[ϊοο年.06月 27 曰 t [修正日期：100年6月27日] 九、發明說明： 【發明所屬之技術領域】 ，發明係關於—種輥子裝置，其用於 平板顯示ϋ件元叙任—表面之操針。顯t構件附者到 【先前技術】 而顯件t重錄已隨著現代社會向資訊化轉變 *' a 要使用之貝讯顯示器件之實例包括液a顯千器 于j關左。從而，液晶顯示之使用領域正逐步擴大。 傳統上上述平板顯示器件採用與一用 :器以便藉由使用其内部電信號來顯示 嗅下雜板組合之形式，該上部與下部基 板措由在其間插入液晶元件而順序地上下堆疊。 二諸如_型構件及類似‘光學構件被附著到 ==二=;:=之最外表面。有多種薄 Hrr 乂具括被°又3十成選擇性地傳輸一部分光之偏光器，所 能 二傳輸並在—特^方向上表現出強振動。該等薄 ^構件絲幫助平_示器件元件有效地執行其圖像顯示功 通常’附著薄膜型構件係藉由使用一薄膜型構件附著裝置來 自動執行。圖1圖示了傳統之薄膜型構件附著裝置之—實例。如 ^所示、，傳統之附著裝置包括附著親子10、一薄膜型構件進給 早元20、以及二液晶顯示器件元件進給單元。該等附著輥子⑴ ，定地係小直徑輥子，且是藉由施加—壓力至薄膜型構件p以將 _膜型構件P附著至-液晶顯示器件元件C之兩個表面之組成 095141826 6 1003229131-0 _ · * · [修正日期：100年6月27日] ί進件给=====液;:顯示器件元件 之附進給至相對於該液晶顯示料元件C之-期望 門之，所述°玄等壓力輕子1〇自該薄膜型構件進給單元20分 該薄顧構件進給單元2G在該㈣膜型構^ΐί t/if給、同時其位置進行連續移動之情況下，存2 且所述情祕為1'化上述問題之—因素。t ~了止逐漸增加’ 此外，在先前技術中存在之一問題是，未 ^格之薄膜麵件附著至各種規格之平板顯示器件^件之普通設 【發明内容】 供-=+ίί到3問題提出本發明，且本發明之-目標係提 ίΓίΐίϋ ΐ裝置在進行各種規格之薄膜型構件之進 給和壓她作之同時可進行該㈣顧構件之附著操作。 梦署發面，上述及其他目標可藉由提供一種輥子 ，置來凡成’，、中該輥子裝置被施加一真空吸氣附著力之區域之 長度可根據待附著之薄膜型構件之規格而變化。 ，該巧況下’該輥子裝置可包括：在其整個表面上穿有複數 個吸氣附著孔线氣附著輥子，該吸氣附著輥子藉由使用一 力被用於使得_顧構件_著到其—外周表面上；一真空管 線’其在該吸氣附著輥子内部被設置且被連接至該等吸氣ς著 095141826 «1 .· ·> ·. . »♦ * 1003229131-0 [loo年06月27日 [修正日期：1〇〇年6月27日] ί遠吸細著孔提供—真空贱_力；—連接構件’ 二Ϊίϊί工官線之—端至—真空栗；—真空部分調節器，其被 ϊΐΐϊΐ空管，並用於在該真空管線之縱向上移動，以便在 ^輥調厂真空產生部分；以及—旋轉該吸氣附著輕子 ^來調即賴__子被施加該真空吸氣附著力之區域之長 較佳地，該真空管線可包括複數個平行於該吸氣附著輥子之 真空管線，每一真空管線被連接至在该吸氣附著 描徂一 ^定寬度上域之吸氣附著孔’以便向料吸氣附著孔 之簡ΐίί吸氣附著力。這樣有利於保證一真空吸氣力產生部分 較佳地，該連接構件可經由該吸氣附著輥子之一中心轴被連 接至該真空系，以防止其在織轉吸氣附著輥子内部扭曲。 贫吉ΐίΐι該真空部分調節器可包括：—可移動塊，其被插入 工官線中且被用於在該真空管線之縱向上移動，同時與該真 空管，之-内壁表面接觸；一密封構件，其被纏繞在該可淨多動塊 ϋ卜f表面上以與該真空管線之内壁表面緊密接觸，從而屏蔽 ΐί二1之一内部空間；一可移動塊驅動器，其在該真空管線 y端提供，且被用於在該真空管線之縱向上移動該可移動 塊，以及一連，該可移動塊驅動器至該可移動塊之連接桿。在該 ifH能藉由簡化在該真空管線之縱向上移動該可移動塊之 操作來簡單地調節該真空產生部分。 較佳地，該密封構件可包括在該可移動塊周圍以多層佈置之 JJ個f封構件，且可由彈性材料製造，以便在該真空管線中從 u真空官線之一真空釋放部分徹底地屏蔽真空產生部分。 —，佳地，該輥子裝置可進一步包括一由彈性材料製造並被附 ^至，吸氣附著輥子之外周表面之薄膜型構件保護器。在使用該 4膜㈣件保護器之情況下，可能安全地進行該薄膜型構件之附 095141826 8 100322913.1-0 1356803 100年.0&月27日按正替 [修正日期：100年6月27曰] 著’而不會有損壞低強度之薄膜型構件之危險。 較佳地，該等吸氣附著孔可具有0.5〜5mm之直徑，以適於藉 由使用一適當之真空吸氣附著力將該薄膜型構件附著至該吸氣附 著輥子上。 較佳地’該輥子裝置可進一步包括一用於控制該等真空部分 ，節器之控制器，以便根據待附著之薄膜型構件之規格在該真空 管線中控制該真空產生部分《藉此，可能根據薄膜型構件之各種 規格自動進行該薄膜型元件之附著。 根據本發明之另一方面，其提供了一種包括複數個真空吸氣 附著部分之輥子裝置，該等真空吸氣附著部分具有在該裝置之一 外周表面處確定之彼此不同之長度，以與薄膜型構件之規格相對 應。 較佳地，該輥子裝置可包括：一吸氣附著輥子，其具有複數 個穿透其整個表面中之吸氣附著孔，該吸氣附著輥子被用於藉由 使用一吸氣力使得該薄膜型構件被附著至其一外周表面上；複數 個真空墊，其具有彼此不同之長度且被佈置在該吸氣附著輥子内 部，母一真空墊在該吸氣附著輥子之一内表面之一縱向上被連接 至，有假想分割之該吸氣附著輥子之各個區域中形成之該等吸氣 附著孔，以便施加一真空吸氣附著力至該等吸氣附著孔；一連接 構件，其連接該等真空墊至一真空泵；以及一旋轉該吸氣附著輥 子之輥子旋轉器。在該配置下，可能使用一簡化之結構來處理附 著各種規格之薄膜型構件之操作。 較巧地，該輥子裝置可進一步包括一用於控制該輥子旋轉器 之=制器，以便根據待附著之薄膜型構件之規格在一薄膜型構件 著起始點處定位該吸氣附著輥子之一對應區域。在提供該控制 器情況下，可能保證根據待附著之薄膜型構件之規格簡單且 地控制附著操作。 【實施方式】 現在，將參考附圖來說明本發明之詳細具體實施例。 095141826 1Ο03Ζ29ά31-Ο 1356803 100年06月2>日俊正替&頁 [修正日期：100年6月27曰] <第一具體實施例> ^根據該具體實施例之輥子裝置之一特徵為其被施加一真空吸 氣附著力之一區域之長度可根據待附著之一薄膜型構件之規格而 變化《為此，如圖2所示，根據該具體實施例之輥子裝置】⑻包 括：一吸氣附著輥子110 ;真空管線120 ;連接構件130 ;真空部 分調節器140 ;以及一輥子旋轉器（未顯示）。 如圖3所示，該吸氣附著輥子110具有一大直徑之圓筒結構， ，具有一比傳統之最大薄膜型構件之長側更長之圓周。該吸氣附 著輕子110在其整個表面上穿有複數個吸氣附著孔112<>特別地， 複數個吸氣附著孔112在具有預定厚度之一圓筒中均勻穿透，以 使得一薄膜型構件藉由一吸氣力被附著至該圓筒之一外周表面。 在该情況下，較佳地該等吸氣附著孔112在該吸氣附著輥子n〇 之整個表面上均勻地形成，並以該吸氣附著報子110之一縱向為 基礎彼此平行被佈置。同樣，該等吸氣附著孔112較佳地具有一 0.5〜5 mm之直徑，以適於確保該薄膜型構件之簡單吸氣附著。如 果該等吸氣附著孔之直徑大於5mm，則難以產生一真空吸氣附著 力。相反，如果該等吸氣附著孔之直徑小於〇_5腿，則加工該等 吸氣附著孔存在困難。 該等真空管線120在該吸氣附著輥子no内部被佈置，以被 連接至該等吸氣附著孔112。該等真空管線12〇係向該等吸氣附著 孔」12，供一真空吸氣附著力之組成元件。特別地，為經由該等 吸氣附著孔112達到該薄膜型構件之吸氣附著操作，該等真空管 線120充當經由該等吸氣附著孔1丨2吸取空氣，以便使得藉由使 用一真空吸氣力將該薄膜型構件附著至該吸氣附著報子no之一 外周表面上。如圖2所示，在該具體實施例中，其提供了複數個 真空管線120。複數個真空管線12〇平行於該吸氣附著輥子n〇之 一=心轴114佈置。同樣，每一真空管線12〇被連接至在該吸氣 附著輥子110之一預定寬度區域中形成之該等對應吸氣附著孔 112，以便向該等對應之吸氣附著孔112提供一真空吸氣附著力。 095141826 1003229131-0 1356803 χυυ-ι- υο/j Ct χχ [修正日期：100年6月27曰] 該等真空管線120被連接至該等吸氣附著孔112以便吸取空 氣，且同樣被連接至一外部真空泵（未顯示）以便產生一真空吸 氣力。該等連接構件130用來將每一真空管線12〇之一端連接至 該真空泵。在該具體實施例中，較佳地該等連接構件13()經由該 吸氣附著輥子110之中心軸114被連接至該真空泵。根據該具體 實施例之吸氣附著輥子110被用於在該薄膜型構件之附著期間旋 轉，且該等真空管線120被佈置在該旋轉吸氣附著辕子丨丨〇中。 從而，在該具體實施例中，重要的是防止該等連接構件13〇藉由 該吸氣附著報子110之旋轉操作而被扭曲。為此，該具體實施例 提出該等連接構件130經由擺脫該吸氣附著輥子11〇之旋轉操作 之吸氣附著輥子110之中心軸114被連接至該真空泵，藉此消除 了 δ亥專連接構件130之扭曲問題。 、 ^如圖4所示，每一真空部分調節器140被提供於相關之真空 管線120中，使得其在該真空管線12〇之縱向上移動。該真空部 分調節器140係在該真空管線120中調節一真空產生部分之範^ 之組成元件。在該具體實施例中，該真空部分調節器14〇包括： 一可移動塊142 ;至少一密封構件144 ; 一可移動塊驅動器146 ; 以及一連接桿148。該可移動塊142被插入相關之真空管線12〇 ^，使得其與該真空管線120之一内壁表面接觸之同時在該真空 官線120之縱向上移動。特別地，該可移動塊142之尺寸適合於 ，插入該真空管線12〇中，且在該真空管線12〇中移動之同時充 艾將該真空管線U0内部分割成一真空產生部分和一真空釋放部 如圖5所示，該密封構件144被纏繞在該可移動塊142之一 =表面上’以與該真空管線12〇之_表面緊密接觸。亦即， =密封構件144係屏蔽該真空管線12G内部之組成元件。如圖5 所不，該密封構件144被纏繞在該可移動塊142之外周表面上， — 空管線12。之-幢更大之直徑。在該情況下， "輯構件144由材觀造，且以—干涉裝賴式被插入該 0.95141826' 100322^131-0 1356803 100年.06月27日修正替換頁_ [修正日期：1〇〇年6月27日] 塊！42與該真空管線12〇之間。藉此，根據其位置， 封=144充當自該真空管線120之其餘空間屏蔽該真空管線12〇 =特疋内部空間。同時’可能以複數個密封構件144在該 ，142之周圍上下堆疊之方式來提供複數個密封構件144，以保證 改進氣體密封效率。 較佳地’該可移動塊⑷纟其外周表面上形成有一密封構件 插入槽141，以使得該密封構件144被部分地插入其中。提供該 封構件插人槽141有利於防止該密封構件144無意巾麟其位x置。 該可移動塊驅動器146被提供於該真空管線12〇之另一 該可移動塊驅動器146係在該真空管線12〇中縱向移動該 塊142之組成元件。在該纽下，該真空管線之另—端與連 相關連接構件130之真空管線之一端相對。 該連接桿148係一將該可移動塊驅動1 146連接至該可移動 塊142之組成元件。當期望藉由操作該可移動塊驅動_ 146在該 真空管線120中移動該可移動塊142時’該可移動塊142藉由使 用該連接桿148被連接至該可移動塊驅動器146。 該輥子旋轉H (未顯示）魏轉該吸氣_親子11G之植成 元件。如圖6所示，根據該具體實施例之輥子裝置丨⑻在繞其中 心轴114旋轉之同時操作移動—薄膜型構件p至―期望之 置’從而附著該，麵構件P至—液晶顯示器件元件c。在該情 況下，該吸氣附著好110在該薄膜型構件P之附著 親子旋轉器而被旋轉。 ° 較佳地，-由彈性材料製造之薄膜型構件保護器可被附著至 δ亥吸氣附著親子110之外周表面上，以防止該薄膜型構件p藉由 使用-真空吸氣力被附著至該吸氣附著輥子之外周表面上時 被損壞。=薄麵構件Ρ為-光學構件，且如果其有任何表面損 壞可導致藉由液晶顯示H件顯示之—屏幕圖像品質之下降。為此 原因，有必要仔細操作該薄膜型構.從而，較佳地該保護器由 比該薄膜型構件具有更低硬度之材料製造，且被提供於該吸氣附 095141826 :10032.23131-0 12 1356803 100年.06月2>日接正替換頁 [修正日期：100年6月27日] 著輥子之外周表面處。 此外，根據該具體實施例之輥子裝置1〇〇較佳地具有一用於 =真空！f分調節器140之控制器。該控制器根據將由該輥子裝置 和附著之該薄膜型構件之規格充當在該真空管線120内控制真 二產生。卩为之範圍。該控制器在一預定規格之薄 時不進行任何操作。然而，當必須附著不同 f構件，，該控制器起作用以藉由該可移動塊142之位置移動在 忒真空管線120内調節該真空產生部分之範圍。 了面，將說明根據該具體實施例之輥子裝置1〇〇之操作方法。 首先，根據將被彼此附著之該薄膜型構件和液晶顯示器件元 ^之規格’調節5亥吸氣附著輥子將被施力口一真空吸氣附著力之區 域之長度。為此，該控制器操作該可移動塊驅動器146來調節該 可移動塊142线置。如果伽著之賊雜狀規格大，則該 可移動塊142朝向該可移動塊驅動器146拉，以獲得一長的真空 產生部分。相反，如果該薄膜型構件之規袼小，則該可移動塊14^ 被推離該可移動塊驅動器146，以獲得一短的真空產生部分。當以 上，方式確定了該真空產生部分之後，該真空栗被操作以在該真 空，線」20中產生一真空氣氛。接著，該薄膜型構件被裂载至該 吸氣附著鮮11G，以藉由賴_真空吸氣力養著至該吸氣附著 輥子丨^。其後，當該吸氣附著輥子100藉由該輥子旋轉器被旋轉 時’該，膜3構件被㈣至-舰之附著位置，藉此在接收一藉 由該吸氣附著輥子施加之壓力時被附著到該液晶顯示器件元件 上。 <第二具體實施例> 根據該具體實施例之一輥子裝置2⑻之一特徵為彼此具有不 同長度之複數個真空吸氣附著部分在該裝置200之一外周表面處 被確定’以與待畴之薄膜賴件之規格補應。為此，如圖7 所示，根據該具體實施例之輥子裝置2〇〇包括：一吸氣附著輥子 210 ;真空墊220 ;連接構件23〇 ;以及一輥子旋轉$ (未顯示）。 095141826 13 1003229131-(0[ϊοο年.06月27 曰t [Revised Date: June 27, 100] IX. Invention Description: [Technical field of invention], the invention relates to a roller device for flat panel display element - the needle of the surface. The display component is attached to the [previous technique] and the re-recording of the display has been transformed with the modern society to the informationization. * A. Examples of the display device to be used include the liquid a display device. Therefore, the field of use of liquid crystal displays is gradually expanding. Conventionally, the above flat panel display device employs a form for displaying an olfactory board combination by using its internal electric signal, which is sequentially stacked up and down by inserting a liquid crystal element therebetween. Two such as _-type members and similar 'optical members are attached to the outermost surface of == two =;:=. There are a variety of thin Hrr cookers that include a polarizer that selectively transmits a portion of the light at a temperature of 30%, which can transmit and exhibit strong vibration in the direction. The thin member wires help the device member to perform its image display work efficiently. The 'attach film type member' is automatically performed by using a film type member attachment means. Figure 1 illustrates an example of a conventional film-type member attachment device. As shown by ^, the conventional attachment means includes an attached parent 10, a film-type member feed early 20, and two liquid crystal display device component feed units. The attaching roller (1) is a small-diameter roller, and is attached to the film-type member p by applying pressure-to-film type member p to the two surfaces of the liquid crystal display device element C. 095141826 6 1003229131- 0 _ · * · [Revised date: June 27, 100] ίInput =====Liquid;: Display device component is attached to the desired gate relative to the liquid crystal display component C, The 玄 等 压力 压力 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 〇 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该, and the secret is 1' factor of the above problem. In addition, one of the problems in the prior art is that the unfinished film surface member is attached to various flat panel display devices, and the general design is provided for -=+ίί to 3 The present invention has been made, and the object of the present invention is to carry out the attachment operation of the member according to the feeding and pressing of the film-type members of various specifications. The above-mentioned and other objects can be achieved by providing a roller, and the length of the region in which the roller device is applied with a vacuum suction force can be determined according to the specifications of the film-type member to be attached. Variety. In this case, the roller device may include: a plurality of suction attachment hole wire adhesion rollers are worn on the entire surface thereof, and the suction attachment roller is used to make the component It is on the outer peripheral surface; a vacuum line is placed inside the suction attachment roller and is connected to the suction 095141826 «1 .···> ·.. »♦ * 1003229131-0 [loo year June 27 [Amendment date: June 27, 1 year] ί far suction hole provided - vacuum 贱 _ force; - connecting member '二Ϊίϊί工官线 - end to - vacuum pump; - vacuum part a regulator that is hollowed out and used to move in the longitudinal direction of the vacuum line to adjust the vacuum generating portion of the factory; and - to rotate the inhalation to attach the lump to adjust the __ is applied Preferably, the vacuum line may comprise a plurality of vacuum lines parallel to the getter attachment rolls, each vacuum line being connected to a width of the suction attachment trace The suction attachment hole of the field is used to make the suction hole of the material suction. Gas adhesion. This is advantageous in securing a vacuum suction generating portion. Preferably, the connecting member is connected to the vacuum system via a central axis of the suction-adhesive roller to prevent it from being twisted inside the weaving-intake-adhesive roller. The vacuum partial regulator may include: a movable block that is inserted into the worker line and used to move in the longitudinal direction of the vacuum line while being in contact with the vacuum tube, the inner wall surface; a sealing member And being wound on the surface of the cleanable movable block to be in close contact with the inner wall surface of the vacuum line, thereby shielding an inner space of one of the vacuum blocks; and a movable block driver at the y end of the vacuum line Provided and used to move the movable block in the longitudinal direction of the vacuum line, and to connect the movable block drive to the connecting rod of the movable block. The vacuum generating portion can be simply adjusted at the ifH by simplifying the operation of moving the movable block in the longitudinal direction of the vacuum line. Preferably, the sealing member may include JJ f-sealing members arranged in a plurality of layers around the movable block, and may be made of an elastic material to completely shield the vacuum release portion from one of the u-vacuum lines in the vacuum line. The vacuum is generated. Preferably, the roller unit further comprises a film-type member protector made of an elastic material and attached to the peripheral surface of the suction attachment roller. In the case of using the 4 membrane (four) piece protector, it is possible to safely carry out the attachment of the film-type member 095141826 8 100322913.1-0 1356803 100 years. 0& 27th day by the positive [Revised date: June 27, 曰] 'Without the risk of damaging low-strength film-type components. Preferably, the suction attachment holes may have a diameter of 0.5 to 5 mm to be suitable for attaching the film type member to the suction attachment roller by using a suitable vacuum suction adhesion. Preferably, the roller device may further include a controller for controlling the vacuum portion, the controller, to control the vacuum generating portion in the vacuum line according to the specification of the film-type member to be attached. The adhesion of the film-type member is automatically performed in accordance with various specifications of the film-type member. According to another aspect of the present invention, there is provided a roller apparatus including a plurality of vacuum suction attachment portions having lengths different from each other determined at an outer peripheral surface of one of the devices, and a film The specifications of the type of components correspond. Preferably, the roller device may include: an air suction attachment roller having a plurality of suction attachment holes penetrating through the entire surface thereof, the suction attachment roller being used to make the film by using an aspiration force The type member is attached to an outer peripheral surface thereof; a plurality of vacuum pads having different lengths from each other and disposed inside the suction attachment roller, and a mother vacuum pad on one of the inner surfaces of one of the suction attachment rollers Connected to the suction attachment holes formed in the respective regions of the suction attachment roller that are imaginaryly divided to apply a vacuum suction adhesion to the suction attachment holes; a connecting member that connects the Waiting for the vacuum pad to a vacuum pump; and a roller rotator that rotates the suction attachment roller. In this configuration, it is possible to use a simplified structure to handle the operation of film-type members with various specifications. More preferably, the roller device may further include a controller for controlling the roller rotator to position the suction attachment roller at a starting point of a film-type member according to a specification of the film-type member to be attached. A corresponding area. In the case where the controller is provided, it is possible to ensure that the attaching operation is simply and in accordance with the specifications of the film-type member to be attached. [Embodiment] Detailed embodiments of the present invention will now be described with reference to the accompanying drawings. 095141826 1Ο03Ζ29ά31-Ο 1356803 100 June 2006>日俊正& page [Revised Date: June 27, 100] <First Specific Embodiment> ^ One of the features of the roller device according to this embodiment is The length of a region to which a vacuum suction adhesion is applied may vary depending on the specification of a film-type member to be attached. To this end, as shown in Fig. 2, the roller device according to the specific embodiment (8) includes: The suction attachment roller 110; the vacuum line 120; the connecting member 130; the vacuum portion adjuster 140; and a roller rotator (not shown). As shown in Fig. 3, the gettering attachment roller 110 has a cylindrical structure of a large diameter having a circumference longer than the long side of the conventional maximum film type member. The gettering attachment lug 110 is provided with a plurality of suction attachment holes 112 on its entire surface. > In particular, the plurality of suction attachment holes 112 are uniformly penetrated in a cylinder having a predetermined thickness to make a film type The member is attached to the outer peripheral surface of one of the cylinders by an aspirating force. In this case, preferably, the suction attachment holes 112 are uniformly formed on the entire surface of the suction attachment roller n〇, and are arranged in parallel with each other in the longitudinal direction of one of the suction attachment rollers 110. Also, the gettering attachment holes 112 preferably have a diameter of 0.5 to 5 mm to be suitable for ensuring simple suction attachment of the film type member. If the diameter of the suction attachment holes is larger than 5 mm, it is difficult to generate a vacuum suction adhesion. On the contrary, if the diameters of the suction attachment holes are smaller than the 〇_5 legs, it is difficult to process the suction attachment holes. The vacuum lines 120 are disposed inside the gettering attachment roller no to be connected to the suction attachment holes 112. The vacuum lines 12 are attached to the suction attachment holes 12 for a component of vacuum suction adhesion. Specifically, in order to achieve the gettering attachment operation of the film-type member via the suction attachment holes 112, the vacuum lines 120 serve to draw air through the suction attachment holes 1丨2 so as to be suctioned by using a vacuum. The film-type member is pneumatically attached to the outer peripheral surface of one of the gettering attachments. As shown in Figure 2, in this particular embodiment, a plurality of vacuum lines 120 are provided. A plurality of vacuum lines 12 are arranged parallel to one of the suction attachment rollers n = mandrel 114. Similarly, each vacuum line 12 is connected to the corresponding suction attachment holes 112 formed in a predetermined width region of the suction attachment roller 110 to provide a vacuum suction to the corresponding suction attachment holes 112. Gas adhesion. 095141826 1003229131-0 1356803 χυυ-ι- υο/j Ct χχ [Revised Date: June 27, 100] These vacuum lines 120 are connected to the suction attachment holes 112 for suction of air and are also connected to one An external vacuum pump (not shown) is used to generate a vacuum suction force. The connecting members 130 are used to connect one end of each vacuum line 12 to the vacuum pump. In this particular embodiment, preferably the connecting members 13() are connected to the vacuum pump via a central axis 114 of the gettering attachment roller 110. The getter attachment roller 110 according to this embodiment is used for rotation during attachment of the film-type member, and the vacuum lines 120 are disposed in the rotary suction-attachment cassette. Thus, in this embodiment, it is important to prevent the connecting members 13 from being twisted by the rotating operation of the gettering attachment message 110. To this end, the specific embodiment proposes that the connecting members 130 are connected to the vacuum pump via the central axis 114 of the gettering attachment roller 110 that is free from the rotational operation of the suction attachment roller 11〇, thereby eliminating the delta connection member. 130 distortion problem. As shown in Fig. 4, each vacuum section regulator 140 is provided in the associated vacuum line 120 such that it moves in the longitudinal direction of the vacuum line 12''. The vacuum partial regulator 140 is a component of the vacuum line 120 that adjusts a vacuum generating portion. In this particular embodiment, the vacuum section regulator 14A includes: a movable block 142; at least one sealing member 144; a movable block drive 146; and a connecting rod 148. The movable block 142 is inserted into the associated vacuum line 12〇 such that it moves in the longitudinal direction of the vacuum line 120 while being in contact with the inner wall surface of one of the vacuum lines 120. In particular, the movable block 142 is sized to be inserted into the vacuum line 12, and is internally divided into a vacuum generating portion and a vacuum releasing portion while being moved in the vacuum line 12? As shown in FIG. 5, the sealing member 144 is wound around one of the movable blocks 142 = surface to be in close contact with the surface of the vacuum line 12 . That is, the = sealing member 144 shields the constituent elements inside the vacuum line 12G. As shown in Fig. 5, the sealing member 144 is wound around the outer peripheral surface of the movable block 142, the empty line 12. - The larger diameter. In this case, the "editor component 144 is made of material view, and is inserted into the 0.95141826' by the interference interference type 100322^131-0 1356803 100 years. June 27th revised replacement page _ [Revised date: 1〇 June 27th of the next year] Block! 42 is between the vacuum line 12〇. Thereby, according to its position, the seal = 144 acts as a shield from the remaining space of the vacuum line 120 to the vacuum line 12 疋 = characteristic internal space. At the same time, a plurality of sealing members 144 may be provided by stacking a plurality of sealing members 144 around the 142 to ensure improved gas sealing efficiency. Preferably, the movable block (4) has a sealing member insertion groove 141 formed on its outer peripheral surface such that the sealing member 144 is partially inserted therein. Providing the sealing member insertion slot 141 facilitates preventing the sealing member 144 from being unintentionally placed. The movable block drive 146 is provided to the other of the vacuum line 12, and the movable block drive 146 moves the constituent elements of the block 142 longitudinally in the vacuum line 12A. Under this condition, the other end of the vacuum line is opposed to one end of the vacuum line of the associated connecting member 130. The connecting rod 148 is a component that connects the movable block drive 1 146 to the movable block 142. When it is desired to move the movable block 142 in the vacuum line 120 by operating the movable block drive_146, the movable block 142 is connected to the movable block drive 146 by using the connecting rod 148. The roller rotates H (not shown) to turn the inhalation _ parent 11G planting component. As shown in Fig. 6, the roller device (8) according to this embodiment operates to move the film-type member p to "desired" while rotating about its central axis 114, thereby attaching the face member P to the liquid crystal display device. Element c. In this case, the inhalation adhesion 110 is rotated by the attachment of the parent-child rotator of the film-type member P. Preferably, a film-type member protector made of an elastic material may be attached to the outer peripheral surface of the δHg-adhering parent-child 110 to prevent the film-type member p from being attached to by using a vacuum suction force. The getter adhered to the roller while being damaged on the outer peripheral surface. The thin-faced member is an optical member, and if it has any surface damage, it can be caused by the liquid crystal display H--the degradation of the screen image quality. For this reason, it is necessary to carefully operate the film configuration. Thus, preferably, the protector is made of a material having a lower hardness than the film-type member, and is provided in the gettering attachment 095141826: 10032.23131-0 12 1356803 100 Year. June 2 > Day replacement page [Revised date: June 27, 100] The outer surface of the roller is placed. Further, the roller device 1 according to this embodiment preferably has one for = vacuum! The controller of the f-divider 140. The controller acts to control the true two in the vacuum line 120 depending on the specifications of the film-type member to be attached by the roller device.卩 is the scope. The controller does not perform any operation when it is thin at a predetermined size. However, when different f-members have to be attached, the controller functions to adjust the range of the vacuum generating portion within the helium vacuum line 120 by the positional movement of the movable block 142. In the above, the operation method of the roller device 1 according to this embodiment will be explained. First, according to the specifications of the film-type member and the liquid crystal display device member to be attached to each other, the length of the region where the vacuum suction adhesion force of the 5 liter suction attachment roller is to be applied is adjusted. To this end, the controller operates the movable block driver 146 to adjust the movable block 142 line. If the glare thief has a large gauge size, the movable block 142 is pulled toward the movable block drive 146 to obtain a long vacuum generating portion. On the contrary, if the gauge of the film-type member is small, the movable block 14 is pushed away from the movable block driver 146 to obtain a short vacuum generating portion. After the vacuum generating portion is determined in the above manner, the vacuum pump is operated to generate a vacuum atmosphere in the vacuum "20". Next, the film-type member is cracked to the suction-attached fresh 11G to be held by the suction-vacuum suction force to the suction-adhesion roller. Thereafter, when the getter attachment roller 100 is rotated by the roller rotator, the film member 3 is (4) to the ship attachment position, thereby receiving a pressure applied by the suction attachment roller. It is attached to the liquid crystal display device element. <Second Embodiment> A plurality of vacuum suction attachment portions characterized by having different lengths from each other according to one of the roller embodiments 2 (8) are determined at the outer peripheral surface of one of the devices 200 The specifications of the film of the domain are complemented. To this end, as shown in Fig. 7, the roller unit 2 according to this embodiment includes: an air suction attachment roller 210; a vacuum pad 220; a connecting member 23; and a roller rotation $ (not shown). 095141826 13 1003229131-(0
100年.06月27日核^頁I100 years. June 27th nuclear page I
[修正日期：100年6月27日] 類娜n體實躺之情況，該吸細著輥子21G經由其 =表面牙有複數個吸氣附著孔212。該吸氣附著輥子21〇係一 付一薄膜型構件被附著至其—外周表面之組成元件。 該等真空塾220被佈置於該吸氣附著報子21〇中，以被連接 吸氣附著孔212。該等真空塾220係施加一真空吸氣附著力 至該專吸氣附著孔212之經成树。在該具體實施例中，其提供 了複，個彼此具有不同長度之真空墊22〇。該等真空墊22〇之長度 =皮確定為與待附著之各自薄膜型構件之規格相對應。該等真空墊 ^可易於改變。因此’如果待附著之薄膜型構件之規格改變，則 。等真Ϊ塾22。用新的真空墊來替換’該等新的真空整具有與被 =之薄膜型構件之規格對應之長度。這樣，藉由使用根據該具 體實施，之輕子裳置2〇〇可附著各種規格之薄膜型構件4圖7 =不’該等真空墊220被連接至在具有假想分割之該吸氣附著輥 =21*0之各個區域中對應之該等穿透吸氣附著孔212。藉此，如果 π該等真空塾220中產生-真空氣氛，則該等真空塾22〇藉由使 得外部空氣經由該等吸氣附著孔212被吸而施加一真空吸氣附著 力至該等吸氣附著孔212。 _該等連接構件230係將該等真空墊220連接至該真空泵（未 ，示）之組成元件。該等連接構件230較佳地經由該吸氣附著報 子210之一中心軸被連接至該外部真空泵，從而防止其在該吸氣 附著輥子210旋轉期間扭曲。 ，即使在根據本發明之輥子裝置2〇〇之情況下，該輥子旋轉器 膜型構件保護器為附加提供。該親子旋轉器和薄膜型構件保 f器f有與根據上述第一具體實施例之輥子裝置丨⑻之輥子旋轉 器和薄膜型構件保護器相同之配置和功能，且將省略對其重復之 描述。 ，時’根據該具體實施例之輥子裝置2〇〇包括一用於控制該 輥子旋轉器之控制器。特別地，該控制器根據待附著之薄膜型構 件之規格充當在薄膜型構件附著起始點處定位該吸氣附著輥子 °95141826 14 1003229131-0 1356803 100年·06月27日修正替^頁 [修正日期：100年6月27曰] 210之對應區域。在該具體實施例中令 種與各薄膜型構件之規格具有對應之長 具^ 預先連接至該等區域。從而，根摅伽4笨+ 具工塾220被 齡绪_媒杜夕招2?據待附者之薄膜型構件之規格， 該薄膜型構件之附著。-日—預定始點，以便開始 硏荖超IFa»二預長度之真空墊所連接之該吸氣 附者輥子&域被^ 又置為该薄膜型構件附著起始點， 附著輥子之操作條件如旋轉速度被調節為下 二二广果待者之柄膜型構件之規格改變， 貝J該及軋附著輥子在該控制器之操作 附著起始點對應。 Fl'㈣使侍另-區域與該 進行====見’本發明使用—單—部件提供-種能夠 地ίΐ完成該薄膜型構件之進給位置和進給定時 ，^特观’本發明具有對於各種規格之薄臈 曰 顯示器件元件高適應性之優點。 曰曰 儘之目的已揭示本發明之較储體實施例， 換。 砑砰之則知下，可能進行各種修正、添加和替 【圖式簡單說明】 尸、進行之雜綱，本拥之上敍其他目 標、特徵和其他優點將被更加清晰地理解，其中： =1係圖稍統之薄_構伽置之配置之示音圖； 置之圖示根據本發明第一具體實施例之一輕子裝^置内部配 之透H係圖示根據本發明第一具體實施例之親子裝置外部配置 圖4係圖不根據本發明第一具體實施例之一真空管線和一真 P95141826 15 :10^229131-0 •100年,ofc月日修正替换頁 [修正日期：100年6月27曰] 空部分調節器配置之截面圖； 圖5係圖示根據本發明第一具體實施例之一可移動塊配置之 還視圖； 圖6係 法之視圖； 圖示根據本發明第一具體實施例之辕子裝置之操作方 一具體實施例之一親子裝置内部配置之 圖7係根據本發明第 截面圖；以及 之展報據本發^二具體實關之附著輥子和真空塾 【主要元件符號說明】 10 壓力輥子 20 薄膜型構件進給單元 30 100 液晶顯示器件元件進給單_ 輥子.裝置 、。 凡 110 吸氣附著輥子 112 吸氣附著孔 114 中心轴 120 真空管線 130 連接構件 140 真空部分調節器 141 密封構件插入槽 142 可移動塊 144 密封構件 146 可移動塊驅動器 148 連接桿 200 輥子裝置 210 吸氣附著輥子 212 吸氣附著扎 220 真空墊 095141826 16 100322.9131-0 1356803 100年06月27日梭正替换頁 230連接構件 C 液晶顯示器件元件 P 薄膜型構件 [修正日期：100年6月27曰] 095141826 17 .1003229131:-0 • · ·. *.[Revised date: June 27, 100] In the case where the n-type body is lying down, the suction roller 21G has a plurality of suction attachment holes 212 via its surface tooth. The gettering attachment roller 21 is attached to a constituent member of the outer peripheral surface to which a film type member is attached. The vacuum crucibles 220 are disposed in the inhalation attachment newspaper 21A to be connected to the suction attachment holes 212. The vacuum crucibles 220 apply a vacuum suction adhesion to the sap of the dedicated suction attachment holes 212. In this particular embodiment, it provides a plurality of vacuum pads 22 having different lengths from each other. The length of the vacuum pads 22 is determined to correspond to the specifications of the respective film-type members to be attached. These vacuum pads can be easily changed. Therefore, if the specifications of the film-type member to be attached are changed, then. Wait for the truth. Replacement with a new vacuum pad' These new vacuums have a length corresponding to the specifications of the film-type member being replaced. Thus, by using a light-weighted skirt according to the specific implementation, a film-type member 4 of various specifications can be attached. FIG. 7 = No such vacuum pads 220 are connected to the suction-adhesive roller having an imaginary division. The corresponding inspiratory attachment holes 212 are corresponding to the respective regions of =21*0. Thereby, if a vacuum atmosphere is generated in the vacuum crucibles 220, the vacuum crucibles 22 apply a vacuum suction adhesion to the suction by causing the outside air to be sucked through the suction attachment holes 212. The gas is attached to the hole 212. The connecting members 230 connect the vacuum pads 220 to the constituent elements of the vacuum pump (not shown). The connecting members 230 are preferably connected to the external vacuum pump via a central axis of the gettering attachment newspaper 210 to prevent it from twisting during rotation of the gettering attachment roller 210. Even in the case of the roller device 2 according to the present invention, the roller rotator membrane type member protector is additionally provided. The parent-child rotator and the film-type member retainer f have the same configuration and function as the roller rotator and the film-type member protector of the roller device (8) according to the first embodiment described above, and a repetitive description thereof will be omitted. . The roller device 2 according to this embodiment includes a controller for controlling the roller rotator. In particular, the controller acts as a positioning point at the attachment point of the film-type member according to the specification of the film-type member to be attached. 95141826 14 1003229131-0 1356803 100-June 27th revision correction page [ Revision date: June 27, 100 years] The corresponding area of 210. In this embodiment, the length of the material corresponding to the specifications of each of the film-type members is previously connected to the regions. Therefore, the root scorpion 4 stupid + the work 塾 220 is the age of the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ -Day-predetermined starting point, so as to start the suction-attachment roller and the field connected to the vacuum pad of the IFa»two-pre-length, and then set the attachment point of the film-type member, the operation of attaching the roller The condition, such as the rotational speed, is adjusted to the specification change of the stalk-type member of the lower two-two-fruit keeper, and the squeezing roller corresponds to the starting point of the operation attachment of the controller. Fl '(4) allows the service-area to be carried out ==== see 'Usage of the present invention-single-part-providing--can carry out the feeding position and feed timing of the film-type member, the present invention It has the advantage of high adaptability to thin gauge display device components of various specifications. The preferred embodiment of the present invention has been disclosed for the purpose of the present invention. Under the circumstance, you may be able to make various amendments, additions, and replacements. [The simple description of the corpse] The corpse, the syllabus, and other objectives, features, and other advantages will be more clearly understood. Among them: BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a configuration of a configuration of a light-weight device according to a first embodiment of the present invention; FIG. 4 is a diagram showing a vacuum line and a true P95141826 according to the first embodiment of the present invention. 15: 10^229131-0 • 100 years, the date of the month is corrected. [Revised date: Figure 6 is a cross-sectional view showing a configuration of a movable block according to a first embodiment of the present invention; Figure 6 is a view of the system; The operation of the first embodiment of the electronic device of the first embodiment is shown in FIG. 7 is a cross-sectional view of the present invention, and the attached roller according to the present invention Vacuum 塾 [Main component symbol description] 1 0 Pressure roller 20 Film type member feed unit 30 100 Liquid crystal display device component feed sheet _ Roller. Wherein 110 suction attachment roller 112 suction attachment hole 114 center shaft 120 vacuum line 130 connection member 140 vacuum portion adjuster 141 sealing member insertion groove 142 movable block 144 sealing member 146 movable block driver 148 connecting rod 200 roller device 210 suction Gas-adhesive roller 212 Inspiratory adhesion 220 Vacuum pad 095141826 16 100322.9131-0 1356803 On June 27, 100, shuttle replacement page 230 connection member C liquid crystal display device component P film-type member [Revised date: June 27, 100] 095141826 17 .1003229131:-0 • · ·. *.