to the film cassette accommodating cassette 10. In this state, the supply reel 112 is to be attached to the supply reel 112 of the film cassette accommodating cassette. The ACF reel 15 is wound around the supply reel 112 and placed in the wall portion of the housing 111. Hey!丨a before the side. Next, the front surface 121b of the rotary shaft 121 of the rotary support mechanism 120 and the center hole 11b of the supply reel 112 are positioned, and the center hole 112b of the supply reel 112 is pushed into the mounting mechanism 126 of the front surface portion 12ib provided on the rotary shaft 121. In this case, when the center hole 1 i2b of the supply reel 112 passes through the mounting mechanism 126, the claw 128 temporarily approaches the inner side against the action of the spring 129, and when the center hole 112b of the supply reel 112 passes the mounting mechanism 126, The claw 128 is biased to the outside. Thereby, the claw 12 8 which is biased by the action of the spring 129 is fitted to the center hole π 2b of the supply reel 112, and the supply reel 1 12 104351.doc -26 - 1299198 is attached to the case 111. Thereafter, the end portion of the ACF reel 151 is discharged from the supply reel 112, and is fixed by the chuck mechanism 140. Specifically, the ACF reel 151 that is ejected from the supply reel 112 is guided by the discharge roller ι 48 and the jig abutment portion 147, and the ACF reel 151 is only ejected from the jig abutment portion 147 to the outside. In the state of the length, the end portion of the ACF tape 151 is sandwiched between the jig body 141 and the jig abutment portion 147 which are biased by the action of the spring ι 46. Then, after the end of the ACF tape 151 discharged from the supply reel 112 is fixed, the rotation of the supply reel 112 supported by the rotation support mechanism 12' is stopped by the rotation stopping mechanism 130'. Specifically, the rotation stop pin 131 of the rotation support mechanism 12 is positioned in the hole 121c formed on the side surface of the rotation shaft 121 of the rotation support mechanism 12, and is acted upon by the rotation stop arm 132 by the action of the spring 137. The rotation stop pin 131 of the force is fitted to the hole 121c of the rotary shaft 121. Thereby, the rotation of the rotating shaft 121 that supports the supply reel 112 is stopped. Further, the rotating shaft 121 that stops rotating in this manner is oriented in a specific direction (that is, φ is formed in a direction in which the linear groove portion 122 of the back surface portion 12 la of the rotating shaft m extends in the vertical direction). Thereafter, the film cassette accommodating cassette in this state is moved downward from the upper side so as to be stored in the vacant place of the cassette 20 in the exchange device 1 of the film cassette accommodating cassette. (Storage position), the positioning pin 23 provided on the support base 22 of the cassette storage compartment is fitted to the positioning hole 138 formed in the lower portion of the case lu, and the film tape storage cassette 11 is attached to the standing position. The state is located at the cassette repository 20. In this way, the unused film tape storage cassette 11 is stored in the empty storage place (storage location) of the storage container 20351.doc -27-129998, and is exchanged and installed in accordance with the need. The film adhesive tape 75 is attached to the film tape holding card gll. In this case, first, in the card storage 2, under the control (servo control) by the control device (not shown), the linear motion shaft 21 is acted upon by the support table 22 The plurality of locating pins 23 are positioned next to the specific unused film tape accommodating cassettes 110 in the film cassette accommodating cassettes, and are moved from the storage position to the storage side exchange position. Further, at this time, the control split (not shown) grasps the storage position in which the unused film cassette accommodating cassette 11 is stored, based on the detection signal from the position sensor 24. Further, in the cassette loader 30, the linear motion shaft 31 is actuated by a control (servo control) by a control device (not shown) to supply a drive mechanism that constitutes a portion of the film bonding mechanism 75. The used film tape accommodating caliper 110 (the film tape accommodating card HH0 positioned by the positioning pin 43 on the support table 32) is moved from the supply position β to the manipulator side exchange position A2. Further, at this time, each of the pair of chucks 56 of the cassette exchanger 50 is positioned above the storage side exchange position A1 and the loader side exchange position 2 . In this state, under the control of the control device (not shown), the card E exchanger 50 holds the pair of chucks 56 in the open state by the holding mechanism (not shown), and borrows By the upper and lower pressure cylinders 55, the jaws are moved "downward." Moreover, by the gripping mechanism (not shown), the chuck 56 is closed, and is provided in the pair of chucks 56. When the support pin 57 of the inner front end portion is fitted to the support hole 113, the upper and lower pressure cylinders 55 are moved by i; the chuck head % moves upward 104351.doc -28-1299998, and the support hole 113 is formed. The upper part of the box 111 for accommodating the cassette holder 11 is positioned at the storage side exchange position a 1 and the loader side exchange position A2. Thereby, the storage positioned in the cassette storage 2 is simultaneously taken out. The film cassette accommodating cassette 11 that is not used in the side exchange position A1 and the used film cassette accommodating cassette 110 that is positioned at the loader side exchange position A2 of the cassette loader 30 are used. By the left and right pressure cylinders 52, the connecting plate 54 is moved to the right (to the right as seen on the paper of Fig. 4) Along with this, the pair of upper and lower pressure cylinders 55 and the pair of chucks 56 attached to the right and left sides of the coupling plate 54 are moved to the right. Thereby, the unused film tape held by the chuck 56 is held. The accommodating card 11 〇 and the used film tape accommodating cassette 110 are respectively positioned at the loader side exchange position A2 and the standby position c. In this state, the pair of upper and lower pressure cylinders 55 are used. The clamp 56 is moved downward, and the positioning pin 43 provided on the support table 32 of the card S loader 30 and the positioning pin (not shown) provided on the temporary stage 80 are fitted to each other by the pair The positioning holes for the lower part of the box iu for holding the lids of the nipples of the cassettes held by the chucks, and the unused cassette holders for the cassettes 11 (), respectively, positioned in the standing state to the card loader 3G and the temporary table 8Ge, whereby the 1 is located at the storage side exchange center, and the unused film tape storage card £11 () is attached to the positioning Loading, side exchange position drive mechanism 33 of position A2, and positioning on the loader side and changing position A2 is used Then, the film tape storage card (4) is temporarily discharged to the standby position for temporary placement (4). Further, at this time, the control device (not shown) is based on the in-position sensing provided from the cutting table 32. ^ 104351.doc • 29- 1299198 々 Π Π Π Π 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未The detection signal of the position sensor (not shown), after the use of the film tape storage cassette 110 is used, it is discharged to the temporary table 8〇. In addition, the film is taken up, and the card is 11 After being attached to the supply drive mechanism 33, the gripper 56 is placed at the loader side exchange position Α2 by a gripping mechanism (not shown) (the adhesive tape E 110 attached to the supply drive mechanism 33 is held) The chuck 56) φ is held in an open state and is moved upward by the upper and lower pressure cylinders 55. On the other hand, the chuck 56 (the chuck 56 which is discharged to the temporary stage 80 and held by the cassette holder U0) which is positioned at the standby position C is held as it is. Here, in the cassette loader 30, the linear projections 36a formed in the driving vehicle of the drive mechanism 33 are disposed in the film strip for forming the adhesive film which is formed to move from the upper side to the lower side. The position of the back portion 121& of the slewing shaft 121 of the rotary support mechanism 120 of the cassette 110 is transversely cut, and is carried out in the process of attaching the film strip to the cassette holder 3 (). The connection between the drive shaft 36 of the drive mechanism 33 and the rotary shaft 1 > 21 of the rotary support mechanism 12A is provided. Further, at this time, the drive shaft 36 supplied to the drive mechanism μ detects the position of the slit formed in the slit plate η by the phase confirmation sensor %, thereby detecting the phase thereof on the straight line of the drive shaft 36. The projections P 36a are stopped in a state in which a specific direction (that is, a linear projection 2 36a formed on the drive shaft % extends in the vertical direction). Further, the film τ 110 is stopped by the rotation stop mechanism 13 〇, and the rotation of the rotation shaft 121 supporting the supply reel 112 is stopped, and the rotation axis ΐ 2 is tied in a specific direction (that is, formed on the rotation axis). The back portion 12 of the 121; the linear groove portion 104351.doc -30- 1299198 122 extends in the direction of the vertical direction). Thereby, the drive shaft 36 of the supply drive mechanism 33 positioned at the loader side exchange position 八 of the cassette loader 30 and the rotary support of the subsequent film cassette accommodating cassette 11 安装 attached to the supply drive mechanism 33 are provided. The rotating shaft 121 of the mechanism 120 can be fitted in a state of being moved in a direction orthogonal to the axial direction, and the connection between the drive shaft % and the rotating shaft 121 can be easily performed. As described above, in the cassette loader 3, when the drive shaft Φ 36 of the drive mechanism 33 is supplied, the rotation of the rotary support mechanism (10) for the film cassette storage is not connected. Under the control of the control device (not shown), the linear motion shaft 31 is actuated to attach the unloaded storage card guG to the supply drive mechanism 33 constituting one of the bonding film bonding mechanisms 75. The loading position A2 is moved from the loader side exchange position A to the supply position 3, and the supply drive mechanism 33 is incorporated as part of the film bonding mechanism 75. Further, under the control of a control device (not shown), the fixed cylinder 62 attached to the upper support table 61 of the lock mechanism 6 作 is actuated, and is fixed to the red portion. The support table positioned on the lower support table 65 and the film cassette accommodating cassette 10 are locked. In this state, the film bonding mechanism 75 is actuated to rotate the drive shaft 36 of the drive mechanism 33, and the drive shaft The rotation of 36 is transmitted to the rotating shaft 121 of the rotating branch mechanism 12A via the groove portion 122 of the film-receiving card accommodating the projection portion 36a of the driving portion 36a, and the rotating shaft (2) supported by the bearings (2) and 125 is rotated. Thereby, the supply reel m attached to the front surface (four) of the rotating shaft i2i is rotated, and the ACF reel 151 wound around the 112a of the supply reel 112 is wound up. Further, at this time, the film tape is accommodated; 104351.doc •31 · 1299198 lio The lio is locked by the locking mechanism 6〇, so the surface vibration caused by the rotation of the supply reel 112 is effectively suppressed.

再者’如以上從供給捲盤112捲出ACF捲帶151時，藉由 卡匣解放機構45，驅動設於旋轉停止機構13〇之旋轉停止臂 132之驅動用突起部139及設於夾具機構14〇之夾具臂丨42之 驅動用突起部150。具體而言，於卡匣解放機構45，若於藉 由控制裝置（未圖示）所進行之控制下，使設於支撐台32上之 解放壓缸46作動，臂47移動，藉由臂47之彎曲部，驅動 設於旋轉停止機構130之旋轉停止臂132之驅動用突起部 139 ’並且藉由臂47之端部47b，驅動設於夾具機構14〇之夾 具臂142之驅動用突起部15〇。藉此，於旋轉停止機構13〇， 方疋轉停止臂132對抗彈簀137之作用而往外側移動，從而將 旋轉停止銷131從旋轉軸121之孔121c取下，藉此，支撐供 給捲盤112之旋轉軸121可自由地旋轉。· X，於夾具機構 140’由於夾具臂142對抗彈簧146之㈣而往外側移動，將 夾具本體141從夾具用抵接部147拉開，藉此，acf捲帶⑸ 可自由地通過夾具本體141與夾具用抵接部147之間。 在此’卡匣交換器50係於供給驅動機構33定位於供給位 置B，ACF捲帶151從接著膜帶收容时gi職出時，於藉 由控制裝置(未圖示)所進行之控制下，搬送定位於待機“ c之使用完畢之接著膜帶收容用卡匠ιι〇。 具體而言，於卡匣交拖 乂換^ Μ，於藉由控制裴置（未圖示） 所進行之控制下，利用1對上下茂A ^丄 才上下壓缸55中之一方（右側之上 下壓缸55)，使定位於待機位 夏L之夾頭5 6在上方移動後， 104351.doc • 32 - 1299198 藉由左右壓缸52，使連結板54往左方（圖4之紙面上所見之 左方）移動，伴隨於其，使安裝於連結板54之左右兩侧之1 對上下壓缸55及1對夾頭56往左方移動。藉此，由1對夾頭 56中之一方（右側之夾頭56)所把持之使用完畢之接著膜帶 收容用卡匣11〇，係定位於載入器側交換位置A2。 於此狀態，藉由右側之上下壓缸55，使右側之夾具56往 下方移動，設於卡匣載入器30之支撐台32上之構成卡匣暫When the ACF reel 151 is unwound from the supply reel 112 as described above, the driving protrusion portion 139 of the rotation stopping arm 132 provided in the rotation stopping mechanism 13A is driven by the cassette emanating mechanism 45 and the jig mechanism is provided. The driving protrusion 150 of the clamp arm 42 of 14 turns. Specifically, in the cassette liberation mechanism 45, if the control unit (not shown) performs control, the liberation cylinder 46 provided on the support table 32 is actuated, and the arm 47 is moved by the arm 47. The bending portion drives the driving protrusion 139' provided in the rotation stopping arm 132 of the rotation stopping mechanism 130, and drives the driving protrusion 15 provided on the holder arm 142 of the clamp mechanism 14 by the end portion 47b of the arm 47. Hey. Thereby, the rotation stop mechanism 13 is moved outward by the rotation stop mechanism 13 against the action of the magazine 137, thereby removing the rotation stop pin 131 from the hole 121c of the rotary shaft 121, thereby supporting the supply reel The rotating shaft 121 of 112 is free to rotate. X, the clamp mechanism 140' moves outwardly against the (four) of the spring 146, and the clamp body 141 is pulled away from the clamp abutment portion 147, whereby the acf tape (5) can freely pass through the clamp body 141. Between the abutting portion 147 for the jig. Here, the 'card exchanger 50 is positioned at the supply position B by the supply drive mechanism 33, and the ACF tape 151 is controlled by a control device (not shown) when the ACF tape 151 is taken out from the tape cassette. , the transport is positioned in the standby "c. The use of the film is carried out by the card player ιι〇. Specifically, the card is replaced by a drag and drop, and the control is performed by a control device (not shown). Next, one of the upper and lower pressure cylinders 55 (the upper right upper and lower pressure cylinders 55) is used to move the upper and lower pressure cylinders 55 (the right upper and lower pressure cylinders 55) so that the chuck 55 positioned in the standby position summer L moves upward, 104351.doc • 32 - 1299198 The left and right pressure cylinders 52 are used to move the connecting plate 54 to the left (to the left of the paper surface of Fig. 4), and a pair of upper and lower pressure cylinders 55 attached to the left and right sides of the connecting plate 54 are attached thereto. The pair of chucks 56 are moved to the left. Thereby, the used film tape holding cassette 11匣 held by one of the pair of chucks 56 (the right side gripper 56) is positioned to be loaded. The device side exchange position A2. In this state, the right side clamp 56 is moved downward by the upper upper pressing cylinder 55, and is set. Supporting the cassette loading station 30 is composed of the cassettes 32 on the temporary

時保持機構之定位銷43,，嵌合於形成在藉由右側之夾頭56 所把持之接著膜帶收容用卡匣u〇之箱ηι之下部之定位孔 138 ’將接著膜帶收容用卡匣110以站立設置狀態定位於卡 匣載入器30。藉此，定位於待機位置c之使用完畢之接著膜 π收办用卡匣11 〇，係安裝於定位在載入器側交換位置 之卡匣暫時保持機構。再者，此時，控制裝置（未圖示）係根 據來自設在支樓台32上之在位感測器44,之檢測信號，掌握 使用完畢之接著膜帶收容时£11〇是否安裝於卡㈣時 保持機構。 其後’如此將使用完畢之接著膜帶收容用卡gu〇安裝於 卡e暫時保持機構（未圖示）後，定位於載入器侧交換位'置 A2之夾頭56(卡㈣時保持機構（未圖示）之接著膜帶收容 用卡匠⑽之央頭56)，係藉由把持機構（未圖 開狀態’藉由上下^55而往上方移動。 :且，：由左右屡缸52，使連結板54往右方(圖4之紙面 上所見之右方）移動，伴隨於其，使㈣於⑭板 兩側之1對上下敍55及1對央頭…往右方移動。藉此Μ 104351.doc -33- 1299198 對夹頭5 6中之_ 置A2 〇 方（左側之夾頭56)定位於載入器側交換位 ;匕狀悲，藉由把持機構（未圖示），將左側之夾頭％保 持於打開狀態，並且藉由左側之上下壓缸55，使左側之夾 頁56往下方移動。其次，藉由把持機構（未圖示），使左側之 夹頭％成為閉合狀態，於設於左側之央頭％之内側前端部 之支撐銷57，嵌合於支撐孔113之時點，藉由左側之上下壓 φ 使左側之夾頭56往上方移動，而該支撐銷57係形成 於定位在載入器側交換位置A2之使用完畢之接著膜帶收容 用卡S11G之相ln之上部。藉此，取出定位於卡匿貯藏庫 20之貯藏庫側交換位置幻之使用完畢之接著膜帶收容用卡 匣 110〇 其次，藉由左右壓缸52，使連結板54往左方（圖4之紙面 上所見之左方）移動，伴隨於其，使安裝於連結板54之左右 兩侧之1對上下壓缸55及1對夾頭56，往左方移動。藉此， Φ 由1對夾頭56中之一方（左側之夾頭56)所把持之使用完畢之 接著膜帶收容用卡匣110,定位於貯藏庫側交換位置A1。再 者，此時，於卡匣貯藏庫2〇，於藉由控制裝置（未圖示）所進 行之控制下，直動軸21作動，未保管有接著膜帶收容用卡 匣110之空出場所係定位於卡匣貯藏庫2〇之貯藏庫側交換 位置A1 〇 於此狀悲，藉由左側之上下壓缸5 5，左側之夾頭5 6往下 方移動，使設於卡匣貯藏庫20之支撐台22上之定位銷23， 嵌合於形成在由左側之夾頭56所把持之接著膜帶收容用卡 104351.doc -34- 1299198 匣110之箱111之下部之定位孔138，將接著膜帶收容用卡匣 110以站立設置狀態定位於卡匣貯藏庫2〇。藉此，定位於載 入器側交換位置A2之使用完畢之接著膜帶收容用卡匣 110，保管於定位在貯藏庫侧交換位置A1之卡匣貯藏庫2〇 之空出場所。再者，如此將接著膜帶收容用卡匣110保管於 卡匣貯藏庫20之空出場所後，定位於貯藏庫側交換位置幻 之夾頭56(將保管於卡匣貯藏庫2〇之空出場所之接著膜帶 ^ 收容用卡匣U0之夾頭56)係藉由把持機構（未圖示），保持於 打開狀態，並藉由上下壓缸55往上方移動。 如此，若根據關於本實施型態之接著膜帶收容用卡匣之 交換裝置10，由於將捲繞有ACF捲帶151之供給捲盤112， 收容於接著膜帶收容用卡匣110内，並且於卡匣貯藏庫2〇， 保官複數之此接著膜帶收容用卡匣丨i 〇，且藉由卡匣交換器 50，取出保管於卡匣貯藏庫2〇之複數接著膜帶收容用卡匣 110中之定位於貯藏庫側交換位置八1之特定未使用之接著 φ 膜帶收容用卡匣11 0，並安裝於定位在載入器側交換位置A2 之構成接著膜黏貼機構75之一部分之供給驅動機構33，因 此可使供給捲盤112之處理變得容易，並且可實現接著膜黏 貼機構75之供給捲盤112之自動交換。 特別是若根據關於本發明之接著膜帶收容用卡匣之交換 裝置ίο’旋轉自如地支撐收容於接著膜帶收容用卡匣 内之供給捲盤112之旋轉支撐機構12〇之旋轉軸〗21，係裴卸 自如地連結於構成接著膜黏貼機構75之一部分之供給驅動 機構33之驅動軸36而構成，因此可更容易實現接著膜黏貼 104351.doc •35- 1299198 機構75之供給捲盤112之自動交換。在此，於裝卸自如地連 結於設在卡匣載入器30之供給驅動機構33之驅動轴36之旋 轉支#機構120之旋轉軸121之背面部121a，形成直線狀之 溝部12 2，其係嵌合於形成在驅動軸3 6之前端部之直線狀之 突起部36a者；且使直線狀之溝部122之兩端開放，因此可 於驅動軸36與旋轉軸121往正交於軸向之方向（參考例如·· 圖7之箭頭方向）相對移動之狀態，嵌合於驅動軸36之直線 狀之突起部36a，可容易進行驅動軸36與旋轉軸m之連 又，藉由旋轉停止機構13〇，可於形成在旋轉軸121之 背面部121a之直線狀之溝部122之方向，與形成於驅動軸％ 之直線狀之突起部36a之方向一致之狀態，使供給捲盤i 12 停止凝轉，因此可更容易進行驅動軸3 6與旋轉軸121之連 結。 又，右根據關於本實施型態之接著膜帶收容用卡匣之交 換裝置10 ’由於藉由卡E貯藏庫2G及卡g載人器3〇之直動 軸21、3丨，使接著膜帶收容用卡£11〇移動，並且藉由設在 卡E貯藏庫20及卡！£載入器3()之在位感測器24、44，檢測 接著膜帶收㈣切11G之有無，因此可預先於切貯藏庫 官複數接著膜帶收容用卡g nG，並且將此保管之複數 接者膑帶收容时E1H)，依序自動軸著於構成接著膜黏 貼機構75之一部分之供給驅動應 轫械構33，可更有效地實現對 於接著膜黏貼機構75之接著膜帶收容用卡gii〇之自動交 換。 並且’絲據關於本發明之接著膜帶收容用切之交換 104351.doc -36 - 1299198 w -裒置10，於卡匣載入器30，藉由卡匣交換器5〇，於定位於 貯藏庫側交換位置A1之未使用之接著膜帶收容用卡匡 110,安裝於定位在載入器側交換位置A2之供給驅動機構33 時將疋位於載入器側交換位置A2之使用完畢之接著膜帶 收谷用卡匣11〇，暫時排出至定位於待機位置c之暫置台 80因此可更有效地貫現包含排出動作在内之對於接著膜 黏貼機構75之接著膜帶收容用卡匣11〇之自動交換。 φ 並且，若根據關於本發明之接著膜帶收容用卡匣之交換 裝置10’於供給驅動機構33定位於供給位置6, 捲帶Η} 從接著膜帶收谷用卡g 11G捲出時，藉由卡匡交換器，搬 送定位於待機位置C之使用完畢之接著膜帶收容用卡厘 110，定位於待機位置(：:之使用完畢之接著膜帶收容用卡搜 110暫時保持於定位在載入器側交換位置A2之卡匣暫時保 持機構（未圖示）之後，再保管於定位在貯藏庫側交換位置 A1之卡匣射藏庫2〇之空出場所，因此可同時進行接著膜帶 • 收容时E U〇之供給動作及排出動作，縮短接著膜帶收容 用卡匣110之父換時間，提高裝置之產能利用率。 再者，於關於上述實施型態之接著膜帶收容用卡匣之交 換裝置10,使藉由接著膜帶收容用卡匿11〇之旋轉停止機構 130而彳τ止旋轉之旋轉軸121之直線狀之溝部之方向，成 為往上下方向延伸之方向，但此顧於停止狀態之旋轉軸I] ^ 之直線狀之溝部122之方向，係配合將設於接著膜帶收容用 卡匣之乂換裝置10之卡匣栽入器30之供給驅動機構33之驅 動軸36、及接著膜帶收容用卡匣110之旋轉軸121連結時之 104351.doc •37- 1299198 驅動軸36之移動方向，及驅動軸36之直線狀之突起部36a之 方向決定，因此可適當設為任意方向（例如：延伸於左右方 向之方向）。 又，於關於上述實施型態之接著膜帶收容用卡厘之交換 裝置10，由於使構成接著膜黏貼機構75之一部分之供給驅 動機構33之驅動軸36、與接著膜帶收容用卡匣110之旋轉支 撐機構120之旋轉軸121互相嵌合，因此於驅動軸36之前端 部形成直線狀之突起部36a，於旋轉軸121之背面部121a形 成直線狀之溝部12 2 ’但不限於此，亦可於驅動軸3 6之前端 部形成直線狀之溝部，於旋轉轴丨21之背面部12 U形成直線 狀之突起部。The positioning pin 43 of the holding mechanism is fitted to the positioning hole 138' formed in the lower portion of the box η 〇 形成 形成 形成 藉 藉 藉 藉 藉 藉 右侧 右侧 右侧 右侧 右侧 右侧 右侧 η η η η η η η η η η η η η η η η The crucible 110 is positioned at the cassette loader 30 in a standing setting state. Thereby, the used film π receiving cassette 11 positioned at the standby position c is attached to the cassette temporary holding mechanism positioned at the loader side exchange position. Further, at this time, the control device (not shown) grasps whether or not the used film is stored in the card based on the detection signal from the in-position sensor 44 provided on the branch base 32. (4) Maintain the institution. Then, the attached film tape accommodating card gu〇 is attached to the card e temporary holding mechanism (not shown), and is positioned at the loader side exchange position 'A2 chuck C (holding the card (4)) The head (56) of the card holder (10) of the mechanism (not shown) is moved upward by the gripping mechanism (not shown) by the upper and lower sides 55. 52. The connecting plate 54 is moved to the right (to the right as seen on the paper surface of Fig. 4), and (4) one pair of upper and lower sides 55 and one pair of center heads on both sides of the 14-plate are moved to the right. By means of Μ 104351.doc -33- 1299198, the A A2 ( square (the left side of the chuck 56) of the chuck 5 6 is positioned at the loader side exchange position; the sorrow is caused by the holding mechanism (not shown) The left collet is held in the open state, and the left side gripper 56 is moved downward by the upper left upper press cylinder 55. Secondly, the gripper on the left side is gripped by a gripping mechanism (not shown) % is in a closed state, and the support pin 57 at the inner end portion of the inner end portion of the left side is fitted to the support hole 113 by the left side. The lower pressing force φ causes the chuck 56 on the left side to move upward, and the support pin 57 is formed on the upper portion of the phase of the film-receiving card S11G which is used at the loading side exchange position A2. The removal of the storage side of the storage side of the storage container 20 is carried out, and the use of the film tape storage cassette 110 is followed by the left and right pressure cylinders 52, so that the connection plate 54 is turned to the left (the paper of FIG. 4) The left side of the above-mentioned movement is moved, and the pair of upper and lower pressure cylinders 55 and the pair of chucks 56 attached to the right and left sides of the coupling plate 54 are moved to the left. Thereby, Φ is made by a pair of chucks. One of the 56 pieces (the left side chuck 56) holds the used film tape storage cassette 110, and is positioned at the storage side exchange position A1. Further, at this time, in the cassette storage 2, Under the control of the control device (not shown), the linear motion shaft 21 is actuated, and the vacant place where the film cassette accommodating cassette 110 is not stored is positioned at the storage side of the cassette storage unit 2 Position A1 〇 〇 , , , , , , , , , , , , , , , , , , , , , , Moving downward, the positioning pin 23 provided on the support table 22 of the cassette storage 20 is fitted to the adhesive film holding card 104351.doc -34-1299198 which is formed by the chuck 56 on the left side. The positioning hole 138 at the lower portion of the box 111 of the 110 is positioned next to the cassette storage cassette 2 in a standing state, thereby positioning the use of the load side A2 at the loader side. The film cassette accommodating cassette 110 is stored in the vacant place of the cassette storage unit 2 positioned at the storage side exchange position A1. Further, the film cassette accommodating cassette 110 is stored in the cassette storage unit 20 in this manner. After the vacant space is left, the collet 56 that is positioned at the storage side of the storage side is attached to the nipper 56 of the vacant place of the 匣 匣 ^ ^ 收容 收容 收容 收容 收容 收容 56 56 56 56 56 56 56 The gripping mechanism (not shown) is held in an open state and moved upward by the upper and lower pressure cylinders 55. In this way, the supply reel 112 of the ACF reel 151 is wound around the tape cassette accommodating cassette 110 in accordance with the present embodiment, and the reel 112 is wound around the film tape accommodating cassette 110. In the 匣 匣 匣 〇 〇 〇 〇 〇 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 于 保 保 保 保 保 保 保 保 保 保 保 保 膜 膜The specific unused φ film tape accommodating cassette 定位 110 positioned in the storage side exchange position 181 of the magazine 110 is attached to a portion of the film bonding mechanism 75 which is disposed at the loader side exchange position A2. By supplying the drive mechanism 33, the processing of the supply reel 112 can be facilitated, and the automatic exchange of the supply reel 112 of the film bonding mechanism 75 can be realized. In particular, according to the exchange device 接着 ' 关于 接着 接着 接着 〗 〗 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 21 It is configured to be detachably coupled to the drive shaft 36 of the supply drive mechanism 33 constituting one of the film adhesion mechanisms 75, so that the film reel 112104.doc • 35-1299198 mechanism 75 can be more easily realized. Automatic exchange. Here, the back surface portion 121a of the rotary shaft 121 of the rotation support mechanism 120 provided in the drive shaft 36 of the supply drive mechanism 33 of the cassette loader 30 is detachably coupled to form a linear groove portion 12 2. It is fitted to the linear projection 36a formed at the front end of the drive shaft 36; and the both ends of the linear groove 122 are opened, so that the drive shaft 36 and the rotary shaft 121 can be orthogonal to the axial direction. The direction in which the direction (refer to the direction of the arrow in FIG. 7) is relatively moved is fitted to the linear projection 36a of the drive shaft 36, and the drive shaft 36 and the rotation axis m can be easily connected, and the rotation is stopped. The mechanism 13A can stop the supply reel i 12 in a direction in which the linear groove portion 122 formed in the back surface portion 121a of the rotary shaft 121 coincides with the direction of the linear projection portion 36a formed on the drive shaft %. Condensation, so that the connection of the drive shaft 36 and the rotary shaft 121 can be performed more easily. Further, according to the switching device 10' for the film cassette accommodating cassette of the present embodiment, the film is adhered by the linear movement shafts 21 and 3 of the card E storage 2G and the card holder 3 With the accommodation card £11〇 mobile, and by the card E storage 20 and the card! The in-position sensors 24 and 44 of the loader 3 () detect the presence or absence of the film (4) cutting 11G, so that the film storage card g nG can be attached to the storage container in advance and stored. The plurality of pick-ups are carried out at the time of accommodation (E1H), and are sequentially axially mounted on the supply driving mechanism 33 constituting a part of the film-adhesive bonding mechanism 75, so that the film-fitting accommodation for the adhesive film-attaching mechanism 75 can be more effectively realized. Automatic exchange with the card gii〇. And according to the present invention, the film strip containing the exchange 104351.doc -36 - 1299198 w - 10, in the cassette loader 30, by the cassette exchanger 5, in the storage The unused film tape accommodating cassette 110 of the library side exchange position A1 is attached to the supply drive mechanism 33 positioned at the loader side exchange position A2, and is placed next to the loader side exchange position A2. The film-receiving cassette 11 is temporarily discharged to the temporary stage 80 positioned at the standby position c, so that the film-receiving cassette 11 for the adhesive film-attaching mechanism 75 including the discharge operation can be more effectively realized. Automatic exchange. When the exchange device 10' according to the present invention is positioned at the supply position 6 by the supply drive mechanism 33, the tape cassette 卷} is taken up from the film-receiving card g 11G. By using the cassette exchanger, the used film cassette accommodating cassette 110 positioned at the standby position C is transported and positioned at the standby position (:: the used film cassette accommodating card search 110 is temporarily held at the position After the card side temporary holding mechanism (not shown) of the loader side exchange position A2 is stored in the vacant place of the card storage container 2 located at the storage side exchange position A1, the film can be simultaneously attached. In the case of the supply operation and the discharge operation of the EU 收容 during the storage, the replacement time of the film cassette accommodating cassette 110 is shortened, and the capacity utilization rate of the apparatus is improved. Further, the film cassette accommodating card of the above-described embodiment is used. In the switching device 10, the direction of the linear groove portion of the rotating shaft 121 that is rotated by the rotation stopping mechanism 130 that is slid by the film tape is reversed in the vertical direction. Gu The direction of the linear groove portion 122 of the rotation axis I] of the stop state is matched with the drive shaft 36 of the supply drive mechanism 33 provided in the cassette aligner 30 of the splicing device 10 of the film cassette accommodating cassette. And when the rotation shaft 121 of the film cassette accommodating cassette 110 is connected, 104351.doc • 37- 1299198 The movement direction of the drive shaft 36 and the direction of the linear projection 36a of the drive shaft 36 are determined, so that it can be appropriately set. In the direction of the direction (for example, the direction extending in the left-and-right direction), the switching device 10 for the tape-receiving card for the above-described embodiment is supplied to the drive mechanism 33 which constitutes a part of the film-attachment mechanism 75. The drive shaft 36 is fitted to the rotary shaft 121 of the rotary support mechanism 120 of the film cassette accommodating cassette 110. Therefore, a linear projection 36a is formed on the front end of the drive shaft 36 at the rear surface of the rotary shaft 121. The 121a is formed in a linear groove portion 12 2 ', but is not limited thereto, and a linear groove portion may be formed at an end portion of the drive shaft 36 before, and a linear protrusion portion may be formed on the back surface portion 12 U of the rotation shaft 21 .

並且，於關於上述實施型態之接著膜帶收容用卡匣之交 換裝置10,由於將接著膜帶收容用卡匣11〇,定位於接著膜 帶收容用卡匣之交換裝置〗〇之卡匣貯藏庫2〇及卡匣載入器 3〇,因此於接著膜帶收容用卡£11〇之箱⑴形成定位孔 138，於卡匣貯藏庫20及卡匣載入器3〇設置定位銷u、a、 43 佴小限於此，亦可於接著膜帶收容用卡匿ιι〇之箱▲ 形成定位銷，於卡E貯藏庫2〇及卡g載入器3〇形成定位孔 並且’於關於上述實施型態之接著膜帶收容用卡匿之交 換裝置1G，藉由卡㈣藏庫2G保管使用完畢之接著膜帶收 容用卡匡110，但不限於此，藉 稽田有別於卡匣貯藏庫20之其 他裝置，保管使用完畢之拯鍫 八 、 带 < 接者膜贡收容用卡匣110亦可。 並且’於關於上述實施型 ;、之接者膜帶收容用卡匣之交 換裝置10,設置暫置台8〇，作Further, in the exchange device 10 for the film cassette accommodating cassette according to the above-described embodiment, the film cassette accommodating cassette 11 is placed next to the cassette for accommodating the film cassette accommodating cassette. The storage compartment 2〇 and the cassette loader 3〇 are formed, so that the positioning hole 138 is formed in the box (1) of the film tape storage card, and the positioning pin is provided in the cassette storage 20 and the cassette loader 3 , a, 43 佴 small is limited to this, you can also form a locating pin in the cassette ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac In the above-described embodiment, the film cassette accommodating device 1G for storing the film is stored in the card (4) storage 2G, and the film tape accommodating cassette 110 is used. However, the present invention is not limited thereto. Other devices in the storage container 20 may be used for storage and use of the occupant. Further, in the above-mentioned embodiment, the exchange device 10 for the film cassette accommodating cassette is provided, and the temporary stage 8 is provided.

作為用以保管排出至待機位置C 104351.doc -38- 1299198 用70畢之接著膜帶收容用卡匣1 1 0之裝置，但不限於 亦可於待機位置C設置與卡匣貯藏庫20相同之裝置。 (接著膜黏貼機構） 二_人，根據圖10至圖14，說明有關具備上述實施型態之 接著膜τ收容用卡匣之交換裝置1〇之接著膜黏貼袭置之一 實施型態。 首先根據圖10至圖12，說明有關本實施型態之接著膜 修⑩貼裝置之全體構成。在此，圖1〇係表示接著膜黏貼裝置 之平面圖；圖11係表示從幻方向觀察圖1〇所示之接著膜黏 、哀置之圖，圖12係表示從ΧΗ方向觀察圖10所示之接著膜 黏貼裝置之圖。 、 如圖10至圖12所示，關於本實施型態之接著膜黏貼裝置 2〇1係為了將ACF捲帶（接著膜帶）所含之ACF(接著膜），貼附 於接著對象構件上者；且具備：冰箱2〇1，其係將複數acf 卡匣（接著膜帶收容用卡匣）310，以低溫保管者；卡匣貯藏 φ 庫（常溫保管機構）22〇，其係將從冰箱210取出之ACF卡匣 3 10 ’以室溫（常溫）保管者；ACF黏貼機構275，其係安裝有 從卡匣貯藏庫220取出之ACF卡匣31〇者；移載臂（第一移載 機構）240，其係取出以冰箱21〇所保管之ACF卡匣31〇，並移 載至卡匣貯藏庫220者；卡匣載入器230，其係用以將從卡 匣貝τ藏庫220取出之ACF卡匣3 10，安裝於ACF黏貼機構275 者；及卡匣交換器250，其係於卡匣貯藏庫22〇與卡匣載入 态230之間搬送ACF卡匣310者。再者，藉由卡匣載入器230 及卡匡父換器2 5 0 ’構成第二移載機構，其係取出以卡厘貯 104351.doc •39· 1299198 藏庫220保管之ACF卡匣3 10，並移載至ACF黏貼機構275者。 其中’冰箱210係將複數未使用之ACF卡匣3 10，以低溫 保管。亦即’如圖10及圖11所示，冰箱21〇具有：支撐台211， 其係支撐ACF卡匣310者；及冷卻機構（未圖示），其係用以 冷卻由支撐台211所支撐之ACF卡匣310者。再者，於支撐 台211上設有定位銷212，其係用以將ACF卡匣310，以站立 設置狀態定位者。 在此，於如此而以冰箱210保管之ACF卡匣310，收容有 ’捲繞ACF捲帶之ACF捲盤（供給捲盤）311。又，於ACF卡匣 3 1 0之外側面安裝有 RFID(Radio Frequency Identification : 射頻辨識）裝置（記憶裝置）312，其係記憶資料，並且能以無 線與外部之間進行資料收授者。 卡S貝丁藏庫2 2 0係構成為’將從冰箱210取出之未使用之 ACF卡匣310，於安裝於ACF黏貼機構275之間，以室溫（常 溫）保管，使ACF卡E 3 10移動於保管位置與貯藏庫側交換位 ，置A1之間。亦即，如圖1〇、圖丨丨及圖12所示，卡g貯藏庫 220具有：直動軸221 ;及支撐台222,其係藉由直動軸而往 前後方向移動自如地保持者。再者，於支撐台222上，於Acf 卡S 3 10之各保管位置設有：定位銷223，其係將ACF卡匣 3 10以站立設置狀態定位者；及在位感測器224，其係用以 檢測ACF卡匣3 10之有無者。 卡11載入器230係將從卡匣貯藏庫220取出之未使用之 ACF卡匣310，安裝於acf黏貼機構275，並於ACF卡匣310 安裝於構成ACF黏貼機構275之一部分之供給驅動機構233 104351.doc •40- 1299198 之載入器側交換位置A2、與供給驅動機構233作用而ACF 捲帶從ACF卡匣3 10捲出之ACF黏貼位置B之間，使供給驅 動機構233移動而構成。亦即，如圖10及圖12所示，卡匣載 入器230具有：直動軸231 ;及支撐台232，其係藉由直動軸 231而往前後方向移動自如地保持者。又，於支撐台232上， 設有構成ACF黏貼機構275之一部分之供給驅動機構233。 並且，於支撐台232上，定位銷234，其係用以將安裝於供 給驅動機構233之ACF卡匣310，以站立設置狀態定位者； 及在位感測器235，其係用以檢測ACF卡匣3 10之有無者。 再者，卡匣載入器230之供給驅動機構233係於ACF黏貼 位置B，組入於ACF黏貼機構275,並作為其一部分而作用。 亦即，如圖10所示，於供給驅動機構233移動至ACF黏貼位 置B之情況，安裝於供給驅動機構233之ACF卡匣3 10安裝於 ACF黏貼機構275，藉由供給驅動機構233，ACF卡匣3 10之 ACF捲盤311旋轉，從而ACF捲帶從ACF捲盤311捲出，ACF _ 捲▼所含之ACF黏貼於接著對象構件上。在此，於供給驅 動機構233移動之ACF黏貼位置B，如圖1〇所示，設有鎖定 機構260，可鎖定ACF卡匣310。再者，鎖定機構260具有： 固定壓缸262，其係將安裝於上部支撐台261之ACF卡匣310 之上部固定者，及下部支撐台263，其係支撐支撐台23 2之 下面’而該支撐台232使安裝有ACF卡匣3 10之供給驅動機 構233移動者。 移載臂240係將ACF卡匣3 10從冰箱210移載至卡匣貯藏 庫220 ’以便以冰箱210所保管之未使用之acf卡匣310，保 104351.doc -41 - 1299198 管於卡E貯藏庫22G之特定空出場所^亦即，如wiq及圖U 所不移載臂240具有：支樓板241，其係可藉由水平 機構（未圖示），往水平方向移動者；上下>1缸242’其係安 裝於支撐板241上者；夾頭243,其係藉由上下㈣加，往 上下方向移動自如地保持者。再者，夾頭加係藉由把持機 構（未圖示）進行開閉動作，於其内側前端部設有用以支樓 ACF卡匣310之上部之支撐銷244。 φ 再者，於移載臂240安裝有RFID讀寫機（寫入裝置）245， 其係於未使用之ACF卡匣310從冰箱210取出之時點，對於 該ACF卡匿310之RFID裝置312，寫入關於取出時刻之資訊 者。 、 卡匣父換器250係於貯藏庫側交換位置A1與載入器側交 換位置A2之間，搬送未使用之aCF卡匣3 1〇，以便使定位於 卡匣貯藏庫220之貯藏庫側交換位置A1之未使用之acf卡 匣310，安裝於卡匣載入器230之載入器側交換位置A2之供 φ 給驅動機構233。亦即，如圖10至圖12所示，卡匣交換器25〇 具有：支撐板251、安裝於支撐板251上之左右壓缸252、藉 由左右壓缸252而往左右方向移動自如地保持之連結板 254、安裝於連結板254之左右兩側之1對上下壓缸255、及 藉由1對上下壓缸255而往上下方向移動自如地保持之1對 夾頭256。再者，夾頭256係藉由把持機構（未圖示）而進行開 關動作，於其内側前端部，設有用以支撐ACF卡S3 10之上 部之支撐銷257。 再者，於卡匣交換器250，安裝有RFID讀寫機（讀取裝 104351.doc -42- 1299198 置）258，可於從卡匣貯藏庫220取出之ACF卡匣3 10安裝於 ACF黏貼機構275之前，從該ACF卡匣3 10之RFID裝置312， 讀取關於取出時間之資訊。 在此，圖10至圖12所示之接著膜黏貼裝置201中，於隔著 卡匣載入器230之載入器側交換位置A2之卡匣貯藏庫22〇之 貯藏庫側交換位置A1之相反側之位置（排出位置c)，設有排 出台280，以排出使用完畢之ACF卡匣310。 又，於圖10至圖12所示之接著膜黏貼裝置2〇1所含之各構 _ 成要素（例如：卡匣貯藏庫220之直動軸221、移載臂240之 水平移動機構（未圖示）、上下壓缸242、夾頭243之把持機構 (未圖示）、RFID讀寫機245、卡匣載入器230之直動軸231、 供給驅動機構233、卡匣交換器250之左右壓紅252、上下壓 缸255、夾頭256之把持機構（未圖示）、RFID讀寫機258、鎖 定機構260之固定壓缸262等），連接有控制裝置27〇,於藉 由控制裝置2 7 0所進行之控制下，將自動進行如以下所說明 | 之動作。 其次’說明有關圖10至圖12所示之接著膜黏貼裝置2(H。 首先，作為初始狀態，準備複數之收容有ACF捲盤31丨之 未使用之ACF卡匣3 10,於冰箱210整齊排列而保管。此時， 各ACF卡匣310係形成於其下部之定位孔（未圖示），欲合於 設在冰箱210之支撐台211上之定位銷212，並以站立設置狀 態定位於支撑台211上。而且，各ACF卡匣31〇係藉由冷卻 機構（未圖示）冷卻，其溫度保持於低溫。 於此狀態，保管於冰箱21 0之未使用之Acf卡匣3 1 0係按 104351.doc -43- 1299198 照圖13所示之程序，從冰箱21〇移載至卡匣貯藏庫22〇(參考 圖10之第一移載路徑Ml)。 亦即’控制裝置270係根據設在卡匣貯藏庫22〇之各保管 位置之在位感測器224之檢測結果，一直監視卡匣貯藏庫 220之保管位置是否產生空位（圖13之步驟4〇1)，於卡匣貯藏 庫220之保管位置產生空位之時點，對於移載臂24〇指示移 載ACF卡匣310，藉由移載臂240，取出以冰箱210所保管之 馨 未使用之ACF卡匣31〇(圖η之步驟4〇2)。 具體而言’移載臂240係於藉由控制裝置270所進行之控 制下，藉由水平移載機構（未圖示）而往水平方向移動，並定 位於冰箱210之特定保管位置。而且於此狀態，移載臂24〇 係藉由把持機構（未圖示），將夾頭243保持於打開狀態，並 且藉由上下壓缸242，使夾頭243往下方移動。其次，移載 臂240係藉由把持機構（未圖示），使炎頭243成為閉合狀態， 於設在節頭243之内側前端部之支撐銷244，嵌合於ACF卡 φ 匣3 10之上部之支撐孔（未圖示）之時點，藉由上下壓缸242， 使夾頭243在上方移動。藉此，取出定位於冰箱2丨〇之特定 保管位置之未使用之ACF卡匣310。 其次，於如此而從冰箱210取出未使用之ACF卡匣31〇之 時點，於藉由控制裝置270所進行控制下，藉由安裝於移載 臂240之RFID讀寫機245，對於該ACF卡匣3 10之Rfid裝置 3 12寫入關於取出時刻之資訊（圖13之步驟4〇3)。 其後，移載臂240於藉由控制裝置27〇所進行控制下，藉 由水平移載機構（未圖示）而往水平方向移動，並定位於卡匣 104351.doc -44 - 1299198 貯藏庫220之特定保管位置（空出場所）。而且於此狀態，移 載臂240於藉由控制裝置謂所進行控制下，藉由上下壓紅 242，使夾頭243往下方移動，設於卡匣貯藏庫之特定保 管位置（空出場所）之定位銷223,嵌合於形成在藉由夾頭243 所把持之ACF卡匣310之下部之定位孔（未圖示），並將未使 用之ACF卡匣3 10以站立設置狀態，定位於卡匣貯藏庫22〇 之特定保管位置（空出場所）。藉此，以冰箱21〇所保管之未 _ 使甩之ACF卡匣310，安裝於卡匣貯藏庫22〇之特定空出場 所（圖13之步驟404)。再者，如此將未使用之ACF卡 匣310 安裝於卡匣貯藏庫220之特定保管位置（空下場所）之後，移 載臂240於藉由控制裝置27〇所進行控制下，藉由把持機構 (未圖示）而將夾頭243保持於打開狀態，並且藉由上下壓缸 242 ’使其往上方移動，並從卡匣貯藏庫22〇退避。 另一方面，如以上而保管於卡匣貯藏庫220之任意空出場 所（保官位置）之未使用之ACF卡匣310，係按照圖14所示之 φ 程序’從卡匣貯藏庫220移載至ACF黏貼機構275(參考圖10 之第二移載路徑M2、M3)。 亦即’控制裝置270—直監視安裝於ACF黏貼機構275之 ACF卡H 3 10之自動交換之要求是否發生（圖14之步驟 501) ’於ACF卡匣3 10之自動交換之要求發生之時點，對於 卡E貯藏庫220、卡匣載入器230及卡匣交換器250，指示進 行ACF卡匣3 10之自動交換。藉此，卡匣貯藏庫220、卡匣 載入器230及卡匣交換器25〇係於於藉由控制裝置270所進 行控制下，將保管於卡匣貯藏庫22〇之保管位置之Acf卡匣 104351.doc -45- 1299198 3 10中，於卡匣貯藏庫220保管後已經過特定時間之ACF卡 E 310，從卡匣貯藏庫220移載至ACF黏貼機構275。 具體而s’於卡貯藏庫220，於藉由控制農置270所進 行控制下，設定η = 1(圖14之步驟502)，然後使直動軸221 作動，使藉由支撐台222上之定位銷223所定位之複數Acf 卡匣310中，保管於卡g貯藏庫220之第η個保管位置之未使 用之ACF卡匣3 10，從保管位置移動至貯藏庫側交換位置 Α1。再者，此時，控制裝置270係根據來自在位感測器224 之檢測“號’掌握保管未使用之ACF卡匣3 10之保管位置。 又，於卡S載入器230，於藉由控制裝置270所進行控制 下，使直動軸231作動，將安裝於ACF黏貼機構275之供給 驅動機構233之使用完畢之ACF卡匣310(藉由支撐台232上 之疋位銷234所定位之ACF卡匣3 10)，從ACF黏貼位置B移動 至載入器側交換位置A2。 再者，卡匣交換器250之1對夾頭256之各個，係分別定位 於貯藏庫侧交換位置A1及載入器側交換位置A2之上方。 於此狀態，卡匣交換器250係於藉由控制裝置27〇所進行 控制下’藉由把持機構（未圖示）將1對夾頭256保持於打開狀 態’並且藉由1對上下壓缸255，使1對夾頭256往下方移動。 其次’卡匣交換器250係藉由把持機構（未圖示），使！對夾頭 256成為閉合狀態，於設於1對夾頭256之内側前端部之支撐 銷257 ’嵌合於支撐孔（未圖示）之時點，藉由1對上下壓缸 255 ’使1對夾頭256往上方移動，而該支撐孔係形成於定位 在貯藏庫側交換位置A1及載入器側交換位置A2之ACF卡匣 104351.doc -46- 1299198 310。藉此，可同時取出定位於卡匣貯藏庫220之貯藏庫側 交換位置A1之未使用之ACF卡匣310、及定位於卡匣載入器 23 0之載入器側交換位置A2之使用完畢之ACF卡匣3 10。再 者’卡匣交換器250進行以上一連串動作，以取出保管於卡 11貯藏庫220之第η個保管位置之未使用之ACF卡匣3 10(圖 14之步驟503)。 在此，於如此而將保管於卡匣貯藏庫220之第η個保管位 置之未使用之ACF卡匣310取出之時點，藉由安裝於卡匣交 換器250之RFID讀寫機258，從該ACF卡匣3 10之RFID裝置 312讀取有關取出時刻之資訊（圖14之步驟5〇4)。 而且，控制裝置270係根據如此所讀取之關於取出時刻之 資訊’判斷該ACF卡匣3 10之取出時刻是否符合特定條件（圖 14之步驟505)。亦即，比較該ACF卡匣3 10之取出時刻及現 在時刻，判斷該ACF卡匣3 10保管於卡匣貯藏庫220之後， 是否已經過特定時間。 在此，於藉由卡匣交換器250所取出之ACF卡匣3 10符合 特定條件之情況，前進至步驟5〇6，進行該ACF卡匣3 10之 自動交換（安裝於ACF黏貼機構275)。 亦即’卡匣交換器25〇係於藉由控制裝置270所進行控制 下’藉由左右壓缸252，使連結板254往右方（圖12之紙面上 所見之右方）’伴隨於其，使安裝於連結板254之左右兩側 之1對上下壓缸255及1對夾頭256往右方移動。藉此，由i 對失頭256所把持之未使用之acf卡匣310及使用完畢之 ACF卡匣310，分別定位於載入器側交換位置a2及排出位置 104351.doc -47- 1299198 ο 於此狀態，藉由1對上下壓缸255，使1對夾頭256往下方 移動，設於卡匣載入器23 0之支撐台232上之定位銷234及設 於排出台280上之定位銷（未圖示），係嵌合於形成在由1對夾 頭25 6所把持之各ACF卡匣310之下部之定位孔（未圖示），未 使用之ACF卡匣3 10及使用完畢之ACF卡匣3 10分別以站立 設置狀態，定位於卡匣載入器230及排出台280。藉此，定 位於貯藏庫側交換位置Α1之未使用之ACF卡匣3 10係安裝 ® 於定位在載入器側交換位置Α2之供給驅動機構233，並且定 位於載入器側交換位置Α2之使用完畢之ACF卡匣3 10排出 至定位於排出位置C之排出台80。 而且，若定位於貯藏庫側交換位置Α1之未使用之ACF卡 匣3 10，安裝於定位在載入器側交換位置Α2之供給驅動機構 233，卡匣載入器230將於藉由控制裝置270所進行控制下， 使直動軸231作動，使安裝於供給驅動機構233之未使用之 _ ACF卡匣3 10，從載入器側交換位置Α2移動至ACF黏貼位置 B，將供給驅動機構233作為ACF黏貼機構275之一部分而組 入。又，於藉由控制裝置270所進行控制下，使安裝於鎖定 機構260之上部支撐台261之固定壓缸262作動，藉由安裝於 固定壓缸262之固定部（未圖示），將定位於下部支撐台263 上之支撐台232及ACF卡匣310鎖定。 於此狀態，使ACF黏貼機構275作動，藉由供給驅動機構 23 3^ ACF^ E 310^ACF##311^# ^ ACF# ψ ACF 捲盤311捲出，ACF捲帶所含之ACF將黏貼於接著對象構件。 104351.doc -48 - 1299198 另一方面，於步驟5 05,於藉由卡匣交換器250所取出之 未使用之ACF卡匣3 10(定位於卡匣貯藏庫220之貯藏庫侧交 換位置A1之ACF卡£ 310)未符合特定條件之情況，使該 ACF卡匣3 10回到卡匣貯藏庫220之原本位置（步驟507)。此 時，卡匣交換器250係於藉由控制裝置27〇所進行控制下， 藉由左側（圖12之紙面上所見之左側）之上下壓缸25 5，使左 側之夾頭256往下方移動，將設於定位在卡匣貯藏庫22〇之 _ 貯藏庫側交換位置A1之保管位置之定位銷223，嵌合於形成 在由夾頭243所把持之ACF卡匣310之下部之定位孔（未圖 示），將未使用之ACF卡匣3 10以站立設置狀態，定位於卡匣 貯藏庫220之特定保管位置（空出場所）。藉此，由卡匣交換 器25 0暫時取出之ACF卡匣310，將回到卡匣貯藏庫22〇之原 本位置。 而且’於藉由控制裝置270所進行控制下，設定η == η + 1(步驟508)，判斷於卡匣貯藏庫22〇之其他保管位置，是否 • 存在其他ACF卡厘310(步驟5〇9)，若於卡匣貯藏庫22〇之其 他保管位置存在其他ACF卡匣310，使保管於卡匣貯藏庫 220之下一個第（n+ 1}個保管位置之未使用之acf卡匣 31〇,從保管位置移動至貯藏庫側交換位置八丨，重複與上述 步驟503〜505相同之處理。 藉此，保管於卡匣貯藏庫220之保管位置之ACF卡匣31〇 中於卡匣貝了藏庫220保管之後已經過特定時間之acf卡匣 31〇，將從卡匣貯藏庫220移載至ACF黏貼機構275。 如此，若根據關於本實施型態之接著膜黏貼裝置2〇1，由 104351.doc -49- 1299198 於根據記憶於各ACF卡匣3 10之RFID裝置312之關於取出時 刻之資訊，藉由控制裝置270，控制移載臂240、卡匣交換 器250及卡匣載入器230，以便從冰箱210移載至卡匣貯藏庫 220之ACF卡匣310中，於卡厘貯藏庫220保管之後已經過特 定時間之ACF卡匣3 10從卡匣貯藏庫220移載至ACF黏貼機 構275，因此可定量地管理ACF黏貼後品質惡化之原因之 ACF捲盤311之室溫放置時間（從冰箱220取出後，以卡匣貯 藏庫220放置於室溫之時間），適當且容易地進行acf捲盤 ’ 3 11之品質管理。 再者，於關於上述實施型態之接著膜黏貼裝置2(Π，於控 制裝置270，判斷ACF卡匣3 10於卡匣貯藏庫220保管之後， 是否已經過特定時間（ACF卡匣3 10之室溫放置是否充分）， 以選擇作為自動交換對象之ACF卡匣，但除此之外，亦可 判斷ACF卡匣310於卡匣貯藏庫220保管後之經過時間，是 否為特定限度時間内（ACF卡匣3 1 0之室溫放置是否不必要 • 地延長），以選擇作為自動交換對象之ACF卡匣。 又，於關於上述實施型態之接著膜黏貼裝置2〇1，使各 ACF卡匣3 10之RFID裝置3 12記憶關於從冰箱210之取出時 刻（室溫放置開始時間）之資訊，藉由控制裝置27〇，判斷acF 卡匣3 10於卡匣貯藏庫220保管之後，是否已經過特定時間 (ACF卡匣310之室溫放置是否充分），以選擇作為自動交換 對象之ACF卡匣，但不限於此，亦可於各ACF卡匣31〇之 RFID裝置312’同時記錄關於從冰箱21〇之取出時刻（室溫放 置開始時間）之資訊、及關於ACF捲盤3丨丨之製造時刻之 104351.doc -50- 1299198 . 訊’藉由控制裝置⑽，判斷ACF捲盤311是否已超過壽命It is a device for storing the film cassette accommodating cassette 110 which is discharged to the standby position C 104351.doc -38 - 1299198, but is not limited to the same as the cassette storage 20 at the standby position C. Device. (Following the film-adhesive mechanism) The first embodiment of the film-attaching device 1 of the above-described embodiment of the exchange device 1 of the film-containing accommodating cassette of the above-described embodiment will be described with reference to Figs. 10 to 14 . First, the overall configuration of the adhesive film repairing device of the present embodiment will be described with reference to Figs. 10 to 12 . Here, FIG. 1 is a plan view showing a film adhering device; FIG. 11 is a view showing the adhesion and adhesion of the film shown in FIG. 1A from the magical direction, and FIG. 12 is a view showing the direction shown in FIG. The figure of the film sticking device is followed. As shown in FIG. 10 to FIG. 12, the adhesive film adhering device 2〇1 of the present embodiment is attached to the next object member in order to attach the ACF (adhesive film) contained in the ACF tape (following the film tape). And a refrigerator 2〇1, which is a plurality of acf cassettes (attached to the cassette holder cassette 310) for storage at a low temperature; and a cassette storage φ library (normal temperature storage mechanism) 22〇, which will be The ACF cassette 3 10 ' taken out from the refrigerator 210 is stored at room temperature (normal temperature); the ACF attaching mechanism 275 is installed with the ACF cassette 31 taken out from the cassette storage 220; the transfer arm (first shift) The loading mechanism 240 is taken out from the ACF cassette 31 stored in the refrigerator 21 and transferred to the cassette storage 220; the cassette loader 230 is used to hold the cassette from the cassette The ACF cassette 3 10 taken out of the library 220 is installed in the ACF pasting mechanism 275; and the cassette exchanger 250 is attached to the ACF cassette 310 between the cassette storage 22 and the cassette loading state 230. Furthermore, the second transfer mechanism is constituted by the cassette loader 230 and the cassette replacement device 250', and the ACF card stored in the storage box of the 350351.doc •39· 1299198 storage 220 is taken out. 3 10, and transferred to the ACF pasting mechanism 275. The refrigerator 210 is a plurality of unused ACF cartridges 3 10 and stored at a low temperature. That is, as shown in FIGS. 10 and 11, the refrigerator 21A has a support table 211 that supports the ACF cassette 310, and a cooling mechanism (not shown) that is cooled by the support table 211. The ACF card is 310. Further, a positioning pin 212 is provided on the support table 211 for positioning the ACF cassette 310 in a standing state. Here, the ACF cassette 310 stored in the refrigerator 210 in this manner houses the ACF reel (supply reel) 311 in which the ACF reel is wound. Further, an RFID (Radio Frequency Identification) device (memory device) 312 is mounted on the side of the ACF card 匣 3 1 0, which is a memory material and can be used as a data receiver between the wireless and the outside. The card S. Bidden Library 2200 is configured as 'the unused ACF cassette 310 taken out from the refrigerator 210, and is attached between the ACF attaching mechanism 275, and stored at room temperature (normal temperature) to make the ACF card E 3 10 Move to the storage location and the storage side exchange position, set between A1. That is, as shown in FIG. 1A, FIG. 12, and FIG. 12, the card g storage 220 has a linear motion shaft 221 and a support base 222 which is movable freely in the front-rear direction by a linear motion axis. . Further, on the support table 222, at each storage position of the Acf card S 3 10, there are: a positioning pin 223 which positions the ACF cassette 3 10 in a standing setting state; and a presence sensor 224, It is used to detect the presence or absence of ACF card 3 10 . The card 11 loader 230 is an unused ACF cartridge 310 that is taken out from the cassette storage 220, attached to the acf bonding mechanism 275, and mounted on the ACF cartridge 310 to a supply driving mechanism that constitutes a part of the ACF bonding mechanism 275. 233 104351.doc • 40- 1299198 between the loader side exchange position A2 and the supply drive mechanism 233 and the ACF tape take-up from the ACF stuck position 10 of the ACF tape position 3, causing the supply drive mechanism 233 to move Composition. That is, as shown in Figs. 10 and 12, the cassette loader 230 has a linear motion shaft 231 and a support base 232 which is movably held in the front-rear direction by the linear motion shaft 231. Further, on the support table 232, a supply drive mechanism 233 constituting a part of the ACF attaching mechanism 275 is provided. And, on the support table 232, a positioning pin 234 for positioning the ACF cassette 310 mounted to the supply drive mechanism 233 in a standing state; and a position sensor 235 for detecting the ACF Card 匣 3 10 or not. Further, the supply driving mechanism 233 of the cassette loader 230 is attached to the ACF attaching position 275 at the ACF attaching position B, and functions as a part thereof. That is, as shown in FIG. 10, when the supply drive mechanism 233 is moved to the ACF pasting position B, the ACF cassette 3 10 attached to the supply drive mechanism 233 is attached to the ACF attaching mechanism 275 by the supply drive mechanism 233, ACF. The ACF reel 311 of the cassette 3 10 is rotated, so that the ACF reel is unwound from the ACF reel 311, and the ACF contained in the ACF_Volume ▼ is attached to the next object member. Here, the ACF attaching position B, which is moved by the supply driving mechanism 233, as shown in Fig. 1A, is provided with a locking mechanism 260 for locking the ACF cassette 310. Further, the locking mechanism 260 has: a fixed cylinder 262 that fixes the upper portion of the ACF cassette 310 attached to the upper support table 261, and a lower support table 263 that supports the underside of the support table 23 2 The support table 232 moves the supply drive mechanism 233 to which the ACF cassette 3 10 is mounted. The transfer arm 240 transfers the ACF cassette 3 10 from the refrigerator 210 to the cassette storage 220' to use the unused acf card 310 stored in the refrigerator 210, and protects the 104 E. 104351.doc -41 - 1299198 on the card E The specific empty space of the storage 22G, that is, the wiq and the unloading arm 240 of the figure U have: a floor sill 241 which can be moved horizontally by a horizontal mechanism (not shown); The 1 cylinder 242' is attached to the support plate 241; the chuck 243 is movably held up and down by the up and down (four) addition. Further, the chuck is attached and closed by a holding mechanism (not shown), and a support pin 244 for supporting the upper portion of the ACF cassette 310 is provided at the inner front end portion. Further, an RFID reader/writer (writing device) 245 is attached to the transfer arm 240, which is attached to the RFID device 312 of the ACF card 310 when the unused ACF card 310 is taken out from the refrigerator 210. Write information about the time of the removal. The card replacement device 250 is disposed between the storage side exchange position A1 and the loader side exchange position A2, and transports the unused aCF card 3 1〇 so as to be positioned on the storage side of the cassette storage 220. The unused acf card 310 of the exchange position A1 is attached to the load side of the cassette loader 230 at the load side A2 for the drive mechanism 233. That is, as shown in FIG. 10 to FIG. 12, the cassette exchanger 25A has a support plate 251, left and right pressure cylinders 252 attached to the support plate 251, and is movably held in the left-right direction by the right and left pressure cylinders 252. The connecting plate 254, the pair of upper and lower pressure cylinders 255 attached to the left and right sides of the coupling plate 254, and the pair of chucks 256 that are movably held in the vertical direction by the pair of upper and lower pressure cylinders 255. Further, the chuck 256 is operated by a gripping mechanism (not shown), and a support pin 257 for supporting the upper portion of the ACF card S3 10 is provided at the inner end portion thereof. Furthermore, the card reader switch 250 is equipped with an RFID reader/writer (reading device 104351.doc - 42-129998) 258, and the ACF card 3 10 that can be taken out from the cassette storage 220 is mounted on the ACF sticker. Prior to the mechanism 275, information about the fetch time is read from the RFID device 312 of the ACF card 3 10 . Here, in the adhesive film attaching device 201 shown in FIGS. 10 to 12, the storage side exchange position A1 of the cassette storage 22 is exchanged at the loader side of the cassette loader 230 at the loader side. At the opposite side position (discharge position c), a discharge table 280 is provided to discharge the used ACF cassette 310. Further, the constituent elements included in the film-attaching device 2〇1 shown in Figs. 10 to 12 (e.g., the linear motion mechanism 221 of the cassette storage 220 and the horizontal movement mechanism of the transfer arm 240 (not The upper and lower pressure cylinders 242, the gripping mechanism (not shown) of the chuck 243, the RFID reader/writer 245, the linear motion shaft 231 of the cassette loader 230, the supply drive mechanism 233, and the cassette exchanger 250 The left and right pressure red 252, the upper and lower pressure cylinders 255, the gripping mechanism (not shown) of the chuck 256, the RFID reader/writer 258, the fixed cylinder 262 of the locking mechanism 260, and the like are connected to the control device 27A by controlling Under the control of the device 270, the operation as described below will be automatically performed. Next, the following description will be given regarding the adhesive film sticking device 2 shown in Figs. 10 to 12 (H. First, as an initial state, a plurality of unused ACF cartridges 3 10 containing the ACF reel 31 are prepared, and the refrigerator 210 is neatly arranged. In this case, each ACF cassette 310 is formed in a positioning hole (not shown) at a lower portion thereof, and is intended to be positioned on a positioning pin 212 provided on the support table 211 of the refrigerator 210, and is positioned in a standing state. The ACF cassette 31 is cooled by a cooling mechanism (not shown), and its temperature is kept at a low temperature. In this state, the unused Acf card 3 1 0 stored in the refrigerator 21 0 According to the procedure shown in Fig. 13, according to the procedure shown in Fig. 13, 104351.doc -43- 1299198 is transferred from the refrigerator 21 to the cassette storage 22 (refer to the first transfer path M1 of Fig. 10), that is, the control device 270 According to the detection result of the in-position sensor 224 provided in each storage location of the cassette storage 22, it is always monitored whether or not the storage position of the cassette storage 220 is vacant (step 4〇1 of Fig. 13). When the storage location of the storage 220 is vacant, the transfer arm 24 indicates the transfer A The CF cassette 310, by the transfer arm 240, takes out the unused ACF card 31匣 stored in the refrigerator 210 (step 4〇2 of FIG.). Specifically, the transfer arm 240 is used by Under the control of the control device 270, the horizontal transfer mechanism (not shown) moves in the horizontal direction and is positioned at a specific storage position of the refrigerator 210. In this state, the transfer arm 24 is held by the control device 270. A mechanism (not shown) holds the chuck 243 in an open state, and moves the chuck 243 downward by the upper and lower cylinders 242. Second, the transfer arm 240 is held by a gripping mechanism (not shown). The head 243 is in a closed state, and the support pin 244 provided at the inner end portion of the joint head 243 is fitted to the support hole (not shown) at the upper portion of the ACF card φ 匣 3 10 by the upper and lower pressure cylinders 242. The chuck 243 is moved upward. Thereby, the unused ACF cassette 310 positioned at a specific storage position of the refrigerator 2 is taken out. Secondly, the unused ACF cassette 31 is taken out from the refrigerator 210. At the time, by the control device 270, by being mounted on the transfer arm The RFID reader/writer 245 of 240 writes information about the take-out time for the Rfid device 3 12 of the ACF card 3 10 (step 4〇3 of Fig. 13). Thereafter, the transfer arm 240 is controlled by the control device 27 Under the control of the cockroach, it is moved horizontally by a horizontal transfer mechanism (not shown) and positioned at a specific storage location (empty place) of the cassette 104351.doc -44 - 1299198 storage 220. In this state, the transfer arm 240 is controlled by the control device, and the clamp 243 is moved downward by pressing the red 242 up and down, and is positioned at a specific storage position (empty place) of the cassette storage. The pin 223 is fitted to a positioning hole (not shown) formed in the lower portion of the ACF cassette 310 held by the chuck 243, and the unused ACF card 3 10 is positioned in the standing state, and positioned in the cassette. The specific storage location (empty place) of the storage area 22〇. As a result, the ACF cassette 310 stored in the refrigerator 21 is attached to the specific empty exit of the cassette storage 22 (step 404 of Fig. 13). Furthermore, after the unused ACF cassette 310 is installed in the specific storage position (empty place) of the cassette storage 220, the transfer arm 240 is controlled by the control unit 27, by the holding mechanism. The chuck 243 is held in an open state (not shown), and is moved upward by the upper and lower cylinders 242', and retracted from the cassette storage 22. On the other hand, the unused ACF card 310 stored in any of the vacant places (guarantee positions) of the cassette storage 220 as described above is moved from the cassette storage 220 in accordance with the φ program shown in FIG. It is carried to the ACF pasting mechanism 275 (refer to the second transfer path M2, M3 of FIG. 10). That is, the control device 270 directly monitors whether the automatic exchange request of the ACF card H 3 10 installed in the ACF pasting mechanism 275 occurs (step 501 of FIG. 14) 'at the time when the automatic exchange request of the ACF card 3 10 occurs. For the card E repository 220, the cassette loader 230, and the cassette exchanger 250, an automatic exchange of the ACF cassettes 3 10 is instructed. Thereby, the cassette storage 220, the cassette loader 230, and the cassette exchanger 25 are attached to the Acf card stored in the storage location of the cassette storage unit 22 under the control of the control unit 270.匣104351.doc -45- 1299198 3 10, the ACF card E 310 that has passed the storage for a certain period of time after being stored in the cassette storage 220 is transferred from the cassette storage 220 to the ACF pasting mechanism 275. Specifically, the card storage 220 is controlled by controlling the farm 270, and η = 1 is set (step 502 of FIG. 14), and then the linear motion shaft 221 is actuated to be supported by the support table 222. Among the plurality of Acf cassettes 310 in which the positioning pins 223 are positioned, the unused ACF cassettes 3 10 stored in the nth storage position of the card g storage 220 are moved from the storage position to the storage side exchange position Α1. Further, at this time, the control device 270 grasps the storage position of the unused ACF card 3 10 based on the detection "number" from the in-position sensor 224. Further, the card S loader 230 is used by Under the control of the control device 270, the linear motion shaft 231 is actuated to mount the used ACF cassette 310 of the supply drive mechanism 233 attached to the ACF bonding mechanism 275 (by the positioning pin 234 on the support table 232). The ACF cassette 3 10) moves from the ACF pasting position B to the loader side exchange position A2. Further, each of the pair of chucks 256 of the cassette exchanger 250 is positioned at the storage side exchange position A1 and The loader side is above the exchange position A2. In this state, the cassette exchanger 250 is controlled by the control unit 27 to hold the pair of chucks 256 open by the holding mechanism (not shown). In the state 'and the pair of upper and lower cylinders 255 are moved, the pair of chucks 256 are moved downward. Secondly, the card stack exchanger 250 is closed by the holding mechanism (not shown), and the chuck 256 is closed. The support pin 257' disposed at the inner front end portion of the pair of chucks 256 is fitted to the support At the time of the hole (not shown), the pair of upper and lower cylinders 255' are moved upward by the pair of upper and lower cylinders 255', and the support holes are formed at the storage side exchange position A1 and the loader side exchange position. A2 ACF card 104351.doc -46- 1299198 310. Thereby, the unused ACF card 310 positioned at the storage side exchange position A1 of the cassette storage 220 can be simultaneously taken out, and positioned in the cassette loading The loader side of the device 23 0 exchanges the used ACF card 3 10 of the position A2. Further, the card switch 250 performs the above series of operations to take out the nth storage position stored in the card 11 storage 220. The unused ACF card 3 10 (step 503 of Fig. 14). Here, when the unused ACF card 310 stored in the nth storage position of the cassette storage 220 is taken out, by the time The RFID reader/writer 258 installed in the cassette exchanger 250 reads information on the time of removal from the RFID device 312 of the ACF card 3 10 (step 5〇4 of Fig. 14). Moreover, the control device 270 is The information about the time of taking out is read. 'The timing of taking out the ACF card 3 10 is The specific conditions are met (step 505 of Fig. 14). That is, the take-out time and the current time of the ACF cassette 3 10 are compared, and it is determined whether the ACF cassette 3 10 has been stored in the cassette storage 220 for a certain period of time. Here, in the case where the ACF cassette 3 10 taken out by the cassette exchanger 250 meets the specific conditions, the process proceeds to step 5〇6, and the automatic exchange of the ACF cassette 3 10 is performed (installed in the ACF pasting mechanism 275). . That is, the 'card switch 25 is controlled by the control device 270', with the left and right pressure cylinders 252, the link plate 254 is turned to the right (the right side seen on the paper surface of Fig. 12) The pair of upper and lower pressure cylinders 255 and the pair of chucks 256 attached to the left and right sides of the coupling plate 254 are moved to the right. Thereby, the unused acf card 310 and the used ACF card 310 held by the head 256 are respectively positioned at the loader side exchange position a2 and the discharge position 104351.doc -47-1299198 ο In this state, the pair of upper and lower pressure cylinders 255 move the pair of chucks 256 downward, the positioning pins 234 provided on the support table 232 of the cassette loader 23, and the positioning pins provided on the discharge table 280. (not shown) is fitted to a positioning hole (not shown) formed in the lower portion of each of the ACF cassettes 310 held by the pair of chucks 25 6 , and the unused ACF cassette 3 10 and the used ones are used. The ACF cassettes 3 10 are positioned in the standing setting state, respectively, on the cassette loader 230 and the discharge stage 280. Thereby, the unused ACF cartridge 3 10 is mounted on the storage side exchange position Α1 for the supply drive mechanism 233 positioned at the loader side exchange position Α2, and is positioned at the loader side exchange position Α2 The used ACF cartridge 3 10 is discharged to the discharge station 80 positioned at the discharge position C. Moreover, if the unused ACF cartridge 3 10 positioned at the storage side exchange position Α1 is mounted to the supply drive mechanism 233 positioned at the loader side exchange position Α2, the cassette loader 230 will be controlled by the control device Under the control of 270, the linear motion shaft 231 is actuated to move the unused ACF card 3 10 attached to the supply drive mechanism 233 from the loader side exchange position Α2 to the ACF pasting position B, and the supply drive mechanism is supplied. 233 is incorporated as part of the ACF pasting mechanism 275. Further, under the control of the control device 270, the fixed cylinder 262 attached to the upper support table 261 of the lock mechanism 260 is actuated, and is fixed by a fixed portion (not shown) attached to the fixed cylinder 262. The support table 232 and the ACF cassette 310 on the lower support table 263 are locked. In this state, the ACF attaching mechanism 275 is actuated, and the ACF reel 311 is unwound by the supply drive mechanism 23 3 ACF ^ E 310 ^ ACF # # 311 ^ # ^ ACF # ψ ACF reel, and the ACF contained in the ACF reel will be pasted. Next to the object component. 104351.doc -48 - 1299198 On the other hand, in step 505, the unused ACF card 3 10 taken out by the cassette exchanger 250 (located at the storage side exchange position A1 of the cassette storage 220) The ACF card (310) does not meet the specific conditions, and the ACF card 3 10 is returned to the original position of the cassette repository 220 (step 507). At this time, the cassette exchanger 250 is controlled by the control unit 27, and the left side chuck 256 is moved downward by pressing the cylinder 25 5 from the left side (the left side seen on the paper surface of Fig. 12). The positioning pin 223, which is disposed at the storage position of the storage side exchange position A1 of the cassette storage 22, is fitted to the positioning hole formed in the lower portion of the ACF cassette 310 held by the chuck 243 ( Not shown), the unused ACF cassette 3 10 is positioned in a standing position and positioned at a specific storage position (empty place) of the cassette storage 220. Thereby, the ACF cassette 310 temporarily taken out by the cassette switch 25 0 is returned to the original position of the cassette storage unit 22〇. Further, 'under the control of the control device 270, η == η + 1 is set (step 508), and it is judged whether or not there is another ACF card 310 in the other storage position of the cassette storage 22 (step 5〇) 9) If there are other ACF cards 310 in the other storage locations of the cassette storage 22, the unused af cards 匣 31〇 stored in the (n+1)th storage location below the cassette storage 220 The movement from the storage position to the storage side exchange position is repeated, and the same processing as the above steps 503 to 505 is repeated. Thereby, the ACF card 31 stored in the storage location of the cassette storage 220 is in the cassette. After the storage 220 is stored, the af card 31 has been passed for a certain period of time, and is transferred from the cassette storage 220 to the ACF pasting mechanism 275. Thus, according to the adhesive film attaching device 2〇1 of the present embodiment, 104351.doc -49- 1299198 control the transfer arm 240, the cassette exchanger 250 and the cassette loading by the control device 270 according to the information about the removal time of the RFID device 312 stored in each ACF card 3 10 The device 230 is adapted to be transferred from the refrigerator 210 to the ACF of the cassette storage 220 In the cassette 310, the ACF cassette 3 10 that has passed the storage of the Karage storage 220 for a certain period of time is transferred from the cassette storage 220 to the ACF pasting mechanism 275, so that the cause of deterioration in quality after ACF sticking can be quantitatively managed. The room temperature standing time of the ACF reel 311 (after the refrigerator 220 is taken out and the cassette storage 220 is placed at room temperature), the quality management of the acf reel '3 11 is appropriately and easily performed. In the above-described embodiment, the film bonding apparatus 2 (Π, after the control device 270 determines whether the ACF cassette 3 10 has been stored in the cassette storage 220, has passed the specific time (the ACF card 3 10 is placed at room temperature sufficient). ), in order to select the ACF card as the automatic exchange object, but in addition, it is also possible to determine whether the elapsed time after the ACF card 310 is stored in the card storage 220 is within a certain limit time (ACF card 匣 3 1 Whether the room temperature of 0 is not necessary to be extended or not) to select the ACF card which is the object of automatic exchange. Also, with regard to the above-mentioned embodiment of the film bonding device 2〇1, the RFID of each ACF card 3 10 Device 3 12 memories about from ice The information of the take-out time (room temperature start time) of the box 210 is determined by the control device 27〇, whether the acF card 3 10 has been stored in the cassette storage 220 for a certain period of time (the room temperature of the ACF cassette 310) Whether the placement is sufficient) to select the ACF card as the automatic exchange object, but not limited thereto, the RFID device 312' of each ACF card 31 can also simultaneously record the time of taking out from the refrigerator 21 (room temperature placement starts) Information on the time and the manufacturing moment of the ACF reel 3104351.doc -50-1299198. By the control device (10), it is judged whether the ACF reel 311 has exceeded the life.

時間（使用限度時間），以選擇作為自動交換對象之A 匣。Time (use limit time) to select A 作为 as the automatic exchange object.

1且’力關於上述實施型態之接著膜黏貼f置2〇1，藉由 卡匣交換H25G，-面將保f於卡㈣藏庫22()之^时匡 個別取出，藉由控制裝置27〇，依序讀取關於各卡 ® 3 10之取出時刻之資訊，於最初發現保管於卡匠貯藏庫 φ 22G後已經過特定時間之ACF+ ® 31G之時點，選擇該ACF 卡，31()以作為自動交換對象之心切，但不限於此，亦 可藉由卡匣父換器250，取出保管於卡匣貯藏庫22〇之所有 ACF卡匣3 1 〇，碩取關於所有ACF卡匣3 10之取出時刻之資 訊，然後根據此等已讀取之所有資訊，將於特定限度時間 内已放置最久之ACF卡E310，選擇作為自動交換對象之 ACF卡匣。於此情況，於關於上述實施型態之接著膜黏貼 裝置2〇1，於藉由卡匣交換器25〇從卡匣貯藏庫22〇取出acf φ 卡匣310時，利用安裝於卡匣交換器250之RFID讀寫機258， 從該ACF卡E31〇iRFID裝置312讀取有關取出時刻之資 A仁作為RFID讀寫機258，若採用可同時讀取來自複數 RFID裝置3 12之資訊者，即使不藉由卡匣交換器25〇從卡匣 貯藏庫220取出ACF卡匣3 1〇，仍可讀取關於以卡匣貯藏庫 220所保管之所有ACF卡匣3 10之取出時刻之資訊。 並且’於關於上述實施型態之接著膜黏貼裝置2(H，採用 安裝於各ACF卡匣3 10之RFID裝置312，管理關於各ACF卡 匣3 1 0之取出時刻之資訊，但不限於此，亦可根據設在卡匣 104351.doc -51 - 1299198 貯藏庫220之在位感測器224之檢測結果，將卡匣貯藏庫22〇 中之各ACF卡匣3 10之保管位置與取出時刻之關係，儲存於 控制裝置270 ’根據此關係，藉由控制裝置27〇管理關於各 ACF卡匣3 10之取出時刻之資訊。 並且，於關於上述實施型態之接著膜黏貼裝置2〇1，藉由 卡匣父換态250及卡匣載入器23〇，使ACF卡匣31〇移動至 ACF黏貼裝置B，並安裝於ACF黏貼機構275，但如此而安 ，裝於ACF黏貼機構275之ACF卡匣3 ! 〇，起因於acf黏貼機構 275之暫時停止等而放置長時間之情況亦甚多。於此情況， 於藉由控制裝置270所進行控制下，藉由安裝於卡匣交換器 25 0之RFID碩寫機258等，從藉由卡匣交換器25〇取出之acf 卡匣310之RFID裝置312，再度讀取關於取出時刻之資訊， 關於ACF卡g310於卡£貯藏庫22〇保管後之經過時間已超 過特定限度時間者（ACF卡匣3 10之室溫放置長者），藉由卡 E交換器250及卡E載入器23〇，^吏其移動至排出位置c，並 .將ACF卡匣3 10排出即可。 【圖式簡單說明】 圖1係表示本發明之接著膜帶收容用卡匣之交換裝置之 一實施型態。 、 圖2係表示從Π方向觀察圖丨所示之接著膜帶收容用卡匿 之交換裝置之圖。 圖3係表示從m方向觀察圖丨所示之接著膜帶收容用卡匠 之交換裝置之圖。 圖4係表示從以方向觀察圖丨所示之接著膜帶收容用卡匿 104351.doc •52- 1299198 之交換裝置之圖。 圖5係表示用以解放 _ 換梦要圖1所不之接著膜帶收容用卡e之交 換裝置所使用之接著膜帶 ^ τ 咿收谷用卡匣之鎖定狀態之卡匣解 敌機構之平面圖。 圖6係表示圖丨所示之 ^ m 者膘帶收谷用卡匣之交換裝置所 使用之接著膜帶收容用卡匣之平面圖。1 and 'force on the above-mentioned embodiment of the film adhesion f set 2〇1, by card exchange H25G, - face will be saved in the card (four) library 22 () time, individually removed, by the control device 27〇, read the information about the removal time of each card® 3 10 in order, and select the ACF card, 31() when it is found that ACF+ ® 31G has been passed for a certain period of time after being stored in the card store φ 22G. As an automatic exchange object, it is not limited to this, and all the ACF cards stored in the cassette storage 22 can be taken out by the card reader 250, and all the ACF cards are available. 10 The information of the time of withdrawal, and then according to all the information that has been read, the ACF card E310 which has been placed for the longest time within a certain limit time, selects the ACF card which is the object of automatic exchange. In this case, in the above-described embodiment of the adhesive film sticking device 2〇1, when the acf φ cassette 310 is taken out from the cassette storage 22 by the cassette exchanger 25, it is mounted on the cassette exchanger. The RFID reader/writer 258 of 250 reads the information about the time of withdrawal from the ACF card E31〇i RFID device 312 as the RFID reader/writer 258, and if the information from the plurality of RFID devices 3 12 can be simultaneously read, even if Without taking out the ACF cassette 3 from the cassette storage 220 by the cassette exchanger 25, information about the removal timing of all ACF cassettes 3 10 stored in the cassette storage 220 can be read. And in the above-mentioned embodiment, the film bonding apparatus 2 (H, using the RFID device 312 mounted on each of the ACF cassettes 3 10, manages information on the removal timing of each ACF card 310, but is not limited thereto. The storage location and the removal time of each ACF card 3 10 in the cassette storage 22 can also be determined according to the detection result of the in-position sensor 224 provided in the storage port 220 of the cassette 104351.doc -51 - 1299198. The relationship is stored in the control device 270'. According to this relationship, the information about the take-out time of each of the ACF cassettes 3 10 is managed by the control device 27, and in the above-described embodiment, the film-attaching device 2〇1, The ACF cassette 31 is moved to the ACF pasting device B by the card holder 250 and the cassette loader 23, and is mounted on the ACF pasting mechanism 275, but is mounted in the ACF pasting mechanism 275. ACF card 匣 3 〇 〇 〇 〇 〇 ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac ac 25 0 RFID master machine 258, etc., from card exchange 25, the RFID device 312 of the acf card 310 is taken out, and the information about the time of taking out is read again. The elapsed time after the ACF card g310 is stored in the card storage 22 has exceeded a certain limit time (ACF card 匣 3 10 The room E is placed at the room temperature, and is moved to the discharge position c by the card E exchanger 250 and the card E loader 23, and the ACF card 匣 3 10 is discharged. [Simplified explanation] Fig. 1 is a view showing an embodiment of an apparatus for exchanging a cassette for accommodating a film tape according to the present invention. Fig. 2 is a view showing an apparatus for exchanging a tape for accommodating a film which is shown in the Π direction. Fig. 3 is a view showing the exchange device for the tape cassette accommodating card holder shown in Fig. 3 in the direction of the m. Fig. 4 is a view showing the occlusion of the film tape accommodating as shown in the direction of the figure 104351.doc • Figure 5 is a diagram showing the switching device used in the exchange device for liberating _ 换 换 接着 接着 接着 膜 膜 膜 膜 膜 膜 膜 膜 膜 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ The locked state card is a plan view of the enemy mechanism. Figure 6 is a diagram showing the figure ^ M by using fat valleys of the take-up followed plan view of the cassette with the film accommodating cassette of the switching means.

始圖7係表示沿著圖6所示之接著膜帶收容用卡kVII-VII 線之剖面圖。 圖8係表示從圖6所示之接著膜 获耆膘贡收容用卡匣之VIII方向 所見之侧面圖。 圖9係表示沿著圖6所示之接荖 镣者膘帶收容用卡匣之ΐχ_ιχ 線之剖面圖。 圖10係表示具備本發明之接著膜帶收容用卡匿之交換裝 置之接著膜黏貼裝置之一實施型態之平面圖。 圖11係表示從沿方向觀察_所示之接著膜黏貼裝 圖〇 圖12係表示從ΧΠ方向觀察圖10所示之接著膜黏貼裝 之圖。 、 圖13係表示於圖1 〇所示之接著膜黏貼裝置之從冰^ : ACF卡Ε(接著膜帶收容用卡厘）移載至卡£貯藏庫時2 = 作順序之流程圖。 圖14係表示於圖10所示之接著膜黏貼裝置 從卡匣貯藏 庫將A C F卡匣（接著膜帶收容用卡匣）移載至黏貼機構時 動作順序之流程圖。 104351.doc -53- 1299198 圖1 5係用以說明在接著膜黏貼裝置所用之供給捲盤之以 往之黏貼方法之概略剖面圖。 【主要元件符號說明】7 is a cross-sectional view taken along line kVII-VII of the film tape accommodating card shown in FIG. 6. Fig. 8 is a side view showing the direction of the VIII of the accommodating cassette which is obtained from the adhesive film shown in Fig. 6. Fig. 9 is a cross-sectional view showing the ΐχ χ χ line along the accommodating cassette of Fig. 6 . Fig. 10 is a plan view showing an embodiment of an adhesive film sticking apparatus including the exchange device for accommodating the tape for accommodating the film of the present invention. Fig. 11 is a view showing the adhesive film attached as viewed from the direction of the film. Fig. 12 is a view showing the adhesive film attached to Fig. 10 as viewed from the ΧΠ direction. Fig. 13 is a flow chart showing the sequence of the following film bonding apparatus shown in Fig. 1A when the film bonding device is transferred from the ice: ACF cassette (following the film cassette containing card) to the card storage. Fig. 14 is a flow chart showing the operation sequence of the adhesive film sticking device shown in Fig. 10 when the A C F cassette (following the film cassette cassette) is transferred from the cassette storage to the pasting mechanism. 104351.doc -53- 1299198 Fig. 1 is a schematic cross-sectional view for explaining a conventional method of attaching a supply reel used in a film bonding apparatus. [Main component symbol description]

10 接著膜帶收容用卡匣 之交換裝置 20 卡匣貯藏庫 21 、 31 、 22卜 231 直動軸 22 、 32 、 211 - 222 ' 232 支撐台 23 、 43 、 439 ' 212 > 223 > 234 定位銷 24 > 44 > 44? 、 224 、 235 在位感測器 30 、 230 卡匣載入器 33 、 233 供給驅動機構 34 驅動馬達 35 桿 36 驅動軸 3 6a 突起部 37 狹縫板 38 相位確認感測裔 41 、 51 、 241 、 251 支撐板 42 支撐體 45 卡匣解放機構 46 解放壓缸 47 臂 47a 彎曲部 104351.doc -54- 1299198 47b 端部 50 、 250 卡匣交換器 52 、 252 左右壓缸 54 > 254 連結板 55 > 242 - 255 上下壓缸 56 、 243 ' 256 夾頭 57 、 244 、 257 支撐銷 60、260 鎖定機構 61 > 261 上部支撐台 62 、 262 固定壓缸 63 固定部 65 - 263 下部支撐台 75 ^ 201 接著膜黏貼裝置 80 暫置台 90 基台 110 接著膜帶收容用卡匣 111 箱 111a 壁部 111b 緣部 111c 隆起部 llld 開口部 112 供給捲盤 112a 收容部 113 支撐孔 104351.doc -55- 129919810 Next, the cassette holder accommodating cassette exchange device 20 cassette storage 21, 31, 22 231 linear motion shaft 22, 32, 211 - 222 '232 support table 23, 43 , 439 ' 212 > 223 > 234 Locating Pins 24 > 44 > 44?, 224, 235 In-position Sensors 30, 230 Cartridge Loaders 33, 233 Supply Drive Mechanism 34 Drive Motor 35 Rod 36 Drive Shaft 3 6a Projection 37 Slit Plate 38 Phase confirmation sensing 41, 51, 241, 251 support plate 42 support 45 cassette liberation mechanism 46 liberation cylinder 47 arm 47a bending portion 104351.doc -54- 1299198 47b end 50, 250 cassette exchanger 52, 252 left and right cylinders 54 > 254 web 55 > 242 - 255 upper and lower cylinders 56, 243 '256 chucks 57, 244, 257 support pins 60, 260 locking mechanism 61 > 261 upper support tables 62, 262 fixed pressure Cylinder 63 fixing portion 65 - 263 lower supporting table 75 ^ 201 Next film bonding device 80 temporary table 90 base 110 Next film tape accommodating cassette 111 box 111a wall portion 111b edge portion 111c ridge portion llld opening portion 112 Supply reel 112a accommodating portion 113 support hole 104351.doc -55- 1299198

121 旋轉軸 121a 背面部 121b 前面部 122 溝部 123 螺栓 124、 125 軸承 126 安裝機構 127 螺帽 128 爪 129、 137 、 146 彈簧 130 旋轉停止機構 131 旋轉停止銷 132 旋轉停止臂 133 支軸 135 ^ 136 、 144 、 145 彈簧扣止部 139、 150 驅動用突起部 140 夾具機構 141 夾具本體 142 夾具臂 143 支軸 147 夾具用抵接部 148 放出用輥 151 ACF捲帶 210 冰箱 104351.doc -56- 1299198 220 卡匣貯藏庫 230 卡匣載入器 240 移載臂 245 、 258 RFID讀寫機 250 卡匣交換器 275 ACF黏貼機構 280 排出台 310 ACF卡匣 311 ACF捲盤 312 RFID裝置 A1 貯藏庫側交換位置 A2 載入器側交換位置 B 供給位置 104351.doc -57-121 Rotary shaft 121a Rear portion 121b Front portion 122 Groove portion 123 Bolts 124, 125 Bearing 126 Mounting mechanism 127 Nut 128 Claw 129, 137, 146 Spring 130 Rotary stop mechanism 131 Rotary stop pin 132 Rotary stop arm 133 Support shaft 135 ^ 136 144, 145 Spring-fastening portion 139, 150 Driving projection 140 Fixing mechanism 141 Fixing body 142 Fixing arm 143 Supporting shaft 147 Fixing portion for clamp 148 Rolling roller 151 ACF Tape 210 Refrigerator 104351.doc -56- 1299198 220 Cartridge storage 230 cassette loader 240 transfer arm 245, 258 RFID reader/writer 250 cassette exchanger 275 ACF attachment mechanism 280 discharge station 310 ACF cassette 311 ACF reel 312 RFID device A1 storage side exchange position A2 Loader side exchange position B supply position 104351.doc -57-

Claims (1)

年2月日修(更)正本 號專利申請案 之 中文申請專利範圍替換本(9'7年2月） 十、申請專利範圍： 種接著膜▼收容用卡Ε之交換裝置，其係交換於接著 膜黏貼機構所❹之接著膜帶收容用卡e者，其特徵在 於具備： 卡匣肝藏庫，其係保管將捲繞有接著膜帶之供給捲盤 收容之接著膜帶收容用卡s，並使安I於接著膜黏貼裝 置之接著膜帶收容用切，㈣管位置與貯藏庫侧交換 位置之間移動者； —卡E载人H ’其係用以將保管於前述卡昆貯藏庫之接 者㈣收容用切，安裝於前述接著㈣貼裝置，並於 :者膜帶收容用卡£安裝於構成前述接著膜黏貼裝置之 一部分之供給驅動播椹 動機構之載入為側交換位置、與前述供 A驅動機構作動而接著 接者膜帶攸接著膜帶收容用卡匣捲出 2 &lt;置之間，使前述供給驅動機構移動者；及 ^ ^ ，、係於别述卡[貯藏庫與前述卡匡載入 杰之間搬送接著膜帶 換位晋p +谷用卡e，並於前述貯藏庫側交 換位置與前述載 著膜帶收容用切 置之間’搬送未使用之接 以便使定位於前述卡匡貯藏庫之前 安… 置之未使用之接著膜帶收容用卡e， 女裝於定位於前述+ 卜工 t #、+、# ^ 載裔之前述載入器側交換位置 之别述供給驅動機構。 俠佤直 2. 月长項1之接著膜帶收容 切載人H 換裝置，其中前述 前述供給驅動機構之“ I稷者膜黏貼裝置之 構之未使用之接著膜帶收容用卡£，從 104351-970219.d〇( 1299198 前述载入器側交換位置移動至前述供給位置，並且使安 凌於别述供給驅動機構之使用完畢之接著膜帶收容用卡 匣，從前述供給位置移動至前述載入器側交換位置； 如述卡匣父換盗係構成為：同時搬送定位於前述卡匣 貯藏庫之前述貯藏庫側交換位置之未使用之接著膜帶收 容用卡n、及定位於前述卡E載入器之前述載入器側交 換位置之使用完畢之接著膜帶收容用卡匣； 藉由前述卡E交換器，定位於前述貯藏庫側交換位置 之未使用之接著膜帶收容用卡£係安裝於定位在前述載 入器侧交換位置之前述供給驅動機構，並且定位於前述 载入器側交換位置之使用完畢之接著膜帶收容用卡匿係 暫時排出至待機位置。 3·如靖求項1或2之接著膜帶收容用卡匣之交換裝置，盆中 ，述卡£載人器具有卡E暫時保持機構，其係於前述接 者膜黏貼裝置之前述供給驅動機構定位於前述供給位置 之狀態’於前述载人器側交換位置保持接著膜帶收容用 卡匣； 前述卡匣交換 於前述供給位置 時，搬送定位於 容用卡匣； 精由前述卡g 畢之接著膜帶收 位置之前述卡昆 器係構成為：於前述供給驅動機構定位 接著膜帶從接著膜帶收容用卡匣捲出 前述待機&amp;置之使用以之接著膜帶收 交換器，定位於前述待機位置之使用完 奋用卡匣，以定位於前述載入器側交換 暫時保持機構暫時保持後，於定位於前 104351-970219.doc 1299198 二藏庫側交換位置之前述卡g 4·如請求们或2之接著膜帶收容用+「車之工出處保官。 前犋f收奋用卡匣之交換裝置，1中 月』述接者膜帶收容用切具有 /、中 前述供仏捲般於#七 疋得又撐械構，其係將 構IT 自如地支揮者；及旋轉停止機 使由前述旋轉支樓機構所支携之前述供給捲盤 疋轉停止者；前述旋轉支撑機構係構成為·具有裝^ 如地連結於前述接著膜黏貼裝置之前述供給驅動機 之驅動軸之旋轉軸，於此旋轉轴 、十、δ「A Α 形成嶔合於形成在前 述驅動軸之前端部之驅動軸側嵌合部之旋轉軸側^ ::二前述驅動轴與前述旋轉轴往正交於轴向之方二 對私動之狀態，此旋轉軸側喪合部喪合於前述驅動轴側 肷合部；前述旋轉停止機構構成為：於使由前述旋轉支 撐機構所支敎前述供給捲盤之旋轉停止時，前述旋轉 軸側嵌合部之方向與前述驅動軸側嵌合部之方向相向； 前述切交換器係以定位於前述卡£载入器之前述載 入器側交換位置之前述供給驅動機構之前述驅動軸、盘 安裝於前述供給驅動機構之接著膜帶收容用卡昆之旋轉 支撐機構之旋轉軸，以往正交於軸向之方向相對移動之 狀態下嵌合之方#，搬it定位於前述切貯藏庫之前述 貯藏庫侧交換位置之未使用之接著臈帶收容用卡匿。 5.如請求項4之接著膜帶收容用卡匿之交換裝置，其中前述 接著膜黏貼裝置之前述供給驅動機構之前述驅動軸側叙 合部包含直線狀之突起部；前述接著膜帶收容用卡匡之 前述旋轉軸侧敌合部包含直線狀之溝部；作為前述旋轉 104351-970219.doc 1299198 端開放為：於前 方向相對移動之 之前述直線狀之 轴側嵌合部之前述直線狀之溝部係其兩 述:驅動軸與前述旋轉軸往正交於軸向之 狀也下’接受作為前述旋轉轴側我合部 突起部。 6.=求項4之接著膜帶收容用切之交 接荖膛黑从&amp; m L __ ^ Ύ 接著膜帶收容用卡… 衣置’其中前述 將^〜用卡£之别述㈣具有定位部，其係用以 由此定位部，前述卡兩γ戰入盗者，耩 …^ 7減庫及前述卡S载入器係以站 A ^又置狀怨而定位。In February of the year, the Japanese patent application for the patent application was replaced by the patent application scope (9'7 February). X. Patent application scope: The exchange device for the filming of the film and the cartridge is exchanged. Next, the film-attached card holder for the film-adhesive mechanism is characterized in that it is provided with a card-carrying liver bank, which stores an adhesive film-receiving card for accommodating the supply reel in which the film tape is wound. And let An I move between the film strips of the film-adhesive device, (4) the position between the tube and the exchange position on the storage side; - the card E manned H' is used for storage in the aforementioned Kakun storage The pick-up of the library (4) is stored in the above-mentioned (4) attaching device, and the loading of the film-belt-receiving card is mounted on the side of the supply-driven sowing mechanism that constitutes one of the adhesive film-attaching devices. Positioning and moving the A drive mechanism to the next, and then connecting the film tape to the tape jam 2 &lt; and moving the supply drive mechanism; and ^ ^ , is attached to the card [Storage and the aforementioned card The transfer between the jigs and the transfer of the film is carried out by the transfer of the p+ valley card e, and the transfer between the storage side exchange position and the above-mentioned carrying tape storage cutting is carried out so as to be positioned in the aforementioned card. Before the storage of the 安 安 ... 置 未 未 未 接着 接着 接着 接着 接着 膜 接着 接着 接着 接着 接着 接着 接着 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未 未mechanism.侠佤直2. The film strip of the month long item 1 accommodates the cut-and-loader H-changing device, wherein the above-mentioned supply drive mechanism is constructed as an unused film tape for accommodating the film. 104351-970219.d〇 (1299198) The loader side exchange position is moved to the supply position, and the film tape storage cassette for use in the supply drive mechanism is moved from the supply position to the aforementioned The loader side exchange position is configured to: simultaneously transport an unused film tape storage card n positioned at the storage side exchange position of the cassette storage, and positioned in the foregoing a film cassette accommodating cassette for use in the above-described loader side exchange position of the card E loader; and an unused film strip for positioning at the storage side exchange position by the card E exchanger The card is attached to the supply drive mechanism positioned at the loader side exchange position, and is positioned at the use of the loader side exchange position. Temporarily discharged to the standby position. 3. The exchange device for the film cassette for holding the tape according to the item 1 or 2, wherein the card has a card E temporary holding mechanism, which is attached to the connector film. a state in which the supply drive mechanism of the pasting device is positioned at the supply position is held at the loader side exchange position to hold the film cassette accommodating cassette; and when the cassette is exchanged at the supply position, the transfer is positioned and positioned on the accommodating cassette; The above-described card-carrying device is configured to be positioned by the supply card mechanism to be positioned by the supply drive mechanism, and then the film tape is unwound from the subsequent tape-receiving cassette to be used for the standby &amp; The film-receiving exchanger is positioned in the standby position to use the card to be positioned to be temporarily positioned after the temporary loading mechanism of the loader side is temporarily held, and is located at the front of the first 104351-970219.doc 1299198 The card g 4 of the position, such as the requester or the 2 film strip for the containment + "the car's work outlet security officer. The front 犋 f received the use of the card exchange device, 1 month" said the film strip containment The cutting supply has the above-mentioned supply roll, and the above-mentioned supply roll is the same as that of the above-mentioned supply roll, and the rotation stop machine enables the aforementioned supply reel carried by the rotary support mechanism. The rotation support mechanism is configured to have a rotation shaft that is coupled to the drive shaft of the supply drive machine that is attached to the adhesive film attachment device, and the rotation axis, δ, δ "A Α formation" a rotation axis side of the drive shaft side fitting portion formed at the front end portion of the drive shaft, and a state in which the drive shaft and the rotation shaft are orthogonal to the axial direction, and the rotation shaft The side splicing portion is smashed to the drive shaft side splicing portion, and the rotation stopping mechanism is configured to steer the rotation shaft side fitting portion when the rotation of the supply reel is stopped by the rotation support mechanism Facing the direction of the drive shaft side fitting portion; the cutting exchanger is mounted on the drive shaft and the disk of the supply drive mechanism positioned at the loader side exchange position of the card loader The rotating shaft of the rotary support mechanism for the film-carrying accommodating device of the drive mechanism is fitted to the above-mentioned storage bank of the above-mentioned cut storage in the state in which the rotation axis of the rotary support mechanism of the card-carrying device is relatively moved in the direction orthogonal to the axial direction. The unused side of the side exchange position is then carried with the containment card. 5. The apparatus according to claim 4, wherein the drive shaft side retracting portion of the supply drive mechanism of the adhesive film attachment device comprises a linear projection; and the adhesive tape is accommodated. The rotation axis side enemies of the cassette include a linear groove portion; and the rotation 104433-970219.doc 1299198 end is opened as: the linear groove portion of the linear shaft side fitting portion that relatively moves in the front direction It is to be noted that the drive shaft and the rotary shaft are also orthogonal to the axial direction and are received as the protrusion portion of the rotating shaft side. 6.=Replacement of the film 4 with the tape for the transfer of the black and white from &amp; m L __ ^ Ύ Next, the film tape is used for the card... The clothes are placed in the above-mentioned ^~ with the card £ (4) with positioning The department is used for the positioning unit, and the card gamma is entered into the thief, and the card S loader and the card S loader are positioned by the station A^. 8. =項1之接著膜帶收容用卡匿之交換裝置，其中前述 0更具有卡Ε解放機構，其係將安裝於前述接 貼裝置之前述供給㈣機構之接著膜帶收容用卡 匣之旋轉停止機構解放者。 如:求項7之接著膜帶收容用卡g之交換裝置，其中前述 著膜T收谷用卡E更具有夹具機構，其係將從由前述 旋轉支撐機構所支撐之前述供給捲盤所放出之接著膜帶 之端部固定者； 前述卡匿解放機構係與安裝於前述接著膜黏貼裝置之 前述供給驅動機構之接著膜帶收容用卡£之前述旋轉停 止機構，共同解放前述夾具機構。 9·:請求項鴻2之接著膜帶收容用切之交換裝置，其中 如述接著膜帶為各向異性導電膜帶。 10. 一《著膜帶收容用切，其特徵在於具備： 相，其係收容捲繞有接著膜帶之供給捲盤者； 104351-970219.doc 1299198 供认α專支撐機構，其係於前述箱内旋轉自如地支撐前述 I、、、、。捲盤者；及 轉停止機構，其係使由前述旋轉支撐機構所支推之 1供給捲盤之旋轉停止者； 外=旋轉切機構係構成為··具有裝卸自如地連結於 成在寸置^驅動軸之旋轉軸，於此旋轉軸形成嵌合於形 〇, 述驅動軸之前端部之驅動軸側嵌合部之旋轉軸侧 甘欠3部，L、/ 、丄、 以别述驅動軸與前述旋轉軸往正交於軸向之方 軸二之狀態，此旋轉軸側嵌合部嵌合於前述驅動 所*述疑，止機構構成為··於使由前述旋轉支撐機構 人立撐之前述供給捲盤之旋轉停止時，前述旋轉軸侧嵌 口：之方向與前述驅動軸側嵌合部之方向相向。 :::項10之接著膜帶收容用卡匣，其中前述驅動軸側 P匕a直線狀之突起部；前述旋轉軸側嵌合部包含 線，之溝部；作為前述旋轉軸側礙合部之前述直線狀 之溝部係其兩端開放為··於前述驅動軸與前述旋轉軸往 正交於轴向之方向相對移動之狀態下，接受作為前述旋 轉軸側嵌合部之前述直線狀之突起部。 A如請求項10或U之接著膜帶收容用卡E，其中前述旋轉 支掉機敎具有安裝機構，其係用以將前述供給捲盤裝 卸自如地安裝於前述旋轉軸者。 η.如請求物心之接著膜帶收容㈣g，其中前述旋轉 停止機構具有：旋轉停止銷，其係礙合於形成在前述旋 104351-970219.doc 1299198 轉支撐機構之前述旋轉軸之側面之孔者；及施力機構， 其係將此旋轉停正銷朝向前述旋轉轴之前述孔施力者。 κ如請求㈣或”之接著膜帶收容用卡£，其中前述箱具 有定位部’其係用以將前述箱定位於前述外部裝置者。 1 5.如請求項14之接著膜帶必 _ 謂讀谷用卡£，其中前述箱係藉由 刚述定位部，以站立設置狀態定位於前述外部裝置。 16·如請求項之接著膜帶收容用卡£，其中更具有夹 具機構’其係將從由前述旋轉支撐機構所支樓之前述供 給捲盤所放出之接著膜帶之端部固定者。 如請求項1G或u之接著膜帶收容用卡g，其中前述接著 膜帶為各向異性導電膜帶。 18. -種接著膜黏貼裝置，其係將含於接著膜帶之接著臈黏 貼於接著對象構件上者，其特徵在於具備： 冰箱，其係於低溫保管捲繞有接著膜帶之複數供給捲 盤者； ° 常溫保管機構，其係於常溫保管從前述冰箱取出之供 給捲盤者； 黏貼機構，其係安裝有從前述常溫保管機構所取出之 供給捲盤’並將捲繞於該供給捲盤之接著膜帶所含之接 著膜黏貼於接著對象構件者； 弟-移載機構，其係取出以前述冰箱所保管之供給捲 盤，並移載至前述常溫保管機構者； ° 第二移載機構，其係取出以前述常溫保管機構所保管 之供給捲盤，並移載至前述黏貼機構者；及 104351-970219.doc 1299198 一移載機構及前述第二移 控制裝置，其係控制前述第 載機構者； :述控制裝置係控制前述第一移載機構及前述第二移 载機構，以便將已從前述冰箱移載至前述常溫保管機構 之供給捲盤中’自以前述常溫保管機構保管已經過特定 供給捲盤’從前述常溫保管機構移载至前述黏貼 19·如請求項18之接著膜黏貼|置，其中前述各供給捲盤係 於收容於對應於各個之接著膜帶收容用切之狀態下使 用’以前述冰箱及前述常溫保管機構，於收容於前述接 ㈣帶收容用卡_之狀態下保f ’並且^收容於前述 接著膜帶收容用卡E内之狀態下，安裝於前述黏貼機 構’更猎由前述第-移載機構及前述第二移載機構，於 收容於前述接著臈帶收容用卡_之狀態移載。 、 20.如請求項18或19之接著膜黏貼裝置，其中更具備：記憶 裝置，其係對應於前述各供給捲盤而設置者； 寫入裝置，其係於前述各供給捲盤從前述冰箱取出之 時點’對於前述各供給捲盤之前述記憶裝置寫入關於取 出時刻之資訊者，·及 讀取裝i ’其係於從前述常溫保管機構取出之前述各 供給捲盤安裝於前述黏貼機構之前，從前述各供給捲盤 之鈿述纪憶裝置讀取關於取出時刻之資訊者； 前述控制裝置係根據關於記憶於前述各供給捲盤之前 述記憶裝置之取出時刻之資訊，控制前述第一移載機構 104351-970219.doc 1299198 及前述第二移載機構。 2】.如請求項20之接著膜黏貼裝置， 述讀取裝置係分別安裝於前述第 移载機構。 22·如請求項18或19之接著膜黏貼裝 為各向異性導電膜帶。 中前述寫入裘置及前 移戴機構及前述第二 ，其中前述接著臈帶 104351-970219.doc8. The item 1 of the first embodiment of the present invention, wherein the 0 is further provided with a card liberation mechanism, which is attached to the film supply accommodating card of the supply (4) mechanism of the splicing device. The rotation stops the liberator. For example, in the exchange device of the film cassette accommodating card g of the seventh aspect, the film T-receiving card E further has a jig mechanism which is discharged from the supply reel supported by the rotation support mechanism. Then, the end portion of the film tape is fixed; the card liberation mechanism is coupled to the rotation stop mechanism of the film tape accommodating card attached to the supply drive mechanism of the film bonding device, and the nip mechanism is liberated. 9: A request for a cutting tape exchange device for a tape-receiving device, wherein the film tape is an anisotropic conductive film tape. 10. A film strip for containment, characterized in that it comprises: a phase for accommodating a supply reel with a film strip attached thereto; 104351-970219.doc 1299198 for acknowledging an alpha-specific support mechanism, which is attached to the aforementioned box The aforementioned I, , , and are supported by the inner rotation freely. a reel; and a stop mechanism, wherein the rotation of the supply reel is supported by the rotation support mechanism; and the external rotation control mechanism is configured to be detachably coupled to the reel ^The rotation axis of the drive shaft is formed in the shape of the rotation axis, and the rotation axis side of the drive shaft side fitting portion at the front end portion of the drive shaft is owed to three parts, L, /, 丄, and other driving a state in which the shaft and the rotating shaft are orthogonal to the square axis of the axial direction, and the rotating shaft side fitting portion is fitted to the driving mechanism. The stopping mechanism is configured to be made up of the rotating support mechanism. When the rotation of the supply reel is stopped, the direction of the rotation shaft side insert is opposed to the direction of the drive shaft side fitting portion. ::: The film cassette accommodating cassette of the item 10, wherein the drive shaft side P匕a has a linear projection; the rotation shaft side fitting portion includes a line, and the groove portion; and the rotation axis side interference portion The linear groove portion is opened at a position in which the drive shaft and the rotation shaft are relatively moved in a direction orthogonal to the axial direction, and the linear protrusion as the rotation shaft side fitting portion is received. unit. A. The film strip accommodating card E of claim 10 or U, wherein the rotator device has a mounting mechanism for detachably attaching the supply reel to the rotating shaft. η. If the film core is required to receive the film (4) g, wherein the rotation stopping mechanism has a rotation stop pin, which is obstructed by a hole formed on the side of the rotating shaft of the rotating mechanism of the above-mentioned rotary ring 104351-970219.doc 1299198 And a force applying mechanism that applies the rotation stop pin to the hole applying force of the rotating shaft. κ as requested (four) or "subsequent to the film tape accommodating card, wherein the aforementioned box has a positioning portion 'which is used to position the aforementioned box to the aforementioned external device. 1 5. If the film strip of the request item 14 is _ The valley reading card, wherein the box is positioned in the standing state by the positioning portion, and is positioned in the standing device. 16) If the request is followed by a film tape receiving card, the tool mechanism is further provided. Retaining the end portion of the adhesive film tape discharged from the supply reel of the building supported by the rotary support mechanism. The film tape receiving card g of claim 1G or u, wherein the adhesive film tape is anisotropic Conductive film tape 18. A film-attaching film-attaching device which is attached to a subsequent member of a film tape, and is characterized by comprising: a refrigerator which is stored at a low temperature and wound with an adhesive film tape The plurality of supply trays; the normal temperature storage mechanism that stores the supply reel taken out from the refrigerator at a normal temperature; and the attachment mechanism that is attached to the supply reel taken from the normal temperature storage mechanism. The adhesive film contained in the adhesive film tape wound around the supply reel is adhered to the next component; the transfer-removing mechanism takes out the supply reel stored in the refrigerator and transfers it to the normal temperature storage a second transfer mechanism that takes out the supply reel stored by the normal temperature storage mechanism and transfers it to the adhesive mechanism; and 104351-970219.doc 1299198 a transfer mechanism and the second shift a control device that controls the first loading mechanism; the control device controls the first transfer mechanism and the second transfer mechanism to transfer the refrigerator from the refrigerator to the supply reel of the normal temperature storage mechanism 'The self-contained normal temperature storage mechanism stores the specific supply reel' from the normal temperature storage mechanism to the adhesive 19. The adhesive film is attached to the adhesive article 18, wherein each of the supply reels is housed in a corresponding one. In the state in which the respective film strips are stored and cut, the refrigerator and the above-mentioned normal temperature storage mechanism are used in the state of being accommodated in the above-mentioned (four) tape storage card _ And being housed in the adhesive tape holder E in the state of being attached to the adhesive tape mechanism E, and being attached to the tape transfer mechanism by the first transfer mechanism and the second transfer mechanism </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; When the supply reel is taken out from the refrigerator, the information on the extraction time is written to the memory device of each of the supply reels, and the reading device i is attached to each of the supply volumes taken out from the normal temperature storage mechanism. Before the disk is mounted on the attachment mechanism, the information about the removal time is read from the reference device of each of the supply reels; and the control device is based on the removal time of the memory device stored in each of the supply reels Information, controlling the first transfer mechanism 104351-970219.doc 1299198 and the aforementioned second transfer mechanism. 2] The film-attaching device of claim 20, wherein the reading device is attached to the first transfer mechanism. 22. The adhesive film of claim 18 or 19 is an anisotropic conductive film tape. The foregoing writing device and the front-end wearing mechanism and the foregoing second, wherein the aforementioned slinging belt 104351-970219.doc
TW094128768A 2004-09-30 2005-08-23 Adhesive film tape storing cassette replacing device, adhesive film tape storing cassette and adhesive film adhering device TW200623292A (en)

Applications Claiming Priority (3)

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JP2004287143A JP4302031B2 (en) 2004-09-30 2004-09-30 Adhesive tape storage cassette
JP2004287937A JP4408785B2 (en) 2004-09-30 2004-09-30 Adhesive tape storage cassette changer
JP2004371615A JP4343824B2 (en) 2004-12-22 2004-12-22 Adhesive film application device

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