TW201005355A

TW201005355A - Optical film adhesion device and production method of a display panel

Info

Publication number: TW201005355A
Application number: TW98100612A
Authority: TW
Inventors: Yukio Ochiai; Kenji Yumiba; Kouji Sato; Hideaki Kojima; Ken Yasutome; Tetsuo Matsuzaki; Hiroshi Fukuda; Kazushi Togami
Original assignee: Hitachi High Tech Corp
Priority date: 2008-07-24
Filing date: 2009-01-09
Publication date: 2010-02-01

Abstract

This invention provides an optical film adhesion device. An optical film is held on a drum, when the optical film is adhered to two sides of a display panel substrate nearly at the same time, the optical film is uniformly pressed on the display panel and an adhesion processing of high quality is performed, then the category replacement can be realized easily at a low cost when an adsorption drum having several adsorption holes is used, a bad adhesion such as bubbles and foreign article entrainment occurred when the optical film is adhered to the display panel will not occur. When an optical film is adhered to a display panel, both stand up slantly in a slant state of a specific angle relative to a vertical direction. In such a slant standing state, a polaroid is kept on a slant drum, and the optical film is nearly at the same time adhered to the two sides (the first main surface (CF surface) and the second main surface (TFT surface)) of the display panel by rotating and controlling the drum. An adsorption drum is constructed by a cylindrical drum (a drum formed by rolling a thin-plate-shaped panel into a cylindrical shape). At the wall-thickness portion of the cylinder, a linear hollow portion roughly parallel to a rotation axis is installed at the positions respectively corresponding to the front end and the rear end of the optical film, and some adsorption holes are installed on the outer circumferential surface of the drum along the hollow portion. By using adhesive gum member installed on the outer circumferential surface of the drum means, the optical film is kept adhered and the optical film is adhered to the display panel. Furthermore, by using a first and a second drum means including an adhesive gum member, the first and the second optical films are kept adhered, and adhesion can be performed nearly at the same time from the left and the right sides of the display panel.

Description

201005355 六、發明說明：【發明所屬之技術領域】本發明涉及一種向液晶面板等的顯示用面板貼附由偏光板（polarizingplate)或相位差板（retardationplate)等構成的光學膜的光學膜貼附裝置及使用此裝置的顯示用面板的製造方法，本發明尤其涉及一種將光學膜保持在黏性滾筒或吸附滾筒上，一面使此黏性滾筒或吸附滾筒旋轉一面將光學膜貼附在顯示用面板上的光學膜貼附裝置及顯示用面板的製造方法。【先前技術】在液晶顯示裝置的製造步驟中，是將液晶封入到薄膜晶體管（Thin Film TransisTor，TFT)基板與彩色滤光片 (color filter )基板之間而構成液晶面板，然後在液晶面板的表面及背面進行偏光板的_。另外，有時也貼附視覺[Technical Field] The present invention relates to attaching an optical film to an optical film comprising a polarizing plate or a retardation plate to a display panel such as a liquid crystal panel. The present invention relates to a method of manufacturing a display panel using the same, and more particularly to a method of attaching an optical film to a viscous roller or a absorbing roller while rotating the viscous roller or the absorbing roller while attaching the optical film to the display. An optical film attaching device on a panel and a method of manufacturing the display panel. [Prior Art] In the manufacturing process of the liquid crystal display device, a liquid crystal panel is formed by encapsulating a liquid crystal between a thin film transistor (TFT) substrate and a color filter substrate, and then in a liquid crystal panel. The surface of the polarizing plate is _. In addition, sometimes it also attaches visual

補償用的相位差板。此種由偏光板或相位差⑽構成的光學膜的貼附作業是通過貼附裝置來進行的。通常，預先在光學膜上塗布黏著劑，並在黏著劑上包覆保護膜。貼附裝置中設有將保護膜從光學膜剝離的第一作業位置、及將光學膜騎在顯示用面板上的第二作業位置’在利贼附台等的簡機構來保持著光學膜的同時， 2 ’在第-作業位置將保護膜從光學膜上剝離然後使 1膜從第-作業位置向進行貼_第二㈣位置移動，且在第二作業位置將光學膜_在顯示用面板上。而且， 5 201005355 作為將光學膜貼附在液晶面板上的貼附裝置，已知有例如韓國專利10-0556339號公報中所記载的貼附裝置。A phase difference plate for compensation. The attachment of such an optical film composed of a polarizing plate or a phase difference (10) is performed by an attaching device. Usually, an adhesive is applied to the optical film in advance, and a protective film is coated on the adhesive. The attaching device is provided with a first working position for peeling off the protective film from the optical film, and a second working position for riding the optical film on the display panel to hold the optical film in a simple mechanism such as a thief attachment table. At the same time, 2' peels the protective film from the optical film at the first working position and then moves the film from the first working position to the second (four) position, and at the second working position, the optical film _ in the display panel on. In addition, as an attachment device for attaching an optical film to a liquid crystal panel, for example, an attachment device described in Korean Patent No. 10-0556339 is known.

韓國專利10-0556339號公報中所記載的偏光板貼附裝置’為了抑制伴隨彩色液晶顯示器的大型化而引起的偏光板貼附裝置的個空間（fGQtprint)的擴大，而在使液晶胞（liquid CryStalcell)基板立起的狀態下將偏光板吸附雜在韻滾筒上，並將偏光板同時貼附魏晶胞基板的第主表面（CF(彩色滤光片））面）和第二主表面（TFT 面）上，從而抑制了與液晶胞基板的搬送方向正交的方向 (寬度方向）上的佔用空間的擴大。韓國專利10-0556339號公報中所記載的偏光板貼附裝置，當將偏光板（光學膜）貼附在液晶胞基板（顯示面板）上時，使兩者立起成大致垂直的狀態，並在立起狀態下將偏光板吸附保持在吸附滾筒上，且對吸附滾筒進行旋〇轉控制，由此’將偏光板幾乎同時貼附在液晶胞基板的兩面（第一主表面（CF面）和第二主表面（TFT面））上。然而，當將偏光板同時貼附在液晶胞基板的兩面上時，會存在垂直狀態下液晶胞基板的姿勢變得不穩定，從而影響到貼附品質的問題。另外，進行貼附時是利用吸附滾筒來將偏光板均勻地按在液晶胞基板上的，但如果兩者都是垂直狀態’那麼會存在液晶胞基板的姿勢變得不穩定從而 6 201005355„ 難以對偏光板施加均勻的按壓力的問題。另一方面’在液晶的製造步驟中，在液晶顯示器大型化的同時，對製造裝置而言，越來越要求高速、廉價、精簡化且佔用空間較小的製造裝置。另外，伴隨大型液晶面板的飛速成長’光學膜貼附裝置的種類的更換頻繁，為了使由所述種類更換而引起的損失降低到最小限度從而對《學膜貼随置的尺寸自由度的要求也骑變高。韓國專利10-〇556339號公報中所記載的吸附滾筒，是在滾筒側面設有多個真空吸附孔，但現狀為，對應於各個尺寸是如何更換真空吸附孔尚不明確，且並未明確地與種類的更換相對應。、此外在利用真空吸附孔來對光學膜進行真空吸附並加以保持的情況下’因為此真空貼緊保持是使吸附力作用於光學膜的-部分’所以會存在S學膜由於料或翹曲而輕微办 _ ’由此導致貼附部位上產生氣泡或捲入異物的問題。【發明内容】本發明的第一目的在於提供一種光學膜貼附裝置，將光學骐保持在滾筒上，且當將光學膜幾乎同時貼附在顯示面板基板的兩面上時，可將光學膜均勻地按在顯示面板上而進行高品質的貼附處理。本發明的第二目的在於提供一種光學膜貼附襞置，可容易且低成本地實現使用了具備多個吸附孔的吸附滾筒時 7 201005355 lx 的種類的更換。本發明的第三目的在於提供一種光學膜貼附裝置，其在將保護膜從光學膜剝離後直到將光學膜貼附在顯示用面板為止的期間内，可防止異物附著在光學膜上。本發明的第四目的在於提供一種光學膜貼附方法、光學膜貼附裝置及顯示用面板的製造方法，所述光學膜貼附方法可容易且低成本化地實現使用滾筒時的種類的更換，且不會發生將光學膜貼附在顯示用面板上時所產生的氣泡或捲入異物等貼附不良。 [解決問題之技術手段] 本發明的光學膜貼附裝置的第一特徵在於：進行如下處理，即，以相對於垂直方向成規定角度而傾斜的狀態來搬送顯不用面板及光學膜，且保持所述傾斜狀態而將所述光學膜貼附在所述顯示用面板上。 Ο 所述光學膜貼附裝置中，當將光學膜貼附在顯示用面板上時，並不使兩者垂直立起，而是使它們以相對於垂直方向成規定角度傾斜的狀態而傾斜立起，且以此傾斜立起的狀態將偏光板保持在傾斜的滾筒上，並對此滾筒進行旋轉控制’由此將光學膜幾乎同時貼附在顯示用面板的兩面 (第一主表面（CF面）和第二主表面（TFT面））上。由此，貼附時可使滾筒的按壓達到均勻，從而可提升貼附品 8 201005355. 質。另外，搬送顯示用面板及光學膜時，與垂直立起狀態相比’如本案發明這樣傾斜立起的狀態更具有搬送特性穩定的效果。而且，作為使顯示用面板及光學膜傾斜的方法，可採用以下任一種方法：使載置著各台的基台部分的上底部相對於水平方向僅傾斜規定角度’或使設置著這些基台的地面部傾斜成規定角度。本發明的光學膜貼附裝置的第二特徵在於包括：顯示 ^ 用面板供給機構，將顯示用面板以相對於垂直方向成規定角度傾斜的狀態進行搬送；第一光學膜供給機構及第二光學膜供給機構，在沿著所搬送的所述顯示用面板的左右兩侧的位置將光學膜以所述傾斜狀態進行搬送；以及光學膜貼附機構，由第-滾筒機構及第二滾筒機構而構成，保持著從所述第-光學膜供給機構及第二光學膜供給機構而搬送供給_述第-滾筒機構及第二滾筒機構的所述光學膜 © 力單面侧，並且-面對所述光學膜朝向所述顯示用面板側進行加壓，一面使所述第一滾筒機構及第二滚筒機構旋轉移動’而將所述光學膜幾乎同時貼附在所述顯示用面板的兩面上’其中所述第一滾筒機構及第二滾筒機構以旋轉轴相對於從所述顯示用面板供給機構搬送而來的所述傾斜狀態的所述顯不用面板面大致平行的方式而配置。本發明涉及-種由顯示用面板供給機構、光學膜供給 9 201005355 機構及光學膜貼附機構而構成的光學膜貼附裝置，其中所述顯不用面板供給機構使顯示用面板以相對於垂直方向成規定角度傾斜的狀態而傾斜立起，且搬送供給所述顯示用面板；所述光學膜供給機構同樣以傾斜立起的狀態來搬送供給光學膜；所述光學膜貼附機構將光學膜以傾斜立起的狀態貼附在顯示用面板上。本發明的光學膜貼附裝置的第三特徵在於：如所述第 © 。特徵巾所記載的光學賴随置，所述第—滾筒機構及第二滚筒機構利用設置在它們外周面上的第一黏性橡膠構件及第二黏性橡膠構件來貼緊保持所述光學膜的單面侧。所述光學膜貼附裝置中，對於保持光學膜的滾筒機構而言’是利用設置在其外周面上的黏著性的橡膠構件來貼緊保持光學膜，並將光學膜貼附在顯示用面板上。本發明的光學膜貼附裝置的第四特徵在於：如所述第特徵中所記載的光學膜貼附裝置，所述第—滾筒機構及第二滾筒機構利用設置在它們外周面上的多個吸附孔來吸附保持所述光學膜的單面側。所述光學膜貼附裝置中’對於保持光學膜的滾筒機構而言’是在其外周面上具備吸附孔，並利用此吸附孔來吸附保持光學膜。本發明的光學媒貼附裝置的第五特徵在於包括：顯示 201005355 用面板供給機構，將顯示用面板以大致水平狀態進行搬送；第一光學膜供給機構及第二光學膜供給機構，在沿著所搬送的所述顯示用面板的上下兩侧的位置將光學膜以所述大致水平狀態進行搬送；以及光學膜貼附機構，由第一滾筒機構及第二滚筒機構而構成，保持著從所述第一光學膜供給機構及第二光學膜供給機構而搬送供給到所述第一滾筒機構及第二滾筒機構的所述光學膜的單面側，並且一 © 面對所述光學膜朝向所述顯示用面板側進行加壓，一面使所述第一滾筒機構及第二滾筒機構旋轉移動，而將所述光學膜幾乎同時貼附在所述顯示用面板的兩面上，其中所述第一滾筒機構及第二滾筒機構以旋轉轴相對於從所述顯示用面板供給機構搬送而來的所述大致水平狀態的所述顯示用面板面大致平行的方式，配置在沿著所述顯示用面板的上下兩侧的位置上。 Ο 本發明涉及一種光學膜貼附裝置，顯示用面板供給機構及光學膜供給機構以大致水平狀態來搬送供給顯示用面板及光學膜，利用配置在所述搬送供給的顯示用面板的上下兩侧的滾筒機構來保持光學膜的單面側，且一面從上下方向將所保持的光學膜按壓到顯示用面板上，一面使滾筒機構旋轉’從祕光學膜均勻地_在顯利面板上。本發明的光學膜貼附裝置的第六特徵在於：如所述第 11 201005355 五特徵中所記載的光學膜貼附裝置，所述第一滾筒機構及第二滾筒機構利用設置在它們外周面上的第一黏性橡膠構件及第一黏性橡膠構#來貼緊保持所述光學膜的單面侧。所述光學膜貼附裝置中，作為對以大致水平狀態搬送而來的光學膜進行保持的滚筒機構，是利用設置在其外周面上的黏著性的橡膠構件來貼緊保持光學膜，並將光學膜貼附在顯不用面板上。 0 本發明的光學膜貼附裝置的第七特徵在於：如所述第五特徵中所S己載的光學膜貼附裝置，所述第一滾筒機構及第二滾筒機構利用設置在它們外周面上的多個吸附孔來吸附保持所述光學膜的單面側。所述光學賴附裝置中’作為對以大致水平狀態搬送而來的光學膜進行倾的㈣機構，是在其外周面上具備吸附孔，且利用此吸附孔來吸附保持光學膜。 Ο 本發明的顯示用面板的製造方法的特徵在於：使用所述第-特徵至第七特徵中任一項所記載的光學膜貼附襄置而將光學膜貼附在顯示用面板上。本發明涉及一種使用所述光子膜貼附裝置中的任一個來將光學膜貼附在顯示用面板上的顯示用面板的製造方法。 [發明的效果] 根據本發明’將光學膜保持在滾筒上，當將光學膜幾 12 201005355_ 乎同時貼附在顯示面板基板的兩面上時，具有將光學膜均勻地按在顯示面板上從而可進行高品質的貼附處理的效果。本發明的光學膜貼附装置是將光學膜貼附在搬送移動的顯示用面板上’其第一特徵在於：包括光學膜貼附機構，是以旋轉軸與所搬送的所述顯示用面板的至少單面大致平行的方式而配置的圓筒形狀的滚筒機構，在沿著直線狀的 © 空腔部的所述滾筒機構的外周面、即與所述光學膜的大小相對應的位置，具備多個對所述光學膜的前端部及後端部附近進行吸附保持的吸附孔，一面對所述光學膜朝向所述顯示用面板側進行加壓，一面使所述滾筒機構旋轉，由此將所述光學膜貼附在所述顯示用面板上，其中所述直線狀的空腔部形成於所述圓筒形的壁厚部分且與所述旋轉軸大致平行。〇所述光學膜貼附機構中，以圓筒形狀的滾筒（將薄板狀的面板捲繞成圓筒狀而成的滾筒）來構成吸附滾筒，在滾筒的壁厚部分’在與光學賴前卿及後端部分別相對應的位置上，設置著與旋轉轴大致平行的直線狀的空腔部，並在沿著此空腔部的滾筒的外周面設置著吸附孔，由此對光學膜的前端部及後端部進行吸附保持，而貼附光學膜。這樣，預先以與種類不同的光學膜的前端部及後端部 13 201005355 相對應的方式而設置空腔部及吸附孔，可容易地進行種類的更換，從而可實現低成本。另外，此光學膜貼附機構並不限夂於以大致垂直狀態進行貼附的情況，也可用於以大致水平狀態進行貼附的情況。本發明的光學膜貼附裝置的第二特徵在於包括：顯示用面板供給機構，將顯示用面板以大致垂直立起的狀態進行搬送；第一光學膜供給機構及第二光學膜供給機構，在 © 所搬送的所述顯示用面板的左右兩側將光學膜以大致垂直立起的狀態進行搬送；光學膜貼附機構，由第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構而構成，在沿著直線狀的空腔部的所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構的外周面、即與所述光學膜的大小相對應的位置’ 具備多個對從所述第一光學膜供給機構及第二光學膜供給機構而搬送供給到所述第一圓筒形狀滾筒機構及第二圓筒〇形狀滾筒機構的所述光學膜的前端部及後端部附近的單面側進行吸附保持的吸附孔，一面利用所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構來對所述光學膜朝向所述顯示用面板側進行加壓，一面使所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構旋轉移動，而將所述光學膜幾乎同時貼附在所述顯不用面板的兩面上，其中所述第一圓 Λ形狀滾筒機構及第二圓筒形狀滾筒機構以旋轉軸相對於 201005355 從所述顯示用面板供給機構搬送而來的所述顯示用面板面大致平行的方式而配置’所述直線狀的空腔部形成於所述第-圓筒形狀滾筒機構及第二圓筒形狀滾筒機構的壁厚部分且與所述旋轉轴大致平行；以及顯示用面板排出機構，將對應於所述光學臈貼附機構的光學膜貼附動作而兩面貼附著所述光學朗大致垂直狀態賴述顯示用面板排出。除了利用所述第一特徵中所記載的光學膜貼附機構以 ® 外，還利用顯示用面板供給機構、光學膜供給機構及顯示用面板排出機構來構成光學膜貼附裝置。本發明的光學膜貼附裝置的第三特徵在於：如所述第一特徵或第二特徵中所記載的光學膜貼附裝置，包括剝離機構’將保護膜從吸附保持在所述吸附滾筒上的所述光學膜剝離’且所述光學膜貼附機構的構成如下，即，具有至少兩個空腔部來作為對所述光學膜的前端部進行吸附保持 0 的吸附孔’且在所述兩個空腔部中，最先對所述光學膜進行吸附保持的設置在所述空腔部的外周侧面上的吸附孔的開口部面積大於其它吸附孔的開口部面積。所述光學膜貼附裝置是在如所述第二特徵中所記載的光學膜貼附裝置上新設置剝離機構，且在構成光學膜貼附機構的吸附滾筒的吸附孔中，使最先對光學膜的前端部進行吸附保持的吸附孔大於其它吸附孔，由此預先使此部位 15 201005355 的吸附力足夠大’從而可承受由剝離機構進行剝離時所施加的較大的拉伸應力。另外，所述光學膜貼附裝置中，通過設置剝離機構而將保護膜從吸附保持在吸附滾筒機構上的光學膜剝離’從而在將保護膜剝離後直到貼附在顯示用面板上為止的期間内，可防止異物等附著在光學膜上。本發明的光學膜貼附裝置的第四特徵在於包括：顯示用面板供給機構，將以大致水平狀態搬送而來的顯示用面板立起成大致垂直的狀態進行搬送；第一光學膜供給機構及第二光學膜供給機構，在所搬送的所述顯示用面板的左右兩侧，將以大致水平狀態所載置的光學膜立起成大致垂直的狀態進行搬送；光學膜貼附機構，由第一圓筒形狀滾筒機構及第一圓筒形狀滾筒機構而構成，在沿著直線狀的空腔部的所述第-圓筒形狀滾筒機構及第二圓筒形狀滾筒機構的外周面、即與所述光學膜的大小相對應的位置，具 © 備多個對從所述第-光學膜供給機構及第二光學膜供給機構而搬送供給到所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構的所述光學膜的前端部及後端部附近的單面侧進仃吸附保持的吸附孔，一面利用所述第一圓筒形狀滚筒機構及第一圓筒形狀滾筒機構來對所述光學膜朝向所述顯不用面板側進行加壓’ 一面使所述第一圓筒形狀滾筒機構及第-圓筒形狀滾筒機構旋轉移動，而將所述光學膜幾乎 16 201005355 同時貼附在所述顯示用面板的兩面上，其中所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構以旋轉軸相對於從所述顯示用面板供給機構搬送而來的所述顯示用面板面大致平行的方式而配置，所述直線狀的空腔部形成於所述第一圓筒形狀滚筒機構及第二圓筒形狀滾筒機構的壁厚部分且與所述旋轉轴大致平行；第一剝離機構及第二剝離機構’將保護膜從吸附保持在所述第一圓筒形狀滾筒機構及 © 第二圓筒形狀滾筒機構上的光學膜剝離；以及顯示用面板排出機構’將對應於所述光學膜貼附機構的光學膜貼附動作而兩面貼附著所述光學膜的大致垂直狀態的所述顯示用面板排出。除了利用所述光學膜貼附裝置的第一特徵中所記載的光學膜貼附機構以外，還利用顯示用面板供給機構、光學膜供給機構、剝離機構及顯示用面板排出機構來構成光學 0 膜貼附裝置。本發明的光學膜貼附裝置的第五特徵在於包括：顯示用面板供給機構，一面在所述搬送方向上對以大致水平狀態搬送而來的顯示用面板進行搬送，一面將所述顯示用面板立起成大致垂直狀態；第一光學膜供給機構及第二光學膜供給機構，將以大致水平狀態載置的光學膜立起成大致垂直狀態而進行搬送；光學膜貼附機構，由第一圓筒形狀 17 201005355 ❹ 滾筒機構及第二圓筒形狀滾筒機構而構成，在沿著直線狀的空腔部的所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構的外周面、即與所述光學膜的大小相對應的位置，具備多個對從所述第一光學膜供給機構及第二光學膜供給機構而搬送供給到所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構的所述光學膜的前端部及後端部附近的單面侧進行吸附保持的吸附孔，一面利用所述第一圓筒形狀滾筒機構及第二圓筒雜滾筒機構來對所述光學軸向所述顯示用面板侧進行加壓，一面使所述第一圓筒形狀滾筒機構及第二關雜滾筒機構旋轉移動，*將所述光學膜幾乎同時貼附在所述顯示用面板的兩面上，其中所述第一圓筒形狀滚筒機構及第二圓筒雜滾筒機構以旋轉軸相對於從所述顯示用面板供給機構搬送而來的所述顯示用面板面大致平行的方式而配置，所述直線狀的空腔部形成於= 第-圓筒形狀滾筒機構及第二關形狀滚筒機構的壁厚邻分且與所述旋轉轴大致平行；第一剝離機構及第二剝離。構’將保護膜從吸附保持在所述第一圓筒形狀滾筒機機第二圓筒形狀滾筒機構上的光學膜剝離；保護° 及構’對經所述第-聽機構及第二保護膜進行卷取，且以卷取的狀態將所迷保護膜為建及顯示用面板排出機構，從所述光學膜站附機構來接’以 18 201005355 應於所述光學膜貼附機構的光學膜貼附動作而兩面貼附著所述光學膜的大致垂直狀態的所述顯示用面板，一面在所述搬送方向上對所述顯示用面板進行搬送，一面將其從大致垂直狀態變換成大致水平狀態後排出。除了利用所述光學膜貼附裝置的第_特徵中所記載的光學膜貼附機構以外，還利用具備姿勢變換功能的顯示用面板供給機構、同樣具備姿勢變換功能的光學膜供給機 © 構、剝離機構、保護膜排出機構以及具備姿勢變換功能的顯示用面板排出機構來構成光學膜貼附裝置。本發明的光學膜貼附裝置的第六特徵在於包括：顯示用面板供給機構，一面在所述搬送方向上對以大致水平狀態搬送而來的顯示用面板進行搬送，一面將其立起成大致垂直狀態，顯示用面板對準機構，利用側部搬送機構及下部搬送機構，一面將所述顯示用面板以大致垂直立起的狀 Ο 態進行搬送，一面對幾乎同時貼附在所述顯示用面板的兩面上的光學膜與所述顯示用面板之間進行位置對準，其中所述侧部搬送機構以與從所述顯示用面板供給機構以大致垂直狀態供給的所述顯示用面板的兩面相接觸的方式而設置，所述下部搬送機構以與所述顯示用面板的下端部相接觸的方式而設置；第一光學膜供給機構及第二光學膜供給機構’將以大致水平狀態載置的光學膜立起成大致垂直的 19 201005355 狀態而進行搬送；光學膜貼附機構，由第一圓筒形狀滾筒機構及第一圓筒形狀滚筒機構而構成，在沿著直線狀的空腔部的所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構的外周面、即與所述光學膜的大小相對應的位置，具備多個對從所述第一光學膜供給機構及第二光學膜供給機構而搬送供給到所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構的所述光學膜的前端部及後端部附近的單面侧進〇行吸附保持的吸附孔，一面利用所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構來對所述光學膜朝向所述顯示用面板侧進行加壓，一面使所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構旋轉移動，而將所述光學膜幾乎同時貼附在所述顯示用面板的兩面上，其中所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構以旋轉軸相對於從所述顯示用面板供給機構搬送而來的所述顯示用面板面大致 ❹ 平行的方式而配置，所述直線狀的空腔部形成於所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構的壁厚部分且與所述旋轉轴大致平行；第一剝離機構及第二剝離機構，將保護膜從吸附保持在所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構上的光學膜剝離；保護膜排出機構，對經所述第一剝離機構及第二剝離機構而剝離的所述保護膜進行卷取，且以卷取的狀態將所述保護膜排出；附光學膜 201005355 顯示用面板搬送機構’從所述光學膜貼附機構來接收對應於所述光學膜貼附機構的光學膜貼附動作而兩面貼附著所述光學膜的大致垂直狀態的所述顯示用面板，並在所述搬送方向上對所述顯示用面板進行搬送；以及顯示用面板排出機構，一面在所述搬送方向上對從所述附光學膜顯示用面板搬送機構以大致垂直狀態而供給的所述附光學膜顯示用面板進行搬送，一面將其從大致垂直狀態變換成大致水 Ο 平狀態後排出。除了利用所述光學膜貼附裝置的第一特徵中所記載的光學膜貼附機構以外，還利用具備姿勢變換功能的顯示用面板供給機構、顯示用面板對準機構、具備姿勢變換功能的光學膜供給機構、剝離機構、附光學膜顯示用面板搬送機構以及具備姿勢變換功能的顯示用面板排出機構來構成光學膜貼附裝置。 0 本發明的光學膜貼附裝置的第七特徵在於：如所述第四特徵、第五賊或第六特财任—賴記載的光學膜貼附裝置，所述光學膜貼附機構的構成如下，即，具有至少兩個空腔部來作為賴述光學膜的前端部進行吸附保持的吸附孔，且在所述兩個空腔部中，最先對所述光學膜進行吸附保持的設置在所述空腔部的外周側面上的吸附孔的開口部面積大於其它吸附孔的開口部面積。 201005355 使所述光學膜貼附裝置的第四特徵、第五特徵或第六特徵中任-項所記載的光學顏_構，如所述光學膜貼附裝置的第三特徵中所記載的光學膜貼附機構那樣，使有助於保護膜的剝離的吸附孔要大於其它吸附孔。本發明的光學膜貼附裝置的第八特徵在於包括：顯示用面板供給機構，將顯示用面板以大致垂直立起的狀態進行搬送；第-光學膜供給機構及第二光學膜供給機構，在 ® 所搬送的所述顯示用面板的左右兩侧將光學膜大致以垂直立起的狀態進行搬送；光學膜貼附機構，一面利用第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構來對所述光學膜朝向所述顯示用面板側進行加壓，一面使所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構旋轉移動，而將所述光學膜幾乎同時貼附在所述顯示用面板的兩面上，其中所述第一圓筒形狀滾筒機構及第二圓筒形狀滾筒機構以旋轉〇轴相對於從所述顯示用面板供給機構搬送而來的所述顯示用面板面大致平行的方式而配置，且大小的程度為可捲繞所述光學膜而不會使所述光學膜的前端部及後端部重疊；以及顯示用面板排出機構，將對應於所述光學膜貼附機構的先學膜貼附動作而兩面貼附著所述光學膜的大致垂直狀態的所述顯示用面板排出。所述光學膜貼附裝置中，設置在顯示用面板的左右兩 22 201005355, 侧的第一圓筒形狀滾筒機構及第二圓筒形狀滚筒機構的大小的程度為：可進行捲繞而不會使由所述光學膜貼附裝置所貼附的最大的光學膜的前端部及後端部互相重疊，這樣，使直徑較大的第一圓筒形狀滾筒機構及第二圓筒形狀滾琦機構一面從顯示用面板的左右兩侧進行加壓，一面進行貼附，由此即便在同時貼附在顯示用面板的第一主表面 (CF面）和第二主表面（TFT面）上的光學膜的大小或貼 © 附起始位置等彼此不同的情況下，也可將光學膜幾乎同時貼附在顯示用面板的兩面上。本發明的顯示用面板的製造方法的特徵在於：使用所述光學膜貼附裝置的第一至第八特徵中任一項所記載的光學膜貼附裳置’來將光學膜貼附在顯示用面板上。本發明涉及種使用所述光學膜貼附方法或所述光學膜貼附裝置中的任自，來將光學膜貼附在顯示用面板上的顯示面板 ❺ 的製造方法。 [發明的效果] 根據本發明’具有如下效果，可容易且低成本地實現使用了具備多個吸瞧的吸附滾筒__的更換。而且，根據本發明，具有如下效果：在將保護膜從光學膜剝離後直到將光學膜貼附在顯示用面板上的期間内，可防止異物附著在光學膜上。 23 201005355 [解決問題之技術手段] 本發明的光學膜貼附方法是將光學膜貼附在所搬送移動的顯不用面板上’其第一特徵在於：使所述光學膜貼緊保持在黏性橡膠構件上，一面對所述光學膜朝向所述顯示用面板侧進行加壓，一面使所述滾筒機構旋轉，由此將所述光學膜貼附在所述顯示用面板上，其中所述黏性橡膠構件設置在以旋轉軸相對於所搬送移動的所述顯示用面板的 © 至少單面大致平行的方式㈣置的滾筒機構料周面上。所述光學膜貼附方法是利用設置在滾筒機構的外周面上的黏著性的橡膠構件來貼緊保持光學膜，從而將光學膜貼附在顯示用面板上。根據本發明，因為未使用如背景技術這樣的吸附孔，所以無論所投入的構件的大小均可容易地更換種類、從而使構造精簡化、並實現低成本化。而且，因為是用黏性材料來保持著顯示用面板的整個面，所以可〇矯正構件的翹曲，且可在保持矯正的狀態下進行貼附，因此不會發生光學膜的端面偏離或受到褶皺等的影響，並抑制氣泡或異物捲入等不良情況的發生，從而可進行高品質的貼附作業。而且，此光學膜貼附機構並不限定於以大致垂直狀態進行貼附的情況，也可用於以大致水平狀態進行貼附的情況。本發明的光學膜貼附方法是在以大致垂直立起的狀態 24 201005355 而搬送移動的顯示用面板的左右兩側，將以大致垂直立起的狀態所供給的第一光學膜及第二光學膜幾乎同時貼附在所述顯示用面板的兩面上，其第二特徵在於：將所述第一光學膜及第二光學膜貼緊保持在第一黏性橡膠構件及第二黏性橡膠構件上，一面對所述第一光學膜及第二光學臈朝向所述顯示用面板侧進行加壓，一面使所述第一滚筒機構及第一滚筒機構旋轉，由此將所述第一光學膜及第二光學 © 膜幾乎同時貼附在所述顯示用面板的兩面上，其中所述^ 一黏性橡膠構件及第二黏性橡膠構件設置在以旋轉軸相對於所搬送移動的所述顯示用面板的左右兩面大致平行的方式而配置的第一滾筒機構及第二滾筒機構的外周面上。所述光學膜貼附方法是使用設置在顯示用面板的左右兩侧的第-滚筒機構及第二滾筒機構，而從顯示用面板的左右兩側幾乎同時貼附第一光學膜及第二光學膜的光學膜 ❹貼附方法。這樣，-面使第一圓筒形狀滾筒機構及第二圓筒形狀滚筒機構從顯示用面板的左右兩侧進行加壓一面進行貼附，由此即便同時貼附在顯示用面板的第一主表面 (CF面）和第：主表面（TFT面）上的光學膜的大小或貼附起始位置等彼此不同，也可將光學膜幾乎同時貼附在顯示用面板的兩面上。本發明的光學臈貼附方法的第三特徵在於：如所述第 25 201005355 一特徵或第二特徵中所記載的光學膜的貼附方法，將保護膜從貼緊保持在所述黏性橡膠構件上的所述光學膜剝離。所述光學膜貼附方法中，通過將保護膜從貼緊保持在滾筒機構的黏性橡膠構件上的光學膜剝離，而在將保護膜剝離後直到貼附在顯示用面板上為止的期間内，可防止異物等附著在光學膜上。本發明的光學膜貼附裝置的光學膜貼附在搬送移動的 ϋ 顯示用面板上，其第一特徵在於：包括光學膜貼附機構，疋以旋轉轴與所搬送移動的所述顯示用面板的至少單面大致平行的方式而配置的滾筒機構，在所述滾筒機構的外周面具備對所述光學膜進行貼緊保持的黏性橡膠構件，一面對所述光學膜朝向所述顯示用面板側進行加壓，一面使所述滾筒機構旋轉，由此將所述光學膜貼附在所述顯示用面板上。〇本發明是涉及一種用以實現所述光學膜貼附方法的第一特徵的裝置的發明。本發明的光學膜貼附裝置的第二特徵在於包括：顯示用面板供給機構’將顯示用面板以大致垂直立起的狀態進仃搬送；第一光學膜供給機構及第二光學膜供給機構，在所搬送的所述顯示用面板的左右兩侧將光學膜以大致垂直立起的狀態進行搬送；光學膜貼附機構，是以旋轉轴相對 26 201005355 於從所述顯示用面板供給機構搬送而來的所述顯示用面板面大致平行的方式而配置的第—滾筒機構及第二滾構，在所述滚筒機構的外周面上具備分別對所述第—光學膜及第二光學膜進行貼緊保持的第一黏性橡膠構件及第二黏性橡膠構件，一面對所述第一光學膜及第二光學膜朝向所述顯不用面板侧進行加壓，一面使所述第一滾筒機構及第二滚筒機構旋轉，由此將所述第一光學膜及第二光學膜 © 幾乎同時貼附在所述顯示用面板的兩面上。本發明是涉及一種種用以實現所述光學膜貼附方法的第二特徵的裝置的發明。本發明的光學膜貼附裝置的第三特徵在於··如所述第一特徵或第二特徵中所記載的光學膜貼附裝置，包括剥離機構，將保護膜從貼緊保持在所述黏性橡膠構件上的所述光學膜剝離。〇本發明涉及一種用以實現所述光學膜貼附方法的第三特徵的裝置的發明。本發明的顯示用面板的製造方法的特徵在於：使用所述第一特徵、第二特徵或第三特徵中所記載的光學膜貼附方法、或所述第一特徵、第二特徵或第三特徵中所記載的所述光學膜貼附裝置，來將光學膜貼附在顯示用面板上。本發明涉及一種使用所述光學膜貼附方法或所述光學膜貼 27 201005355 附裝置中的任-個，來㈣學膜_在顯示用面板上的顯示面板的製造方法。 [發明的效果] 根據本發明而具有如下的效果，可容易且低成本化地實現使用滾筒時的種類的更換，且可進行光學貼附而不會發生將光學膜貼附在顯示用面板上時所產生的氣泡或捲入異物等貼附不良。為讓本發明之上述和其他目的、特徵和優點能更明顯易懂，下文特舉較佳實施例，並配合所附圖式，作詳細說明如下。【實施方式】以下，根據附圖來說明本發明的實施形態❶圖1是表示本發明的一實施形態的偏光板貼附裝置的整體構成的圖。此偏光板貼附裝置是將從圖1中的右方向朝左方向以 Q 大致水平狀態移動而來的液晶面板變換成立起狀態，且使所述液晶面板以立起狀態前進，並將偏光板幾乎同時貼附在不斷前進中的液晶面板的第一主表面和第二主表面上。如圖1所示’本實施形態的偏光板貼附裝置由如下各部而構成：液晶面板供給台100，將以大致水平狀態搬送而來的液晶面板變換成立起狀態後供給到後段的偏光板貼附台200 ;偏光板供給台700、750，設置在偏光板貼附台 28 201005355 200的兩侧’將以大致水平狀態載置的偏光板變換成大致垂直狀態後供給到偏光板貼附台200;偏光板貼附台200，將從偏光板供給台700、750以立起狀態供給的偏光板，幾乎同時貼附在從液晶面板供給台1〇〇以立起狀態供給的液晶面板（胞(cell))的第一主表面和第二主表面上；保護膜排出台800、850，設置在偏光板貼附台2〇〇的兩侧，將從偏光板上剝離的保護膜卷取後排出；以及液晶面板排出台 ® 900,將利用偏光板貼附台200而貼附著偏光板的液晶面板從立起狀態變換成大致水平狀態後排出。圖2是表示圖1的液晶面板供給台的詳細構成的圖。圖3是從右侧觀察圖2的液晶面板供給台的侧視圖。如圖 1所示，液晶面板供給台100設置在偏光板貼附台200的前方（圖的右侧）’是將以大致水平狀態搬送而來的液晶面板10設為以大致垂直立起的狀態的液晶面板1〇，而供〇給到偏光板貼附台200。如圖2和圖3所示’液晶面板供給台ι〇〇由液晶面板搬送部110及大致垂直變換部15〇構成。液晶面板搬送部 110 —面移送液晶面板1〇，一面將其從大致水平狀態變換成立起狀態（大致垂直狀態），且如圖2和圖3所示，由侧部輥111及下部報112而構成。侧部輥丨丨丨設置在與液晶面板10的兩面相向的側部，且發揮著以下作用：與液晶 29 201005355」面板10的侧面相接觸而進行支撐，以使液晶面板10不會向上下或左右侧傾倒，並且使液晶面板10向著規定的方向移動。下部輥112與立起狀態的液晶面板10的下表面相接觸以對液晶面板10進行支撐，並且使液晶面板10向著規定的方向移動。侧部輥lu由馬達（motor)等的驅動力源 (未圖示）進行旋轉控制。下部輥112並不是利用驅動力來旋轉的，而是通過與相應於側部輥U1的旋轉來移動的 ® 液晶面板相接觸，而被動地旋轉。而且，也可在下部輥 112上設置動力源而主動地進行旋轉控制。側親111遍及整個液晶面板供給台1〇〇而設置著多根。侧部輥111在單面側例如設置有9根。在各侧部輥m 的旋轉軸上設置著多個接觸部輥llla〜llld。各接觸部輥 Ilia〜llld的外周部與液晶面板1〇的表面接觸。側部輥 111的各旋轉轴經由動力傳送機構而機械地連接著，並由 Ο 一個或多個驅動力源而受到旋轉控制。下部輥112是多個辕在大致水平方向上以規定間隔排成-排而配置著。構成下部輥112的各個概一面與處於立起狀態的液晶面板10的下端部相接觸而被動地旋轉，一面對液晶面板U)的移動進行引導。而且，如上所述，液晶面板搬送部m以侧部棍lu *下部輕⑴為基本構成要素，且利用框架機構等將所述各要素連接構成在一起，由 30 201005355 此構成了如圖2和圖3所示的液晶面板搬送部11〇。大致垂直變換部150由如下各部而構成：移動部主體 15卜導軌（guide rail) 152、153 ’ 支架（rack) 154、155，小齒輪（pinion) 156、157，動力傳送軸158、159，動力傳送圓板160、161以及大致垂直大致水平可動部162、 163。移動部主體151以可沿著導軌152、153而在圖2中的上下方向移動的方式構成。對於移動部主體151的移動 ® 而吕，雖未圖示，但構成為如下：在導軌152、153的下侧設置滾珠絲杠（ball screw)，並使與此滾珠絲杠結合的螺母部及移動部主體151機械地結合，利用滾珠絲杠的旋轉驅動而使移動部主體151沿著導軌152、153移動。而且，也可利用除此以外的驅動方法來使移動部主體151移動。支架154、155以與導執152、153平行的方式而設置在導執152、153的外侧。支架154、155與設置在移動部〇 H51上的小齒輪156、157相扣合。因此，當移動部主體151沿著導軌152、153移動時，小齒輪156、157 -面扣合在支架154、155上，-面進行旋轉移動。圖3所示，外周具有齒輪的動力傳送軸158、159機械地結合在小齒輪 156、157上。動力傳送圓板160、161設置在移動部主體 151内，且具備與動力傳送軸158、159的齒輪相扣合的齒輪另外，動力傳送圓板丨60、161機械地結合在液晶面板 31 201005355 搬送部110上。因此，當移動部主體151沿著導軌152、 153移動時，小齒輪156、157及動力傳送軸i58、159進行旋轉移動，伴隨此旋轉移動，動力傳送圓板16〇、⑹ -起旋轉’這樣，結合著所述動力傳送圓板· 161的液晶面板搬送部110也整體地進行旋轉移動。圖4和圖5是表示液晶面板供給台將大致水平狀態的 ❹ Ο 液晶面板10變換成立起狀態的動作的一例的圖。移動部主體⑸沿著導軌152、153向著圖4和圖5的右方向移動，由此使小齒輪156、157在支架154、155上進行旋轉移動，且此旋轉驅動力經由動力傳送軸158、159而傳送到動力傳送圓板160、161上，從而使動力傳送圓板16〇、⑹進行旋轉移動。由此，液晶面板搬送部11〇以動力傳送圓板 160 ' 161為中心而旋轉。 ”圖4和圖5表示了所述液晶面板搬送部110以動力傳送圓板 160、161 為 ^ 部主體⑸沿著導軌152 H 況。圖4表示移動 153向者圖4的右侧移動了大約之左右的狀態。由此，動力傳送圓板160、161向逆 2方向旋轉約45度。因此，液晶面紐送部U0從圖3 且，狀態變成如圖4所示的傾斜了45度的狀態。而且’如圖5所不，|狡必如士祕在蘭5 部體151沿著導軌152、⑸ B侧移動’並移動到導軌152、ι53的大致中 32 201005355. 央附近處時，液晶面板搬送部110從圖3的大致水平狀態經過圖4的傾斜45度的狀態’而變成了如圖5所示的以 90度立起的狀態。而且，對於液晶面板搬送部11()而言，比起使液晶面板10以90度立起的狀態來進行搬送，當使液晶面板10以如85度或95度這樣相差5度左右而傾斜的狀態來進行搬送則更為有效。圖6是表示偏光板貼附台200的整體構成的圖。如圖 Ο 6所示’偏光板貼附台200由如下各部而構成：液晶面板對準部201 ’保護膜剝離部300、350，偏光板貼附部400、 450，偏光板立起供給部500、550，以及附偏光板液晶面板搬送部600。液晶面板對準部201是用來對從液晶面板供給台100搬送而來的液晶面板1〇與偏光板進行位置對準。保護膜剝離部300、350是用來將保護膜從尚未貼附在液晶面板10的偏光板上剝離。偏光板貼附部400、450是 0 用來將偏光板貼附在立起狀態的液晶面板10上。偏光板立起供給部500、550是用來將從偏光板供給台700、750搬送而來的偏光板變成立起狀態後供給到偏光板貼附部 400、450。附偏光板液晶面板搬送部600是用來將利用偏光板貼附部400、450而貼附著偏光板的液晶面板1〇搬送到液晶面板排出台900。圖7是表示圖6的液晶面板對準部的詳細構成的圖， 33 201005355 將圖6的液晶面板對準部2〇1放大表示，且是從偏光板貼附裝置上方側所觀察到的圖。液晶面板對準部201，將從液晶面板搬送部110搬送而來的立起狀態（大致垂直狀態）的液晶面板10準確地位置對準於偏光板貼附部400、45〇的旋轉親部後進行供給’且具有與圖3的液晶面板搬送部 110相同的侧部輥202及下部輥203。侧部輥202以與液晶面板10的兩面相向的方式而設置，且發揮著以下作用：與 © 液晶面板10的兩面相接觸而進行支撐，以使液晶面板10 不會向左右側傾倒，並且使液晶面板10向著規定的方向 (圖7中的左方向）移動。下部輥2〇3與立起狀態的液晶面板10的下部側相接觸以對液晶面板1〇進行支撐，並且使液晶面板10向著規定的方向（圖中的左方向）移動。在本實施形態中，側部輥202由分別設置在左右的馬達（驅動力源）204、205來進行旋轉控制。如圖7所示， Φ 所述馬達204、205的驅動力經由傳送機構2〇23、2〇24而向著各侧部輥202傳送。下部輕2〇3設置在移動的液晶面板10 #下部侧，且設定成與所述液晶面板供給台⑽ 的下部輥112 -樣高’由馬達2031而主動地進行旋轉控制，並使由液晶面板供給台1〇〇所供給的液晶面板1〇積極地向著圖7中的左方向移動。圖8是從圖7的下側觀察圖7的液晶面板對準部2〇1 201005355 的侧視圖。而且，圖8中僅表示了圖7的側部輥2〇2的單側，而省略了相反侧的圖示。如圖8所示，侧部報遍及整個液晶面板對準部201而設置著多根。圖8中，側部輥202的單面侧設置有9根旋轉轴。在各個旋轉轴上設置著多個（圖中有6個）接觸部輥2〇2a〜2〇2fe如圖8所示從側面進行觀察，各接觸部輥2〇2a〜2〇2f的外周面與液晶面板10的兩表面相接觸。 β 侧告陳2〇2力各旋轉軸經由動力傳送機構而機械地連接著，且由馬達204、205來進行旋轉控制。下部輥2〇3 是多個（圖中有14個）親在大致水平方向上以規定間隔排成一排而配置著。構成下部輥2〇3的多個輥一面與立起狀態的液晶面板10的下端部相接觸而主動地旋轉，一面使液晶面板10在大致水平方向上移動。如上所述，液晶面板對準部201的基本構成是側部輥2〇2及下部輥2〇3，且利用〇框架機構等將侧部輥2〇2及下部輥203構成在一起，由此形成了如圖7和圖8所示的液晶面板對準部2〇1。各接觸邻輥202a〜202f並非均等地配置在整個侧部輥2〇2上，而是如圖8所示，主要配置在側部輥2〇2的上側。依此方式構成，是為了能夠應對種類即大小不同的光學膜，而使得各接觸部輥202a〜202f中的任何一個可接觸到光學膜的上端部附近。因此，侧部輥202的下侧並未設置接觸部輥。 35 201005355 然而’ S然也可在側部觀202的下側設置接觸部輥。圖9疋表示液晶面板對準部2〇1的側部親2〇2的單側已移動（引出）到液晶面板供給台1〇〇側的狀態的圖。也就是，為了觀察液晶面板對準部201上所保持的液晶面板 10是否已準確定位在圖6的偏光板貼附部4〇〇、450的吸附滚筒上，而使液晶面板對準部201的側部輥2〇2的單側向液晶面板供給台100侧移動，並以目視來確認吸附滾筒 ® 與液晶面板ίο之間的定位狀態（例如，貼附起始位置、間隙的狀態等）。另外，即便在液晶面板10的搬送途中線路停止或液晶面板10發生了故障時，也可容易且安全地將搬送途中的液晶面板10取出。圖10、圖11和圖12是表示圖6的偏光板立起供給部及附偏光板液晶面板搬送部的詳細構成的圖。圖1〇是將圖 6的偏光板立起供給部500、550及附偏光板液晶面板搬送 © 部600放大表示’且是從偏光板貼附裝置上方側所觀察到的圖。圖11是從圖1〇的下側觀察圖1〇的偏光板立起供給部500的圖。圖12是從圖1〇的右側（吸附滾筒側）觀察圖10的偏光板立起供給部500、550及附偏光板液晶面板搬送部600的圓。偏光板立起供給部500、550將從偏光板供給台700、 750搬送而來的大致水平狀態的偏光板變換成立起狀態 36 201005355 (大致垂直狀態），且準確地以位置對準於偏光板貼附部 400、450的吸附滾筒後進行供給。附偏光板液晶面板搬送部600 ’將已利用偏光板貼附部400、450而貼附了偏光板後的液晶面板10搬送到液晶面板排出台9〇〇上。偏光板立起供給部500、550由如下各部而構成：側部輥5〇2、552，下部輥503、553 ’立起滾筒505、555以及搬送輥5〇6、556。如圖10所示，側部輥5〇2、552以與偏光板的兩面相向的〇方式而設置’夾持並舉起從偏光板供給台700、750搬送而來的偏光板’且將所述偏光板設定為立起狀態（大致垂直狀態）。如圖11所示，侧部輥502在大致垂直方向上設有多個由第一侧部輥5021及第二侧部輥5〇22構成的一對輥’其中所述第一侧部輥5021由直徑較大的輥構成，所述第二側部輥5022由直徑較小的輥構成，皮帶5〇23捲繞在所述第一側部輥5021及第二側部輥5〇22上，設置在偏光〇板10的兩側的皮帶5023在夾持著偏光板10的同時將其向上方舉起。而且’為了方便說明在圖η中省略了皮帶5023 的圖示。下部輥503、553與處於立起狀態的偏光板10的下端部相接觸以對偏光板10進行支擇，並且使偏光板1〇向著規定的方向（圖Π的圖中的右方向）、也就是吸附滾筒側而移動。在本實施形態中，侧部輕5〇2、552由分別設置在 37 201005355 左右的馬達（驅動力源）504、554來進行旋轉控制。馬達 504、554的驅動力向著各個侧部親5〇2、552傳送。下部輥503、553設置在立起的偏光板的下端部侧，且設定成與所述液晶面板供給台1〇〇的下部輥112或液晶面板對準部 2〇1的下部輥2G3-樣高，由馬達观、觀而主動地進行旋轉控制，從而使立起的偏光板1〇從偏光板立起供給部 500、550向著吸附滾筒侧積極地移動。 ❺ 如圖11所示，充氣塾（air block) 520〜526設置在直控較大的第-側部輥與直徑較小的第二側部輥之間，對處於立起狀態的偏光板10喷氣以維持立起狀態。所述充氣塾 520〜526完全被收納在偏光板立起供給部5〇〇、55〇的側部輥502、552内，通過對下端部與搬送皮帶5〇33、5〇34 相接觸的偏光板10的兩面喷氣，來維持偏光板1〇的立起狀態。充氣墊520〜526只要使處於立起狀態的偏光板1〇 © 不與侧部輥5〇2、552相接觸，那麼可以是任何形狀。而且，也可通過將充氣墊520〜526的喷氣方向設為沿著偏光板 10的搬送方向的方向’來高效地搬送偏光板1〇。如圖11所示，偏光板立起供給部5〇〇的下部輥5〇3 的多根輥並未與偏光板的下端部直接接觸，而是將多根輥分割成兩部分’被分割的多根輥上捲繞有搬送皮帶5〇33、 5034。所述搬送皮帶5033、5〇34則是以與偏光板的下端部 38 201005355 f接接觸的方式而構成的。因為液晶面板供給台的侧部輥ill及液晶面板對準部201的侧部輥2〇2，各自的親旋轉方向與液晶面板10的搬送方向相-致，所以沒有問題’但由於偏光板立起供給部500、55〇的侧部輥5〇2、552 的輥旋轉方向為大致垂直方向，從而會與偏光板的搬送方向即大致水平方向相正交，因此在偏光板的搬送方面會存在一些問題，所以侧部輥502、552在將偏光板1〇向上方 © 舉起的時間點’向著遠離偏光板10的方向而移動，從而解除對偏光板10的夾持。由此’偏光板1〇會因自重而下落，其下端部與搬送皮帶5033、5034相接觸。因為搬送皮帶 5033、5034與偏光板1〇的接觸面積足夠大，所以可高效地使偏光板10向著搬送方向而移動。如圖12所示，在圖10的偏光板立起供給部5〇〇的圖中下側設置著立起滾筒505、555，所述立起滾筒5〇5、555 〇是將從偏光板供給台700、750以大致水平狀態供給的偏光板’引導至偏光板立起供給部500、550的側部輥502、552 内。在偏光板供給台700、750與立起滾筒505、555之間設置著搬送輥506、556，所述搬送輥506、556用以將偏光板從偏光板供給台700、750而搬送到立起滾筒505、 555。如圖10所示，搬送輥506、556以與立起滾筒505、 555平行的方式而設置，且以它們的長度也與立起滾筒 39 201005355. 505、555大致相同的方式而構成。另外，在搬送輥506、 556的端部設置著動力傳送輥507、557。動力傳送輥507、 557分別經由動力傳送輥509、510、559、56〇，而連接於與立起滾筒505、555結合的驅動用馬達51卜56卜因此，立起滾筒505、555與搬送輥506、556彼此同步地進行旋轉。為了將從偏光板供給台700、750以大致水平狀態供給〇的偏光板引導至偏光板立起供給部500的側部輥502、552 内，而如圖12所示，在立起滾筒505的右下側，遍及立起滾筒505的約四分之一周面而設置著與立起滾筒505的旋轉相對應地旋轉的導帶（guide belt) 512。導帶512構成為如下：由導輥513、514、515三點支撐，且與立起滾筒 505的旋轉相對應地旋轉。同樣，如圖12所示，在立起滚筒555的左下側，遍及立起滾筒555的約四分之一周面而 φ 設置著與立起滾筒555的旋轉相對應地旋轉的導帶562。導帶562構成為如下：由導輥563、564、565三點支撲，且與立起滾筒555的旋轉相對應地旋轉。因此’從偏光板供給台700、750以大致水平狀態供給的偏光板通過立起滾筒505、555與導帶512、562之間，並在此彎曲而從大致水平狀態變換成立起狀態，且由偏光板立起供給部500的侧部輥5〇2、552所夾持，而向著上方 201005355. 引導。而且，在圖12中，搬送皮帶5033、5034構成為如下：在偏光板被完全引導至偏光板立起供給部5〇〇、550 的側部輥502、552内之前，搬送皮帶5033、5034向著中央部移動以避讓，而當偏光板10已被完全收納在偏光板立起供給部500的侧部輥5〇2、552内時，則如圖12所示，搬送皮帶5033、5034移動到與偏光板的下端部接觸的位置為止。在圖12中’右側的搬送皮帶5533、5534、5533、 © 5534顯示出向中央部移動以避讓的狀態，左侧的搬送皮帶 5033、5534顯示出移動到可與偏光板接觸的位置的狀態。而且’搬送皮帶5033、5034、5533、5534實際上進行相同的動作，但為了方便說明，在圖12中顯示出不同的動作狀態。而且，雖然構成為從偏光板供給台7〇〇、75〇僅供給一片偏光板11 ’但實際上有時在重疊的狀態下而供給多片偏 0 光板。此時，在動力傳送輥509、559與導輥513、563之間設置著排出引導板530、580，所述排出引導板530、580 以將經重疊的偏光板排出至外部的方式而構成。如果多片偏光板是在重4的狀態下被供給，那麼利用測厚儀（未圖示）來對偏光板為多片進行識別。當利用此測厚儀識別出偏光板為多片時’如圖12的左下侧的排出引導板53〇所示，在動力傳送輥509與導輥513之間排出引導板530以 201005355 進行旋轉移動，從而將經重疊的偏光板排出至外部。而且，當從偏光板供給台700、750僅供給了一片偏光板11時，如圖12的右下侧所示，該排出引導板580從動力傳送輥 559與導輥563之間避讓，從而將偏光板11正常地引導至立起滾筒555侧。如圖10和圖12所示，附偏光板液晶面板搬送部600, 將已利用圖6的偏光板貼附部400、450的吸附滾筒而貼附 G 了偏光板後的立起狀態（大致垂直狀態）的附偏光板液晶面板10a搬送到液晶面板排出台900上。附偏光板液晶面板搬送部600，具備與圖3的液晶面板搬送部110或圖6 的液晶面板對準部201相同的側部輥602及下部輥615而構成。侧部輥602以與附偏光板液晶面板i〇a的兩面相對向的方式而設置’且發揮著以下作用：與附偏光板液晶面板10a的兩面相接觸而進行支撐，以使附偏光板液晶面板 φ 10a不會向左右側傾倒。下部輥615與立起狀態的附偏光板液晶面板10a的下部側相接觸而對附偏光板液晶面板 l〇a進行支撐’並且使附偏光板液晶面板10a向著規定的方向（圖10的圖中的左方向）移動。在本實施形態中，侧部輥602由分別設置在左右的馬達（驅動力源）603、604而進行旋轉控制。所述馬達603、 604的驅動力經由動力傳送機構6〇5、6〇6而向著各個侧部 42 201005355 輕602傳送。下部輥615設置在移動的附偏光板液晶面板 10a的下部側’且設定成與所述液晶面板供給台1〇〇的下部輥112 —樣高，由馬達6〇8而主動地進行旋轉控制，並使由偏光板貼附部4〇〇、45〇的吸附滾筒所供給的附偏光板液曰曰面板l〇a積極地向著液晶面板排出台900 (圖10的圖中的左方向）移動。如圖10所示，侧部輥602遍及整個附偏光板液晶面板搬送邛600而設置著多根。圖中，側部輥602在單面側設置有多個旋轉轴。在各個旋轉轴上設置有多個（圖12中有 Ο Ο 6個）接觸部觀6〇2a〜6〇2f。如圖12所示’從側面進行觀察’各接觸频6G2a〜 6G2f的外周面與附偏光板液晶面板的表面（偏光板面）接觸。各接觸部輥6〇2&〜6〇2【並未均等地配置在整個側魏602上，而是如圖12所示，主要配置在側魏602的上側。依此方式構成，是為了能夠應對種類即大柯_林膜，蚊得各接觸雜 602a 〜〇2f中_何—個可接觸到光學膜的上端部附近。因此，側部輥6〇2的下側並未設置接觸部概。然而，當然也可 ^側部輥602的下側設置接觸部輥。侧部輥6〇2的各旋轉 =經由動力傳送機構6〇5、6〇6而連接於馬達6〇3 6〇4, 達6〇3、6〇4來進行旋轉控制。雖然未圖示，但下部輥615與侧部輥6〇2相同，是多個輕在大致水平方向上以 43 201005355 規定間隔排成一排而配置著。構成下部輥615的多個輥，一面與立起狀態的附偏光板液晶面板10a的下端部相接觸而主動地進行旋轉’一面使附偏光板液晶面板l〇a在大致水平方向上移動。如上所述，附偏光板液晶面板搬送部6〇〇的基本構成是侧部輥602及下部輥615，且利用框架機構等來將側部輕602及下部輕615構成在一起，由此形成如圖10和圖12所示的附偏光板液晶面板搬送部6〇0。 © 圖13是表示偏光板立起供給部500、550及附偏光板液晶面板搬送部600的單側已移動到液晶面板排出台側的狀態的圖。也就是，為了於保持在附偏光板液晶面板搬送部600上的狀態下，來對利用圖6的偏光板貼附部 400、450的吸附滾筒而貼附了偏光板後的液晶面板1〇的貼附狀態等進行確認，而使偏光板立起供給部、550 及附偏光板液晶面板搬送部600的單侧可向著液晶面板排 # 出台900側移動。而且，如圖12所示，因為偏光板立起供給部500、550及附偏光板液晶面板搬送部6〇〇是利用框架機構609〜612而結合的，所以如圖13所示，構成為附偏光板液晶面板搬送部600的單侧的側部輥與偏光板立起供給部550是一起移動的。如圖13所示，使附偏光板液晶面板搬送部600的單侧的側部輥6〇2與偏光板立起供給部550 —起移動，由此以目視便可容易地確認剛貼附之後 201005355 的附偏光板液晶面板l〇a的貼附狀態。另外，即便在搬送途中線路停止或附偏光板液晶面板10a發生故障時，也可容易且安全地將搬送途中的附偏光板液晶面板l〇a取出。圖14是表示圖6的保護膜剝離部及偏光板貼附部的詳細構成的圖，分別將保護膜剝離部及偏光板貼附部放大表示，且是從偏光板貼附裝置上方側所觀察到的圖。圖15 是說明圖14的保護膜剝離部的剝離動作的圖。圖16是表 © 示圖14的保護膜剝離部的剝離單元部的詳細構成的圖。圖 17是表示偏光板貼附部的詳細構成的圓筒狀吸附滾筒的展開圖。圖18是從圖14的下侧觀察圖14的偏光板貼附部的吸附滾筒附近的側視圖。而且，因為保護膜剝離部3〇〇及偏光板貼附部400、與保護膜剝離部35〇及偏光板貼附部450的構成相同’所以僅圖示保護膜剝離部3⑻及偏光板貼附部400的構成，而省略了保護膜剝離部350及偏光 0 板貼附部450的圖示及說明。如圖14所示，保護膜剝離部3〇〇由剝離單元部3〇卜剝離單元驅動部320及偏光板引導部33〇構成。剝離單元部301由如下各部而構成：膠粘帶（adhesivetape) 31〇，與由吸附滾筒410所真空吸附的偏光板u (圖中的點線）的一端接觸；輥311〜314，捲繞著所述膠粘帶31〇 ;夾盤 321，夾持著利用這些輥的旋轉而附著在膠粘帶上的保 45 201005355 護膜lla(圖中的短劃線）的端部；以及保護膜連結部，使被剝離的保護膜lla與上一次被剝離的保護臈Ub連鈐如圖16所示’剝離單元部301沿著吸附滾筒的長度°方向而設置有多個。在本實施形態中設置有五個 : 训。因此’剝離單元部3()1㈣在五個部位對保護膜妨剝離動作。而且，圖16中省略表示了膠粘帶31〇。剝離單元驅動部320對除了保護膜連結部315以外的剥離單元部 © 301整體進行移動控制，且對科（embGss)加工處理^ 行控制，此壓印加工處理使膠粘帶31〇向著可與保護臈Ua 接觸的位置移動，並將夾持著經剝離的保護膜lu的失盤 321引導至保護膜連結部315為止，且利用保護膜連結部 315將此次的保護膜lla連結到上一次被剝離的保護膜 lib。而且，也可利用壓印加工處理以外的處理，例如熱壓接處理或超音波連接處理來連結保護膜。 © 如圖14所示’對於保護膜剝離部300而言，在接近於液晶面板10與偏光板u的貼附位置的位置，利用剝離單元驅動部320使膠粘帶310與保護膜lla的前端部接觸。然後’剝離單元部301在向著剝離方向（圖14的下側方向）略微移動的同時，使附著在膠粘帶310上的保護臈lla的端部從偏光板11上分離。已從偏光板u分離開的保護犋 lla的端部利用輥311〜314的旋轉而被導入到夾盤内，因 46 201005355 此保護膜lla的端部被夾入到夾盤321内。接著，剝離單元301在保護膜lla的端部被夾在夾盤321上的狀態下，向著剝離方向（圖14的下側方向）僅移動規定距離，從而將保護膜lla從偏光板u上剝離。然後，如圖15所示，剥離單元301進一步向剝離方向（圖的下侧方向）移動，以使保護膜lla的經剝離的部分重疊在保護膜連結部315 的上一次被剝離的保護膜lib上。 ® 因為在保護膜連結部315上設置著可插入銷（pin)316 的孔317’所以如圖15所示，剝離單元驅動部32〇將銷316 插入至此孔317中。由此，利用壓印加工而使上一次的保護膜lib與此次的保護膜lla彼此連結在一起。經連結的保護膜lla被引導至引導輥318上，並依次從偏光板11 上剝離。由於偏光板11的保護膜lla是在接近液晶面板 1〇與偏光板11的貼附位置的位置被依次剝離的，所以可 0 防止異物附著在偏光板11上。偏光板引導部330，將從偏光板供給台700、750搬送而來的立起狀態（大致垂直狀態）的偏光板引導至偏光板貼附部400的吸附滾筒410上’且由如下各部而構成：將偏光板11送出至吸附滾筒410的供料親（feed roller)331，對偏光板11的表面進行清洗的清洗部332，以及對所述供料輥331及清洗部332進行支撐的支撐框333。供料輥331 47 201005355 具備夾板（clamp)的功能，用以將偏光板u準確地定位在吸附滾筒410上。清洗部332可由清洗輥單元（Cleaning roller unit)等而構成。偏光板貼附部400將從偏光板供給台7〇〇、750搬送而來的立起狀態（大致垂直狀態）的偏光板暫時吸附，且貼附在從液晶面板供給台1〇〇搬送而來的立起狀態（大致垂直狀態）的液晶面板10上。也就是，偏光板貼附部4〇〇 e 將偏光板11同時貼附在以立起狀態供給的液晶面板的左右兩面上。對於吸附滾筒410而言，如圖6所示，兩個圓筒狀的吸附滾筒410是以大致垂直立起的狀態而平行配置著的。兩個圓筒狀的吸附滾筒410構成為如下：兩個吸附滾筒410的外周面與從液晶面板供給台ι〇〇移送而來的液晶面板的表面在一條直線上相接觸。此外，因為兩個吸附滾筒410以彼此相反方向上受到規定的壓力的狀態而設置 0 著，所以通過兩個吸附滾筒410間的液晶面板的表面會受到規定的壓力’由此來進行將偏光板U同時貼附在液晶面板的兩面上的作業。此時，在兩個吸附滚筒41〇間設置著一直施加規定的壓力的壓力施加構件（未圖示），以使兩吸附滾筒410間的間隔相應於通過兩個吸附滾筒410間的液晶面板的厚度而自由地變動。此壓力施加構件分別與兩個吸附滾筒410結合而設置著，將吸附滾筒41〇推向彼此 48 201005355 相向的方向而一直對吸附滾筒410與液晶面板的接觸面施加規定的壓力。偏光板貼附部400如上所述’是由兩個圓筒狀的吸附滾筒410而構成的。吸附滾筒410是將規定壁厚的薄板狀的面板捲繞成圓筒狀而成。而且，雖然此處是以將薄板狀的面板捲繞成圓筒狀而成的吸附滾筒為例，但也可使用圓柱狀的構件來作為吸附滾筒。圖17是表示將此圓筒狀的吸 Ο 附滾筒410展開而成的展開圖。如圖17所示，吸附滾筒 410在其約一半的位置設置著多個吸附區域411(由點線框所圍成的區域）。吸附區域411分別由如下各部而構成：設置在與面積最小的偏光板11c的短軸方向的長度相對應的空腔部412的吸附孔；設置在與面積最大的偏光板ud 的短轴方向長度相對應的空腔部413的側部的吸附孔；以及以吸附孔的個數隨著從空腔部412向空腔部413而逐漸 φ 增加的方式而設置的空腔部。此空腔部是以相對於圓筒狀的吸附滾筒410的旋轉軸而大致平行的方式成直線狀地設置著。也就是，吸附滾筒410的直徑的大小達到如下的程度：可進行捲繞而不會使面積最大的偏光板lid的前端部及後端部互相重疊《這樣，使用直徑較大的吸附滾筒410 一面從液晶面板的左右兩侧加壓，一面進行貼附，由此即便當同時貼附在液晶面板的CF面及TFT面上的偏光板的 49 201005355 大小或貼附起始位置等互不相同，也可將偏光板幾乎同時貼附在液晶面板的兩面上。各吸附孔是相對於設置在薄板狀面板的板内的空腔部’從圓筒狀滾筒的侧面朝向空腔部所設置的開口孔。各吸附孔的空腔部在吸附滾筒410的兩個端部具有開口部，利用未圖示的止動件（stopper)將吸附滾筒410的左侧的開口部端保持密封，且在吸附滾筒410的右侧的開口部 ® 端，僅對插入安裝了真空吸氣口 414的薄板狀面板内的空腔部分別進行真空吸氣。另一方面’在具備著最先對從偏光板供給台7〇〇、750 搬送而來的處於立起狀態（大致垂直狀態）的偏光板u 的前端部進行吸附的吸附孔的空腔部420上，設置著開口部面積要大於所述吸附孔的開口部面積的吸附孔。其原因在於，由於是利用保護膜剝離部300的膠粘帶31〇來剝離 © 保護膜，所以剝離時會施加較大的應力，抵抗此應力而吸附偏光板11。另外’由於設置在此空腔部420上的吸附孔的開口部面積較大，所以當將偏光板貼合在液晶面板上時’有可能無法充分地傳送按壓力。因此，在本實施形態中，剝離保護膜11a後，利用壓印加工將保護膜lla、Ub 連接後，使偏光板的前端部的位置偏離設置在空腔部421 上的吸附孔的位置，並以設置在空腔部421上的吸附孔來 50 201005355. 吸附保持該偏光板11。在空腔部420、421的右側端部插入安裝著真空吸氣口 415、416’從而空腔部420、421被吸氣為真空。另一方面，在空腔部420、421的左侧端部插入著棒狀的止動構件 422、423，從而可對應於偏光板的大小而對空腔部42〇、 421的吸附孔的有效/無效進行設定。也就是，圖17中，止動構件422、423的刖端部插入到偏光板的左端部的 © 位置為止，插入著止動構件422、423的部位的吸附孔不作為真空吸附用而發揮功能。因此，當對面積最大的偏光板 lid進行吸附保持時，使止動構件422、423的前端部比圖 17的情況更向左側移動，以使止動構件422、423的前端部位於偏光板lid的左端部的位置。這樣，通過使止動構件422、423的前端部位於偏光板的左端部的位置，而可有效地吸附各種大小的偏光板。 ❹ 這樣，偏光板以被捲繞在吸附滾筒410的外周面的狀態而進行旋轉移動。由於偏光板自身的柔軟性較佳，所以由吸附滾筒410來拉伸偏光板，由此使偏光板隨著吸附滾筒410的曲率（curvature)而彎曲，從而變成捲繞在吸附滾筒410上的狀態。在本實施形態中，使偏光板以捲繞在吸附滾筒410上的狀態而進行旋轉移動以及將此偏光板貼附在液晶面板上的作業是同時進行的。而且，在本實施形 51 201005355 態中，雖然在空腔部412與空腔部421之間並未設置空腔部及吸附孔，但也可在空腔部412與空腔部421之間設置多個與空腔部412相同的具備吸附孔的空腔部。圖18是表示偏光板貼附部的吸附滾筒附近的詳細構成的侧視圖。如圖18所示，吸附滾筒41〇是將薄板狀的面板捲繞成圓筒狀而成的，且吸附滾筒41〇内為中空狀態。而且，在圓筒狀吸附滾筒41〇的兩底面上設置著圓形狀的 ❹封閉構件430、43卜封閉構件43〇、431的中心插通著旋轉轴432。旋轉軸432的上下方受到支撐而可自由地旋轉。如圖18所不，在旋轉軸432的下側端部設置著具備通氣孔的通氣構件433。吸氣管417、418、419是從此通氣構件 433而分別連接於真空吸氣口 414、415、416上支撐構件435以使旋轉軸432旋轉自在的方式對其進行支撐，支撐構件436對通氣構件433進行支撐。支撐構件435、幻6 ® &支柱437而支撐。通氣構件433以如下方式而構成：將與旋轉的吸附滾筒410 —起旋轉的通氣孔及設置在外部的真空泵加以連接。圖19和圖20是表示圖1的偏光板供給台的詳細構成的圖，圖19將圖1的偏光板供給台放大表示，且是從偏光板貼附裝置上方侧所觀察到的圖。圖20是從圖19的下側觀察圖19的偏光板供給台的侧視圖。偏光板供給台7〇〇、 52 201005355 750從偏光板保管庫（Stocker) 701中取出偏光板，並供給到偏光板立起供給部500、550上。另外’因為偏光板供給台700、750的構成相同，所以在圖19和圖20中只顯示偏光板供給台700的構成。偏光板供給台700由偏光板保管庫701、吸附墊 (pad)7021〜702c、上下移動機構703、704以及前後移動機構705、706而構成。偏光板保管庫701載置收納有多個〇貼附用的偏光板。吸附墊7021〜702c對載置於偏光板保管庫701中的偏光板11的單面側進行吸附。利用上下移動機構703、704而將由吸附墊7021〜702c所吸附的偏光板11 從偏光板保管庫701舉起。經舉起的偏光板11則被前後移動機構705、706而供給到偏光板立起供給部500的搬送輥 506 上。圖19中設置有十二個吸附墊7021〜702c。吸附墊 ❹ 7021、7024、7027、702a分別設置在墊支撐框707上，吸附墊7022、7025、7028、702b分別設置在墊支撐框708 上’吸附墊7023、7026、7029、702c分別設置在墊支撐框 709上。塾支撐框708及墊支樓框709以沿著導軌710、711 而可在圖19的上下方向上移動的方式來構成。而且，吸附墊7027、702a以可在墊支撐框7〇7的長度方向（圖19的左右方向）上移動的方式來構成。同樣，吸附墊、7〇2b 53 201005355 以可在墊支撐框708的長度方向（圖19的左右方向）上移動的方式來構成’吸附墊7029、702c以可在墊支樓框709 的長度方向（圖19的左右方向）上移動的方式來構成。其原因在於，由偏光板供給台700所供給的偏光板的大小對應於液晶面板10的大小而各不相同，因此使吸附塾7021 〜702c的配置與各個大小不同的偏光板相對應。另外，即便偏光板的大小不同，吸附墊7021、7024的位置也不必改 © 變’因此並未使吸附墊7021、7024以可移動的方式構成。圖21是表示對應於較小尺寸的偏光板，各吸附塾 7022、7023、7025、7026、7027、7028、7029、702a、702b、 702c分別發生了移動的狀態的圖。吸附墊7〇22、7025、 7028、 702b通過墊支撐框708沿著導轨710、711移動而可在圖21的上下方向上移動。同樣，吸附墊7〇23、7026、 7029、 702c也通過支撐框709沿著導軌710、711移動而 Q 可在圖21的上下方向上移動。此外，因為吸附墊7027、 702a、7028、702b、7029、702c 可沿著塾支稽框 707、708、 709的長度方向（圖的左右方向）移動，所以如圖19和圖 21所示，它們以符合偏光板的大小並可在偏光板保管庫 701的上空平面地移動的方式而構成。圖22和圖23是表示圖1的保護膜排出台的詳細構成的圖，圖22將圖1的保護膜排出台放大表示，且是從偏光 54 201005355 板貼附裝置上方>1賴觀察到的圖。圖23是從圖22的下侧觀察圖22的保護膜排出台的侧視圖。保護膜排出台8⑽、 850將由保護膜剝離部3〇〇、35〇所剝離的保護膜丨仆卷取後排出。另外，因為保護膜排出台8〇〇、85〇的構成相同，所以在圖22和圖23中僅表示了保護膜排出台8〇〇的構成。保護膜排出台800由卷取緩衝(buffer)部81〇、卷取部 820、保護膜排出車827構成。卷取緩衝部81〇將從保護骐 Ο 連結部315而連續供給的保護膜lib暫時吸入到内部，並對保護膜lib施加規定的張力（tensi〇n)。卷取缓衝部81〇是由大小為可吸入保護膜llb的筐體而構成，且在圖22 的左侧設置著氣體喷出部811，在相反的右侧設置著排氣口 812。規定壓力的空氣從氣體喷出部811向著右側的排氣口 812喷出。如圖22所示，保護膜llb利用從氣體喷出部811喷出的空氣，經由導輥813、814而被放置在卷取缓 © 衝部81〇的内部，且形成被擠向排氣口 812的狀態。由此，保護膜llb受到固定的張力，從而可對所述保護膜剝離動作施加固定的張力。而且，卷取緩衝部81〇也可將保護膜 llb以固定的張力而供給到卷取部820中。另外，雖然卷取緩衝部810是利用規定壓力的空氣來施加固定的張力，但也可使用除此以外的張力賦予機構來賦予張力。如圖23所示’卷取部820由卷取驅動部82卜卷取軸 55 201005355 822、氣體供給部823、旋轉軸保持部824、保護膜保持部 825、保護膜避讓部826及保護膜排出纟827構成。卷取驅動部821由馬達等驅動力源構成，彼此經由旋轉齒輪似、 829而向卷取軸822傳送旋轉驅動力。因此，卷取軸似是由卷取驅動部Mi來進行旋轉控制的。氣體供給部奶將來自設置在外部的壓縮機（compressor)(未圖示）的壓縮氣體供給到設置在卷取軸822内的流路83〇内。如圖 © 23所不’設置在卷取軸822内的流路83〇在卷取轴a]的長度方向上延伸，其終端部密閉成密封狀態。在設置在卷取轴822内的流路830上設置著從卷取轴822的侧面將壓縮乳體排出的排氣口 831〜836。所述排氣口 831〜836由從卷取軸822的中心軸向法線方向延伸的3〜5個直線流路而構成，這些直線流路分別與設置在卷取軸822内的流路 830連接。因此’由氣體供給部823所供給的壓縮氣體通 ® 過流路83〇，而從排氣口 831〜836均勻地排出。以覆蓋包含所述排氣口 831〜836的卷取轴822的方式’密封性地安裝著由橡膠等構成的圓筒狀彈性構件。當壓縮氣體經由卷取軸822的流路830而從排氣口 831〜836 排出時’隨之所述圓筒狀彈性構件會發生膨脹。在此圓筒狀彈性構件上以進一步覆蓋其周圍的方式，而設置著具有沿著卷取轴822的長軸方向的狹縫的樹脂制的圓筒狀構件 56 201005355 二二因此，此圓筒狀彈性構件發生膨脹，由此使 ___結果’圓筒狀構件由此—方面，當停止向流路83G供給壓縮氣體， =Γ彈性構件發生收縮時，沿著長軸方向的狹縫的叫會變小，結果，圓筒狀構件的直徑縮小。這此圓何 ❹ 性構件的上端部均利用安震構件843而安裝在 =奶上。而且，作為使圓筒狀彈性構件膨脹、收縮而你圓肖也可利用馬達驅動來代替_氣體，使板材旋轉而使圓筒狀彈性構件膨脹、收縮。也就是，只要使圓筒狀彈性構件膨騰、收縮，也可使用_氣體以外的其它方法在進行偏光板的貼附作業時，圓筒狀彈性構件處於膨脹的狀態，保護膜llb被依次纏繞。圖23中表示了保護膜 11C捲繞在卷取軸822上的狀態。如圖23所示，在保護膜 nc如短劃線所示而被捲繞時，停止對氣體供給部奶供給麼縮氣體。由於停止供給_氣髅，圓筒狀彈性構件收縮，圓筒狀構件的直徑縮小，因此圓筒狀構件的直徑變得比保護膜lie的内徑更小，從而捲繞保持在卷取抽從上的保護媒lie會因自重而從卷取軸822上脫落並落向下方。由於捲繞在卷取轴822上的保護膜llc是捲繞成多層的，所以其重量較重’為數十公斤左右。保護膜保持部825 使因自重而脫落的保護膜llc以保持在保持台8251上的狀 57 201005355 態:移動到下方的保護膜避讓部826上，護膜保持部奶由設置在其背面的兩根支柱謝、8262支撑。保持台伽安裝在沿著支柱8261、8262而滑行移動的移動部82幻上。保持台8251及移動部8252與旋轉自在地捲繞在上下設置的滑輪（_ey) 8264、8265上的線（wire)咖相結合。因此’如果滑輪8264、8265由旋轉驅動力源_而^行In the polarizing plate attaching device described in the Japanese Patent Publication No. 10-0556339, in order to suppress the expansion of the space (fGQtprint) of the polarizing plate attaching device due to the increase in size of the color liquid crystal display, the liquid crystal cell (liquid cell) CryStalcell) The polarizing plate is adsorbed on the rhyme cylinder while the substrate is raised, and the polarizing plate is simultaneously attached to the main surface (CF (color filter) surface) and the second main surface of the Wei cell substrate ( On the TFT surface, the enlargement of the occupied space in the direction (width direction) orthogonal to the transport direction of the liquid crystal cell substrate is suppressed. In the polarizing plate attaching device described in the Japanese Patent Publication No. 10-0556339, when a polarizing plate (optical film) is attached to a liquid crystal cell substrate (display panel), the two are erected in a substantially vertical state. The polarizing plate is adsorbed and held on the adsorption roller in the standing state, and the adsorption roller is subjected to the rotation and rotation control, thereby attaching the polarizing plate to both sides of the liquid crystal cell substrate at almost the same time (the first main surface (CF surface) And the second main surface (TFT surface)). However, when the polarizing plate is simultaneously attached to both surfaces of the liquid crystal cell substrate, there is a problem that the posture of the liquid crystal cell substrate becomes unstable in the vertical state, thereby affecting the attaching quality. In addition, when attaching, the polarizing plate is uniformly pressed on the liquid crystal cell substrate by the adsorption roller, but if both are in a vertical state, then the posture of the liquid crystal cell substrate becomes unstable and 6 201005355 „ difficult The problem of applying a uniform pressing force to the polarizing plate. On the other hand, in the manufacturing step of the liquid crystal, while the liquid crystal display is enlarged, the manufacturing apparatus is increasingly required to be high-speed, inexpensive, simplified, and occupying space. In addition, with the rapid growth of the large-sized liquid crystal panel, the type of the optical film attaching device is frequently changed, and the loss due to the replacement of the type is minimized. The size of the degree of freedom is also required to be high. The adsorption roller described in the Japanese Patent Publication No. Hei No. Hei No. 556-339339 has a plurality of vacuum suction holes provided on the side of the drum, but the current situation is how to replace the vacuum adsorption corresponding to each size. The hole is not clear and does not explicitly correspond to the type of replacement. In addition, the vacuum film is used to carry out the optical film. In the case of vacant adsorption and holding, 'because this vacuum is tightly held to cause the adsorption force to act on the - part of the optical film', there will be a slight problem with the S-film due to the material or warpage. SUMMARY OF THE INVENTION A first object of the present invention is to provide an optical film attaching apparatus that holds an optical raft on a drum and attaches the optical film to the display panel substrate almost simultaneously. On both sides, the optical film can be uniformly pressed on the display panel to perform high-quality attaching treatment. A second object of the present invention is to provide an optical film attaching device which can be easily and inexpensively used. When the adsorption roller of a plurality of adsorption holes is used, 7 201005355 lx is replaced. The third object of the present invention is to provide an optical film attachment device which is used for attaching an optical film to a display after peeling the protective film from the optical film. In the period until the panel, foreign matter can be prevented from adhering to the optical film. A fourth object of the present invention is to provide an optical film attaching method and an optical film attaching In the method of manufacturing a display panel, the optical film attaching method can easily and inexpensively realize the replacement of the type when the roller is used, and the bubble generated when the optical film is attached to the display panel does not occur. [Technical means for solving the problem] The optical film attachment device of the present invention is characterized in that the film is conveyed in a state of being inclined at a predetermined angle with respect to the vertical direction. The optical film is attached to the display panel while the tilting state is maintained, and the optical film attaching device is attached to the display panel. When the two are not erected vertically, but they are tilted up in a state inclined at a predetermined angle with respect to the vertical direction, and the polarizing plate is held on the inclined roller in the state of being inclined and raised, and This roller is rotationally controlled', whereby the optical film is attached to both sides (the first main surface (CF surface) and the second main surface (TFT surface)) of the display panel almost simultaneously. Therefore, the pressing of the drum can be made uniform when attached, so that the attached product can be improved 8 201005355. quality. In addition, When transporting the display panel and optical film, Compared with the vertical standing state, the state in which the inclined state is raised as in the case of the present invention has an effect of stabilizing the conveying characteristics. and, As a method of tilting the display panel and the optical film, You can use any of the following methods: The upper bottom portion of the base portion on which each of the stages is placed is inclined only by a predetermined angle ' with respect to the horizontal direction or the ground portion on which the bases are placed is inclined at a predetermined angle. A second feature of the optical film attachment device of the present invention is that it comprises: Display ^ with the panel supply mechanism, Carrying the display panel in a state inclined at a predetermined angle with respect to the vertical direction; a first optical film supply mechanism and a second optical film supply mechanism, The optical film is conveyed in the inclined state along the left and right positions of the display panel to be conveyed; And an optical film attachment mechanism, The first roller mechanism and the second roller mechanism are configured. The optical film of the first and second optical film supply mechanisms is transported from the first optical film supply mechanism and the second optical film supply mechanism. And - facing the optical film, pressing toward the display panel side, The optical film is attached to both sides of the display panel almost simultaneously while the first roller mechanism and the second roller mechanism are rotationally moved 'where the first roller mechanism and the second roller mechanism rotate The shaft is disposed substantially parallel to the display panel surface of the inclined state conveyed from the display panel supply mechanism. The present invention relates to a display panel supply mechanism, Optical film supply 9 201005355 Optical film attachment device composed of mechanism and optical film attachment mechanism, The panel supply mechanism is configured such that the display panel is tilted up in a state of being inclined at a predetermined angle with respect to the vertical direction. And transporting and supplying the display panel; The optical film supply mechanism also transports the supply optical film in an inclined state; The optical film attaching mechanism attaches the optical film to the display panel in an inclined state. A third feature of the optical film attachment device of the present invention is that: As described in the section ©. The optical tape recorded in the feature towel is placed, The first roller mechanism and the second roller mechanism closely hold the one-side side of the optical film by the first viscous rubber member and the second viscous rubber member provided on the outer peripheral surface thereof. In the optical film attachment device, For the roller mechanism that holds the optical film, the adhesive film is held by the adhesive member provided on the outer peripheral surface thereof, The optical film is attached to the display panel. A fourth feature of the optical film attachment device of the present invention is that: The optical film attaching device according to the above feature, The first roller mechanism and the second roller mechanism absorb and hold the one-sided side of the optical film by a plurality of adsorption holes provided on the outer peripheral surfaces thereof. In the optical film attaching apparatus, 'the roller mechanism for holding the optical film' has an adsorption hole on the outer peripheral surface thereof, The adsorption hole is used to adsorb and hold the optical film. A fifth feature of the optical medium attaching device of the present invention is that it comprises: Display 201005355 with panel supply mechanism, The display panel is transported in a substantially horizontal state; a first optical film supply mechanism and a second optical film supply mechanism, The optical film is conveyed in the substantially horizontal state along the upper and lower sides of the display panel to be conveyed; And an optical film attachment mechanism, It is composed of a first roller mechanism and a second roller mechanism, The one surface side of the optical film supplied to the first roller mechanism and the second roller mechanism is transported from the first optical film supply mechanism and the second optical film supply mechanism, And one facing the optical film toward the display panel side, Rotating the first roller mechanism and the second roller mechanism while rotating, And the optical film is attached to both sides of the display panel almost simultaneously. The first roller mechanism and the second roller mechanism are such that the rotation axis is substantially parallel to the display panel surface of the substantially horizontal state conveyed from the display panel supply mechanism. It is disposed at a position along the upper and lower sides of the display panel. The present invention relates to an optical film attachment device, The display panel supply mechanism and the optical film supply mechanism transport the supply display panel and the optical film in a substantially horizontal state. The one side of the optical film is held by the roller mechanism disposed on the upper and lower sides of the display panel for the conveyance and supply, And pressing the held optical film from the up and down direction onto the display panel, While rotating the roller mechanism 'from the secret optical film evenly _ on the display panel. A sixth feature of the optical film attachment device of the present invention is that: An optical film attaching device as recited in claim 11, wherein: The first roller mechanism and the second roller mechanism closely hold the one-side side of the optical film by the first viscous rubber member and the first viscous rubber structure # provided on the outer peripheral surface thereof. In the optical film attachment device, As a roller mechanism that holds an optical film that is conveyed in a substantially horizontal state, The adhesive film is held tightly by the adhesive rubber member provided on the outer peripheral surface thereof, Attach the optical film to the display panel. The seventh feature of the optical film attaching device of the present invention is that: As described in the fifth feature, the optical film attachment device carried by S, The first roller mechanism and the second roller mechanism adsorb and hold the one-sided side of the optical film by a plurality of adsorption holes provided on their outer peripheral faces. In the optical ray attachment device, as a mechanism for tilting an optical film that is transported in a substantially horizontal state, It has an adsorption hole on its outer peripheral surface. And the adsorption hole is used to adsorb and hold the optical film. 制造 The method of manufacturing the display panel of the present invention is characterized by: The optical film attaching device according to any one of the above-described first to seventh features is attached to the display panel. The present invention relates to a method of manufacturing a display panel in which an optical film is attached to a display panel using any of the photonic film attaching devices. [Effect of the Invention] According to the present invention, the optical film is held on the drum, When the optical film 12 201005355 is attached to both sides of the display panel substrate at the same time, It has the effect of uniformly pressing the optical film on the display panel to perform high-quality attaching treatment. The optical film attaching device of the present invention attaches an optical film to a display panel for transporting and moving. The first feature is as follows: Including optical film attachment mechanism, a cylindrical drum mechanism that is disposed such that a rotating shaft is substantially parallel to at least one surface of the display panel to be conveyed, In the outer peripheral surface of the roller mechanism along the linear © cavity portion, That is, a position corresponding to the size of the optical film, Providing a plurality of adsorption holes for adsorbing and holding the front end portion and the rear end portion of the optical film, As soon as the optical film is pressed toward the display panel side, Rotating the drum mechanism on one side, Thereby attaching the optical film to the display panel, The linear cavity portion is formed in the cylindrical wall thickness portion and is substantially parallel to the rotation axis. 〇 In the optical film attachment mechanism, The adsorption roller is configured by a cylindrical roller (a roller formed by winding a thin plate-like panel into a cylindrical shape). In the wall thickness portion of the drum, at a position corresponding to the optical front and the rear end, respectively. a linear cavity portion substantially parallel to the rotation axis is provided, And an adsorption hole is arranged on an outer circumferential surface of the drum along the cavity portion, Therefore, the front end portion and the rear end portion of the optical film are adsorbed and held. The optical film is attached. such, The cavity portion and the adsorption hole are provided in advance so as to correspond to the front end portion and the rear end portion 13 201005355 of the optical film of a different type. The type can be easily replaced. Thereby low cost can be achieved. In addition, The optical film attaching mechanism is not limited to the case of attaching in a substantially vertical state, It can also be used for attaching in a substantially horizontal state. A second feature of the optical film attachment device of the present invention is that it comprises: Display panel supply mechanism, Carrying the display panel in a state of being substantially vertically erected; a first optical film supply mechanism and a second optical film supply mechanism, The optical film is conveyed in a state of being substantially vertically raised on the left and right sides of the display panel to be transported by ©; Optical film attachment mechanism, The first cylindrical shape roller mechanism and the second cylindrical shape roller mechanism are configured. The outer circumferential surface of the first cylindrical roller mechanism and the second cylindrical roller mechanism along the linear cavity portion, That is, a position 'corresponding to the size of the optical film' is provided with a plurality of pairs of the first optical film supply mechanism and the second optical film supply mechanism, and is transported and supplied to the first cylindrical drum mechanism and the second circle An adsorption hole for adsorbing and holding the one end side of the front end portion and the rear end portion of the optical film of the cartridge-shaped roller mechanism, The optical film is pressed toward the display panel side by the first cylindrical roller mechanism and the second cylindrical roller mechanism. Rotating the first cylindrical drum mechanism and the second cylindrical drum mechanism while rotating, And attaching the optical film to both sides of the display panel at the same time, The first circularly-shaped roller mechanism and the second cylindrical roller mechanism are disposed such that the rotational axis is substantially parallel to the display panel surface that is transported from the display panel supply mechanism with respect to 201005355. a linear cavity portion is formed in a wall thickness portion of the first cylindrical roller mechanism and the second cylindrical roller mechanism and is substantially parallel to the rotation axis; And a panel discharge mechanism for display, The optical film corresponding to the optical 臈 attaching mechanism is attached to the display panel, and the optical slab is attached to the display panel. In addition to using the optical film attachment mechanism described in the first feature, Also using a display panel supply mechanism, The optical film supply mechanism and the display panel discharge mechanism constitute an optical film attachment device. A third feature of the optical film attachment device of the present invention is that: An optical film attaching device as recited in the first or second feature, A peeling mechanism is provided 'the protective film is peeled off from the optical film adsorbed on the adsorption roller' and the optical film attaching mechanism is configured as follows, which is, Having at least two cavity portions as adsorption holes for adsorbing and holding 0 at the front end portion of the optical film and in the two cavity portions, The opening portion of the adsorption hole provided on the outer peripheral side surface of the cavity portion for adsorbing and holding the optical film is first larger than the opening portion area of the other adsorption hole. The optical film attaching device is newly provided with a peeling mechanism on the optical film attaching device as described in the second feature. And in the adsorption holes of the adsorption roller constituting the optical film attachment mechanism, The adsorption hole that first adsorbs and holds the front end portion of the optical film is larger than the other adsorption holes. Thereby, the adsorption force of this portion 15 201005355 is sufficiently large in advance to withstand the large tensile stress applied when peeling by the peeling mechanism. In addition, In the optical film attachment device, The protective film is peeled off from the optical film adsorbed on the adsorption roller mechanism by providing a peeling mechanism, and the film is peeled off until it is attached to the display panel. It is possible to prevent foreign matter or the like from adhering to the optical film. A fourth feature of the optical film attachment device of the present invention is that it comprises: Display panel supply mechanism, The display panel conveyed in a substantially horizontal state is erected to be conveyed in a substantially vertical state; a first optical film supply mechanism and a second optical film supply mechanism, On the left and right sides of the display panel to be transported, Carrying the optical film placed in a substantially horizontal state upright in a substantially vertical state; Optical film attachment mechanism, The first cylindrical shape roller mechanism and the first cylindrical shape roller mechanism are configured. The outer circumferential surface of the first cylindrical shape roller mechanism and the second cylindrical roller mechanism along the linear cavity portion, That is, a position corresponding to the size of the optical film, The front end of the optical film that is transported and supplied to the first cylindrical drum mechanism and the second cylindrical drum mechanism from the first optical film supply mechanism and the second optical film supply mechanism The adsorption hole held by the single-side side of the portion and the rear end portion, Using the first cylindrical roller mechanism and the first cylindrical roller mechanism to pressurize the optical film toward the display panel side, the first cylindrical roller mechanism and the first The cylindrical roller mechanism rotates, And the optical film is attached to both sides of the display panel at the same time, almost 16 201005355. The first cylindrical roller mechanism and the second cylindrical roller mechanism are disposed such that the rotational axis is substantially parallel to the display panel surface conveyed from the display panel supply mechanism. The linear cavity portion is formed in a wall thickness portion of the first cylindrical roller mechanism and the second cylindrical roller mechanism and is substantially parallel to the rotating shaft; The first peeling mechanism and the second peeling mechanism 'separate the protective film from the optical film adsorbed and held by the first cylindrical roll mechanism and the second cylindrical roll mechanism; And the display panel discharge mechanism </ RTI> discharges the display panel which is attached to the optical film of the optical film attachment mechanism and which is attached to the optical film in a substantially vertical state. In addition to the optical film attaching mechanism described in the first feature of the optical film attaching device, Also using a display panel supply mechanism, Optical film supply mechanism, The peeling mechanism and the panel discharge mechanism for display constitute an optical 0 film attachment device. A fifth feature of the optical film attaching device of the present invention is that it comprises: Display panel supply mechanism, The display panel that is transported in a substantially horizontal state is transported in the transport direction. The display panel is erected to a substantially vertical state; a first optical film supply mechanism and a second optical film supply mechanism, The optical film placed in a substantially horizontal state is erected in a substantially vertical state and transported; Optical film attachment mechanism, It is composed of a first cylindrical shape 17 201005355 ❹ a roller mechanism and a second cylindrical roller mechanism, The outer circumferential surface of the first cylindrical roller mechanism and the second cylindrical roller mechanism along the linear cavity portion, That is, a position corresponding to the size of the optical film, a plurality of distal end portions of the optical film that are transported and supplied to the first cylindrical roller mechanism and the second cylindrical roller mechanism from the first optical film supply mechanism and the second optical film supply mechanism An adsorption hole that is adsorbed and held on one side of the rear end portion, The optical axis is pressed against the display panel side by the first cylindrical roller mechanism and the second cylindrical roller mechanism. Rotating the first cylindrical shape roller mechanism and the second cleaning roller mechanism while rotating, * attaching the optical film to both sides of the display panel at about the same time, The first cylindrical drum mechanism and the second cylindrical roller mechanism are disposed such that the rotating shaft is substantially parallel to the display panel surface conveyed from the display panel supply mechanism. The linear cavity portion is formed at a wall thickness adjacent to the first cylindrical shape roller mechanism and the second closed shape roller mechanism and is substantially parallel to the rotation axis; The first peeling mechanism and the second peeling. Constructing a protective film from the optical film adsorbed on the second cylindrical drum mechanism of the first cylindrical shape machine; The protection ° and the structure are taken up by the first hearing mechanism and the second protective film, And the protective film is built and the panel discharge mechanism for display is in a state of being wound up. The display panel is attached to the optical film attachment mechanism from the optical film attachment mechanism by 18 201005355 in a substantially vertical state in which the optical film is attached to both surfaces of the optical film attachment mechanism. The display panel is transported in the transport direction. It is discharged from the substantially vertical state to the substantially horizontal state. In addition to the optical film attaching mechanism described in the first feature of the optical film attaching device, Also, a display panel supply mechanism having a posture changing function, Optical film feeder with the same posture change function © structure, Stripping mechanism, The protective film discharge mechanism and the display panel discharge mechanism having the posture changing function constitute an optical film attaching device. A sixth feature of the optical film attaching device of the present invention is that it comprises: Display panel supply mechanism, The display panel that is transported in a substantially horizontal state is transported in the transport direction. Raise it to a vertical position on one side, Display panel alignment mechanism, Using the side transfer mechanism and the lower transfer mechanism, The display panel is conveyed in a substantially vertical state. Positioning an optical film attached to both sides of the display panel almost simultaneously with the display panel, The side conveying mechanism is provided in contact with both surfaces of the display panel that are supplied from the display panel supply mechanism in a substantially vertical state. The lower conveying mechanism is disposed in contact with a lower end portion of the display panel; The first optical film supply means and the second optical film supply means 'transport the optical film placed in a substantially horizontal state up to a substantially vertical state of 19,053,053,55; Optical film attachment mechanism, The first cylindrical shape roller mechanism and the first cylindrical shape roller mechanism are configured. The outer circumferential surface of the first cylindrical roller mechanism and the second cylindrical roller mechanism along the linear cavity portion, That is, a position corresponding to the size of the optical film, a plurality of distal end portions of the optical film that are transported and supplied to the first cylindrical roller mechanism and the second cylindrical roller mechanism from the first optical film supply mechanism and the second optical film supply mechanism The single-sided side near the rear end portion is sucked and held by the adsorption hole, The optical film is pressed toward the display panel side by the first cylindrical roller mechanism and the second cylindrical roller mechanism. Rotating the first cylindrical drum mechanism and the second cylindrical drum mechanism while rotating, And the optical film is attached to both sides of the display panel almost simultaneously. The first cylindrical roller mechanism and the second cylindrical roller mechanism are disposed such that the rotation axis is substantially parallel to the display panel surface conveyed from the display panel supply mechanism. The linear cavity portion is formed in a wall thickness portion of the first cylindrical roller mechanism and the second cylindrical roller mechanism and is substantially parallel to the rotating shaft; a first peeling mechanism and a second peeling mechanism, Stripping the protective film from the optical film adsorbed on the first cylindrical roller mechanism and the second cylindrical roller mechanism; Protective film discharge mechanism, Winding up the protective film peeled off by the first peeling mechanism and the second peeling mechanism, And discharging the protective film in a wound state; Optical film 201005355, the display panel transport mechanism' receives the optical film attaching mechanism corresponding to the optical film attaching mechanism from the optical film attaching mechanism, and the substantially vertical state in which the optical film is adhered to both sides Display panel, And transporting the display panel in the transport direction; And a display panel discharge mechanism, The optical film display panel that is supplied from the optical film display panel transport mechanism in a substantially vertical state is transported in the transport direction. It is discharged from a substantially vertical state to a substantially water level state. In addition to the optical film attaching mechanism described in the first feature of the optical film attaching device, Also, a display panel supply mechanism having a posture changing function, Display panel alignment mechanism, An optical film supply mechanism having a posture changing function, Stripping mechanism, The optical film attaching device is configured by a panel transporting mechanism for an optical film display and a display panel discharging mechanism having a posture changing function. The seventh feature of the optical film attaching device of the present invention is that: As described in the fourth feature, The fifth thief or the sixth special financial account - the optical film attached device, The optical film attaching mechanism is configured as follows, which is, Having at least two cavity portions as adsorption holes for adsorbing and holding the front end portion of the optical film, And in the two cavity portions, The opening portion of the adsorption hole provided on the outer peripheral side surface of the cavity portion which is first adsorbed and held by the optical film is larger than the opening portion area of the other adsorption hole. 201005355 The fourth feature of the optical film attachment device, The optical feature described in any of the fifth feature or the sixth feature, Like the optical film attaching mechanism described in the third feature of the optical film attaching device, The adsorption holes that contribute to the peeling of the protective film are made larger than the other adsorption holes. An eighth feature of the optical film attaching device of the present invention is that it comprises: Display panel supply mechanism, Carrying the display panel in a state of being substantially vertically erected; a first optical film supply mechanism and a second optical film supply mechanism, The optical film is conveyed substantially vertically in the left and right sides of the display panel that is transported by ®; Optical film attachment mechanism, The optical film is pressed toward the display panel side by the first cylindrical drum mechanism and the second cylindrical roller mechanism. Rotating the first cylindrical roller mechanism and the second cylindrical roller mechanism, And the optical film is attached to both sides of the display panel almost simultaneously. The first cylindrical drum mechanism and the second cylindrical drum mechanism are disposed such that the rotary yoke is substantially parallel to the display panel surface conveyed from the display panel supply mechanism. And the degree of size is such that the optical film can be wound without overlapping the front end portion and the rear end portion of the optical film; And a panel discharge mechanism for display, The display panel corresponding to the optical film attaching mechanism of the optical film attaching mechanism is attached to the display panel in a substantially vertical state in which the optical film is attached to both sides. In the optical film attachment device, Set on the left and right sides of the display panel 22 201005355, The extent of the size of the first cylindrical drum mechanism and the second cylindrical drum mechanism on the side is: Winding can be performed without overlapping the front end portion and the rear end portion of the largest optical film attached by the optical film attaching device. In this way, The first cylindrical drum mechanism and the second cylindrical roller mechanism having a large diameter are pressurized from the left and right sides of the display panel. Attach it on one side, Thereby, even in the case where the size of the optical film or the attachment start position and the like of the first main surface (CF surface) and the second main surface (TFT surface) which are simultaneously attached to the display panel are different from each other, It is also possible to attach the optical film to both sides of the display panel almost simultaneously. The method of manufacturing the display panel of the present invention is characterized by: The optical film is attached to the display panel by using the optical film attaching skirt described in any one of the first to eighth features of the optical film attaching device. The present invention relates to any one of using the optical film attaching method or the optical film attaching device, A method of manufacturing a display panel ❺ for attaching an optical film to a display panel. [Effects of the Invention] According to the present invention, the following effects are obtained. The replacement of the adsorption roller __ having a plurality of suctions can be realized easily and at low cost. and, According to the present invention, Has the following effects: After the protective film is peeled off from the optical film until the optical film is attached to the display panel, It prevents foreign matter from adhering to the optical film. 23 201005355 [Technical means for solving the problem] The optical film attaching method of the present invention is to attach an optical film to a display panel that is transported and moved. Keeping the optical film in close contact with the viscous rubber member, As soon as the optical film is pressed toward the display panel side, Rotating the drum mechanism on one side, Thereby attaching the optical film to the display panel, The viscous rubber member is disposed on a circumferential surface of the roller mechanism disposed such that the rotating shaft is substantially parallel to at least one side of the © of the display panel that is moved and moved. The optical film attaching method is to adhere and hold the optical film by using an adhesive rubber member provided on the outer peripheral surface of the drum mechanism. Thereby, the optical film is attached to the display panel. According to the present invention, Since the adsorption holes such as the background art are not used, Therefore, the type can be easily changed regardless of the size of the components to be invested. Thereby simplifying the structure, And to achieve low cost. and, Because the adhesive material is used to maintain the entire surface of the display panel, So you can correct the warpage of the component, And can be attached while being kept in a correct state. Therefore, the end face of the optical film does not deviate or is affected by wrinkles, etc. And suppress the occurrence of bad things such as bubbles or foreign objects, This enables high-quality attaching work. and, This optical film attaching mechanism is not limited to the case of attaching in a substantially vertical state. It can also be used for attaching in a substantially horizontal state. The optical film attaching method of the present invention is a left and right sides of a display panel that is transported and moved in a state of being substantially vertically raised 24 201005355. The first optical film and the second optical film supplied in a state of being substantially vertically erected are attached to both sides of the display panel at substantially the same time. Its second feature is: Holding the first optical film and the second optical film in close contact with the first viscous rubber member and the second viscous rubber member, Pressing the first optical film and the second optical yoke toward the display panel side, Rotating the first roller mechanism and the first roller mechanism, Thereby, the first optical film and the second optical film are attached to both sides of the display panel almost simultaneously. The first adhesive mechanism and the second adhesive rubber member are disposed on the first roller mechanism and the second roller that are disposed so that the rotation axis is substantially parallel to the left and right surfaces of the display panel that is moved and moved. The outer perimeter of the body. The optical film attaching method uses a first roller mechanism and a second roller mechanism provided on the left and right sides of the display panel. Further, an optical film affixing method of attaching the first optical film and the second optical film to the left and right sides of the display panel is performed at the same time. such, The surface of the first cylindrical drum mechanism and the second cylindrical drum mechanism are attached while being pressed from the left and right sides of the display panel. Therefore, even if it is attached to the first main surface (CF surface) and the first surface of the display panel at the same time: The size of the optical film on the main surface (TFT surface) or the attachment start position and the like are different from each other, It is also possible to attach the optical film to both sides of the display panel almost simultaneously. A third feature of the optical pickup attachment method of the present invention is that: A method of attaching an optical film as described in a feature or a second feature of the 25th 200505355, The protective film is peeled off from the optical film held tightly on the viscous rubber member. In the optical film attaching method, By peeling off the protective film from the optical film held against the viscous rubber member of the roller mechanism, While the protective film is peeled off until it is attached to the display panel, It prevents foreign matter and the like from adhering to the optical film. The optical film of the optical film attaching device of the present invention is attached to a ϋ display panel for transporting and moving. Its first feature is: Including optical film attachment mechanism, a roller mechanism configured such that a rotating shaft is substantially parallel to at least one surface of the display panel that is moved and moved, An adhesive rubber member that closely holds the optical film is provided on an outer circumferential surface of the roller mechanism. Pressing the optical film toward the display panel side, Rotating the roller mechanism on one side, The optical film is thus attached to the display panel. The present invention relates to an invention of a device for realizing the first feature of the optical film attaching method. A second feature of the optical film attachment device of the present invention is that it comprises: The display panel supply mechanism ‘the display panel is conveyed in a substantially vertical state; a first optical film supply mechanism and a second optical film supply mechanism, The optical film is conveyed in a state of being substantially vertically raised on the left and right sides of the display panel to be conveyed; Optical film attachment mechanism, The first roller mechanism and the second roller are disposed such that the rotation axis is substantially parallel to the display panel surface conveyed from the display panel supply mechanism with respect to 26 201005355. A first viscous rubber member and a second viscous rubber member that respectively hold the first optical film and the second optical film in close contact with each other on the outer peripheral surface of the roller mechanism are provided. Facing the first optical film and the second optical film toward the display panel side, Rotating the first roller mechanism and the second roller mechanism, Thereby, the first optical film and the second optical film © are attached to both surfaces of the display panel almost simultaneously. The present invention is directed to an apparatus for implementing the second feature of the optical film attachment method. A third feature of the optical film attaching device of the present invention is the optical film attaching device as described in the first or second feature, Including the stripping mechanism, The protective film is peeled off from the optical film held tightly on the viscous rubber member. The present invention relates to an invention of a device for realizing the third feature of the optical film attaching method. The method of manufacturing the display panel of the present invention is characterized by: Using the first feature, The optical film attaching method described in the second or third feature, Or the first feature, The optical film attaching device described in the second or third feature, To attach the optical film to the display panel. The present invention relates to any one of using the optical film attaching method or the optical film attaching device 27 201005355, (4) Film _ The manufacturing method of the display panel on the display panel. [Effects of the Invention] According to the present invention, the following effects are obtained. The replacement of the type when the drum is used can be easily and cost-effectively realized. Moreover, it can be optically attached without causing sticking defects such as air bubbles or foreign matter generated when the optical film is attached to the display panel. For the above and other purposes of the present invention, Features and benefits can be more obvious and easy to understand, The preferred embodiment is hereinafter described. And with the drawings, The details are as follows. [Embodiment] Hereinafter, Embodiments of the present invention will be described with reference to the drawings. FIG. 1 is a view showing an overall configuration of a polarizing plate attaching apparatus according to an embodiment of the present invention. This polarizing plate attaching device is a state in which the liquid crystal panel is moved from the right direction in the right direction in FIG. And causing the liquid crystal panel to advance in an upright state, The polarizing plate is attached to the first main surface and the second main surface of the liquid crystal panel which are continuously advancing almost simultaneously. As shown in Fig. 1, the polarizing plate attaching device of the present embodiment is composed of the following parts: The liquid crystal panel is supplied to the stage 100, The liquid crystal panel conveyed in a substantially horizontal state is converted into a state in which it is supplied to the polarizing plate attaching stage 200 in the subsequent stage; a polarizing plate supply station 700, 750, The polarizing plate attached to the polarizing plate attaching stage 28 201005355 200 is converted into a substantially vertical state by a polarizing plate placed in a substantially horizontal state, and then supplied to the polarizing plate attaching stage 200; Polarized plate attachment station 200, From the polarizing plate supply station 700, 750 polarizer plate supplied in an upright state, Almost simultaneously attached to the first main surface and the second main surface of the liquid crystal panel (cell) supplied from the liquid crystal panel supply stage 1 in an upright state; Protective film discharge station 800, 850, Set on both sides of the polarizing plate attachment table 2〇〇, The protective film peeled off from the polarizing plate is taken up and discharged; And LCD panel discharge station ® 900, The liquid crystal panel to which the polarizing plate is attached by the polarizing plate attaching table 200 is changed from the standing state to the substantially horizontal state, and then discharged. Fig. 2 is a view showing a detailed configuration of a liquid crystal panel supply station of Fig. 1; Fig. 3 is a side view of the liquid crystal panel supply stand of Fig. 2 as seen from the right side. As shown in Figure 1, The liquid crystal panel supply stage 100 is disposed in front of the polarizing plate attaching stage 200 (on the right side of the drawing), and the liquid crystal panel 10 that is transported in a substantially horizontal state is a liquid crystal panel 1 that is vertically raised. The supply is supplied to the polarizing plate attaching station 200. As shown in Fig. 2 and Fig. 3, the liquid crystal panel supply table ι is composed of a liquid crystal panel transport unit 110 and a substantially vertical conversion unit 15A. The liquid crystal panel transport unit 110 transfers the liquid crystal panel to the surface. When it is changed from a substantially horizontal state to a state (substantially vertical state), And as shown in Figures 2 and 3, It is composed of a side roller 111 and a lower portion 112. The side rollers are disposed on the side opposite to both sides of the liquid crystal panel 10, And play the following roles: Supported by the side surface of the liquid crystal 29 201005355" panel 10, So that the liquid crystal panel 10 does not fall up and down or left and right sides, Further, the liquid crystal panel 10 is moved in a predetermined direction. The lower roller 112 is in contact with the lower surface of the liquid crystal panel 10 in the upright state to support the liquid crystal panel 10, Further, the liquid crystal panel 10 is moved in a predetermined direction. The side roller lu is rotationally controlled by a driving force source (not shown) such as a motor. The lower roller 112 is not rotated by the driving force, Instead, it is in contact with the ® liquid crystal panel that moves in response to the rotation of the side roller U1. And passively rotate. and, It is also possible to provide a power source on the lower roller 112 to actively perform the rotation control. There are a plurality of side members 111 and a whole liquid crystal panel supply stage. The side roller 111 is provided, for example, on one side. A plurality of contact rolleres 111a to 11ld are provided on the rotation axis of each of the side rollers m. The outer peripheral portion of each of the contact rolleres Ilia to llld is in contact with the surface of the liquid crystal panel 1A. The respective rotating shafts of the side rollers 111 are mechanically connected via a power transmission mechanism. It is controlled by rotation by one or more driving force sources. The lower roller 112 is disposed such that a plurality of turns are arranged in a row at a predetermined interval in a substantially horizontal direction. The respective one faces constituting the lower roller 112 are in passive contact with the lower end portion of the liquid crystal panel 10 in the upright state, and are passively rotated. The movement of the liquid crystal panel U) is guided while being guided. and, As mentioned above, The liquid crystal panel conveying portion m is based on the side stick lu * lower light (1) as a basic constituent element. And connecting the elements together by a frame mechanism or the like, 30 201005355 This constitutes a liquid crystal panel transport unit 11A as shown in FIGS. 2 and 3. The substantially vertical conversion unit 150 is composed of the following components: The moving part main body 15 guide rail 152, 153 ‘rack 154, 155, Pinion 156, 157, Power transmission shaft 158, 159, Power transmission circular plate 160, 161 and a substantially vertical substantially horizontal movable portion 162, 163. The moving portion main body 151 is along the guide rail 152, 153 is configured to move in the up and down direction in Fig. 2 . For the movement of the moving part main body 151 ® and Lu, Although not shown, But the composition is as follows: On the guide rail 152, The lower side of the 153 is provided with a ball screw. And mechanically coupling the nut portion and the moving portion main body 151 combined with the ball screw. The moving portion main body 151 is along the guide rail 152 by the rotational driving of the ball screw 153 moves. and, The moving unit main body 151 can also be moved by a driving method other than this. Bracket 154, 155 with the guide 152, 153 is set in parallel and is in the guide 152, The outside of 153. Bracket 154, 155 and a pinion 156 disposed on the moving part 〇 H51, 157 interlocking. therefore, When the moving portion main body 151 is along the guide rail 152, When 153 moves, Pinion 156, 157-face is fastened to the bracket 154, 155, - The surface is rotated. As shown in Figure 3, a power transmission shaft 158 having a gear on the outer circumference, 159 mechanically combined with the pinion 156, 157. Power transmission circular plate 160, 161 is disposed in the moving portion main body 151, And with a power transmission shaft 158, 159 gears are engaged with the gears. Power transmission disc 丨60, 161 is mechanically coupled to the liquid crystal panel 31 201005355 on the transport unit 110. therefore, When the moving portion main body 151 is along the guide rail 152, When 153 moves, Pinion 156, 157 and power transmission axis i58, 159 to rotate, Accompanied by this rotational movement, Power transmission disc 16〇, (6) - start to rotate', The liquid crystal panel transfer unit 110 that is coupled to the power transmission disk 161 is also integrally rotated. FIG. 4 and FIG. 5 are views showing an example of an operation of the liquid crystal panel supply stage in a state in which the liquid crystal panel 10 in a substantially horizontal state is converted and established. The moving body main body (5) is along the guide rail 152, 153 moves in the right direction of FIGS. 4 and 5, Thereby the pinion 156, 157 in the bracket 154, Rotate on 155, And the rotational driving force is via the power transmission shaft 158, 159 is transmitted to the power transmission circular plate 160, On 161, Thereby, the power transmission circular plate 16〇, (6) Perform a rotational movement. thus, The liquid crystal panel transport unit 11 rotates around the power transmission circular plate 160 161. 4 and 5 show that the liquid crystal panel transport unit 110 transmits the circular plate 160 by power. 161 is the main body (5) along the guide rail 152 H. Fig. 4 shows a state in which the movement 153 has moved about the right side of Fig. 4 to about the left and right. thus, Power transmission circular plate 160, 161 is rotated by about 45 degrees in the reverse 2 direction. therefore, The LCD surface button U0 is shown in Figure 3 and The state becomes a state of being inclined by 45 degrees as shown in FIG. And 'as shown in Figure 5, |狡必如士秘 In the Lan 5 body 151 along the guide rail 152, (5) B side moves ' and moves to guide rail 152, The general middle of ι53 32 201005355. In the vicinity of the center, the liquid crystal panel transport unit 110 is in a state of being inclined at 45 degrees from the substantially horizontal state of Fig. 3 through a state of 45 degrees as shown in Fig. 5, and is raised at 90 degrees as shown in Fig. 5 . In addition, the liquid crystal panel transport unit 11 () is transported in a state in which the liquid crystal panel 10 is raised at 90 degrees, and the liquid crystal panel 10 is tilted by about 5 degrees such as 85 degrees or 95 degrees. It is more effective to carry out the transfer. FIG. 6 is a view showing an overall configuration of the polarizing plate attaching stage 200. As shown in FIG. 6, the polarizing plate attaching stage 200 is composed of the liquid crystal panel aligning portions 201 'protective film peeling portions 300 and 350, the polarizing plate attaching portions 400 and 450, and the polarizing plate standing up supply unit 500. 550, and a polarizing plate liquid crystal panel transport unit 600. The liquid crystal panel alignment portion 201 is for positionally collimating the liquid crystal panel 1A and the polarizing plate that are transported from the liquid crystal panel supply table 100. The protective film peeling portions 300 and 350 are for peeling off the protective film from the polarizing plate which has not been attached to the liquid crystal panel 10. The polarizing plate attaching portions 400 and 450 are 0 for attaching the polarizing plate to the liquid crystal panel 10 in the standing state. The polarizing plate erecting supply units 500 and 550 are supplied to the polarizing plate attaching portions 400 and 450 after the polarizing plates that have been transported from the polarizing plate supply stages 700 and 750 are set up. The polarizing plate liquid crystal panel transport unit 600 is for transporting the liquid crystal panel 1A to which the polarizing plate is attached by the polarizing plate attaching portions 400 and 450 to the liquid crystal panel discharge table 900. FIG. 7 is a view showing a detailed configuration of the alignment portion of the liquid crystal panel of FIG. 6, and 33 201005355, which is an enlarged view of the liquid crystal panel alignment portion 2〇1 of FIG. 6 and is viewed from the upper side of the polarizing plate attaching device. . In the liquid crystal panel alignment unit 201, the liquid crystal panel 10 in the upright state (substantially vertical state) conveyed from the liquid crystal panel transport unit 110 is accurately aligned with the rotating progens of the polarizing plate attaching portions 400 and 45〇. The side roller 202 and the lower roller 203 which are the same as the liquid crystal panel transport unit 110 of FIG. 3 are provided. The side roller 202 is disposed to face both surfaces of the liquid crystal panel 10, and functions to be supported in contact with both surfaces of the liquid crystal panel 10 so that the liquid crystal panel 10 does not fall to the left and right sides, and The liquid crystal panel 10 is moved in a predetermined direction (the left direction in FIG. 7). The lower roller 2〇3 is in contact with the lower side of the liquid crystal panel 10 in the standing state to support the liquid crystal panel 1A, and to move the liquid crystal panel 10 in a predetermined direction (leftward in the drawing). In the present embodiment, the side rollers 202 are rotationally controlled by motors (driving force sources) 204 and 205 provided on the left and right sides, respectively. As shown in Fig. 7, Φ the driving forces of the motors 204 and 205 are transmitted to the respective side rollers 202 via the transport mechanisms 2〇23, 2〇24. The lower light 2〇3 is disposed on the lower side of the moving liquid crystal panel 10#, and is set to be lower than the lower roller 112 of the liquid crystal panel supply table (10). The motor 2031 actively performs rotation control and is caused by the liquid crystal panel. The liquid crystal panel 1A supplied from the supply stage 1 is actively moved in the left direction in FIG. Fig. 8 is a side view of the liquid crystal panel alignment portion 2〇1 201005355 of Fig. 7 as seen from the lower side of Fig. 7 . Further, in Fig. 8, only one side of the side roller 2〇2 of Fig. 7 is shown, and the illustration of the opposite side is omitted. As shown in Fig. 8, a plurality of side portions are provided throughout the liquid crystal panel alignment portion 201. In Fig. 8, nine rotating shafts are provided on one side of the side roller 202. A plurality of (six in the drawing) contact rolleres 2〇2a to 2〇2fe are provided on the respective rotating shafts as viewed from the side as shown in Fig. 8, and the outer peripheral faces of the respective contact rolleres 2〇2a to 2〇2f are observed. It is in contact with both surfaces of the liquid crystal panel 10. The β side 2 indicates that each of the rotating shafts is mechanically connected via the power transmission mechanism, and the motors 204 and 205 perform rotation control. A plurality of lower rollers 2〇3 (14 in the drawing) are disposed in a row at a predetermined interval in a substantially horizontal direction. The plurality of rollers constituting the lower roller 2〇3 are in contact with the lower end portion of the liquid crystal panel 10 in the upright state to actively rotate, and the liquid crystal panel 10 is moved in the substantially horizontal direction. As described above, the basic configuration of the liquid crystal panel alignment portion 201 is the side roller 2〇2 and the lower roller 2〇3, and the side roller 2〇2 and the lower roller 203 are formed by the frame mechanism or the like. A liquid crystal panel alignment portion 2〇1 as shown in FIGS. 7 and 8 is formed. Each of the contact adjacent rollers 202a to 202f is not uniformly disposed on the entire side roller 2〇2, but is mainly disposed on the upper side of the side roller 2〇2 as shown in Fig. 8 . In this manner, in order to be able to cope with an optical film having a different size, that is, a size, each of the contact rolleres 202a to 202f can be brought into contact with the vicinity of the upper end portion of the optical film. Therefore, the contact roller is not provided on the lower side of the side roller 202. 35 201005355 However, it is also possible to provide a contact roller on the lower side of the side view 202. Fig. 9A is a view showing a state in which one side of the side edge 2 of the liquid crystal panel alignment portion 2A1 has been moved (extracted) to the side of the liquid crystal panel supply stage 1. That is, in order to observe whether or not the liquid crystal panel 10 held on the liquid crystal panel alignment portion 201 has been accurately positioned on the adsorption roller of the polarizing plate attaching portions 4, 450 of FIG. 6, the liquid crystal panel alignment portion 201 is made. The one side of the side roller 2〇2 is moved toward the liquid crystal panel supply stage 100 side, and the positioning state between the adsorption roller® and the liquid crystal panel ίο (for example, the state of the attachment start position, the gap, and the like) is visually confirmed. Further, even when the line is stopped during the conveyance of the liquid crystal panel 10 or the liquid crystal panel 10 is broken, the liquid crystal panel 10 in the middle of conveyance can be easily and safely taken out. 10, FIG. 11, and FIG. 12 are views showing a detailed configuration of the polarizing plate standing supply unit and the polarizing plate liquid crystal panel transport unit of FIG. Fig. 1A is an enlarged view of the polarizing plate standing supply units 500 and 550 and the polarizing plate liquid crystal panel of Fig. 6 as viewed from the upper side of the polarizing plate attaching device. Fig. 11 is a view of the polarizing plate standing supply unit 500 of Fig. 1A viewed from the lower side of Fig. 1A. Fig. 12 is a circle in which the polarizing plate upright supply units 500 and 550 and the polarizing plate liquid crystal panel transport unit 600 of Fig. 10 are viewed from the right side (adsorption drum side) of Fig. 1A. The polarizing plate upright supply units 500 and 550 convert the polarizing plate in a substantially horizontal state that has been transported from the polarizing plate supply stages 700 and 750 to the up state 36 201005355 (substantially vertical state), and accurately position the polarizing plate. The adsorption rollers of the attachment portions 400 and 450 are supplied after being supplied. The liquid crystal panel 10 to which the polarizing plate has been attached by the polarizing plate attaching portions 400 and 450 is transported to the liquid crystal panel discharge table 9A. The polarizing plate standing supply portions 500 and 550 are composed of the following portions: side rollers 5〇2 and 552, and lower rollers 503 and 553' to raise the rollers 505 and 555 and the conveying rollers 5〇6 and 556. As shown in FIG. 10, the side rollers 5〇2 and 552 are provided with a “polarizing plate that is nipped and lifted from the polarizing plate supply stages 700 and 750” in a manner of facing the both surfaces of the polarizing plate. The polarizing plate is set to the upright state (substantially vertical state). As shown in FIG. 11, the side roller 502 is provided with a plurality of a pair of rollers composed of a first side roller 5021 and a second side roller 5〇22 in a substantially vertical direction, wherein the first side roller 5021 The second side roller 5022 is composed of a roller having a smaller diameter, and the belt 5〇23 is wound around the first side roller 5021 and the second side roller 5〇22. The belt 5023 provided on both sides of the polarizing plate 10 lifts the polarizing plate 10 while holding it up. Further, the illustration of the belt 5023 is omitted in the figure η for convenience of explanation. The lower rollers 503, 553 are in contact with the lower end portion of the polarizing plate 10 in the upright state to thereby control the polarizing plate 10, and the polarizing plate 1 is oriented in a predetermined direction (the right direction in the figure of FIG. It is the side of the adsorption roller that moves. In the present embodiment, the side light members 5, 2, and 552 are rotationally controlled by motors (driving force sources) 504 and 554 respectively provided at 37 201005355. The driving forces of the motors 504, 554 are transmitted toward the respective side members 5, 2, 552. The lower rollers 503 and 553 are disposed on the lower end side of the standing polarizing plate, and are set to be lower than the lower roller 112 of the liquid crystal panel supply stage 1 or the lower roller 2G3- of the liquid crystal panel alignment unit 2〇1. The rotation control is actively performed by the motor view and the view, so that the standing polarizing plate 1 is actively moved from the polarizing plate upright supply portions 500 and 550 toward the suction roller side. ❺ As shown in FIG. 11, the air blocks 520 to 526 are disposed between the directly controlled first side roller and the smaller diameter second side roller, and the polarizing plate 10 in the upright state. The jets are kept upright. The gas-filled crucibles 520 to 526 are completely housed in the side rollers 502 and 552 of the polarizing plate standing supply portions 5〇〇 and 55〇, and are polarized by the lower end portions in contact with the conveying belts 5〇33 and 5〇34. The both sides of the plate 10 are jetted to maintain the standing state of the polarizing plate 1〇. The air cushions 520 to 526 may have any shape as long as the polarizing plate 1 〇 © in the standing state is not in contact with the side rollers 5 〇 2, 552. Further, the polarizing plate 1 can be efficiently transported by setting the air jet direction of the air cushions 520 to 526 as the direction ' along the transport direction of the polarizing plate 10. As shown in Fig. 11, the plurality of rollers of the lower roller 5〇3 of the polarizing plate rising up the supply portion 5 are not in direct contact with the lower end portion of the polarizing plate, but the plurality of rollers are divided into two parts' Transport belts 5〇33, 5034 are wound around a plurality of rollers. The conveyance belts 5033 and 5〇34 are configured to be in contact with the lower end portion 38201005355 of the polarizing plate. Since the side roller ill of the liquid crystal panel supply stage and the side roller 2〇2 of the liquid crystal panel alignment part 201 are in the same direction as the conveyance direction of the liquid crystal panel 10, there is no problem, but the polarizing plate is formed. Since the roller rotation directions of the side rollers 5〇2 and 552 of the supply units 500 and 55〇 are substantially perpendicular to each other and are orthogonal to the direction in which the polarizing plate is conveyed, that is, the direction in which the polarizing plate is conveyed is present. There are some problems. Therefore, the side rollers 502 and 552 move toward the direction away from the polarizing plate 10 at a time point when the polarizing plate 1 is lifted upward, thereby releasing the sandwiching of the polarizing plate 10. Thus, the polarizing plate 1 下落 falls due to its own weight, and its lower end portion comes into contact with the conveying belts 5033 and 5034. Since the contact area between the transport belts 5033 and 5034 and the polarizing plate 1 is sufficiently large, the polarizing plate 10 can be efficiently moved in the transport direction. As shown in Fig. 12, upright rollers 505, 555 are provided on the lower side of the polarizing plate standing supply portion 5' of Fig. 10, and the standing rollers 5?, 5, 555 are supplied from the polarizing plate. The stages 700 and 750 are guided to the side rollers 502 and 552 of the polarizing plate upright supply units 500 and 550 in a polarizing plate ′ that is supplied in a substantially horizontal state. Transport rollers 506 and 556 are provided between the polarizing plate supply stages 700 and 750 and the upright rolls 505 and 555, and the transfer rolls 506 and 556 are used to transport the polarizing plates from the polarizing plate supply stages 700 and 750 to the standup. Rollers 505, 555. As shown in Fig. 10, the conveying rollers 506, 556 are disposed in parallel with the standing rollers 505, 555, and their lengths are also associated with the standing roller 39 201005355. 505 and 555 are constructed in substantially the same manner. Further, power transmission rollers 507 and 557 are provided at the ends of the conveyance rollers 506 and 556. The power transmitting rollers 507 and 557 are connected to the driving motors 51 coupled to the rising rollers 505 and 555 via the power transmitting rollers 509, 510, 559, and 56, respectively. Therefore, the rollers 505 and 555 and the conveying rollers are erected. 506, 556 are rotated in synchronization with each other. In order to guide the polarizing plates that are supplied from the polarizing plate supply stages 700 and 750 in a substantially horizontal state to the side rollers 502 and 552 of the polarizing plate standing supply unit 500, as shown in FIG. On the lower right side, a guide belt 512 that rotates in accordance with the rotation of the standing roller 505 is provided over about one quarter of the circumferential surface of the standing roller 505. The guide belt 512 is configured to be supported by the guide rollers 513, 514, and 515 at three points and to rotate in accordance with the rotation of the upright drum 505. Similarly, as shown in Fig. 12, on the lower left side of the standing roller 555, a guide belt 562 that rotates in accordance with the rotation of the rising roller 555 is provided over about a quarter of the circumferential surface of the rising roller 555. The guide belt 562 is configured to be swung by the guide rollers 563, 564, and 565 at three points, and rotates in accordance with the rotation of the upright drum 555. Therefore, the polarizing plate supplied from the polarizing plate supply stages 700 and 750 in a substantially horizontal state passes between the rising rollers 505 and 555 and the conduction bands 512 and 562, and is bent thereby to change from the substantially horizontal state to the state where the polarizing plate is changed from the substantially horizontal state. The polarizing plate is erected by the side rollers 5〇2, 552 of the supply unit 500, and is directed upwards 201005355. guide. Further, in Fig. 12, the conveyance belts 5033 and 5034 are configured such that the conveyance belts 5033 and 5034 are directed before the polarizing plates are completely guided to the side rollers 502 and 552 of the polarizing plate standing supply portions 5 and 550. When the central portion is moved to avoid, when the polarizing plate 10 is completely accommodated in the side rollers 5〇2 and 552 of the polarizing plate standing supply unit 500, as shown in FIG. 12, the conveying belts 5033 and 5034 are moved to and from the center. The position where the lower end portion of the polarizing plate contacts. In the conveyance belts 5533, 5534, 5533, and 5534 on the right side in Fig. 12, the conveyance belts are moved toward the center portion to avoid the state, and the conveyance belts 5033 and 5534 on the left side are moved to a position where they can be brought into contact with the polarizing plate. Further, the conveyance belts 5033, 5034, 5533, and 5534 actually perform the same operation, but for convenience of explanation, different operation states are shown in Fig. 12. Further, although only one polarizing plate 11' is supplied from the polarizing plate supply stages 7 and 75, a plurality of partial polarizing plates may be actually supplied in a state of being overlapped. At this time, discharge guide plates 530 and 580 are provided between the power transmitting rollers 509 and 559 and the guide rollers 513 and 563, and the discharge guide plates 530 and 580 are configured to discharge the superposed polarizing plates to the outside. If a plurality of polarizing plates are supplied in a state of weight 4, a thickness gauge (not shown) is used to identify the polarizing plates for a plurality of sheets. When the thickness gauge is used to recognize that the polarizing plate is a plurality of sheets, as shown in the lower left side of the discharge guide sheet 53A as shown in FIG. 12, the guide sheet 530 is ejected between the power transmitting roller 509 and the guide roller 513 to perform rotational movement at 201005355. Thereby, the superposed polarizing plates are discharged to the outside. Further, when only one polarizing plate 11 is supplied from the polarizing plate supply stages 700, 750, as shown in the lower right side of FIG. 12, the discharge guide plate 580 is avoided from between the power transmitting roller 559 and the guide roller 563, thereby The polarizing plate 11 is normally guided to the side of the standing roller 555. As shown in FIG. 10 and FIG. 12, the polarizing plate liquid crystal panel transport unit 600 is attached to the polarizing plate of the polarizing plate attaching portions 400 and 450 of FIG. The state-attached polarizing plate liquid crystal panel 10a is conveyed to the liquid crystal panel discharge stage 900. The polarizing plate liquid crystal panel transport unit 600 includes a side roller 602 and a lower roller 615 which are the same as the liquid crystal panel transport unit 110 of Fig. 3 or the liquid crystal panel alignment unit 201 of Fig. 6 . The side roller 602 is disposed to face the both surfaces of the polarizing plate liquid crystal panel i〇a and functions to be in contact with both surfaces of the polarizing plate liquid crystal panel 10a to support the polarizing plate liquid crystal. The panel φ 10a does not fall to the left and right sides. The lower roller 615 is in contact with the lower side of the polarizing plate liquid crystal panel 10a in the upright state to support the polarizing plate liquid crystal panel 10a, and the polarizing plate liquid crystal panel 10a is oriented in a predetermined direction (in the drawing of FIG. 10). The left direction) moves. In the present embodiment, the side rollers 602 are rotationally controlled by motors (driving force sources) 603 and 604 provided on the left and right sides, respectively. The driving forces of the motors 603, 604 are transmitted to the respective side portions 42 201005355 by the power transmission mechanisms 6〇5, 6〇6. The lower roller 615 is disposed on the lower side 'the lower side of the moving polarizing plate liquid crystal panel 10a and is set to be higher than the lower roller 112 of the liquid crystal panel supply stage 1A, and is actively rotated and controlled by the motor 6〇8. The polarizing plate liquid helium panel 10a supplied from the adsorption roller of the polarizing plate attaching portions 4A, 45A is positively moved toward the liquid crystal panel discharge table 900 (the left direction in the drawing of FIG. 10). As shown in Fig. 10, a plurality of side rollers 602 are disposed throughout the entire polarizing plate liquid crystal panel transfer cassette 600. In the figure, the side roller 602 is provided with a plurality of rotating shafts on one side. A plurality of (6 in FIG. 12) contact portions 6〇2a to 6〇2f are provided on each of the rotating shafts. As shown in Fig. 12, the outer peripheral surface of each of the contact frequencies 6G2a to 6G2f is in contact with the surface (polarizing plate surface) of the liquid crystal panel with a polarizing plate. Each of the contact rolleres 6〇2&~6〇2 is not equally disposed on the entire side 602, but is mainly disposed on the upper side of the side 602 as shown in FIG. In this way, it is configured to be able to cope with the type, that is, the ko-lin film, and the mosquitoes can contact each of the contact ends 602a to f2f to contact the vicinity of the upper end portion of the optical film. Therefore, the contact portion is not provided on the lower side of the side roller 6〇2. However, it is of course also possible to provide a contact roller on the lower side of the side roller 602. Each rotation of the side rollers 6〇2 is connected to the motor 6〇3 6〇4 via the power transmission mechanisms 6〇5 and 6〇6, and reaches 6〇3 and 6〇4 for rotation control. Although not shown, the lower roller 615 is disposed in the same manner as the side roller 6〇2, and is arranged in a row at a predetermined interval of 43 201005355 in a substantially horizontal direction. The plurality of rollers constituting the lower roller 615 are moved in contact with the lower end portion of the polarizing plate liquid crystal panel 10a in the standing state to actively rotate, and the polarizing plate liquid crystal panel 10a is moved in the substantially horizontal direction. As described above, the basic structure of the polarizing plate liquid crystal panel transport unit 6 is the side roller 602 and the lower roller 615, and the side light 602 and the lower light 615 are formed by a frame mechanism or the like, thereby forming The polarizing plate liquid crystal panel transport unit 6〇0 shown in FIGS. 10 and 12 is used. Fig. 13 is a view showing a state in which one side of the polarizing plate standing supply units 500 and 550 and the polarizing plate liquid crystal panel transport unit 600 has moved to the liquid crystal panel discharge stage side. In other words, the liquid crystal panel 1A to which the polarizing plate is attached by the adsorption roller of the polarizing plate attaching portions 400 and 450 of FIG. 6 is held in a state of being attached to the polarizing plate liquid crystal panel transport unit 600. In the attached state and the like, the one side of the polarizing plate standing supply unit 550 and the polarizing plate liquid crystal panel transport unit 600 can be moved toward the liquid crystal panel row #900 side. Further, as shown in FIG. 12, since the polarizing plate upright supply units 500 and 550 and the polarizing plate liquid crystal panel transport unit 6 are coupled by the frame mechanisms 609 to 612, they are attached as shown in FIG. The one side roller of the polarizing plate liquid crystal panel transport unit 600 and the polarizing plate standing supply unit 550 move together. As shown in FIG. 13 , the side roller 6〇2 on one side of the polarizing plate liquid crystal panel transport unit 600 is moved together with the polarizing plate upright supply unit 550, whereby it can be easily confirmed by visual inspection. 201005355 The attached state of the polarizing plate liquid crystal panel l〇a. Further, even when the line is stopped during transportation or the polarizing plate liquid crystal panel 10a is broken, the polarizing plate liquid crystal panel 10a in the middle of transportation can be easily and safely taken out. FIG. 14 is a view showing a detailed configuration of the protective film peeling portion and the polarizing plate attaching portion of FIG. 6, and the protective film peeling portion and the polarizing plate attaching portion are enlarged and viewed from the upper side of the polarizing plate attaching device. To the map. Fig. 15 is a view for explaining a peeling operation of the peeling portion of the protective film of Fig. 14; Fig. 16 is a view showing a detailed configuration of a peeling unit portion of the protective film peeling portion of Fig. 14; Fig. 17 is a development view of a cylindrical suction drum showing a detailed configuration of a polarizing plate attaching portion. Fig. 18 is a side view of the vicinity of the adsorption roller of the polarizing plate attaching portion of Fig. 14 as seen from the lower side of Fig. 14; In addition, since the protective film peeling portion 3 and the polarizing plate attaching portion 400 have the same configuration as the protective film peeling portion 35 and the polarizing plate attaching portion 450, only the protective film peeling portion 3 (8) and the polarizing plate are attached. The configuration of the portion 400 omits the illustration and description of the protective film peeling portion 350 and the polarizing plate attaching portion 450. As shown in Fig. 14, the protective film peeling portion 3 is composed of a peeling unit portion 3, a peeling unit driving portion 320, and a polarizing plate guiding portion 33. The peeling unit portion 301 is composed of the following portions: an adhesive tape 31〇, which is in contact with one end of a polarizing plate u (dotted line in the drawing) vacuum-adsorbed by the adsorption roller 410; the rollers 311 to 314 are wound The adhesive tape 31 〇; the chuck 321 holds an end portion of the protective film 11a (dash line in the figure) attached to the adhesive tape by the rotation of the rollers; and a protective film connection In the portion, the peeled protective film 11a is connected to the protective 臈Ub which was peeled off last time. As shown in Fig. 16, the peeling unit portion 301 is provided in plural along the length direction of the suction drum. In the present embodiment, five are provided: Training. Therefore, the peeling unit portion 3 () 1 (four) is capable of peeling off the protective film at five locations. Moreover, the adhesive tape 31A is omitted in FIG. The peeling unit drive unit 320 controls the movement of the entire peeling unit unit 301 other than the protective film connecting portion 315, and controls the processing of the embGss. The imprint processing causes the adhesive tape 31 to be aligned. The position of the protective 臈Ua contact is moved, and the lost disk 321 holding the peeled protective film lu is guided to the protective film connecting portion 315, and the protective film lla is connected to the last time by the protective film connecting portion 315. Peeled protective film lib. Further, the protective film may be bonded by a process other than the imprint process, such as a thermocompression bonding process or an ultrasonic bonding process. As shown in FIG. 14 , the protective film peeling portion 300 is used to close the front end of the adhesive tape 310 and the protective film 11a by the peeling unit driving portion 320 at a position close to the attaching position of the liquid crystal panel 10 and the polarizing plate u. Contact. Then, the peeling unit portion 301 is slightly moved in the peeling direction (the lower side direction in Fig. 14), and the end portion of the protective dome 11a attached to the adhesive tape 310 is separated from the polarizing plate 11. The end portion of the protective ll aa separated from the polarizing plate u is introduced into the chuck by the rotation of the rollers 311 to 314, and the end portion of the protective film 11a is sandwiched into the chuck 321 by 46 201005355. Then, in a state in which the end portion of the protective film 11a is sandwiched by the chuck 321, the peeling unit 301 moves only a predetermined distance in the peeling direction (the lower direction in FIG. 14), thereby peeling off the protective film 11a from the polarizing plate u. . Then, as shown in FIG. 15, the peeling unit 301 is further moved in the peeling direction (the lower side direction of the drawing) so that the peeled portion of the protective film 11a is overlapped with the last peeled protective film lib of the protective film connecting portion 315. on. ® Since the hole 317' into which the pin 316 can be inserted is provided in the protective film connecting portion 315, as shown in Fig. 15, the peeling unit driving portion 32 插入 inserts the pin 316 into the hole 317. Thereby, the last protective film lib and the current protective film 11a are connected to each other by imprint processing. The joined protective film 11a is guided onto the guide roller 318 and sequentially peeled off from the polarizing plate 11. Since the protective film 11a of the polarizing plate 11 is sequentially peeled off at a position close to the attachment position of the liquid crystal panel 1 and the polarizing plate 11, it is possible to prevent foreign matter from adhering to the polarizing plate 11. The polarizing plate guide unit 330 guides the polarizing plate in the upright state (substantially perpendicular state) conveyed from the polarizing plate supply stages 700 and 750 to the adsorption drum 410 of the polarizing plate attaching unit 400 and is composed of the following parts. : a feed roller 331 for feeding the polarizing plate 11 to the adsorption roller 410 , a cleaning portion 332 for cleaning the surface of the polarizing plate 11 , and a support frame for supporting the supply roller 331 and the cleaning portion 332 333. The supply roller 331 47 201005355 has a function of a clamp for accurately positioning the polarizing plate u on the adsorption roller 410. The cleaning unit 332 can be constituted by a cleaning roller unit or the like. The polarizing plate attaching portion 400 temporarily adsorbs the polarizing plate in the upright state (substantially perpendicular state) that has been transported from the polarizing plate supply stages 7 and 750, and attaches it to the liquid crystal panel supply station 1 to be transported. The liquid crystal panel 10 is in an upright state (substantially vertical state). That is, the polarizing plate attaching portion 4〇〇 e simultaneously attaches the polarizing plate 11 to the left and right sides of the liquid crystal panel supplied in the standing state. In the adsorption drum 410, as shown in Fig. 6, the two cylindrical adsorption drums 410 are arranged in parallel in a state of being substantially vertically raised. The two cylindrical adsorption rolls 410 are configured such that the outer peripheral surfaces of the two adsorption rolls 410 are in line with the surface of the liquid crystal panel transferred from the liquid crystal panel supply stage. Further, since the two adsorption rollers 410 are set to be in a state of being subjected to a predetermined pressure in the opposite direction to each other, the surface of the liquid crystal panel passing between the two adsorption rollers 410 is subjected to a predetermined pressure', thereby performing the polarizing plate. U is attached to both sides of the LCD panel at the same time. At this time, a pressure applying member (not shown) that applies a predetermined pressure is provided between the two adsorption rollers 41 so that the interval between the two adsorption rollers 410 corresponds to the liquid crystal panel passing between the two adsorption rollers 410. The thickness changes freely. The pressure applying members are respectively provided in combination with the two adsorption rollers 410, and the adsorption rollers 41 are urged toward each other in a direction facing each other 48 201005355, and a predetermined pressure is applied to the contact faces of the adsorption rollers 410 and the liquid crystal panels. The polarizing plate attaching portion 400 is constituted by two cylindrical adsorption rollers 410 as described above. The adsorption roller 410 is formed by winding a thin plate-shaped panel having a predetermined thickness into a cylindrical shape. Further, although an adsorption roller in which a thin plate-shaped panel is wound into a cylindrical shape is exemplified here, a cylindrical member may be used as the adsorption roller. Fig. 17 is a developed view showing the cylindrical suction roller 410. As shown in Fig. 17, the adsorption drum 410 is provided with a plurality of adsorption regions 411 (regions surrounded by the dotted frame) at about half of its position. Each of the adsorption regions 411 is composed of: a suction hole provided in the cavity portion 412 corresponding to the length of the polarizing plate 11c having the smallest area in the short-axis direction; and a length in the short-axis direction of the polarizing plate ud having the largest area. An adsorption hole at a side portion of the corresponding cavity portion 413; and a cavity portion provided so that the number of the adsorption holes gradually increases from the cavity portion 412 to the cavity portion 413. The cavity portion is linearly arranged so as to be substantially parallel to the rotation axis of the cylindrical suction drum 410. That is, the diameter of the adsorption roller 410 is such that the front end portion and the rear end portion of the polarizing plate lid which can be wound without causing the largest area overlap each other. Thus, a side of the adsorption roller 410 having a large diameter is used. When the liquid crystal panel is pressed and applied to the left and right sides of the liquid crystal panel, the size of the polarizing plate of the CF panel and the TFT surface of the liquid crystal panel and the orientation of the attachment are different from each other. It is also possible to attach the polarizing plate to both sides of the liquid crystal panel almost simultaneously. Each of the adsorption holes is an opening hole provided from the side surface of the cylindrical drum toward the cavity portion with respect to the cavity portion provided in the plate of the thin plate-like panel. The cavity portion of each of the adsorption holes has an opening at both end portions of the adsorption drum 410, and the opening end of the left side of the adsorption drum 410 is kept sealed by a stopper (not shown), and is adsorbed on the adsorption drum 410. At the opening portion ® end on the right side, only the cavity portion inserted into the thin plate-shaped panel to which the vacuum suction port 414 is inserted is vacuum-inhaled. On the other hand, the cavity portion 420 having the adsorption hole for adsorbing the tip end portion of the polarizing plate u in the upright state (substantially vertical state) which is transported from the polarizing plate supply stages 7A and 750 is the first. The upper side is provided with an adsorption hole whose opening area is larger than the opening area of the adsorption hole. The reason for this is that the protective film is peeled off by the adhesive tape 31 of the protective film peeling portion 300. Therefore, a large stress is applied during peeling, and the polarizing plate 11 is adsorbed against the stress. Further, since the opening portion of the adsorption hole provided in the cavity portion 420 has a large area, when the polarizing plate is attached to the liquid crystal panel, the pressing force may not be sufficiently transmitted. Therefore, in the present embodiment, after the protective film 11a is peeled off, the protective films 11a and Ub are connected by imprinting, and the position of the tip end portion of the polarizing plate is shifted from the position of the adsorption hole provided in the cavity portion 421, and The adsorption hole is provided on the cavity portion 421 to 50 201005355. The polarizing plate 11 is adsorbed and held. Vacuum suction ports 415, 416' are inserted into the right end portions of the cavity portions 420, 421, and the cavity portions 420, 421 are sucked into a vacuum. On the other hand, rod-shaped stopper members 422 and 423 are inserted into the left end portions of the cavity portions 420 and 421 so as to be effective for the adsorption holes of the cavity portions 42A and 421 in accordance with the size of the polarizing plate. / Invalid to set. In other words, in Fig. 17, the end portions of the stopper members 422 and 423 are inserted into the © position of the left end portion of the polarizing plate, and the adsorption holes in the portions where the stopper members 422 and 423 are inserted do not function as vacuum suction. Therefore, when the polarizing plate lid having the largest area is suction-held, the front end portions of the stopper members 422 and 423 are moved to the left side more than in the case of FIG. 17, so that the front end portions of the stopper members 422 and 423 are located on the polarizing plate lid The position of the left end. Thus, by positioning the front end portions of the stopper members 422, 423 at the left end portion of the polarizing plate, it is possible to efficiently adsorb the polarizing plates of various sizes. In this manner, the polarizing plate is rotationally moved in a state of being wound around the outer peripheral surface of the adsorption drum 410. Since the polarizing plate itself is preferably soft, the polarizing plate is stretched by the adsorption roller 410, whereby the polarizing plate is bent along with the curvature of the adsorption roller 410, thereby becoming wound on the adsorption roller 410. . In the present embodiment, the operation of rotating the polarizing plate in a state of being wound around the adsorption drum 410 and attaching the polarizing plate to the liquid crystal panel are simultaneously performed. Further, in the state of the present embodiment 51 201005355, although the cavity portion and the adsorption hole are not provided between the cavity portion 412 and the cavity portion 421, the cavity portion 412 and the cavity portion 421 may be provided. A plurality of cavity portions having the same adsorption holes as the cavity portion 412. Fig. 18 is a side view showing the detailed configuration of the vicinity of the adsorption roller of the polarizing plate attaching portion. As shown in Fig. 18, the adsorption roller 41 is formed by winding a thin plate-like panel into a cylindrical shape, and the inside of the adsorption roller 41 is hollow. Further, on the bottom surfaces of the cylindrical suction drums 41, circular closing members 430 and 43 are provided, and the center of the closing members 43A and 431 is inserted through the rotating shaft 432. The upper and lower sides of the rotating shaft 432 are supported to be freely rotatable. As shown in Fig. 18, a ventilation member 433 having a vent hole is provided at a lower end portion of the rotating shaft 432. The suction pipes 417, 418, and 419 are supported from the ventilation members 433 to the support members 435 on the vacuum suction ports 414, 415, and 416, respectively, to support the rotation shaft 432, and the support members 436 are provided to the ventilation members. 433 for support. The support member 435, the phantom 6 & struts 437 are supported. The ventilating member 433 is configured to connect a vent hole that rotates together with the rotating suction drum 410 and a vacuum pump that is provided outside. 19 and FIG. 20 are views showing a detailed configuration of the polarizing plate supply table of FIG. 1, and FIG. 19 is an enlarged view of the polarizing plate supply table of FIG. 1 and is viewed from the upper side of the polarizing plate attaching device. Fig. 20 is a side view of the polarizing plate supply stage of Fig. 19 as seen from the lower side of Fig. 19. The polarizing plate supply stage 7A, 52, 201005355 750 takes out the polarizing plate from the polarizer storage (Stocker) 701, and supplies it to the polarizing plate standing supply parts 500 and 550. Further, since the configurations of the polarizing plate supply stages 700 and 750 are the same, only the configuration of the polarizing plate supply stage 700 is shown in Figs. 19 and 20 . The polarizing plate supply stage 700 is composed of a polarizing plate storage 701, suction pads 7021 to 702c, vertical movement mechanisms 703 and 704, and front and rear moving mechanisms 705 and 706. The polarizing plate storage 701 mounts a polarizing plate in which a plurality of 〇 stickers are housed. The adsorption pads 7021 to 702c adsorb the single-sided side of the polarizing plate 11 placed in the polarizing plate storage 701. The polarizing plates 11 sucked by the adsorption pads 7021 to 702c are lifted from the polarizing plate storage 701 by the vertical moving mechanisms 703 and 704. The lifted polarizing plate 11 is supplied to the transport roller 506 of the polarizing plate standing supply unit 500 by the front and rear moving mechanisms 705 and 706. In Fig. 19, twelve adsorption pads 7021 to 702c are provided. The adsorption pads 7021, 7024, 7027, and 702a are respectively disposed on the pad support frame 707, and the adsorption pads 7022, 7025, 7028, and 702b are respectively disposed on the pad support frame 708. The adsorption pads 7023, 7026, 7029, and 702c are respectively disposed on the pad. Support frame 709. The support frame 708 and the pad frame 709 are configured to be movable in the vertical direction of FIG. 19 along the guide rails 710 and 711. Further, the adsorption pads 7027 and 702a are configured to be movable in the longitudinal direction of the pad supporting frame 7〇7 (the horizontal direction in Fig. 19). Similarly, the adsorption pad, 7〇2b 53 201005355, is configured to be movable in the longitudinal direction of the pad support frame 708 (the left-right direction of FIG. 19) to form the adsorption pads 7029, 702c so as to be in the longitudinal direction of the pad support frame 709 ( The left-right direction of FIG. 19 is configured to move upward. This is because the size of the polarizing plate supplied from the polarizing plate supply table 700 is different depending on the size of the liquid crystal panel 10. Therefore, the arrangement of the adsorption ports 7021 to 702c is made to correspond to polarizing plates of different sizes. Further, even if the size of the polarizing plate is different, the positions of the adsorption pads 7021 and 7024 do not have to be changed, so that the adsorption pads 7021 and 7024 are not configured to be movable. Fig. 21 is a view showing a state in which each of the adsorption ports 7022, 7023, 7025, 7026, 7027, 7028, 7029, 702a, 702b, and 702c has moved in accordance with a polarizing plate having a small size. The adsorption pads 7〇22, 7025, 7028, 702b are moved in the up and down direction of Fig. 21 by the pad support frame 708 moving along the guide rails 710, 711. Similarly, the adsorption pads 7〇23, 7026, 7029, 702c are also moved along the guide rails 710, 711 by the support frame 709, and Q can be moved in the up and down direction of Fig. 21. Further, since the adsorption pads 7027, 702a, 7028, 702b, 7029, 702c are movable along the longitudinal direction of the frame 707, 708, 709 (the left-right direction of the figure), they are as shown in FIGS. 19 and 21, It is configured to conform to the size of the polarizing plate and to be movable in the plane of the upper surface of the polarizing plate storage 701. 22 and FIG. 23 are views showing a detailed configuration of the protective film discharge table of FIG. 1, and FIG. 22 is an enlarged view of the protective film discharge table of FIG. 1 and is observed from the polarizing light 54 201005355 above the plate attaching device. Figure. Fig. 23 is a side view of the protective film discharge table of Fig. 22 as viewed from the lower side of Fig. 22; The protective film discharge stages 8 (10) and 850 are taken up by the protective film peeled off by the protective film peeling parts 3A and 35, and discharged. In addition, since the structures of the protective film discharge stages 8A and 85B are the same, only the protective film discharge stage 8A is shown in FIG. 22 and FIG. The protective film discharge table 800 is composed of a winding buffer portion 81, a winding portion 820, and a protective film discharge vehicle 827. The winding buffer portion 81 暂时 temporarily sucks the protective film lib continuously supplied from the protective 连结连结 connecting portion 315 into the inside, and applies a predetermined tension to the protective film lib. The winding buffer portion 81 is constituted by a casing having a size that can be sucked into the protective film 11b, and a gas discharge portion 811 is provided on the left side of Fig. 22, and an exhaust port 812 is provided on the opposite right side. Air of a predetermined pressure is ejected from the gas ejecting portion 811 toward the exhaust port 812 on the right side. As shown in Fig. 22, the protective film 11b is placed inside the winding/recovering portion 81〇 by the air ejected from the gas ejecting portion 811 via the guide rollers 813 and 814, and is formed to be pushed toward the exhaust port. The state of 812. Thereby, the protective film 11b is subjected to a fixed tension, so that a fixed tension can be applied to the peeling action of the protective film. Further, the winding buffer portion 81 can supply the protective film 11b to the winding portion 820 with a constant tension. Further, although the winding buffer portion 810 is a fixed tension applied by air having a predetermined pressure, the tension applying mechanism may be used to impart tension. As shown in Fig. 23, the winding unit 820 is wound by the winding drive unit 82, the winding shaft 55 201005355 822, the gas supply unit 823, the rotating shaft holding unit 824, the protective film holding unit 825, the protective film relief portion 826, and the protective film.纟 827 constitutes. The winding drive unit 821 is constituted by a driving force source such as a motor, and transmits a rotational driving force to the winding shaft 822 via a rotating gear like 829. Therefore, the take-up shaft seems to be rotationally controlled by the take-up drive unit Mi. The gas supply unit milk supplies compressed gas from a compressor (not shown) provided outside to the flow path 83 provided in the take-up shaft 822. As shown in Fig. 23, the flow path 83 provided in the take-up shaft 822 extends in the longitudinal direction of the take-up shaft a], and the end portion thereof is hermetically sealed. The flow path 830 provided in the take-up shaft 822 is provided with exhaust ports 831 to 836 for discharging the compressed milk from the side surface of the take-up shaft 822. The exhaust ports 831 to 836 are constituted by 3 to 5 linear flow paths extending from the central axis of the winding shaft 822 in the normal direction, and these linear flow paths and the flow path 830 provided in the winding shaft 822, respectively. connection. Therefore, the compressed gas supplied from the gas supply unit 823 passes through the flow path 83, and is uniformly discharged from the exhaust ports 831 to 836. A cylindrical elastic member made of rubber or the like is hermetically attached to cover the winding shaft 822 including the exhaust ports 831 to 836. When the compressed gas is discharged from the exhaust ports 831 to 836 via the flow path 830 of the take-up shaft 822, the cylindrical elastic member expands. A cylindrical member 56 having a slit along the longitudinal direction of the take-up shaft 822 is provided on the cylindrical elastic member so as to further cover the periphery thereof. The elastic member expands, thereby causing the ___ result of the cylindrical member to be such that when the supply of the compressed gas to the flow path 83G is stopped, when the elastic member is contracted, the slit along the long axis direction The call becomes smaller, and as a result, the diameter of the cylindrical member is reduced. The upper end portion of the circular member is mounted on the milk using the Anzhen member 843. Further, as the cylindrical elastic member is expanded and contracted, it is possible to use a motor drive instead of the gas to rotate the plate material to expand and contract the cylindrical elastic member. That is, as long as the cylindrical elastic member is swollen and contracted, the cylindrical elastic member may be in an expanded state when the polarizing plate is attached by a method other than gas, and the protective film 11b is sequentially wound. . Fig. 23 shows a state in which the protective film 11C is wound around the take-up shaft 822. As shown in Fig. 23, when the protective film nc is wound as indicated by a dashed line, the supply of the gas to the gas supply portion is stopped. Since the supply of the gas is stopped, the cylindrical elastic member contracts, and the diameter of the cylindrical member is reduced, so that the diameter of the cylindrical member becomes smaller than the inner diameter of the protective film lie, so that the winding is kept at the take-up pumping The upper protective medium lie will fall off the take-up shaft 822 due to its own weight and fall downward. Since the protective film llc wound on the take-up shaft 822 is wound into a plurality of layers, its weight is about tens of kilograms. The protective film holding portion 825 causes the protective film llc which is detached by its own weight to be held on the holding table 8251 in a state of 201005355: moved to the lower protective film relief portion 826, and the protective film holding portion milk is provided by the back surface of the protective film 825. The root pillar thanked, 8262 support. The movement of the moving portion 82 that is slidably moved along the struts 8261 and 8262 is maintained. The holding table 8251 and the moving portion 8252 are combined with a wire coffee that is rotatably wound around the upper and lower pulleys (_ey) 8264 and 8265. Therefore, if the pulleys 8264 and 8265 are driven by the rotational driving force source _

旋轉驅動’那麼保護膜保持部825會沿著上下方向降移動。 W 從卷取轴822脫落的保護膜lle利用保護膜保持部 825’以作為保護膜Ud而被餘在保護膜避讓部伽的保護，排出車827上。如圖23所示，保護膜排出車奶以載置著保護膜lid驗態而在導軌8271上移動，從而將保護膜lid從保護膜避讓部826排出至外部，使所述保護膜“ο 成為保護膜lie的狀態。如圖22所示，保護膜排出車827 © A中央部具有切π的C字狀。保護膜保持部825為可通過此C字狀内的中央部的形狀，且以載置著保護膜叫的狀態而通過保護膜排出車827的中央部，由此將保護膜… 載置在保護臈排出車827上。 △如圖1所示，液晶面板排出台900設置在偏光板貼附台200的下游，且將已利用偏光板貼附台2〇〇而安裝了偏光板的附偏光板液晶面板排出。液晶面板排出台9〇〇與液 58 201005355 晶面板供給台HK)的構造相同，且利用與液晶面板供給台 100相反的動作’來進行如下處理：將兩面上貼附著偏光板的液晶面板以大致垂直立起的狀態而接收，並將其變換成大致水平狀態後加以排出。在所述實施形態中已就如下情況進行了說明，即使液晶面板供給台100具備一面移送液晶面板一面將其從大致水平狀誠誠立起賴（纽垂錄㈤的功能，且 © 使液晶面板排出台9GG具備-面移送附偏歧液晶面板一面將其從大致垂直的狀態變換成大致水平狀態的功能，但也可使液晶面板對準部201具備一面移送液晶面板1〇一面將其從大致水平狀態變換成立起狀態（大致垂直狀態）的功能，且使該附偏光板液晶面板搬送部具備一面移送附偏光板液晶面板一面將其從大致垂直的狀態變換成大致水平狀態的功能。由此’可省略液晶面板供給台〗〇〇及/ 0 或液晶面板排出台900，從而可大幅地縮小在液晶面板的搬送方向上的佔用空間。在所述實施形態中，如圖6所示，偏光板貼附台200 配置在如下的筐體210内，所述筐體210用以將此偏光板貼附台200與液晶面板供給台100，偏光板供給台700、 750，保護膜排出台800、850及液晶面板排出台900等台隔離開從而確保了清潔度最高的區域。也就是，如圖6所 59 201005355 ，示液B曰面板對準部2〇1，保護膜剝離部3⑻、35〇，偏光板占附400、450 ’偏光板立起供給部5〇〇、55〇及附偏光板液曰曰面板搬送部_均配置在清潔度最高的重體21〇内在液B曰面板供給台100與液晶面板對準部2〇1之間的筐體210上’具有可供液晶面板對準部201的側部親202 的單侧向著液晶面板供給台1〇〇侧移動的狹縫，此狹缝可供立起狀態的液晶面板通過。在保護膜剝離部3⑻、 © 與保護膜排出台800、850之間的筐體21〇上，具有可供經剝離的保護膜以立起狀態通過的狹縫。在偏光板立起供給部500、550與偏光板供給台70〇、75〇之間的筐體21〇上，具有可供偏光板保管庫中所載置的偏光板以大致水平狀態通過的狹縫。在附偏光板液晶面板搬送部6〇〇與液晶面板排出台900之間的筐體210上，具有可供偏光板立起供給部500、550及附偏光板液晶面板搬送部6〇〇的單侧向著液 0 晶面板排出台900侧移動的狹縫，此狹縫可供立起狀態的附偏光板液晶面板通過。如上所述，筐體210僅設置著所需最小限度的狭縫’並以極力抑制異物混入的方式而構成，從而可維持著較高的清潔度。另外’如上所述’使液晶面板對準部201具備一面移送液晶面板1〇一面將其從大致水平狀態變換成立起狀態 (大致垂直狀態）的功能，且使附偏光板液晶面板搬送部 201005355. f 600具備一面移送附偏光板液晶面板一面將其從大致垂直的狀態變換成大致水平狀態的功能，在此情況下，只要在筐體上設置狹縫便可，此狹縫在液晶面板對準部2〇1及附偏光板液晶面板搬送部600使液晶面板立起的狀態下可供液晶面板通過。另外，也可在維持著較高的清潔度的筐體内僅設置有保護膜剝離部300、35〇及偏光板貼附部400、 450,且在此筐體的側面僅設置所需的最小限度的狹縫。例〇如’也可為如下：以僅將保護膜剝離部300、350及偏光板貼附部400、450包圍的方式而設置筐體，在望體的侧面也就疋光板貼附部400、450與液晶面板對準部2〇1之間，設置著僅供液晶面板通過的狹縫，在偏光板貼附部4〇〇、45〇與附偏光板液晶面板搬送部6〇〇之間，設置著僅供附偏光板液晶面板通過的狹縫，在偏光板貼附部4〇〇、45〇與偏光板立起供給部500、550之間，設置著僅供偏光板通過的狹 © 縫，在保護膜剝離部300、350與保護膜排出台800、85〇之間’設置僅供經剝離的保護膜通過的狹縫。而且，在所述實施形態中，已對液晶面板對準部2〇1及附偏光板液晶面板搬送部6〇〇的單側的側部輥可移動的構成進行了說明’但是也可在液晶面板供給台100、液晶面板排出台900 上同樣將單侧的側部輥設置成移動的構成。圖24疋表不本發明的偏光板貼附裝置的其它實施例 61 201005355 f 的圖’且是從液晶面板供給台侧觀察圖〗的偏光板貼附裝置中的偏光板立起供給部5〇〇、550，附偏光板液晶面板搬送部600及保護膜排出台8〇〇、85〇的圖。而且，圖％中省略了偏光板貼附部400、450及液晶面板對準部2(Π，且與圖12相對應。從圖24明確可知，圖24的偏光板貼附裝置與所述實施形態的不同點在於，是偏光板貼附裝置整體相對於垂直方向而向著順時針方向傾斜了約3。。這樣如 ©本發明所示，當使液晶胞垂直立起並將偏光板同時貼附在所，液晶胞的兩面上時，因為垂直狀態下的液晶胞的姿勢變得不穩定’從而對偏光板貼附品質有影響的貼附滾筒的按壓^勻化變得困難，因此為了解決此問題，如圖24所不，是使偏光板貼附裝置整體相對於垂直方向而向著順時針方向或逆時針方向傾斜約3〜5。左右。由此，可使貼附滾筒的按壓變得均勻，從而提升貼附品質。通過使偏光板 ❹、附裝置整體相對於垂直方向傾斜，而具有在搬送縱型傳送基板時搬送特性穩定的效果。另外，在圖24的實施形態中’使載置著各個台的基台部分的上底部相對於水平方向傾斜約3〜5。左右，但也可使設置著這些基台的地面部傾圖25是表示本發明的偏光板貼附裝置的偏光板貼附部及保護膜剝離部的變形例的圖，且是表示偏光板貼附部 62 201005355 f 及保護膜剝離部的概略構成的圖，其中所述偏光板貼附部將以立起狀態供給的偏光板幾乎同時貼附在以立起狀態供給的液晶面板（胞）的第一主表面和第二主表面上，所述保邊膜剝離部設置在此偏光板貼附部的兩侧，將保護膜從偏光板上剝離。而且，圖25分別將偏光板貼附部及保護膜剝離部的主要部分放大表示，並從斜上方側表示所述部分。在所述實施形態中，是以在滾筒侧面上設置著多個真 © 空吸附孔的真空吸附滾筒為例進行說明的，但當利用真空吸附孔來對作為光學膜的偏光板進行真空吸附並加以保持時，由於此真空吸附保持是使吸附力作用於光學膜的一部分’所以會有光學膜由於彎曲或翹曲而輕微變形，從而導致貼附部位上產生氣泡或捲入異物的可能性。因此，在本實施形態中所使用的是黏性滾筒，此黏性滚筒不會產生將光學膜貼附在顯示用面板時所產生的氣泡或異物捲入等貼 _ 附不良。圖25所示的黏性滾筒u、12使用了設置在圓筒狀的滾筒機構的外周面上的黏著性椽膠構件來貼緊保持該光學膜並將光學膜貼附在顯示用面板上。根據本實施形態，因為未使用吸附孔’所以無論所投入的構件的大小均可容易地進行品種更換，從而簡化構造並實現低成本化。另外，因為利用黏性材料來保持著顯示用面板的整個面，所以可 63 201005355 對構件的翹曲進行矯正，且可在保持經矯正的狀態下進行貼附’因此不會發生光學膜的端面偏離或受到褶皺等的影響’且抑制氣泡或異物捲入等不良情況的發生，從而可進行高品質的貼附作業。另外，對於此光學膜貼附機構而言，並不限定於以大致垂直的狀態進行貼附的情況，其也可用於以大致水平狀態進行貼附的情況下。圖25的偏光板貼附裝置，在利用液晶面板供給部將從 ® 圖中的左方向以大致水平狀態移動而來的液晶面板變換成立起狀態後’使用受到軸支樓而可自由旋轉的兩個黏性滚筒11、12，而將偏光板51、61幾乎同時貼附在以立起狀態前進而來的液晶面板71的第一主表面和第二主表面上。另外，保護膜剝離機構30及保護膜卷取機構40也在黏性滚筒12侧，但在本圖中省略了圖示。所述偏光板貼附裝置對從偏光板供給部搬送而來的立 0 起狀態（大致垂直狀態）的偏光板50進行暫時地貼緊（黏著）保持’並貼附在從液晶面板供給部搬送而來的立起狀態（大致垂直狀態）的液晶面板71上。也就是，偏光板貼附裝置將偏光板50、60同時貼附在以立起狀態供給的液晶面板71的左右兩面上。如圖25所示，黏性滾筒11、η 在進行偏光板貼附作業的偏光板貼附部的兩側受到軸支擇而可自由旋轉’兩個圓柱狀的滚筒以大致垂直立起的狀態 64 201005355 平行配置著。此黏性滾筒11、12由圓柱狀的氨基卸酸醋（urethane) 層而構成’在此黏性滚筒11、12的旋轉面，即圓柱狀的氨基鉀酸醋層的外周面上捲繞有黏性橡膠帶13、14。黏性橡膝帶13、14的外周方向的整個面具有黏著性，偏光板的整個面貼緊保持在此黏性橡膠帶13、14上。黏性滾筒11、 12構成為如下：將從未圖示的偏光板供給部以立起狀態搬參送而來的偏光板50、60貼緊保持在黏性橡膠帶13、14上，且可利用黏性橡膠帶13、14的黏著力來保持偏光板50、 60 ° 如圖25所示，黏性滾筒11的黏性橡膠帶13對從圖 25的右側搬送而來的偏光板51的前端部進行黏著保持，然後，黏性滾筒13進行順時針旋轉，由此如偏光板5〇那樣’貼緊（黏著）保持在黏性橡膠帶13的外周面上。偏光 6 板50以貼緊保持在所述黏性橡膠帶13的外周面上的狀態而進行順時針旋轉，從而被搬送到對應於液晶面板71的貼附位置。另一方面，黏性滾筒12的黏性橡膠帶14也同樣，對從圖25的右侧送來的偏光板61的前端部進行黏著保持，然後，黏性滾筒12進行逆時針旋轉，由此如偏光板 60那樣，貼緊（黏著）保持在黏性橡膠帶14的外周面上。偏光板60以貼緊保持在黏性橡膠帶14的外周面上的狀態 65 201005355 而進行逆時針旋轉’從而被搬送到對應於液晶面板71的貼附位置。兩個圓筒狀的黏性滾筒11、12構成為如下：使配設在它們外周面上的黏性橡膠帶13、14與從液晶面板供給部移送而來的液晶面板71的表面在一條直線上相接觸。此外，因為兩黏性滾筒11、12使以在朝向彼此的中心軸的方向上受到規定的壓力的狀態而設置著，所以通過兩黏性滾筒 • 11、12間的液晶面板71的表面受到規定的按壓力，由此進行將偏光板50、60同時貼附在液晶面板71的兩面上的作業。此時，在兩黏性滚筒11、12間設置著總是施加規定的壓力的壓力施加構件（未圖示），以使兩黏性滾筒11、12 間的間隔與通過兩黏性滾筒11、12間的液晶面板71的厚度相對應而自由地變動。此壓力施加構件以分別與兩黏性 0 滾筒11、12結合的方式而設置著，且將兩黏性滾筒11、 12推向彼此相向的方向，而總是對兩黏性滾筒11、12與液晶面板71的接觸面施加規定的壓力。另外，因為黏性橡膠帶13、14其自身會發生彈性變形，所以利用此彈性變形功能，也可吸收液晶面板71的厚度的變動。黏性滾筒11、12在對搬送而來的偏光板50、60進行黏著保持的狀態下，隨著黏性橡膠帶13、14的旋轉移動而 66 201005355 使偏光板50、60移動到保護臈剝離機構3〇的附近。另外，省略了第二黏性滾筒20側的保護膜剝離機構。保護膜剝離機構30由如下各部而構成：與貼緊保持在黏性滾筒11、12上的偏光板51、61的一端相接觸的膠枯帶，夾持由於旋轉而附著在膠粘帶上的保護膜的端部的夾盤，以及使被剝離的保護膜與上一次被剝離的保護膜連結的保護膜連結部。圖25中省略表示了這些構成機構的詳細 ® 情況，為了方便說明，而表示了剝離後經連結的保護膜41。經連結的保護膜41由未圖示的引導報等而被引導至保護膜卷取機構40，且在從偏光板51依次剝離的同時由保護膜卷取機構40而依次卷取。由於偏光板51的保護膜 41是在接近液晶面板71與偏光板51的貼附位置的位置被依次剝離的，所以可防止異物附著在偏光板51上。黏性滾筒11、12的直徑大小達到如下的程度：可進行 φ 捲繞而不會使面積最大的偏光板的前端部及後端部互相重疊。這樣，使用直徑較大的黏性滾筒一面從液晶面板的左右兩侧加壓，一面進行貼附，由此即便在同時貼附在液晶面板的CF面和TFT面上的偏光板的大小或貼附起始位置等彼此不同’也可將偏光板幾乎同時貼附在液晶面板的兩面上。另外’雖然未圖示，但也可將強黏著性的清洗輥規定 67 201005355 的按壓力按壓到黏性滾筒11、12的黏性橡膠帶、14的附近、即未貼緊保持著偏光板51、61的部位上，由此將附著在黏性橡膠帶13、14上的灰塵等雜質去除。另外，本發明並不限於將偏光板貼附在液晶面板上，也可廣泛地用於將具有保護膜的光學膜貼附在顯示用面板上。在所述實施形態t，已對將光學膜（偏光板）以大致垂直的狀態進行貼附的情況進行了說明，但並不限定於 • 此，也可在大致水平狀態下進行貼附。圖20是表示使圖 25的黏性滾筒為大致水平狀態來構成偏光板貼附裝置的情況的概略構成的圖。圖26的偏光板貼附裝置使以大致水平狀態移動而來的液晶面板保持大致水平狀態而前進，且將偏光板幾乎同時貼附在前進中的液晶面板的第一主表面和第二主表面此兩面上。如圖26所示，黏性滾筒ΐ5、Μ 在進行偏光板貼附作業的偏光板貼附部的兩側受到轴支撐 © 而可自由旋轉，兩個圓柱狀的滾筒以大致水平狀態而上下平行地配置著。所述黏性滾筒15、16與圖25的黏性滾筒相同，是由圓柱狀的氨基鉀酸酯層而構成的，在所述黏性滾筒15、16 的旋轉面，即圓柱狀的氨基鉀酸酯層的外周面上捲繞有黏性橡膠帶（未圖示）^黏性橡膠帶的外周方向的整個面具有黏著性，偏光板的整個面貼緊保持在此黏性橡膠帶上。 68 201005355 黏性滾们5,構成為如下：將從未圖示的偏光板供給部以大致水平狀態搬送而來的偏光板5G，师㈣在黏性橡膠帶上，利用黏性橡膠帶的黏著力來保持偏光板5〇、 6〇。而且’圖26所示的偏光板貼附裴置是將圖乃的偏光板貼附部變成大致水平狀態而獲得的，且其構成與所述圖 25的偏光板貼附裝置相同。圖27是表示圖26的將光學膜（偏光板）以大致水平 © 狀態進行貼附的偏光板貼附裝置的一例的圖。雖然圖％中表示了將光學膜（偏光板）以大致水平狀態進行貼附的清况的概必，但圖27所表示的是則在如下情況下的具體例，即，在圖1的偏光板貼附裝置的偏光板貼附部，使用了圖26的將光學膜（偏光板）以大致水平狀態進行貼附的黏性滾筒（黏性橡膠帶）。在此偏光板貼附裝置中，使偏光板貼附台200a的偏光板貼附部構成為如下：將光學膜 © (偏光板）如圖26所示以大致水平狀態貼附在液晶面板 (顯示用面板）上。此時，可省略圖1及6的實施形態中所需的如下各部··將以大致水平狀態搬送而來的液晶面板變換成立起狀態後供給到後段的偏光板貼附台的液晶面板供給台100’將以大致水平狀態載置的偏光板變換成大致垂直狀態後供給到偏光板貼附台的偏光板立起供給部 50〇、550 ’以及將已利用偏光板貼附台而貼附著偏光板的 69 201005355. 液晶面板從立起狀態變換成大致水平狀態後排出的液晶面板排出台900,從而可大幅地削減整個偏光板貼附裝置的佔用空間。圖27是從橫側面觀察偏光板貼附台2〇〇a的圖。在此偏光板貼附台200a中，配置成大致水平狀態的圓柱狀的黏性滚筒15、16在垂直上下方向上平行地配置有兩個。由此，在圖27的偏光板貼附裝置中，偏光板供給台7〇〇a、 750a及保護膜排出台800a、850a也分別在垂直上下方向上配置著。黏性滾筒15、16則是由圖25或圖26的黏性滾筒而構成。偏光板供給台700a、750a從偏光板保管庫701a中取出偏光板，並與偏光板貼附部的黏性滾筒15、16準確地對準後進行供給，且構成為如下：對於將偏光板從偏光板保管庫701a取出的機構而言，是由與圖19〜圖21所示的機 0 構相同的機構而構成；對於將偏光板與黏性滾筒15、16 準確地對準後供給的機構而言，是將與圖7〜圖9所示的液晶面板對準部201或圖13所示的附偏光板液晶面板搬送部600相同的搬送機構用於偏光板的水平搬送。另外，圖 27中，僅關於偏光板供給台7〇〇a而圖示了偏光板保管庫 701a及取出機構部。雖然偏光板供給台750a側也存在相同的機構，但是由於是位於偏光板貼附裝置的背面侧，從 201005355 而並未圖不。保護膜排出台_a、850a的基本構成與圖22所示的保護膜排出台相同。而且，由於偏光板是以大致水平狀態而搬送的’從而構成為如下··使經保護膜剝離部所剝離的保護膜的卷取體（捲繞並保持在卷取軸上的保護膜）向著偏光板貼附裝置的背面方向（圖27的縱深方向）移動，進而使用沿著上下方向進行升降移動的保護膜保持部（未圖 ❹ 示）而使保護膜沿著垂直方向進行下降移動，並從設置在地面上的保護膜排出車（未圖示）而搬送排出。雖然本發明已以較佳實施例揭露如上然其並非用以限定本發明，任何熟習此技藝者，在不脫離本發明之精神和範圍内，當可作些許之更動與潤飾，因此本發明之保護範圍當視後附之申請專利範圍所界定者為準。【圖式簡單說明】 ❹ ®1疋表示本發明的一實施形態的偏光板貼附裝置的整體構成的圖。圖2是表示圖1的液晶面板供給台的詳細構成的圖。圖3是從右侧觀察圖2的液晶面板供給台的側視圖。圖4是表示液晶面板供給台將大致水平狀態的液晶面板變換成立起狀態的動作的一例的前半部分的圖。圖5是表示液晶面板供給台將大致水平狀態的液晶面板變換成立起狀態的動作的一例的後半部分的圖。 71 201005355 圖6是表示偏光板貼附台的整體構成的圖。圖7是表示圖6的液晶面板對準部的詳細構成的圖，將圖6的液晶面板對準部放大表示，且是從偏光板貼附裝置上方側所觀察到的圖。圖8是從圖7的下側觀察圖7的液晶面板對準部的側視圖。圖9是表示液晶面板對準部的側部輥的單側已移動 ® (引出）到液晶面板供給台側的狀態的圖。圖⑺是表示圖6的偏光板立起供給部及附偏光板液晶面板搬送部的詳細構成的圖，將圖6的偏光板立起供給部及附偏光板液晶面板搬送部放大表示，且是從偏光板貼附裝置上方侧所觀察到的圖。。圖U是表示圖6的偏光板立起供給部及附偏光板液晶面板搬送部的詳細構成的圖’且是從圖的下側觀察圖10 © 的偏光板立起供給部的圖。圖^是表示圖6的偏光板立起供給部及附偏光板液晶面板搬送部的詳細構成的圖，且是從圖的右側（吸附滾筒侧）觀察圖1〇的偏光板立起供給部及附偏光板液晶面板搬送部的圖。圖13是表示偏光板立起供給部及附偏光板液晶面板搬送部的單侧已移動到液晶面板排出台侧的狀態的圖。 72 201005355 圖14是表示圖6的保護膜剝離部及偏光板貼附部的詳細構成的圖，分別將保護膜剝離部及偏光板貼附部放大表示’且是從偏光板貼附裝置上方侧所觀察到的圖。圖15是表示圖6的保護膜剝離部及偏光板貼附部的詳細構成的圖，且是說明圖14的保護膜剝離部的剝離動作的圖。圖16是表示圖6的保護膜剝離部及偏光板貼附部的詳〇細構成的圖，且是表示圖14的保護膜剝離部的剝離單元部的詳細構成的圖。圖17是表示圖6的保護膜剝離部及偏光板貼附部的詳細構成的圖，且是表示偏光板貼附部的詳細構成的圓筒狀吸附滾筒的展開圖。圖18是表示圖6的保護膜剝離部及偏光板貼附部的詳細構成的圖，且是從圖14的下側觀察圖14的偏光板貼附 0 部的吸附滾筒附近的側視圖。圖19是表示圖1的偏光板供給台的詳細構成的圖，將圖1的偏光板供給台放大表示，且是從偏光板貼附裝置上方側所觀察到的圖° 圖20是表示圖1的偏光板供給台的詳細構成的圖，且是從圖19的下側觀察圖丨9的偏光板供給台的側視圖。圖21是表示對應於較小尺寸的偏光板，各吸附墊分別 73 201005355 移動的狀態的圖。圖22是表示圖i的保護膜排出台的詳細構成的圖將圖1的保護膜排出台放大表示，且是從偏光板貼附裝置上方侧所觀察到的圖。圖23是表示圖i的保護膜排出台的詳細構成的圖且是從圖22的下織察圖22的保護膜排出台的側視圖。The rotary drive 'the protective film holding portion 825 moves downward in the up and down direction. The protective film lle which has been detached from the take-up shaft 822 is discharged to the vehicle 827 by the protective film holding portion 825' as the protective film Ud and remaining in the protective film relief portion. As shown in FIG. 23, the protective film discharge vehicle milk is moved on the guide rail 8271 by placing the protective film lid, and the protective film lid is discharged from the protective film relief portion 826 to the outside, so that the protective film becomes "o" As shown in Fig. 22, the center of the protective film discharge vehicle 827 © A has a C-shape of π cut. The protective film holding portion 825 has a shape that can pass through the central portion in the C-shape, and The protective film is placed on the center portion of the vehicle 827 by the protective film, and the protective film is placed on the protective sputum discharge vehicle 827. Δ As shown in Fig. 1, the liquid crystal panel discharge table 900 is disposed in the polarized light. The polarizing plate liquid crystal panel to which the polarizing plate has been attached by the polarizing plate attaching stage 2 is discharged downstream of the board attaching stage 200. The liquid crystal panel discharge stage 9〇〇 and the liquid 58 201005355 crystal panel supply station HK) The same structure is used, and the liquid crystal panel to which the polarizing plate is attached on both sides is received in a state of being substantially vertically raised by the operation "opposite to the liquid crystal panel supply stage 100", and is converted into a substantially horizontal state. Discharge it. In the above-described embodiment, the liquid crystal panel supply table 100 is provided with a function of transferring the liquid crystal panel from a substantially horizontal position, and the liquid crystal panel is discharged. The stage 9GG has a function of transferring the eccentric liquid crystal panel from a substantially vertical state to a substantially horizontal state, but the liquid crystal panel aligning unit 201 can also transfer the liquid crystal panel 1 from the surface. In the state in which the horizontal state is changed to the state (substantially vertical state), the polarizing plate liquid crystal panel transporting unit has a function of transferring the polarizing plate liquid crystal panel from a substantially vertical state to a substantially horizontal state. 'The LCD panel supply table 〇〇 and / 0 or the liquid crystal panel discharge table 900 can be omitted, and the space occupied in the transport direction of the liquid crystal panel can be greatly reduced. In the above embodiment, as shown in Fig. 6, the polarized light is shown in Fig. 6. The board attaching table 200 is disposed in a casing 210 for attaching the polarizing plate to the stage 200 and the liquid crystal panel supply station 100. The polarizing plate supply stations 700 and 750, the protective film discharge stations 800 and 850, and the liquid crystal panel discharge table 900 are separated to ensure the cleanliness area. That is, as shown in Fig. 6 59 201005355, the liquid B panel pair The second part 2〇1, the protective film peeling parts 3(8), 35〇, the polarizing plate accommodating 400, 450 'the polarizing plate erecting supply parts 5 〇〇, 55 〇 and the polarizing plate liquid 曰曰 panel conveying part _ are all arranged in the cleaning The highest weight 21 〇 inner liquid B 曰 panel supply table 100 and the liquid crystal panel aligning portion 2 〇 1 on the housing 210 'has a side of the side of the liquid crystal panel alignment portion 201 The liquid crystal panel is supplied to the slit which moves on the side of the stage 1, and the slit can pass through the liquid crystal panel in the standing state. The casing 21 between the protective film peeling portion 3 (8) and the protective film discharge tables 800 and 850 has a slit through which the peeled protective film passes in an upright state. The housing 21a between the polarizing plate standing supply units 500 and 550 and the polarizing plate supply stages 70A and 75B has a narrow space through which the polarizing plate placed in the polarizing plate storage can pass in a substantially horizontal state. Seam. In the casing 210 between the polarizing plate liquid crystal panel conveying unit 6 and the liquid crystal panel discharge table 900, the polarizing plate standing supply units 500 and 550 and the polarizing plate liquid crystal panel conveying unit 6〇〇 are provided. A slit that moves sideways on the side of the liquid crystal panel discharge stage 900, and the slit is allowed to pass through the polarizing plate liquid crystal panel in an upright state. As described above, the casing 210 is provided with only the minimum required slits' and is configured to suppress the intrusion of foreign matter as much as possible, so that a high degree of cleanliness can be maintained. In addition, as described above, the liquid crystal panel aligning portion 201 has a function of transferring the liquid crystal panel 1 from the substantially horizontal state to the state (substantially vertical state), and the polarizing plate liquid crystal panel transporting portion 201005355 is provided. f 600 has a function of transferring a polarizing plate liquid crystal panel from a substantially vertical state to a substantially horizontal state. In this case, a slit is provided in the casing, and the slit is in the liquid crystal panel pair. The alignment unit 2〇1 and the polarizing plate liquid crystal panel transport unit 600 allow the liquid crystal panel to pass through while the liquid crystal panel is raised. Further, it is also possible to provide only the protective film peeling portions 300, 35A and the polarizing plate attaching portions 400, 450 in the casing in which the high cleanliness is maintained, and only the required minimum is provided on the side surface of the casing. The slit of the limit. For example, the housing may be provided so as to surround only the protective film peeling portions 300 and 350 and the polarizing plate attaching portions 400 and 450, and the calender attachment portions 400 and 450 may be formed on the side surface of the desired body. A slit for allowing the liquid crystal panel to pass through is provided between the liquid crystal panel aligning portion 2〇1, and is disposed between the polarizing plate attaching portions 4〇〇 and 45〇 and the polarizing plate liquid crystal panel transport unit 6〇〇. A slit for passing only the polarizing plate liquid crystal panel is provided between the polarizing plate attaching portions 4A and 45B and the polarizing plate standing supply portions 500 and 550, and a slit for passing only the polarizing plate is provided. A slit through which only the peeled protective film passes is provided between the protective film peeling portions 300 and 350 and the protective film discharge tables 800 and 85A. Further, in the above-described embodiment, the configuration in which the liquid crystal panel aligning unit 2〇1 and the one side roller attached to the polarizing plate liquid crystal panel transport unit 6〇〇 are movable has been described. Similarly to the panel supply stage 100 and the liquid crystal panel discharge stage 900, the one side roller is provided to move. Fig. 24 is a view showing another embodiment of the polarizing plate attaching apparatus of the present invention. 61. The sheet of the polarizing plate attaching apparatus of the polarizing plate attaching apparatus of the liquid crystal panel supply stage view. 〇, 550, a diagram of the polarizing plate liquid crystal panel transport unit 600 and the protective film discharge stages 8A and 85B. Further, in the figure %, the polarizing plate attaching portions 400 and 450 and the liquid crystal panel aligning portion 2 are omitted (corresponding to Fig. 12. It is clear from Fig. 24 that the polarizing plate attaching device of Fig. 24 and the above-described implementation The difference in morphology is that the polarizing plate attaching device is inclined by about 3 in the clockwise direction with respect to the vertical direction. Thus, as shown in the present invention, when the liquid crystal cell is vertically erected and the polarizing plate is simultaneously attached In the case of the liquid crystal cell, since the posture of the liquid crystal cell in the vertical state becomes unstable, the pressing of the attaching roller which affects the quality of the polarizing plate adhesion is difficult, and therefore, in order to solve this problem, The problem is that the entire polarizing plate attaching device is inclined in the clockwise direction or the counterclockwise direction by about 3 to 5 in the vertical direction as shown in Fig. 24. Thereby, the pressing of the attaching roller can be made uniform. In addition, in the embodiment of Fig. 24, the effect of stabilizing the transport characteristics when the vertical transfer substrate is transported is obtained by tilting the entire polarizing plate and the attached device with respect to the vertical direction. The upper bottom portion of the base portion on which the respective stages are placed is inclined by about 3 to 5 with respect to the horizontal direction. However, the floor portion tilting 25 in which the bases are provided may be the polarizing plate attaching device of the present invention. A diagram showing a modification of the polarizing plate attaching portion and the protective film peeling portion, and a schematic configuration of the polarizing plate attaching portion 62 201005355 f and the protective film peeling portion, wherein the polarizing plate attaching portion is to be erected The state-provided polarizing plate is attached to the first main surface and the second main surface of the liquid crystal panel (cell) supplied in an upright state at the same time, and the edge-preserving film peeling portion is provided at two of the polarizing plate attaching portions On the other side, the protective film is peeled off from the polarizing plate. Further, the main portions of the polarizing plate attaching portion and the protective film peeling portion are enlarged and shown in Fig. 25, and the portions are shown obliquely from the upper side. This is an example of a vacuum suction roller in which a plurality of vacuum holes are provided on the side of the drum. However, when the vacuum plate is used to vacuum-adsorb and hold the polarizing plate as an optical film, this is true. The vacancy adsorption is such that the adsorption force acts on a part of the optical film. Therefore, the optical film is slightly deformed by bending or warping, which may cause bubbles or foreign matter to be caught in the attached portion. Therefore, in the present embodiment, A viscous roller is used, and the viscous roller does not cause a problem such as air bubbles or foreign matter entrapped when the optical film is attached to the display panel. (12) An adhesive silicone member provided on the outer peripheral surface of the cylindrical roller mechanism is used to adhere and hold the optical film, and the optical film is attached to the display panel. According to the embodiment, the adsorption hole is not used. 'Therefore, the variety can be easily changed regardless of the size of the member to be put in, so that the structure can be simplified and the cost can be reduced. In addition, since the entire surface of the display panel is held by the adhesive material, it can be 63 201005355 The warpage is corrected, and the attachment can be performed while maintaining the corrected state. Therefore, the end surface of the optical film is not deviated or affected by wrinkles, etc., and is suppressed. In the event of a problem such as air bubbles or foreign matter being caught, high-quality attachment work can be performed. Further, the optical film attaching mechanism is not limited to the case of attaching in a substantially vertical state, and may be used in the case of attaching in a substantially horizontal state. In the polarizing plate attaching device of FIG. 25, after the liquid crystal panel is moved from the left direction in the left direction of the image by the liquid crystal panel supply unit, the liquid crystal panel is rotated and the two are freely rotatable by the shaft support. The viscous rollers 11, 12 are attached to the first main surface and the second main surface of the liquid crystal panel 71 which are advanced in the standing state at almost the same time. Further, the protective film peeling mechanism 30 and the protective film take-up mechanism 40 are also on the side of the adhesive roller 12, but are not shown in the figure. The polarizing plate attaching device temporarily adheres (adheres) the polarizing plate 50 in a standing state (substantially perpendicular state) conveyed from the polarizing plate supply unit, and attaches it to the liquid crystal panel supply unit. On the liquid crystal panel 71 in the upright state (substantially vertical state). That is, the polarizing plate attaching means simultaneously attaches the polarizing plates 50, 60 to the left and right surfaces of the liquid crystal panel 71 supplied in the standing state. As shown in Fig. 25, the viscous rollers 11, η are rotatably supported by both sides of the polarizing plate attaching portion for performing the polarizing plate attaching operation, and the two cylindrical rollers are erected substantially vertically. 64 201005355 Parallel configuration. The viscous rollers 11, 12 are formed of a columnar amino acid urethane layer, and are wound around the outer surface of the cylindrical urethane layer on the rotating surface of the viscous rollers 11, 12. Viscous rubber bands 13, 14. The entire surface of the viscous rubber knee belts 13, 14 in the outer circumferential direction is adhesive, and the entire surface of the polarizing plate is closely held on the viscous rubber bands 13, 14. The viscous rollers 11 and 12 are configured such that the polarizing plates 50 and 60 that are carried in a standing state from a polarizing plate supply unit (not shown) are closely attached to the viscous rubber bands 13 and 14 and can be attached thereto. The polarizing plates 50 and 60 are held by the adhesive force of the viscous rubber bands 13, 14. As shown in Fig. 25, the viscous rubber tape 13 of the viscous roller 11 is attached to the front end of the polarizing plate 51 which is conveyed from the right side of Fig. 25. The adhesive portion is held, and then the viscous roller 13 is rotated clockwise, thereby being held (adhered) on the outer peripheral surface of the viscous rubber tape 13 as the polarizing plate 5 。. The polarizing plate 6 is rotated clockwise in a state of being held tightly on the outer peripheral surface of the viscous rubber tape 13, and is conveyed to a position corresponding to the liquid crystal panel 71. On the other hand, in the viscous rubber band 14 of the viscous roller 12, the front end portion of the polarizing plate 61 sent from the right side of FIG. 25 is adhered and held, and then the viscous roller 12 is rotated counterclockwise. As in the polarizing plate 60, it is adhered (adhered) to the outer peripheral surface of the viscous rubber tape 14. The polarizing plate 60 is rotated counterclockwise in a state of being held against the outer peripheral surface of the viscous rubber tape 14 in a state of 65 201005355, and is conveyed to a position corresponding to the liquid crystal panel 71. The two cylindrical adhesive rollers 11 and 12 are configured such that the viscous rubber bands 13 and 14 disposed on the outer peripheral surface thereof are in line with the surface of the liquid crystal panel 71 transferred from the liquid crystal panel supply unit. Upper contact. Further, since the two viscous rollers 11 and 12 are disposed in a state of being subjected to a predetermined pressure in the direction toward the central axis of each other, the surface of the liquid crystal panel 71 passing between the two viscous rollers 11 and 12 is regulated. The pressing force is applied to attach the polarizing plates 50 and 60 to both surfaces of the liquid crystal panel 71 at the same time. At this time, a pressure applying member (not shown) that always applies a predetermined pressure is provided between the two adhesive rollers 11 and 12 so that the interval between the two adhesive rollers 11 and 12 passes through the two adhesive rollers 11, The thickness of the twelve liquid crystal panels 71 is free to vary correspondingly. The pressure applying member is disposed in combination with the two viscous 0 rollers 11, 12, respectively, and urges the two viscous rollers 11, 12 toward each other, and always faces the two viscous rollers 11, 12 and A predetermined pressure is applied to the contact surface of the liquid crystal panel 71. Further, since the viscous rubber sheets 13, 14 are elastically deformed by themselves, the thickness of the liquid crystal panel 71 can be absorbed by the elastic deformation function. The viscous rollers 11 and 12 move the polarizing plates 50 and 60 to the protective bismuth by the rotation of the viscous rubber bands 13 and 14 while the polarizing plates 50 and 60 are being adhered and held. Near the institution 3〇. Further, the protective film peeling mechanism on the side of the second adhesive roller 20 is omitted. The protective film peeling mechanism 30 is composed of a rubber dead band that is in contact with one end of the polarizing plates 51 and 61 held by the adhesive rollers 11 and 12, and is attached to the adhesive tape by the rotation. The chuck at the end of the protective film and the protective film connecting portion that connects the peeled protective film to the protective film that was peeled off last time. The details of these constituent mechanisms are omitted in Fig. 25, and for convenience of explanation, the protective film 41 that has been joined after peeling is shown. The connected protective film 41 is guided to the protective film take-up mechanism 40 by a guide or the like (not shown), and sequentially taken up by the protective film take-up mechanism 40 while being sequentially peeled off from the polarizing plate 51. Since the protective film 41 of the polarizing plate 51 is sequentially peeled off at a position close to the attachment position of the liquid crystal panel 71 and the polarizing plate 51, foreign matter can be prevented from adhering to the polarizing plate 51. The diameter of the viscous rollers 11, 12 is as large as possible: φ winding can be performed without overlapping the front end portion and the rear end portion of the polarizing plate having the largest area. In this way, the viscous roller having a large diameter is pressed while being pressed from the left and right sides of the liquid crystal panel, and the size or sticker of the polarizing plate attached to the CF surface and the TFT surface of the liquid crystal panel at the same time is attached. The initial positions and the like are different from each other'. It is also possible to attach the polarizing plates to both sides of the liquid crystal panel almost simultaneously. Further, although not shown, the pressing force of the cleaning roller of 67 201005355 can be pressed to the vicinity of the viscous rubber tape 14 of the viscous rollers 11 and 12, that is, the polarizing plate 51 is not held tightly. At the portion of 61, impurities such as dust adhering to the viscous rubber bands 13, 14 are removed. Further, the present invention is not limited to attaching a polarizing plate to a liquid crystal panel, and can be widely used for attaching an optical film having a protective film to a display panel. In the above-described embodiment t, the case where the optical film (polarizing plate) is attached in a substantially vertical state has been described. However, the present invention is not limited thereto, and the bonding may be performed in a substantially horizontal state. Fig. 20 is a view showing a schematic configuration of a case where the viscous roller of Fig. 25 is substantially horizontal to constitute a polarizing plate attaching device. The polarizing plate attaching device of FIG. 26 advances the liquid crystal panel moved in a substantially horizontal state while maintaining a substantially horizontal state, and attaches the polarizing plate to the first main surface and the second main surface of the advancing liquid crystal panel almost simultaneously. On both sides. As shown in Fig. 26, the viscous rollers ΐ5 and Μ are rotatably supported by the shaft support © on both sides of the polarizing plate attaching portion for performing the polarizing plate attaching operation, and the two cylindrical rollers are vertically parallel in a substantially horizontal state. Ground configuration. The viscous rollers 15 and 16 are formed of a cylindrical urethane layer in the same manner as the viscous roller of FIG. 25, and the cylindrical surface of the viscous rollers 15 and 16 is a cylindrical potassium amide. A viscous rubber tape (not shown) is wound around the outer peripheral surface of the acid ester layer. The entire surface of the viscous rubber tape in the outer circumferential direction has adhesiveness, and the entire surface of the polarizing plate is closely adhered to the viscous rubber tape. 68 201005355 The viscous roller 5 is configured as follows: a polarizing plate 5G that is conveyed in a substantially horizontal state from a polarizing plate supply unit (not shown), and a bonding force of a viscous rubber tape on a viscous rubber tape. Force to keep the polarizing plates 5〇, 6〇. Further, the polarizing plate attaching device shown in Fig. 26 is obtained by changing the polarizing plate attaching portion of Fig. 26 to a substantially horizontal state, and the configuration thereof is the same as that of the polarizing plate attaching device of Fig. 25. FIG. 27 is a view showing an example of a polarizing plate attaching device in which an optical film (polarizing plate) of FIG. 26 is attached in a substantially horizontal state. Although the figure % shows the condition in which the optical film (polarizing plate) is attached in a substantially horizontal state, FIG. 27 shows a specific example in the case where the polarizing light in FIG. In the polarizing plate attaching portion of the plate attaching device, a viscous roller (adhesive rubber tape) in which an optical film (polarizing plate) is attached in a substantially horizontal state is used. In the polarizing plate attaching apparatus, the polarizing plate attaching portion of the polarizing plate attaching table 200a is configured such that the optical film © (polarizing plate) is attached to the liquid crystal panel in a substantially horizontal state as shown in FIG. 26 (display) Use the panel). In this case, the liquid crystal panel supply table that is supplied to the polarizing plate attaching stage of the subsequent stage after the liquid crystal panel which has been conveyed in a substantially horizontal state is changed and the following parts are omitted. 100', the polarizing plate placed in a substantially horizontal state is converted into a substantially vertical state, and then supplied to the polarizing plate attaching table of the polarizing plate attaching stage to raise the supply portions 50A and 550', and the polarizing plate is attached to the polarizing plate and attached to the polarizing plate. 69 201005355. The liquid crystal panel discharge table 900 is discharged from the standing state to the substantially horizontal state, and the space occupied by the entire polarizing plate attaching device can be greatly reduced. Fig. 27 is a view of the polarizing plate attaching stage 2A seen from the lateral side. In the polarizing plate attaching table 200a, two cylindrical adhesive rollers 15 and 16 arranged in a substantially horizontal state are arranged in parallel in the vertical direction. Therefore, in the polarizing plate attaching device of Fig. 27, the polarizing plate supply stages 7a, 750a and the protective film discharge stages 800a, 850a are also arranged vertically in the vertical direction. The viscous rollers 15, 16 are formed by the viscous roller of Fig. 25 or Fig. 26. The polarizing plate supply stages 700a and 750a take out the polarizing plate from the polarizing plate storage 701a, and accurately supply the polarizing plates 15 and 16 with the polarizing plate attaching portions, and supply them as follows: The mechanism for taking out the polarizing plate storage 701a is constituted by the same mechanism as that of the machine shown in Figs. 19 to 21, and the mechanism for accurately aligning the polarizing plate and the viscous rollers 15 and 16 is provided. In other words, the same transport mechanism as the liquid crystal panel alignment unit 201 shown in FIGS. 7 to 9 or the polarizing plate liquid crystal panel transport unit 600 shown in FIG. 13 is used for horizontal conveyance of the polarizing plate. In addition, in Fig. 27, the polarizing plate storage 701a and the take-out mechanism portion are shown only with respect to the polarizing plate supply table 7A. Although the same mechanism exists on the side of the polarizing plate supply table 750a, it is located on the back side of the polarizing plate attaching device, and is not shown from 201005355. The basic configuration of the protective film discharge stages _a and 850a is the same as that of the protective film discharge stage shown in Fig. 22 . In addition, since the polarizing plate is conveyed in a substantially horizontal state, the winding body (the protective film wound around the winding shaft) that has been peeled off by the protective film peeling portion is oriented as follows. The polarizing plate attaching device moves in the back direction (the depth direction in FIG. 27), and further moves the protective film downward in the vertical direction by using a protective film holding portion (not shown) that moves up and down in the vertical direction. The vehicle (not shown) is discharged from the protective film provided on the floor and transported and discharged. Although the present invention has been described in its preferred embodiments, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application attached. [Brief Description of the Drawings] ❹ ® 1 疋 shows a general configuration of a polarizing plate attaching apparatus according to an embodiment of the present invention. Fig. 2 is a view showing a detailed configuration of a liquid crystal panel supply station of Fig. 1; Fig. 3 is a side view of the liquid crystal panel supply stand of Fig. 2 as seen from the right side. FIG. 4 is a view showing a first half of an example of an operation in which the liquid crystal panel supply table converts the liquid crystal panel in a substantially horizontal state. FIG. 5 is a view showing a second half of an example of an operation in which the liquid crystal panel supply table converts the liquid crystal panel in a substantially horizontal state. 71 201005355 Fig. 6 is a view showing the overall configuration of a polarizing plate attaching stage. Fig. 7 is a view showing a detailed configuration of a liquid crystal panel alignment portion of Fig. 6, and the liquid crystal panel alignment portion of Fig. 6 is shown enlarged and viewed from the upper side of the polarizing plate attaching device. Fig. 8 is a side elevational view of the liquid crystal panel alignment portion of Fig. 7 as seen from the lower side of Fig. 7; FIG. 9 is a view showing a state in which one side of the side roller of the alignment portion of the liquid crystal panel has been moved (extracted) to the liquid crystal panel supply stage side. (7) is a view showing a detailed configuration of the polarizing plate standing supply unit and the polarizing plate liquid crystal panel transport unit of FIG. 6 , and the polarizing plate standing supply unit and the polarizing plate liquid crystal panel transport unit of FIG. 6 are enlarged and shown. A view as seen from the upper side of the polarizing plate attachment device. . FIG. 5 is a view showing a detailed configuration of the polarizing plate upright supply unit and the polarizing plate liquid crystal panel transport unit of FIG. 6 and a view of the polarizing plate standing supply unit of FIG. 10 © as viewed from the lower side of the drawing. FIG. 2 is a view showing a detailed configuration of the polarizing plate standing supply unit and the polarizing plate liquid crystal panel transport unit of FIG. 6 , and the polarizing plate standing supply unit of FIG. 1A is viewed from the right side (adsorption drum side) of the drawing. A diagram of a polarizing plate liquid crystal panel transport unit. FIG. 13 is a view showing a state in which one side of the polarizing plate standing supply unit and the polarizing plate liquid crystal panel transport unit has moved to the liquid crystal panel discharge stage side. 72 201005355 FIG. 14 is a view showing a detailed configuration of the protective film peeling portion and the polarizing plate attaching portion of FIG. 6 , and the protective film peeling portion and the polarizing plate attaching portion are respectively enlarged and displayed from the upper side of the polarizing plate attaching device. The observed image. Fig. 15 is a view showing a detailed configuration of the protective film peeling portion and the polarizing plate attaching portion of Fig. 6, and is a view for explaining the peeling operation of the protective film peeling portion of Fig. 14. Fig. 16 is a view showing a detailed configuration of the peeling portion of the protective film and the polarizing plate attaching portion of Fig. 6, and is a view showing a detailed configuration of the peeling unit portion of the peeling portion of the protective film of Fig. 14 . Fig. 17 is a view showing a detailed configuration of the protective film peeling portion and the polarizing plate attaching portion of Fig. 6, and is a developed view of a cylindrical suction drum showing a detailed configuration of the polarizing plate attaching portion. FIG. 18 is a view showing a detailed configuration of the protective film peeling portion and the polarizing plate attaching portion of FIG. 6, and is a side view of the vicinity of the adsorption roller in which the polarizing plate of FIG. 14 is attached to the 0 portion from the lower side of FIG. Fig. 19 is a view showing a detailed configuration of a polarizing plate supply table of Fig. 1, and is an enlarged view of the polarizing plate supply table of Fig. 1 and is viewed from the upper side of the polarizing plate attaching device. Fig. 20 is a view showing Fig. 1 The detailed configuration of the polarizing plate supply stage is a side view of the polarizing plate supply stage of FIG. 9 as seen from the lower side of FIG. Fig. 21 is a view showing a state in which each of the adsorption pads is moved by 73 201005355 corresponding to a polarizing plate having a small size. Fig. 22 is a view showing a detailed configuration of the protective film discharge stage of Fig. i. The protective film discharge stage of Fig. 1 is shown enlarged, and is viewed from the upper side of the polarizing plate attaching device. Fig. 23 is a view showing a detailed configuration of the protective film discharge table of Fig. i and a side view of the protective film discharge table of Fig. 22 from the lower end of Fig. 22;

❹ 圖24是表示本發明的偏光板貼附裝置的其它實施例的圖。圖25是表示本發明的偏光板貼附裝置的偏光板貼附部及保護膜剝離部的變形例的圖。圖26是表示使圖25的黏性滾筒以大致水平狀態而構成偏光板貼附裝置的情況下的概略構成的圖。圖27是表示圖26的將光學膜（偏光板）以大致水平狀態進行貼附的偏光板貼附裝置的一例的圖。【主要元件符號說明】液晶面板附偏光板液晶面板黏性滾筒保護膜黏性橡膠帶黏性滾筒 10、 71 10a 11、 12、15、16 11a、lib、11c、lid、lie 13、14 15、16 74 30 201005355 111、202、502、552、602 40 41 50、51、60、61 100 110 保護膜剝離機構保護膜卷取機構保護膜偏光板液晶面板供給台液晶面板搬送部侧部輥Fig. 24 is a view showing another embodiment of the polarizing plate attaching device of the present invention. Fig. 25 is a view showing a modification of the polarizing plate attaching portion and the protective film peeling portion of the polarizing plate attaching device of the present invention. Fig. 26 is a view showing a schematic configuration of a case where the viscous roller of Fig. 25 is formed in a substantially horizontal state. Fig. 27 is a view showing an example of a polarizing plate attaching device in which an optical film (polarizing plate) of Fig. 26 is attached in a substantially horizontal state. [Main component symbol description] Liquid crystal panel with polarizing plate Liquid crystal panel Adhesive roller protective film Adhesive rubber with adhesive roller 10, 71 10a 11, 12, 15, 16 11a, lib, 11c, lid, lie 13, 14 15 16 74 30 201005355 111, 202, 502, 552, 602 40 41 50, 51, 60, 61 100 110 Protective film peeling mechanism Protective film take-up mechanism Protective film Polarizing plate Liquid crystal panel Supply table Liquid crystal panel conveying part side roller

111&〜111(1、202&〜202£、602&〜602『接觸部輥 112、203、503、553、615 下部輥 150 大致垂直變換部 151 移動部主體 152、153、710、711、8271 導軌 154、155 156、157 158 、 159 160、161 162 、 163 200 、 200a 201 204、205、603、604 210 支架小齒輪動力傳送軸動力傳送圓板大致垂直大致水平可動部偏光板貼附台液晶面板對準部馬達（驅動力源）筐體 75 201005355111&~111 (1, 202 & 〜202 £, 602 & 602 602 "contact roller 112, 203, 503, 553, 615 lower roller 150 substantially vertical conversion portion 151 moving portion main body 152, 153, 710, 711, 8271 Guide rails 154, 155 156, 157 158, 159 160, 161 162, 163 200, 200a 201 204, 205, 603, 604 210 bracket pinion power transmission shaft power transmission circular plate substantially vertical substantially horizontal movable portion polarizing plate attachment table liquid crystal Panel alignment motor (drive power source) housing 75 201005355

300、350 保護膜剝離部 301 剝離單元部 310 膠粘帶 311、312、313、314 輥 315 保護膜連結部 316 銷 317 孔 318 引導輥 320 剝離單元驅動部 321 夾盤 330 偏光板引導部 331 供料輥 332 輥單元 333 支撐框 400、450 偏光板貼附部 410 吸附滾筒 411 吸附區域 412、413、420、421 空腔部 414、415、416 真空吸氣口 417、418、419 吸氣管 422 、 423 止動構件 76 201005355 430、431 432 433 435 、 436 437 ' 8261 ' 8262 500、550 封閉構件旋轉軸通氣構件支撐構件支柱偏光板立起供給部 504、554、2031、5031、5032、608 馬達300, 350 protective film peeling portion 301 peeling unit portion 310 adhesive tape 311, 312, 313, 314 roller 315 protective film connecting portion 316 pin 317 hole 318 guiding roller 320 peeling unit driving portion 321 chuck 330 polarizing plate guiding portion 331 Roller 332 Roller unit 333 Support frame 400, 450 Polarizing plate attachment portion 410 Adsorption roller 411 Adsorption region 412, 413, 420, 421 Cavity portion 414, 415, 416 Vacuum suction port 417, 418, 419 Suction tube 422 423 stopper member 76 201005355 430, 431 432 433 435 , 436 437 ' 8261 ' 8262 500, 550 closing member rotating shaft ventilation member supporting member pillar polarizing plate upright supply portion 504, 554, 2031, 5031, 5032, 608 motor

505、 555 立起滾筒 506、 556 搬送輥 507、 509、510、557、559、560 動力傳送輕 511、 561 驅動用馬達 512、 562 導帶 513、 514、515、563、564、565 導輕 524、525、526 充氣墊排出引導板附偏光板液晶面板搬送部馬達（驅動力源）動力傳送機構框架機構偏光板供給台偏光板保管庫 520、521、522、523、 530、580 600 603、604 605 、 606 609 ' 610'611 ' 612 700、700a、750、750a 701 、 701a 77 201005355 f505, 555 standing drum 506, 556 conveying roller 507, 509, 510, 557, 559, 560 power transmission light 511, 561 driving motor 512, 562 conduction belt 513, 514, 515, 563, 564, 565 light 524 525, 526 Inflatable pad discharge guide plate with polarizing plate liquid crystal panel conveying portion motor (driving force source) Power transmission mechanism frame mechanism polarizing plate supply table polarizing plate storage 520, 521, 522, 523, 530, 580 600 603, 604 605 , 606 609 ' 610 '611 ' 612 700, 700a, 750, 750a 701, 701a 77 201005355 f

703 、 704 上下移動機構 705 、 706 前後移動機構 707、708、709 墊支撐框 800、800a、850、850a 保護膜排出台 810 卷取緩衝部 811 氣體喷出部 812 排氣口 813 、 814 導概 820 卷取部 821 卷取驅動部 822 卷取轴703, 704 up and down moving mechanisms 705, 706 front and rear moving mechanisms 707, 708, 709 pad support frames 800, 800a, 850, 850a protective film discharge table 810 winding buffer portion 811 gas ejection portion 812 exhaust ports 813, 814 820 take-up unit 821 take-up drive unit 822 take-up shaft

823 氣體供給部 824 旋轉軸保持部 825 保護膜保持部 826 保護膜避讓部 827 保護膜排出車 828 、 829 旋轉齒輪 830 流路 831、832、833、834、835、836 排氣口 843 安裝構件 900 液晶面板排出台 78 201005355 ^ 2023、2024 傳送機構 5021 第一側部輥 5022 第二侧部輥 5023 皮帶 5033、5034、5533、5534 搬送皮帶 702 卜 7022、7023、7024、7025、7026、7027、7028、 7029、702a、702b、702c ❹ 8251 8252 8263 8264、8265 8266 吸附墊保持台移動部線滑輪旋轉驅動力源823 gas supply unit 824 rotation shaft holding portion 825 protective film holding portion 826 protective film relief portion 827 protective film discharge vehicle 828, 829 rotary gear 830 flow path 831, 832, 833, 834, 835, 836 exhaust port 843 mounting member 900 Liquid crystal panel discharge table 78 201005355 ^ 2023, 2024 conveying mechanism 5021 first side roller 5022 second side roller 5023 belt 5033, 5034, 5533, 5534 conveying belt 702 4822, 7023, 7024, 7025, 7026, 7027, 7028 , 7029, 702a, 702b, 702c ❹ 8251 8252 8263 8264, 8265 8266 Adsorption pad holding table moving part line pulley rotating driving force source

7979

Claims

201005355 VII. Application for Patent Fan Yuan·· 1.---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- The inclined film I is described, and the optical film is attached to the display panel. 2. An optical hard to follow, characterized by:

The display panel supply mechanism transports the display panel in a state of being inclined at a predetermined angle with respect to the vertical direction. The optical film supply mechanism and the second optical film supply mechanism are disposed along the display panel along the female side. The optical contact film is conveyed in the inclined state at the two-touch position; and the optical film=attachment mechanism is constituted by the first roller mechanism and the second roller mechanism, and the first optical film supply mechanism and the second optical film supply mechanism are held. The optical film supply mechanism transports the one side of the optical film supplied to the first roller mechanism and the second roller mechanism, and presses the optical film toward the display panel side while pressing The first roller mechanism and the second roller mechanism are rotationally moved, and the optical film is attached to both sides of the display panel at almost the same time, wherein the first roller mechanism and the second roller mechanism are opposite to each other with respect to the rotation axis The display panel faces in the inclined state conveyed from the display panel supply mechanism are disposed substantially in parallel. 3. The optical film attaching device according to claim 2, wherein: the first roller mechanism and the second roller mechanism utilize first viscous rubber members and second members disposed on outer peripheral surfaces thereof A viscous rubber member is attached to hold the one-sided side of the optical film. 4. The optical film attaching device according to claim 2, wherein: the first roller mechanism and the second roller mechanism adsorb and hold the optical by a plurality of adsorption holes provided on outer peripheral surfaces thereof One side of the membrane. An optical film attaching apparatus comprising: a display panel supply mechanism that transports the display panel in a substantially horizontal state; the first optical film supply mechanism and the second optical film supply mechanism are along The optical film is conveyed in the substantially horizontal state at the positions on the upper and lower sides of the display panel to be conveyed, and the optical film attaching mechanism is constituted by the first roller mechanism and the second roller mechanism, and is held by the The first optical film supply mechanism and the second optical film are supplied to the G-feeding mechanism to transport the one-side side of the optical film supplied to the first roller mechanism and the second roller mechanism, and face the optical film The display panel side is pressurized, and the first roller mechanism and the second roller mechanism are rotationally moved, and the optical film is attached to both sides of the display panel at substantially the same time, wherein the first The roller mechanism and the second roller mechanism are substantially the same as the display panel surface of the substantially horizontal state conveyed from the display panel supply mechanism by the rotation axis Line mode, the display positions arranged along the upper and lower sides of the panel. The optical film attachment device according to claim 5, wherein: the first roller mechanism and the second roller mechanism utilize a first viscous rubber member and a first surface disposed on an outer circumferential surface thereof A two-adhesive rubber member is attached to hold the one-sided side of the optical mold. 7. The optical film attaching device according to claim 5, wherein: the first roller mechanism and the second roller mechanism adsorb and hold the plurality of adsorption holes provided on an outer circumferential surface thereof One side of the optical film. 8. An optical film attaching device for attaching an optical film to a display panel for transporting and moving, characterized in that the optical film attaching mechanism includes a rotating shaft with respect to the display panel to be transported The cylindrical roller mechanism disposed at least in a substantially parallel manner on one side has a plurality of positions on the outer circumferential surface of the roller mechanism along the linear cavity portion, that is, the position corresponding to the size of the optical film The adsorption boring which adsorbs and holds the vicinity of the front end portion and the rear end portion of the optical film, and presses the roller mechanism while pressing the optical film toward the display panel side. The optical film is attached to the display panel, wherein the linear cavity portion is formed in the cylindrical wall thickness portion and is substantially parallel to the rotation axis. 9. An optical film attaching apparatus comprising: a display panel supply mechanism 'transporting a display panel in a substantially vertical state; a first optical film supply mechanism and a second optical film supply mechanism; Moving 82 201005355 r The left and right sides of the display panel are conveyed to convey the optical film in a substantially vertical state; the optical film attaching mechanism is rolled by the first cylindrical roller mechanism and the second circular shape According to the mechanism, the outer circumferential surface of the first circularly-shaped roller mechanism and the second cylindrical roller mechanism along the linear cavity portion, that is, the position corresponding to the size of the optical film a plurality of front ends of the optical film to be transported and supplied to the first cylindrical roll mechanism and the second cylindrical roll mechanism from the first optical film supply mechanism and the second optical film supply mechanism The adsorption film is adsorbed and held on one side of the rear end portion, and the optical film is applied to the optical film by the first cylindrical roller mechanism and the second cylindrical roller mechanism. The first cylindrical drum mechanism and the second cylindrical drum mechanism are rotationally moved while being pressed toward the display panel side, and the optical film is attached to the display panel almost simultaneously. On both surfaces, the first cylindrical drum mechanism and the second cylindrical drum mechanism are substantially parallel to each other with respect to the display panel surface conveyed from the display panel supply mechanism. Arranging that the linear cavity portion is formed in a wall thickness portion of the first cylindrical roller mechanism and the second cylindrical roller mechanism and substantially parallel to the rotation axis; and the display panel discharge mechanism 'will The display panel is discharged in a substantially vertical state in which the optical film is attached to both surfaces in accordance with the optical film attaching operation of the optical film attaching mechanism. 10. The optical film attaching device according to claim 8 or claim 9, wherein: 83 201005355 mechanism joint = retaining r adsorption is maintained at __ The optical film attaching mechanism is configured as follows, that is, having at least Two cavity portions are used as the adsorption holes for gripping the optical front end portion, and in the two cavity portions, the optical film is first adsorbed and held in the cavity portion The opening area of the adsorption hole on the outer peripheral side is larger than the opening area of the other adsorption hole.

An optical film attaching apparatus comprising: a display panel supply mechanism that transports a display panel conveyed in a substantially horizontal state in a substantially vertical state; the first optical film supply mechanism and the first optical film supply mechanism The optical film supply mechanism conveys the optical film placed in a substantially horizontal state in a substantially vertical state on the left and right sides of the display panel to be conveyed; a cylindrical shape roller mechanism and a second cylindrical roller mechanism, and the outer circumferential surfaces of the first cylindrical roller mechanism and the second cylindrical roller mechanism along the linear cavity portion, that is, The position corresponding to the unrecognized size includes a plurality of pairs of the first optical tube supply mechanism and the second optical film supply mechanism, and is supplied to the first-is-tube-shaped roller mechanism and the second cylindrical shape. The first cylindrical roller mechanism and the second cylindrical shape are used for the adsorption hole that is adsorbed and held by the one end side of the optical film in the vicinity of the front end portion and the rear end portion of the optical film. a drum mechanism that rotates the optical film toward the display panel side to rotate the first cylindrical roller mechanism and the second cylindrical roller mechanism, and the optical film is almost At the same time, it is attached to both sides of the 84 201005355 'display panel, wherein the first cylindrical shape roller mechanism and the second cylindrical shape roller mechanism are rotated with respect to the supply from the display panel feeder. The display panel surface is arranged substantially parallel to each other. The linear cavity portion is formed in a wall thickness portion of the first cylindrical roller mechanism and the second cylindrical roller mechanism. The rotation axis is substantially parallel; the first peeling mechanism and the second peeling mechanism peel the protective film from the optical film of the first cylindrical shape roller mechanism and the second cylindrical roller mechanism on the second cylindrical roller mechanism; The mechanism discharges the display panel in a substantially vertical state in which the optical film is attached to the optical film in accordance with the attaching operation of the optical film. An optical film attaching apparatus comprising: a display panel supply mechanism that lifts the display panel while transporting the display panel that is transported in a substantially horizontal state in the transport direction The first optical film supply mechanism and the second optical film supply mechanism erect the optical film placed in a substantially horizontal state in a substantially vertical state; ^The optical film attaching mechanism is formed by the first circle The tubular shape roller mechanism and the second circularly-opening type drum mechanism are configured to surround the outer circumferential surfaces of the first cylindrical roller mechanism and the second cylindrical roller mechanism along the linear cavity portion, that is, a position corresponding to the size of the optical film, and a plurality of pairs are transported and supplied from the first optical film supply mechanism and the second optical film supply mechanism to the first cylindrical roller mechanism and the second cylinder In the case of the shape roller mechanism, the first cylindrical shape is used for the adsorption hole that is adsorbed and held on one side of the front end portion and the rear end portion of the optical film. The tubular mechanism and the second cylindrical roller mechanism rotate the optical film toward the display panel side while rotating the first cylindrical roller mechanism and the second cylindrical roller mechanism. The optical film is attached to both sides of the display panel at substantially the same time, wherein the first cylindrical shape roller mechanism and the second cylindrical shape rolling mechanism are supplied with respect to the display panel from the rotation axis The display panel surface that is transported by the mechanism is disposed substantially parallel to each other. The linear cavity portion is formed in a wall thickness portion of the first cylindrical roller mechanism and the second cylindrical roller mechanism. And being substantially parallel to the rotating shaft; the first peeling mechanism and the second peeling mechanism peeling off the protective film from the optical film adsorbed and held by the first cylindrical roller mechanism and the second cylindrical roller mechanism; a film discharge mechanism that winds the protective film peeled off by the first peeling mechanism and the second peeling mechanism, and discharges the protective film in a state of being wound up; And the display panel discharge mechanism, the display panel for receiving the optical film attachment mechanism corresponding to the optical film attachment mechanism and the substantially vertical state in which the optical film is attached to the optical film from the optical film attachment mechanism While the display panel is being transported in the transport direction, it is converted from a substantially vertical state to a substantially horizontal state and then discharged. 13. An optical film attaching apparatus comprising: a display panel supply mechanism, wherein a display panel conveyed in a horizontal state in a transport direction of the large 86 201005355 f is transported while being transported The display panel alignment mechanism is configured to convey the display panel in a substantially vertical state by using the side panel transport mechanism and the lower transport mechanism, and attach it to the front side at the same time. Positioning between the optical film on both sides of the display panel and the display panel, wherein the side transfer mechanism is provided for the display in a substantially vertical state from the display panel supply mechanism The two sides of the panel are provided in contact with each other, and the lower conveying mechanism is provided in contact with the lower end portion of the display panel; the first optical film supply mechanism and the second optical film supply mechanism are substantially The optical film placed in the horizontal state is erected to be conveyed in a substantially vertical state; the optical film attaching mechanism is formed by the first cylindrical shape a roller mechanism and a second circular shape roller mechanism, wherein the outer circumferential surface of the first cylindrical roller mechanism and the second cylindrical roller mechanism along the linear cavity portion, 0, and the optical a position corresponding to the size of the film, and a plurality of pairs of the first optical film supply mechanism and the second optical yoke supply mechanism are transported and supplied to the first cylindrical roller mechanism and the second cylindrical roller mechanism. The first film-shaped roller mechanism and the second cylindrical-shaped roller mechanism are used to face the optical film by the adsorption hole that is adsorbed and held on one side of the front end portion and the rear end portion of the optical film. In the display, the first cylindrical drum mechanism and the second cylindrical drum mechanism are rotationally moved while being pressed by the panel side, and the optical film is attached to the 87 at the same time. On both sides, the first cylindrical roller mechanism and the second cylindrical roller mechanism are rotated by the rotation axis with respect to the display from the display panel supply mechanism Substantially parallel to the panel surface is arranged, the cavity portion is formed in the straight portion of the first cylindrical wall thickness of the roller mechanism and the second cylindrical roller mechanism and substantially parallel to the rotation axis;

❹ the first peeling mechanism and the second peeling mechanism peeling the protective film from the optical film adsorbed and held by the first cylindrical roll mechanism and the second cylindrical roll mechanism; the protective film discharge mechanism The protective film peeled off by the first peeling mechanism and the second peeling mechanism is wound up, and the protective film is discharged in a wound state; 'The optical film display panel transfer mechanism is attached from the optical film The mechanism receives the display panel corresponding to the optical film attaching operation of the optical film attaching mechanism and adheres to the optical film in a substantially vertical state on both sides, and faces the display panel in the transport direction. In the transport direction, the optical panel supplied from the optical film display panel transport mechanism in a substantially vertical state is transported in the transport direction, and the surface is transported. The vertical state is changed to a substantially horizontal state and then discharged. 14. The optical film attaching device according to any one of the preceding claims, wherein the optical film attaching mechanism is configured as follows, having at least two 88 201005355 if cavity portions as An adsorption hole for adsorbing and holding the front end portion of the optical film, and the first of the two cavity portions for adsorbing and holding the optical film is placed on the outer peripheral side surface of the cavity portion The opening area of the adsorption hole is larger than the opening area of the other adsorption hole. 15. An optical film attaching apparatus comprising: a display panel supply mechanism that transports a display panel in a substantially vertical state; a first optical film supply mechanism and a second optical film supply mechanism; The optical film is conveyed substantially vertically in the left and right sides of the display panel to be transported, and the optical film attaching mechanism uses the first cylindrical roller mechanism and the second cylindrical roller mechanism The first cylindrical roll mechanism and the second cylindrical roll mechanism are rotationally moved while the optical film is pressed toward the display panel side, and the optical film is attached at almost the same time. On both surfaces of the display panel, the first cylindrical roller mechanism and the second cylindrical roller mechanism are rotated by the rotation axis with respect to the display from the display panel supply mechanism. The panel faces are arranged in a substantially parallel manner and are sized such that the optical film can be wound without overlapping the front end portion and the rear end portion of the optical film; Panel shows discharging means, corresponding to the operation of the optical film is attached to the attaching means of the optical film and the double-sided attached substantially perpendicular to the optical state of discharge display panel film. B-- an optical film attaching device for attaching an optical film to a display panel for transporting and moving, characterized in that: 89 201005355 if the optical film attaching mechanism includes a rotating shaft with respect to the display Face (4) at least one side of the substantially parallel side of the arrangement = the cylinder mechanism 'on the outer peripheral surface of the roller mechanism is provided with a miscellaneous member that is held tightly against the light" - facing the county purchase direction = display panel The side is pressurized, and the roller mechanism is rotated to attach the optical film to the display panel. 17. An optical film attachment device characterized by comprising

The display panel supply mechanism transports the display panel in a substantially vertical state; the first optical film supply mechanism and the second optical film supply mechanism carry the optical film on the left and right sides of the displayed display panel The optical film attaching mechanism ' is disposed first in a state in which the rotational axis is substantially parallel to the display panel surface that is transported from the display panel supply mechanism. The roller mechanism and the second roller mechanism include a first viscous rubber member and a second viscous rubber member that respectively hold the first optical film and the second optical film in contact with each other on an outer circumferential surface of the roller mechanism. The first optical film and the second optical film are pressed toward the display panel side, and the first roller mechanism and the second roller mechanism are rotated to thereby form the first optical film and The second optical film is attached to both sides of the display panel almost simultaneously. 18. The optical film attachment device of claim 16, wherein: the peeling mechanism comprises a peeling mechanism for peeling off the protective film from the optical film held against the member of the viscous rubber 201005355. 19. An optical film attaching method, wherein an optical film is attached to a conveyed display panel, wherein the optical film is adhered to a viscous rubber member, and an optical film is faced The display panel side is pressurized, and the roller mechanism is rotated, thereby attaching the optical film to the display panel, wherein the viscous rubber member is disposed on a rotating axis relative to the The outer peripheral surface of the roller mechanism which is disposed so that at least one surface of the display panel that is moved is substantially parallel. 20. The optical film attachment method of the first optical film and the second optical film which are supplied in a substantially vertical state in the left and right sides of the display panel which is transported and moved in a state of being substantially vertically erected Attached to both sides of the display panel at the same time, the first optical film and the second optical film are closely held on the first viscous rubber member and the second viscous rubber member, Facing the first optical film and the second optical film, the first optical film and the second optical film are pressed toward the display panel side, and the first roller mechanism and the second roller mechanism are rotated, whereby the first optical film and the first optical film are The second precursor film is attached to both sides of the display panel at substantially the same time, wherein the first viscous rubber member and the second viscous rubber member are disposed on the display for moving with respect to the conveyance axis by the rotation axis The outer peripheral surfaces of the first roller mechanism and the second roller mechanism are disposed such that the left and right sides Φ of the panel are substantially parallel. The optical film attaching method according to claim 19, wherein: 201005355 f peels the protective film from the optical film held tightly on the viscous rubber member. A manufacturing method of a panel for display, characterized in that: film attachment === optical 7-arrangement according to any one of items 1 to 18, or optical as described in claim 19 to 2 Membrane attachment method to attach the optical chess stick to the display

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