玖、發明說明 【發明所屬之技術領域】 本發明實施例大致係關於一種偏光板黏接設備（a polarizer attachment apparatus)’ 用以在一 tft_LCD製造過程 中黏接一 LCD胞及一偏光板。 【先前技術】 近年來，在資訊導向的現代社會中，曰趨盛行以LCD 作為一種資訊顯示元件。究其原因，係因L C D具有體型小、 重量輕、耗電量低等優點，因此，成為可克服習知陰極射線 管（Cathode Ray Tube，CRT)的一種最佳選擇。此外，[CD的 應用層面也愈來愈廣泛。 一般來說，傳統LCD係藉由和一使用者直接產生介面 的方式而以一 LCD胞在螢幕上顯示其内部電子訊號。在此種 狀況下’該LCD胞係由一上方及一下方基板夾著一層lcd 所共同組成的。 此時，一偏光板係黏接在形成該LCD胞之上方及下方 基板的最外部表面上。該偏光板可選擇性地只讓在某一方向 上與其產生強烈共振的光線通過，以幫助該LCD胞產生最佳 的顯示影像。 ^ 偏光板的黏接工作係自動進行時，一般都使用一偏 光板黏接設備來進行。該偏光板黏接設備一般來說包括一黏 接滾筒（an attachment roller)，一偏光板供應單元（a p〇larizer supply unit)及一 LCD 胞供應單元（a LCD ceU supply 。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention generally relates to a polarizer bonding apparatus (a polarizer bonding apparatus) for bonding a LCD cell and a polarizing plate in a tft_LCD manufacturing process. [Prior Art] In recent years, in the information-oriented modern society, LCD has become popular as an information display component. The reason is that L C D has the advantages of small size, light weight, low power consumption, etc., so it is an excellent choice to overcome the conventional cathode ray tube (CRT). In addition, [the application level of CD is becoming more and more extensive. In general, a conventional LCD displays its internal electronic signals on a screen by an LCD cell by directly creating an interface with a user. In this case, the LCD cell is composed of an upper layer and a lower substrate sandwiched by a layer of lcd. At this time, a polarizing plate is bonded to the outermost surface of the substrate above and below the LCD cell. The polarizer can selectively pass only light that strongly resonates with it in a certain direction to help the LCD cell produce an optimal display image. ^ When the bonding work of the polarizing plate is performed automatically, it is generally carried out using a polarizing plate bonding device. The polarizing plate bonding apparatus generally comprises an attachment roller, a polarizer supply unit and an LCD cell supply unit (a LCD ceU supply).
1275838 該黏接滾筒乃是一種用來在該LCD胞之兩面上加壓並黏接 上該偏光板的元件。該LCD胞供應單元則是一種用來在該加 壓滾筒之間供應該LCD胞的元件。此外，該偏光板供應單元 則是一種用來加載、移動及供應該偏光板至該LCD胞之一黏 接位置上的元件。 同樣的，當該加壓滾筒及該偏光板供應單元係單獨提供 時，該偏光板供應單元係在該偏光板供應位置與黏接位置之 間往返而使此一供應過程可持續進行。但是，如果該偏光板 供應單元在供應偏光板的同時，必須不斷移動位置，將很難 正確地調整其供應位置及供應時間。因此，如果該偏光板的 供應位置及供應時間未被正確地調整，則會增加在偏光板黏 接位置上的失誤率。此外，隨著目前所用LCD尺寸愈來愈大 的同時，這個問題也變得更嚴重。 【内容】 本發明目的之一係提供一種偏光板黏接設備，其可同時 將一偏光板黏接至一 LCD胞的一上方及一下方表面上。 依據本發明一特定實施態樣，提供一種偏光板設備，包 含一偏光板黏接模組，用以同時黏接一偏光板至以水平方向 供應之一 LCD胞的一上方及一下方表1275838 The bonding roller is an element for pressing and bonding the polarizing plate on both sides of the LCD cell. The LCD cell supply unit is an element for supplying the LCD cell between the press rolls. Further, the polarizing plate supply unit is an element for loading, moving and supplying the polarizing plate to one of the bonding positions of the LCD cell. Similarly, when the pressure roller and the polarizing plate supply unit are separately provided, the polarizing plate supply unit reciprocates between the polarizing plate supply position and the bonding position to make the supply process sustainable. However, if the polarizing plate supply unit has to constantly move the position while supplying the polarizing plate, it will be difficult to properly adjust its supply position and supply time. Therefore, if the supply position and supply time of the polarizing plate are not properly adjusted, the error rate at the bonding position of the polarizing plate is increased. In addition, this problem has become more serious as the size of LCDs currently used has grown larger. [Contents] One of the objects of the present invention is to provide a polarizing plate bonding apparatus which can simultaneously bond a polarizing plate to an upper surface and a lower surface of an LCD cell. According to a specific embodiment of the present invention, a polarizing plate device is provided, comprising a polarizing plate bonding module for simultaneously bonding a polarizing plate to an upper and a lower table of a LCD cell in a horizontal direction.
一胞供應模組， 其係提供在該偏光板黏接模組的前方，用以供應一 lcd胞（其 對該偏光板黏接模組而言係成水平狀態）；一偏光板供應模 分別供應一偏光 ;及一胞釋放模 、、且 ^供在該偏光板黏接模組之一側，用以 板至該偏光板黏接模組的上方及下方部分 6a unit supply module, which is provided in front of the polarizing plate bonding module for supplying an lcd cell (which is horizontally attached to the polarizing plate bonding module); Supplying a polarized light; and releasing a mold, and supplying it to one side of the polarizing plate bonding module for the upper and lower portions of the plate to the polarizing plate bonding module 6
1275838 組’用以釋放該L C D胞’其係欲以該偏光板黏接模組將偏光 板黏接於其上之該LCD胞。 本發明並不特別限於所述的技術及目的，習知技藝人士 在閱讀過以下說明後，將可更了解並未在此描述的其他目的 及優點。 -【實施方式】 本發明實施例之發明標的及特徵係涵蓋在以下詳細說 明及圖示中。 依據一例示實施例，一偏光板黏接設備係繪示於第1圖 中’其包含一偏光板黏接模組1 0 0，一胞供應模組2 0 0，一偏 光板供應模組300及一胞釋放模組400。 首先，該偏光板黏接模組1 00乃是一種用來同時黏接一 偏光板至一 LCD胞之上方及下方表面上的元件，其中每一偏 光板都係以水平方式提供。 依據一例示的實施方式，該偏光板黏接模組1 〇 〇包括一 黏接滾筒110、一偏光板饋入單元120及一保護層剝離單元 130。首先，該黏接滚筒係一種用來在該LCD胞之上方及下方 表面上黏接上該偏光板的元件。該黏接滚筒110，如第2圖所 繪示，包括兩個彼此平行且以一上一下方式排列的圓柱形滾 筒，該些圓柱形滾筒的一個週邊彼此接觸，並在兩滾筒彼此 相對的一方向施予一固定大小的力量。因此，可在通過該兩 滾筒之間的一特定元件上施予一固定量的壓力。此時，該些 7 1275838 '穿_係以可改變該些滾筒間之一間距（an interval)，使得一特 疋疋件可通過之方式的構造來提供。一壓力供應單元（未示 出）’其係以一彈性元件在兩滾筒彼此相對的一個方向上對該 兩泼筒施以一固定大小的力量。該壓力供應單元係以分別可 、 和該黏接滚筒110之上方部及下方部連接的方式被提供。此 外’該壓力供應單元藉由往該黏接滾筒11〇彼此相對的方向 推擠該黏接滾筒Π 0，而能永遠在該上方及下方滾筒u 〇之一 # 接觸面上施予一固定量的壓力。 在一例示的實施例中，一 LCD胞（L)及一偏光板（P)會通 過該黏接滾筒11〇，且該偏光板（P)會因為該黏接滾筒u〇上的 壓力而被迫接觸該LCD胞（L)。當該LCD胞（L)及該偏光板（P) 正在通過該黏接滾筒110時，即使該上方及下方黏接滾筒110 間的間隔被改變，該壓力供應單元也還是可以在該黏接滾筒 110間施予一固定大小量的壓力。 同時，一饋入的偏光板（P)會以一種纏繞該黏接滾筒u〇 • 一週邊的方式進入。由於該偏光板本身具有極高的彈性，因 ， 此當該黏接滾筒110拉動該偏光板時，該偏光板在被.彎曲的 同時也會纏繞在該黏接滚筒110上。因此，在例示的實施方 式中’當該偏光板被纏繞在該黏接滾筒li〇的同時，該偏光 板（P)也會被黏接在該LCD胞（L)上。， 因此’在例示的實施方式中’更提供一偏光板吸附單元 (a polarizer adsorption unit)，使得被饋入至該黏接滚筒11〇 的該偏光板可被轉動並在不與該黏接滾筒uo分離的狀態下 8 1275838 保持纏繞在該黏接滾筒1 1 〇的狀態。該偏光板吸附單元丨丨2使 用一種真空吸附力量，以將該偏光板（ρ)吸附在該黏接滾筒 11 〇的周邊上。因此，在例示的實施方式中，該偏光板吸附 單元11 2包括一吸附孔11 2a其係穿過該黏接滚筒11 〇 一週邊之 厚度方向而形成；及一入口幫浦（未視出）用以誘導空氣通過 該吸附孔11 2a。該黏接滾筒11 0，如第3圖所示，係與該可誘 導空氣的入口幫浦一起被提供，具有一空的圓柱形結構且被 連接至一内部空間，使得當空氣被誘導通過該吸附孔丨丨2時 可產生一吸附力量。此時，較佳是依據該偏光板來調整一吸 附力量，使其可低於在該LCD胞（L)及該偏光板（P)之間的黏 性力量，因為當該偏光板（P)被黏接在該LCD胞（L)之後，係 保持在與該黏接滾筒110分離但並未與該LCD胞（L)分開的狀 態下。 該偏光板饋入單元120是一種用來饋入偏光板的元件， 使得該偏光板（P)可被分別纏繞在該上方及下方黏接滾筒n 〇 的週邊上。該偏光板饋入單元1 2 〇，如第2圖所繪示，係分別 提供在該上方滾筒的一上方端及該下方黏接滾筒的一下方 端上。該偏光板饋入單元120包括一饋入滾筒122及一偏光板 木θ又滾清1 2 4。5亥饋入滾筒1 2 2 ’如第2圖所、纟會示，係被排列 在該黏接滚筒11 〇的一外部側，且係由彼此平行排列之往上 及往下的上方滾筒與下方滾筒組成，並藉由推動該偏光板（ρ) 穿過該上方及下方滾琦122而使該偏光板（Ρ)在該黏接滾筒 110的週邊上移動。此時，在該些饋入滾筒122中的上方滾 9 1275838 筒，如第2圖所繪示，係可往上及往下移動。因此，當該偏 光板（P) 一開始被載入時’該上方滚筒會藉由往上移動而在該 些饋入滚筒間形成一較長的間隔’使得被該偏光板供應模組 300所移動之該偏光板（P)的前端可輕易地進入該些饋入滾筒 122之間。之後’當該偏光板（P)的前端進入該些該些饋入滾 筒1 22間之後，該上方滾筒就會往下，以可靠地鎖住並固定 住該偏光板（p)的前端。之後’該些饋入滾筒122會轉動並執 行饋入，同時朝向該黏接滾筒110週邊方向來移動該偏光板 (P)。此外，如第2圖所繪示，偏光板架設滾筒124被提供在該 饋入滾筒1 22的背面，並以相隔一預定間隔將複數滾筒間隔 開來的方式設置，使得由該偏光板供應模組3 0 0所供應的該 偏光板（P)可被架設在該上方部上。 此外，該偏光板饋入單元1 2 0，如第2圖所綠示，係可接 觸該黏接滚筒110的週邊。較佳是，該偏光板饋入單元120a 更包括一黏性滾筒126，以藉由該饋入滾筒122將該偏光板（p) 的一侧端黏在該黏接滚筒110的一週邊上。當該偏光板（P)的 一前端被該饋入滚筒122往該黏接滾筒110 —週邊方向上饋 入時’該偏光板（P)即因一吸附力量（由該黏接滾筒11〇之偏光 板吸附單元所產生的吸附力量）而被吸附至該黏接滾筒u 〇的 週邊上。但是，上述的黏性滾筒126係以可接觸位於該饋入 滾筒122前面之該黏接滾筒11〇週邊的方式排列，使得該偏光 板（P)的前端可在直角方向上被吸附至該黏接滾筒11〇的一正 確位置上。因此，該偏光板（p)可黏在該黏接滾筒11〇的周邊 10 1275838 上。 接著’該保護層剝離單元130乃是一種用來將黏接在該 偏光板（P) —表面上之保護層加以剝離的元件。該偏光板（p) 的一面當然係藉由分散在該LCD胞上的黏劑而被黏在該lCD 胞上。因此，為了保護偏光板（P)上塗抹了黏劑的面，該偏光 板（P)上塗抹了黏劑的那一面必須黏上一層保護層。為了將偏 • 光板（P)黏在該LCD胞上，必須將該保護膜層剝除，因此該保 • 護層剝離單元13〇即可用來該保護膜層剝除。該保護層剝離 單元1 3 0可以一黏性膠帶自吸附在該黏接滾筒n 〇上的偏光 板（p)上將該保護膜層剝除。因此，該保護層剝離單元13〇係 提供在該黏接滾筒1 1 〇旁邊，且包括一剝離滾筒1 3 2及一黏性 膠帶圓形滾筒134。該剝離滾筒132係排列成可接觸該黏接滾 筒110的周邊，且可轉動使該黏性膠帶（τ)被纏繞在該周邊上 以剝除該保護膜層。此外，該黏性膠帶圓形滾筒i 34係被排 列成可使兩滾筒彼此相隔一預定間距，並隨著該黏性膠帶（τ) φ 由一滾筒移動至另一滾筒時，讓該黏性膠帶可在一移動路徑 上穿過該剝離滾筒132。因此，該黏性膠帶圓形滚筒134較好 是由一驅動滾筒（a driving r〇ller)(由一驅動裝置所驅動）及 ^ 一被動滾筒（a driven roller)所構成，供應該些黏性膠帶的該 被動滾筒（a driven roller)係由驅動該驅動滾筒而被被動地轉 動。 之後該偏光板供應模組係以被往上及往下層壓的多芦 偏光板供應模組方式被提供。此外，在上方層的偏光板供應 11 1275838 模組係可提供偏光板至該上方黏接滾筒，且在下方層的偏光 板供應模組係可提供偏光板至該下方黏接滾筒。該偏光板供 應模組300係由一偏光板分離供應單元31〇及一偏光板移動 單元370所組成。該偏光板分離供應單元31〇可一個一個地分 ， 離並移動複數個、經層壓的偏光板。此外，該偏光板移動單 元3 70可移動該些經過該偏光板分離供應單元31〇所分離且 移動的偏光板，至該偏光板黏接模組丨〇〇。 ® 該偏光板分離供應單元310可逐一地分離該偏光板並將 鎖分離開的偏光板供應至該偏光板黏接設備上。該偏光板分 離供應單元310，如第6圖所繪示，包括一偏光板分離供應滾 筒312, 一偏光板複數防止移動檔板314及一偏光板複數防止 移動滾筒3 1 6。 該偏光板分離供應滾筒312可分離並供應該偏光板至該 些偏光板之最上方一側，該些偏光板係被一偏光板升高單元 320自該偏光板之一下方側將其抬高。因此，在所示範的實 • 例中，該偏光板分離供應滾筒312，如第5及6圖所繪示，具 有一圓柱形滾筒結構且係由一單獨動力來源所轉動。較佳 是，該偏光板分離供應滾筒312的一週邊係由一種當該週邊 與該偏光板接觸時可產生大量磨擦力的材料所製成，因為該 偏光板分離供應滾筒312係在轉動時分離並移動該偏光板， 因此，如果當該週邊與該偏光板接觸時之摩擦力太小，只是 讓偏光板能夠輕易地與一滾筒分離此舉，將無法使該分離且 移動偏光板的過程順利地進行。在例示的實施方式中，該偏 121275838 The group 'for releasing the L C D cell' is intended to adhere the polarizing plate to the LCD cell by the polarizing plate bonding module. The present invention is not limited to the specifics and advantages of the present invention, and other objects and advantages that are not described herein will become more apparent to those skilled in the art. - [Embodiment] The inventive objects and features of the embodiments of the present invention are included in the following detailed description and drawings. According to an exemplary embodiment, a polarizing plate bonding device is illustrated in FIG. 1 and includes a polarizing plate bonding module 100, a cell supply module 200, and a polarizing plate supply module 300. And a cell release module 400. First, the polarizing plate bonding module 100 is an element for simultaneously bonding a polarizing plate to upper and lower surfaces of an LCD cell, wherein each polarizing plate is provided in a horizontal manner. According to an exemplary embodiment, the polarizing plate bonding module 1 includes an adhesive roller 110, a polarizing plate feeding unit 120, and a protective layer peeling unit 130. First, the bonding roller is an element for bonding the polarizing plate to the upper and lower surfaces of the LCD cell. The bonding roller 110, as shown in FIG. 2, comprises two cylindrical rollers which are parallel to each other and arranged in a top-down manner, one periphery of the cylindrical rollers is in contact with each other, and the two rollers are opposite each other. The direction is given a fixed amount of strength. Thus, a fixed amount of pressure can be applied across a particular component between the two rollers. At this time, the 7 1275838 'wearing' can change the interval between the rollers so that a special piece can be provided by the configuration. A pressure supply unit (not shown) employs a resilient member to apply a fixed amount of force to the two cartridges in a direction in which the rollers are opposed to each other. The pressure supply unit is provided separately from the upper and lower portions of the bonding drum 110. In addition, the pressure supply unit can always apply a fixed amount to the contact surface of the upper and lower rollers u 藉 by pushing the bonding roller Π 0 in a direction opposite to the bonding roller 11 〇. pressure. In an exemplary embodiment, a LCD cell (L) and a polarizing plate (P) pass through the bonding roller 11, and the polarizing plate (P) is pressed by the pressure on the bonding roller u〇. Forced contact with the LCD cell (L). When the LCD cell (L) and the polarizing plate (P) are passing through the bonding roller 110, even if the interval between the upper and lower bonding rollers 110 is changed, the pressure supply unit can still be in the bonding roller. 110 is given a fixed amount of pressure. At the same time, a feed-in polarizing plate (P) enters in such a manner as to wrap around the bonding roller. Since the polarizing plate itself has extremely high elasticity, when the bonding roller 110 pulls the polarizing plate, the polarizing plate is also wound around the bonding roller 110 while being bent. Therefore, in the illustrated embodiment, the polarizing plate (P) is also adhered to the LCD cell (L) while the polarizing plate is wound around the bonding roller. Therefore, in the illustrated embodiment, a polarizer adsorption unit (a polarizer is provided), so that the polarizing plate fed to the bonding roller 11 can be rotated and not attached to the bonding roller. 8 1275838 remains entangled in the state of the bonding roller 1 1 分离 in the state of uo separation. The polarizing plate adsorption unit 丨丨 2 uses a vacuum suction force to adsorb the polarizing plate (ρ) on the periphery of the bonding roller 11 。. Therefore, in the illustrated embodiment, the polarizing plate adsorption unit 11 2 includes an adsorption hole 11 2a formed through a thickness direction of the periphery of the bonding roller 11; and an inlet pump (not shown) It is used to induce air to pass through the adsorption hole 11 2a. The bonding roller 110, as shown in Fig. 3, is provided together with the inducible air inlet pump, has an empty cylindrical structure and is connected to an internal space such that when air is induced through the adsorption When the hole is 2, an adsorption force can be generated. At this time, it is preferable to adjust an adsorption force according to the polarizing plate so as to be lower than the viscous force between the LCD cell (L) and the polarizing plate (P), because when the polarizing plate (P) After being adhered to the LCD cell (L), it is kept in a state of being separated from the bonding roller 110 but not separated from the LCD cell (L). The polarizing plate feeding unit 120 is an element for feeding the polarizing plate so that the polarizing plate (P) can be wound around the periphery of the upper and lower bonding rollers n 分别 , respectively. The polarizing plate feeding unit 1 2 〇, as shown in Fig. 2, is respectively provided on an upper end of the upper roller and a lower end of the lower bonding roller. The polarizing plate feeding unit 120 includes a feeding roller 122 and a polarizing plate wood θ and is rolled off 1 2 4 . The 5 liter feeding roller 1 2 2 ', as shown in FIG. 2, is shown in the figure. An outer side of the bonding roller 11 is composed of an upper roller and an upper roller which are arranged upward and downward in parallel with each other, and pushes the polarizing plate (ρ) through the upper and lower rollers 122 The polarizing plate (Ρ) is moved on the periphery of the bonding drum 110. At this time, the upper roller 9 1275838 cylinders in the feed rollers 122, as shown in Fig. 2, can be moved up and down. Therefore, when the polarizing plate (P) is initially loaded, the upper roller will form a long interval between the feeding rollers by moving upwards, so that the polarizing plate supply module 300 is The front end of the polarizing plate (P) that moves is easily inserted between the feed rollers 122. Thereafter, after the leading end of the polarizing plate (P) enters between the feeding rollers 12, the upper roller is lowered downward to securely lock and fix the front end of the polarizing plate (p). Thereafter, the feed rollers 122 are rotated and feed is performed while moving the polarizing plate (P) toward the peripheral direction of the bonding drum 110. Further, as shown in Fig. 2, a polarizing plate erecting roller 124 is provided on the back surface of the feeding roller 12, and is disposed in such a manner as to space the plurality of rollers at a predetermined interval, so that the polarizing plate is supplied with the mode. The polarizing plate (P) supplied from the group 300 can be mounted on the upper portion. Further, the polarizing plate feeding unit 120 is, as shown in Fig. 2, green, and is in contact with the periphery of the bonding roller 110. Preferably, the polarizing plate feeding unit 120a further includes an adhesive roller 126 for adhering one end of the polarizing plate (p) to a periphery of the bonding roller 110 by the feeding roller 122. When a front end of the polarizing plate (P) is fed by the feeding roller 122 to the peripheral direction of the bonding roller 110, the polarizing plate (P) is subjected to an adsorption force (by the bonding roller 11) The adsorption force generated by the polarizing plate adsorption unit is adsorbed to the periphery of the bonding roller u 〇. However, the above-mentioned viscous roller 126 is arranged so as to be in contact with the periphery of the bonding roller 11 in front of the feeding roller 122, so that the front end of the polarizing plate (P) can be adsorbed to the adhesive in a right angle direction. Connected to a correct position of the drum 11〇. Therefore, the polarizing plate (p) can be adhered to the periphery 10 1275838 of the bonding roller 11 . Next, the protective layer peeling unit 130 is an element for peeling off the protective layer adhered to the surface of the polarizing plate (P). One side of the polarizing plate (p) is of course adhered to the lCD cell by an adhesive dispersed on the LCD cell. Therefore, in order to protect the surface on which the adhesive is applied to the polarizing plate (P), the side to which the adhesive is applied on the polarizing plate (P) must be adhered with a protective layer. In order to adhere the polarizing plate (P) to the LCD cell, the protective film layer must be peeled off, so that the protective layer peeling unit 13 can be used for stripping the protective film layer. The protective layer peeling unit 1 30 can peel the protective film layer from a polarizing plate (p) adsorbed on the bonding roller n 一 by an adhesive tape. Therefore, the protective layer peeling unit 13 is provided beside the bonding roller 1 1 , and includes a peeling roller 133 and a viscous tape circular roller 134. The peeling roller 132 is arranged to be in contact with the periphery of the bonding roller 110, and is rotatable such that the adhesive tape (τ) is wound around the periphery to peel off the protective film layer. Further, the viscous tape circular drum i 34 is arranged such that the two rollers are spaced apart from each other by a predetermined interval, and when the viscous tape (τ) φ is moved from one roller to the other roller, the viscous property is allowed The tape can pass through the peeling roller 132 on a moving path. Therefore, the adhesive tape circular roller 134 is preferably composed of a driving roller (driven by a driving device) and a driven roller to supply the adhesiveness. The driven roller of the tape is passively rotated by driving the drive roller. The polarizing plate supply module is then provided in a multi-lure polarizer supply module that is laminated up and down. In addition, the polarizing plate supply in the upper layer 11 1275838 module can provide a polarizing plate to the upper bonding roller, and the polarizing plate supply module in the lower layer can provide a polarizing plate to the lower bonding roller. The polarizing plate supply module 300 is composed of a polarizing plate separation supply unit 31 and a polarizing plate moving unit 370. The polarizing plate separation supply unit 31 can separate and move a plurality of laminated polarizing plates one by one. In addition, the polarizing plate moving unit 3 70 can move the polarizing plates separated and moved by the polarizing plate separating and supplying unit 31, and the polarizing plate is bonded to the module 丨〇〇. The polarizing plate separation supply unit 310 can separate the polarizing plates one by one and supply the polarizing plates separated by the locks to the polarizing plate bonding apparatus. The polarizing plate is separated from the supply unit 310. As shown in FIG. 6, a polarizing plate separation supply roller 312 is included. A plurality of polarizing plates prevent the moving plate 314 and a polarizing plate from preventing the moving roller 3 16 . The polarizing plate separation supply roller 312 can separate and supply the polarizing plate to the uppermost side of the polarizing plates, and the polarizing plates are raised by a polarizing plate raising unit 320 from a lower side of the polarizing plate. . Thus, in the illustrated embodiment, the polarizer separates the supply roller 312, as illustrated in Figures 5 and 6, having a cylindrical roller structure and rotated by a separate power source. Preferably, a periphery of the polarizing plate separation supply roller 312 is made of a material which can generate a large amount of friction when the periphery is in contact with the polarizing plate, because the polarizing plate separation supply roller 312 is separated when rotated. And moving the polarizing plate, therefore, if the frictional force when the periphery is in contact with the polarizing plate is too small, only the polarizing plate can be easily separated from a roller, the process of separating and moving the polarizing plate cannot be smoothly performed. Conducted. In the illustrated embodiment, the bias 12
1275838 光板分離供應滾筒312，如第6圖所繪示，因為被轉動而接觸 複數個、經層壓之偏光板的一最上方端，而與上方面陣列排 列之偏光板的一最外表面接觸。因此，在最外面的偏光板即 可由該偏光板分離供應滾筒312所移動。 同時，可應用該偏光板分離供應滾筒3 1 2以提供各種標 準的偏光板。因此，該偏光板分離供應滚筒312之長度，如 第7圖所繪示，係較該偏光板及該偏光板複數防止移動滾筒 3 1 6的長度來得短，並在依據一偏光板大小來改變其位置時 執行工作。因此，該偏光板分離供應滾筒312之長度，如第7 圖所繪示，係可往上及往下，並在水平面方向上移動。為了 改變該偏光板分離供應滾筒312之位置，先將該偏光板分離 供應滾筒312移動到一最上方的位置，使其與該偏光板複數 防止移動滾筒3 1 6或類似物分開來。此外，藉由在水平方向 上移動而將該偏光板分離供應滾筒3 1 2送到一欲求位置，之 後再下降以和該偏光板複數防止移動滾筒31 6接觸。 此外，在該偏光板分離供應滾筒3丨2下方側設置該偏光 板複數防止移動檔板314以防止除了在最上面的偏光板以外 的其他偏光板被該偏光板分離供應滾筒312所移動。較佳 是’將該偏光板複數防止移動檔板3丨4排列成可以一預定間 距和該偏光板分離供應滾筒3丨2相隔的方式，且其間的相隔 間距約為該偏光板的厚度。換言之，最好是將該滚筒312與 該檔板3 1 4間隔排列成可容許一個偏光板（而非兩個偏光板） 通過的距離。 13 1275838 此外’當二或多個偏光板被該偏光板分離供應滾筒3 j 2 移動時’該偏光板複數防止移動滾筒316可防止一下方偏光 板被移動。因此，該偏光板複數防止移動滾筒316，如第6圖 所、9示’係設置在該偏光板複數防止移動檔板3 1 4的背面， 使得當二或多個偏光板被移動時，其不會被該偏光板複數防 止移動檔板3 1 4所防止，並可再次將偏光板分離開來。在例 不的實施方式中，該偏光板複數防止移動滾筒3丨6係排列成 可接觸該偏光板分離供應滾筒3丨2週邊的方式。此外，該偏 光板複數防止移動滾筒3丨6係由可轉動的滾筒（但只在轉動力 里超過一固定大小時才會轉動）組成。換言之，因為該些滚筒 可被轉動，但本身又具備某種程度之防止轉動的力量，因此 該些滚筒係設置成只在所施予的轉動力量超過該防止轉動 力量時才會轉動。因此，該偏光板複數防止移動滚筒3丨6係 由與該偏光板分離供應滾筒312接觸，且被轉動的該偏光板 分離供應滾筒3 1 2所轉動之被動滚筒所組成。此時，由於該 偏光板複數防止移動滚筒31 6可分離一或二個卡住且移動的 偏光板並防止已分開的偏光板移動，該些該偏光板複數防止 移動滾筒3 1 6係設置成只可被一超過偏光板之間黏性力量的 固定力量所轉動。因此，當兩個偏光板以一互相重疊狀態移 動時’因為該偏光板複數防止移動滾筒31 6並未轉動，該兩 偏光板之上方偏光板會被該偏光板分離供應滾筒312所移 動，至於下方的偏光板則不會被該偏光板複數防止移動滾筒 316所移動。因此’可將兩重疊的偏光板加以分開。相反的， 14 1275838 當一偏光板移動時，該偏光板通常係因為該偏光板分離供應 滾筒312轉動該防止移動滾筒316而能往前移動。 此外，該偏光板供應模組3〇〇更包括一偏光板升高單元 320。此偏光板升高單元32〇可抬起複數個、經層壓的偏光 板’使得最上方的偏光板可接觸該偏光板分離供應滾筒3 i 2 週邊。因此，該偏光板升高單元320係由一板322(和偏光板大 小類似）及一用以抬尚該偏光板的馬達3 2 4 (利用推擠該板 322來抬高該偏光板）所共同組成。該馬達最好是可被微調控 制。例如，可使用一 servo馬達。因此，藉由驅動該馬達324 可抬起該板322。此外，該偏光板分離供應滚筒312從上方供 應該偏光板時，其他的偏光板在被抬高的同時，還必須接觸 該偏光板分離供應滾筒312週邊。因此，馬達324可推擠該偏 光板至一最上方面以施加一固定大想的往上的力量。 之後，該偏光板供應模組300，如第4及5圖所繪示，更 包括一空氣喷灑單元330。該空氣噴灑單元33〇可從該複數 個、經層壓的偏光板之一側上，喷灑空氣至該偏光板的一個 方向上，以將該經層壓的偏光板加以分開。該複數個、經層 壓的偏光板因為其本身重量之故，因此與其鄰接的偏光板彼 此緊黏在一起。因此，最上方的偏光板必需與下方的偏光板 分開來’才能逐一地分離並供應最上方的偏光板。如第8圖 所示，該空氣噴灑單元33 0可在最上方的偏光板與其下方的 偏光板之間喷灑空氣，來幫助分開此兩偏光板。在一例示的 實例中，如第4圖所繪示，該空氣噴灑單元33〇可在相當於該 15 1275838 偏光板分離供應滾筒3丨2的高度上排成一列。 此外’如第9圖所繪示，依據本發明，在該偏光板供應 模組300中’該偏光板可以層壓在一偏光板卡匣（C)的狀態下 或可在沒有卡匣（c)下以複數個層壓的偏光板方式進行加 ， 載。若使用卡匣（C)，複數個偏光板係被層壓往上及往下，之 後將固定量的偏光板（P)加載在該卡匣（C)中，並藉由移動該 卡H(C)來載入該偏光板。因此，該偏光板供應模組3〇〇較佳 Φ 疋更包括一偏光板卡匣供應單元340，以從外部供應該卡匣 (C)進入至該偏光板供應模組3〇〇中。在一例示的實施例中， 如第4及5圖所繪示，該偏光板卡匣供應單元34〇具有一種結 構，其中複數個滾筒以一定間距相隔，並水平配置。放置在 最上面的該卡匣（C)係隨著滾筒轉動而移動。 接著，並在該偏光板卡匣供應單元3 40的一端提供一偏 光板卡E固定夾（未示出），用以固定該移動的偏光板卡匣。 當該卡E(C)以該偏光板卡匣供應單元34〇移動至最終工作位 • 置時，必須將該卡匿（C)固定，方不致在一分離供應程序中隨 便移動。因此’該偏光板卡匣固定夾可藉由和抵達最終工作 位置之該卡E下方側上的複數個點相接，而能將該卡匣（c) 加以固定。 此外，在依據本發明一實施例中的該偏光板供應模組 3 0 0中，較佳疋更&供一偏光板層偵測單元3 5 〇，以偵測被該 偏光板分離供應單元310所分離且提供的偏光板層的數目。 該偏光板層债測單元350，如第5圖所繪示，係設置在該偏光 16 1275838 板分離供應單元3 1 〇前端，且最後可偵測被該偏光板分離供 應單元310所分離且提供的偏光板的數目是否為2。 此外，在例示的實施例中，因為該偏光板層偵測單元35〇 之故而提供二或多個偏光板時，較佳是更提供一控制單元（未 示出）’用以接收該偏光板層偵測單元3 5 0之偏光板層訊號並 ’ 可反轉該偏光板分離供應滾筒312以將偏光板送回。當因為 - 偏光板分離過程中的錯誤導致同時供應二或多個偏光板 φ 時，該控制單元可藉由反轉由該錯誤訊號轉動的該偏光板分 離供應滚筒312而再次執行該偏光板的分離工作。因此，在 依據例示實例中的該偏光板供應模組3 〇〇，可完全阻擋因為 二或多個偏光板被卡住而一起供應時所可能發生的失誤。 此外，依據本發明，該偏光板供應模組3 00更包括一清 潔單元360，如第4及5圖所繪示，該清潔單元360係設置在該 偏光板層偵測單元3 5 0的前方，並清潔已被該偏光板分離供 應單元310所分離且提供的偏光板。該清潔單元36〇可在兩滚 φ 筒彼此接觸的轉動間同時將該偏光板表面上的雜質加以移 除。 一偏光板移動單元3 70乃是一種吸附移動機器臂，用以 水平移動該吸附狀態中的偏光板並固定該偏光板的一上方 表面以將其供應至該偏光板黏接模組1 〇〇 ^此時，該吸附移 動機器臂可以真空吸附力量吸附住該偏光板。此外，該吸附 移動機器臂還可沿著連接該偏光板供應模組3 00與偏光板黏 接模組100的一移動路徑移動。 171275838 The light plate separation supply roller 312, as shown in Fig. 6, is rotated to contact an uppermost end of the plurality of laminated polarizing plates, and is in contact with an outermost surface of the polarizing plate arranged in the upper array . Therefore, the outermost polarizing plate can be moved by the polarizing plate separation supply roller 312. At the same time, the polarizing plate can be applied to separate the supply roller 3 1 2 to provide various standard polarizing plates. Therefore, the length of the polarizing plate separating the supply roller 312, as shown in FIG. 7, is shorter than the length of the polarizing plate and the polarizing plate to prevent the moving roller 31, and is changed according to the size of a polarizing plate. Perform work when its position. Therefore, the length of the polarizing plate separation supply roller 312, as shown in Fig. 7, can be moved up and down and in the horizontal direction. In order to change the position of the polarizing plate separation supply roller 312, the polarizing plate separation supply roller 312 is first moved to an uppermost position to be separated from the polarizing plate plural to prevent the moving roller 3 16 or the like from being separated. Further, the polarizing plate separation supply roller 3 1 2 is sent to a desired position by moving in the horizontal direction, and then lowered to prevent the moving roller 31 6 from coming into contact with the polarizing plate. Further, the polarizing plate is provided on the lower side of the polarizing plate separation supply roller 3'2 to prevent the movement plate 314 from being prevented from being moved by the polarizing plate separation supply roller 312 except for the polarizing plate other than the uppermost polarizing plate. Preferably, the plurality of polarizing plates prevent the moving shutters 3 to 4 from being arranged at a predetermined interval apart from the polarizing plate separating supply rollers 3丨2, and the spacing therebetween is about the thickness of the polarizing plate. In other words, it is preferable that the drum 312 and the shutter 3 1 4 are spaced apart to allow a distance through which one polarizing plate (not two polarizing plates) can pass. 13 1275838 Further, when two or more polarizing plates are moved by the polarizing plate separation supply roller 3 j 2 'the polarizing plate plural prevents the moving roller 316 from preventing a lower polarizing plate from being moved. Therefore, the plurality of polarizing plates prevent the moving roller 316 from being disposed on the back surface of the polarizing plate plural movement preventing plate 3 14 as shown in FIG. 6 and 9 so that when two or more polarizing plates are moved, It is not prevented by the plurality of polarizing plates from moving the shutters 34, and the polarizing plates can be separated again. In an embodiment of the invention, the plurality of polarizing plates prevent the moving rollers 3丨6 from being arranged to contact the periphery of the polarizing plate to separate the supply rollers 3丨2. Further, the plurality of polarizing plates prevent the moving roller 3丨6 from being constituted by the rotatable drum (but only when the rotational force exceeds a fixed size). In other words, since the rollers can be rotated, but each has some degree of force to prevent rotation, the rollers are arranged to rotate only when the applied rotational force exceeds the anti-rotation force. Therefore, the plurality of polarizing plates prevent the moving roller 3丨6 from being in contact with the polarizing plate separation supply roller 312, and the rotated polarizing plate is separated from the passive roller rotated by the supply roller 31. At this time, since the plurality of polarizing plates prevent the moving roller 31 6 from separating one or two stuck and moving polarizing plates and preventing the separated polarizing plates from moving, the plurality of polarizing plates prevent the moving roller 3 16 from being set only It can be rotated by a fixed force that exceeds the viscous force between the polarizers. Therefore, when the two polarizing plates are moved in a mutually overlapping state, because the plurality of polarizing plates prevent the moving roller 316 from rotating, the polarizing plates above the two polarizing plates are moved by the polarizing plate separating supply roller 312. The lower polarizing plate is not prevented from moving by the moving roller 316 by the plurality of polarizing plates. Therefore, the two overlapping polarizing plates can be separated. Conversely, 14 1275838, when a polarizing plate is moved, the polarizing plate is usually moved forward because the polarizing plate separation supply roller 312 rotates the movement preventing roller 316. In addition, the polarizing plate supply module 3 further includes a polarizing plate raising unit 320. The polarizing plate raising unit 32 can lift a plurality of laminated polarizing plates so that the uppermost polarizing plate can contact the periphery of the polarizing plate separation supply roller 3 i 2 . Therefore, the polarizing plate raising unit 320 is composed of a plate 322 (similar in size to the polarizing plate) and a motor 3 2 4 for lifting the polarizing plate (using the plate 322 to raise the polarizing plate). Together. Preferably, the motor is micro-regulated. For example, a servo motor can be used. Therefore, the plate 322 can be lifted by driving the motor 324. Further, when the polarizing plate separation supply roller 312 is supplied with the polarizing plate from above, the other polarizing plates must be brought into contact with the periphery of the polarizing plate separation supply roller 312 while being lifted. Thus, motor 324 can push the polarizer to an uppermost level to apply a fixed upward force. Thereafter, the polarizing plate supply module 300, as shown in Figures 4 and 5, further includes an air spraying unit 330. The air spraying unit 33 can spray air from one side of the plurality of laminated polarizing plates to one direction of the polarizing plate to separate the laminated polarizing plates. The plurality of laminated polarizers have their own weights, so that the polarizing plates adjacent thereto are tightly bonded to each other. Therefore, the uppermost polarizing plate must be separated from the lower polarizing plate to separate and supply the uppermost polarizing plate one by one. As shown in Fig. 8, the air spraying unit 33 0 can spray air between the uppermost polarizing plate and the polarizing plate below it to help separate the two polarizing plates. In the illustrated example, as shown in Fig. 4, the air spraying unit 33 can be arranged in a line at a height corresponding to the 15 1275838 polarizing plate separation supply roller 3丨2. In addition, as shown in FIG. 9, according to the present invention, in the polarizing plate supply module 300, the polarizing plate can be laminated in a state of a polarizing plate (C) or can be free of cassettes (c). The addition is carried out by a plurality of laminated polarizing plates. If the cassette (C) is used, a plurality of polarizing plates are laminated upward and downward, and then a fixed amount of the polarizing plate (P) is loaded in the cassette (C), and by moving the card H ( C) to load the polarizer. Therefore, the polarizing plate supply module 3 preferably Φ further includes a polarizing plate cassette supply unit 340 for externally supplying the cassette (C) into the polarizing plate supply module 3A. In an exemplary embodiment, as shown in Figures 4 and 5, the polarizing plate cassette supply unit 34 has a structure in which a plurality of rollers are spaced apart at a certain interval and are horizontally arranged. The cassette (C) placed on the uppermost side moves as the drum rotates. Next, a polarizing plate card E fixing clip (not shown) is provided at one end of the polarizing plate cassette supply unit 340 for fixing the moving polarizing plate cassette. When the card E(C) is moved to the final working position by the polarizing plate cassette supply unit 34, the card must be fixed (C) so as not to move easily in a separate supply procedure. Therefore, the polarizing plate retaining clip can be fixed by a plurality of points on the lower side of the card E reaching the final working position. In addition, in the polarizing plate supply module 300 in accordance with an embodiment of the present invention, it is preferable to provide a polarizing plate layer detecting unit 3 5 〇 to detect the separation supply unit by the polarizing plate. 310 The number of polarizer layers separated and provided. The polarizing plate layer debt detecting unit 350, as shown in FIG. 5, is disposed at the front end of the polarized light 16 1275838 plate separation supply unit 3 1 , and finally can be detected and separated by the polarizing plate separation supply unit 310. Is the number of polarizers 2? In addition, in the illustrated embodiment, when the polarizing plate layer detecting unit 35 provides two or more polarizing plates, it is preferable to provide a control unit (not shown) for receiving the polarizing plate. The layer detecting unit 350 detects the polarizing plate layer signal and can reverse the polarizing plate separation supply roller 312 to return the polarizing plate. When two or more polarizing plates φ are simultaneously supplied due to an error in the polarizing plate separation process, the control unit can perform the polarizing plate again by reversing the polarizing plate separation supply roller 312 rotated by the error signal. Separation work. Therefore, in the polarizing plate supply module 3 according to the illustrated example, it is possible to completely block a mistake that may occur when two or more polarizing plates are jammed together. In addition, according to the present invention, the polarizing plate supply module 300 further includes a cleaning unit 360. As shown in FIGS. 4 and 5, the cleaning unit 360 is disposed in front of the polarizing plate layer detecting unit 350. And cleaning the polarizing plate that has been separated and provided by the polarizing plate separation supply unit 310. The cleaning unit 36 同时 can simultaneously remove impurities on the surface of the polarizing plate between the rotations in which the two rolls φ are in contact with each other. A polarizing plate moving unit 3 70 is an adsorption moving robot arm for horizontally moving the polarizing plate in the adsorption state and fixing an upper surface of the polarizing plate to supply the polarizing plate to the polarizing plate bonding module 1 ^ At this time, the adsorption moving robot arm can absorb the polarizing plate by vacuum suction force. In addition, the absorbing mobile robot arm can also move along a moving path connecting the polarizing plate supply module 300 and the polarizing plate bonding module 100. 17
1275838 如第1圖所繪示，該偏光板供應模組300更包括一偏光板 對齊單兀3 8 0，用以偵測及對準該已分離之偏光板的位置。 偏光板對齊單元3 80可藉由在將該已分離、已清潔的偏光板 供應至該黏接滾筒11〇之前，正確地設定位置來降低該偏光 板黏接工作的失誤率。該偏光板對齊單元38〇可在前後、左 右水平地移動該偏光板及轉動該偏光板時，調整該偏光板的 位置，並以一可視的照相機來測量該偏光板的位置。 如第1圖所繪示’該胞供應單元20 0係設置在該偏光板黏 接模組1 00的前方，並以水平狀態躺在該偏光板黏接模組1 〇〇 中的狀態來提供LCD胞（L)。該胞供應單元200係將多數水平 設置的滾筒排列在一起，並在分別轉動該些滾筒的同時，移 動及供應躺在該上方表面的該LCD胞。 較佳是，該胞供應單元200更包括一胞對準單元210，用 以調整及對齊該LCD胞的位置。該胞對準單元210係以一定間 距方式設置，使得緊鄰該多數滾筒之黏接滾筒1 〇〇的中央部 位為空的。換言之，該胞供應單元200係以可在緊鄰該胞供 應單元200之黏接滾筒100的一可往上往下移動的部分處，利 用在前後、左右方向上移動及轉動該LCD胞的方式，來調整 位置，同時並以一可視的照相機來測量該LCD胞的位置。此 外，當完成該LCD胞的對齊過程後，該胞對準單元210也會將 該LCD胞供應到該黏接滾筒1〇〇之間。此時，可正確地控制在 該LCD胞（L)被供應到該黏接滚筒100間的一時間點及當該偏 光板被轉動而纏繞在該黏接滾筒1 〇〇周邊的時間點。換言 18 1275838 之，备被轉動纏繞在該黏接滾筒11〇周邊之該偏光板（P)前端 抵達該下方黏接滾筒110上方的接觸點時，該LCD胞的上方端 係被供應至該黏接滾筒110的一接觸點上，且因此可控制該 LCD胞及該偏光板（p)，使其被正確地彼此鎖定。 之後，該胞釋放模組400，如第}圖所繪示，係被設置在 該偏光板黏接模組1〇〇的背面，並將以該偏光板黏接模組1〇〇 黏接上偏光板的LCD胞加以釋出。此時，該胞釋放模組4〇〇 • 具有一種結構，其中該複數個轉動滾筒，類似該胞供應模組 2〇〇，被水平排列，並當LCD胞躺在該些滾筒的上方部分並轉 動該些滾筒時可水平移動該LCD胞。1275838 As shown in FIG. 1 , the polarizing plate supply module 300 further includes a polarizing plate alignment unit 380 for detecting and aligning the position of the separated polarizing plate. The polarizing plate alignment unit 380 can reduce the failure rate of the polarizing plate bonding work by correctly setting the position before supplying the separated and cleaned polarizing plate to the bonding roller 11A. The polarizing plate aligning unit 38 is configured to adjust the position of the polarizing plate when the polarizing plate is horizontally moved forward and backward, left and right, and when the polarizing plate is rotated, and the position of the polarizing plate is measured by a visible camera. As shown in FIG. 1 , the cell supply unit 20 is disposed in front of the polarizing plate bonding module 100 and is horizontally placed in the polarizing plate bonding module 1 来. LCD cell (L). The cell supply unit 200 arranges a plurality of horizontally disposed rollers together and moves and supplies the LCD cells lying on the upper surface while rotating the rollers, respectively. Preferably, the cell supply unit 200 further includes a cell alignment unit 210 for adjusting and aligning the position of the LCD cell. The cell alignment unit 210 is disposed in a spaced manner such that the central portion of the bonding roller 1 紧邻 adjacent to the plurality of rollers is empty. In other words, the cell supply unit 200 is configured to move and rotate the LCD cell in the front, rear, and left and right directions at a portion that can be moved up and down in the vicinity of the bonding roller 100 of the cell supply unit 200. To adjust the position while measuring the position of the LCD cell with a visual camera. In addition, when the alignment process of the LCD cell is completed, the cell alignment unit 210 also supplies the LCD cell between the bonding rollers 1A. At this time, the timing at which the LCD cell (L) is supplied between the bonding drums 100 and the time when the polarizing plate is rotated to wrap around the periphery of the bonding roller 1 can be correctly controlled. In other words, in the case of 18 1275838, when the front end of the polarizing plate (P) which is wound around the periphery of the bonding roller 11b reaches the contact point above the lower bonding roller 110, the upper end of the LCD cell is supplied to the adhesive. A contact point of the roller 110 is attached, and thus the LCD cell and the polarizing plate (p) can be controlled to be correctly locked to each other. After that, the cell release module 400 is disposed on the back surface of the polarizing plate bonding module 1〇〇 as shown in the figure, and is bonded to the polarizing plate bonding module 1 The LCD cell of the polarizing plate is released. At this time, the cell release module 4 has a structure in which the plurality of rotating rollers, similar to the cell supply module 2, are horizontally arranged, and when the LCD cells are lying on the upper portion of the rollers and The LCD cells can be moved horizontally as the rollers are rotated.
如上述’依據本發明的偏光板黏接設備可在水平方向上 移動該LCD胞的同時，將偏光板黏接在該LCD胞的上方及下 方表面上。明確的說，因為該偏光板係被同時黏接在該lcD 胞（L)的兩個表面，因此可大幅降低製造時間及製造設備所佔 的底面積。 • 雖然本發明已藉較佳實施例詳述於上，但習知技藝人士 應能了解本發明尚有許多變化，其仍屬於附隨之申請專利範 圍的範疇。 【圖式簡單說明】 第1圖為依據本發明實施例之一偏光板黏接設備的示意 圚， 第2圖示出依據本發明實施例之一偏光板黏接模組之結 19As described above, the polarizing plate bonding apparatus according to the present invention can adhere the polarizing plate to the upper and lower surfaces of the LCD cell while moving the LCD cell in the horizontal direction. Specifically, since the polarizing plate is simultaneously bonded to both surfaces of the lcD cell (L), the manufacturing time and the bottom area occupied by the manufacturing equipment can be drastically reduced. Although the present invention has been described in detail with reference to the preferred embodiments, it will be understood by those skilled in the art that many variations of the present invention are still in the scope of the appended claims. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic diagram of a polarizing plate bonding apparatus according to an embodiment of the present invention, and FIG. 2 is a view showing a junction of a polarizing plate bonding module according to an embodiment of the present invention.
1275838 構不意圖， 第3圖示出依據本發明實施例之一黏接滚筒之結構示意 圖； 第4圖示出依據本發明實施例之一偏光板供應模組之侧 面圖； 第5圖示出依據本發明實施例之一偏光板供應模組的平 面圖； 第6圖示出依據本發明實施例之一偏光板分離及供應單 元的結構側面圖； 第7圖示出依據本發明實施例用來驅動一偏光板分離及 供應滾筒的驅動圖； 第8圖示出依據本發明實施例一空氣喷灑單元的驅動 圖；及 第9圖顯示出一偏光板卡匣結構的示意圖。 【主要元件符號說明】 100 偏光板黏接模組 110 黏接滾筒 112 偏光板吸附單元 120 偏光板饋入單元 122 饋入滚筒 124 偏光板架設滾筒 126 黏性滾筒 130 保護層剝離單元 132 剝離滾筒 134 黏性膠帶圓形滚筒 200 胞供應模組 210 胞對準單元 300 偏光板供應模組 310 偏光板分離供應單元 312 偏光板分離供應滚筒 314 偏光板複數防止移動檔板 20 1275838 316 偏光板複數防止移動滾筒 320 偏光板升高單元 322 板 324 馬達 330 空氣喷灑單元 340 偏光板卡匣供應單元 350 偏光板層偵測單元 360 清潔單元 370 偏光板移動皁元 380 偏光板對齊單元 400 胞釋放模組 L LCD胞 P 偏光板 C 偏光板卡匣1275838 is not intended, FIG. 3 is a schematic view showing the structure of a bonding roller according to an embodiment of the present invention; FIG. 4 is a side view showing a polarizing plate supply module according to an embodiment of the present invention; A plan view of a polarizing plate supply module according to an embodiment of the present invention; FIG. 6 is a side view showing a structure of a polarizing plate separating and supplying unit according to an embodiment of the present invention; FIG. 7 is a view showing an embodiment of the present invention according to an embodiment of the present invention; Driving diagram of a polarizing plate separating and supplying roller; FIG. 8 is a driving diagram of an air spraying unit according to an embodiment of the present invention; and FIG. 9 is a schematic view showing a structure of a polarizing plate. [Main component symbol description] 100 Polarizing plate bonding module 110 Bonding roller 112 Polarizing plate adsorption unit 120 Polarizing plate feeding unit 122 Feeding roller 124 Polarizing plate erecting roller 126 Adhesive roller 130 Protective layer peeling unit 132 Peeling roller 134 Adhesive tape circular roller 200 cell supply module 210 cell alignment unit 300 polarizing plate supply module 310 polarizing plate separation supply unit 312 polarizing plate separation supply roller 314 polarizing plate plural to prevent moving baffle 20 1275838 316 polarizing plate plural to prevent movement Roller 320 Polarizing plate raising unit 322 Plate 324 Motor 330 Air spraying unit 340 Polarizing plate cassette supply unit 350 Polarizing plate layer detecting unit 360 Cleaning unit 370 Polarizing plate moving soap element 380 Polarizing plate alignment unit 400 Cell release module L LCD cell P polarizing plate C polarizing plate card
21twenty one