201040101 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種板狀體之載置方法、間隔紙及間隔紙 之供給裝置’本發明特別係關於一種使間隔紙位於板狀體 • 與板狀體之間而將複數塊板狀體載置於托板上之板狀體之 、 載置方法、位於板狀體間之間隔紙、及將該間隔紙供給至 板狀體之供給裝置。 【先前技術】 Ο 於專利文獻1中揭示有一種將作為板狀體之玻璃板縱向 放置地積層複數塊而加以收納之托板。該托板係由載置有 玻璃板之底邊部之載置台、及傾斜支撐玻璃板之背面的背 面支撐體等而構成《於該托板中所收納之各個玻璃板之間 插入有間隔紙，藉由該間隔紙而防止因玻璃板彼此直接接 觸所引起之玻璃板之損傷。 又’藉由下述間隔紙之供給裝置，將間隔紙切割成較玻 璃板稍大之大小，並於托板上之玻璃板之積層狀態自 玻璃板之上邊部向上方突出特定量。該已突出之間隔紙於 自托板取出玻璃板時藉由間隔紙吸附機構而吸附保持。 即，藉由間隔紙吸附機構而吸附保持已突出之間隔紙之 後，藉由玻璃板吸附機構來吸附玻璃板。並且，利用機器 •人來移動玻璃板吸附機構，藉此自間隔紙上剝離玻璃板並 自托板上取出該玻璃板。藉由此種玻璃板吸附機構之移動 動作及間隔紙吸附機構之吸附保持動作，於托板上積層過 程中被擠壓而相互密接之玻璃板可容易地自間隔紙上八 144479.doc 201040101 離。再者，藉由機器人移動間隔紙吸附機構，而將藉由間 隔紙吸附機構所吸附保持之間隔紙自下一玻璃板上J離。 另一方面，於專利文獻2中揭示有一種對於玻璃板之間 隔紙之供給裝置。 忒供給裝置係向連續移動之玻璃板之上表面供給間隔紙 之裝置，且係以與玻璃板之移動速度相同之速度送出輥狀 捲繞之間隔紙，將所送出之間隔紙以較玻璃板稍長之尺寸 切割，並將所切割之間隔紙供給並載置於玻璃板之上表 面。以此方式載置有間隔紙之玻璃板係與間隔紙一併藉由 機器人之吸附機構所吸附，並藉由使機器人動作而一塊— 塊地積層於上述托板上。 作為位於玻璃板間之間隔紙，於專利文獻1中揭示有一 種树月日含量為 0.1°/。以下（jIS(japanese industrial Standards， 曰本工業標準）P 8205(1976年））、且平滑度為20秒以下 (JIS P 8119(1976年））之間隔紙，又，於專利文獻3中揭示 有一種含有50 mg/m2以上之四硼酸鈉之間隔紙，進而，於 專利文獻4中揭示有一種於紙中含有選自由多元醇之環氧 烧加成物組成之群之至少一種化合物的間隔紙，該多元醇 之環氧烷加成物於碳數為2〜6之多元醇及多元酵之羥基之 一部分或全部上對應每個羥基而加成1〜20個分子之碳數為 2〜3之環氧烷。 [先前技術文獻] [專利文獻] [專利文獻1]日本專利特開2005-298062號公報 144479.doc 201040101 [專利文獻2]日本專利特開平7-89507號公報 [專利文獻3]曰本專利特開平7-101483號公報 [專利文獻4]日本專利特開平7-3 16998號公報 【發明内容】 ’ [發明所欲解決之問題] 〇 然而，位於玻璃板間之專利文獻丨、3、4中所揭示之間 隔紙非常薄而難以維持姿勢，故較多情形時自托板上之玻 璃板之上邊部突出之間隔紙的上邊部會垂下。另一方面 間隔紙吸附機構係以於預先設定之位置往復移動之方式藉 由機器人而進行位置控制。因此，若如上述般間隔紙之上 邊部垂下則存在以下缺點：即便間隔紙吸附機構可移動至 上述上邊部之吸附位置，但由於該位置上不存在間隔紙， 故無法藉由間隔紙吸附機構而吸附間隔紙。 本發明係鑒於此種狀況研究而成者，其目的在於提供一 種於自托板取出板狀體時可藉由間隔紙吸附機構確實地吸 〇 [解決問題之技術手段] 本發明之板狀體之載置方法係於包括載置板狀體之底邊 部之載置台、及支撐板狀體之背面的背面支撐體之托板 上，使間隔紙位於各板狀體之間，以載置複數塊板狀體 者，該板狀體之载置方法之特徵在於：使上述間隔紙較上 述板狀體載置於上述托板上之狀態下之上邊部更向上方突 出特定量，於該突出之間隔紙之上邊部，沿著該上邊部而 附間隔紙之板狀體之載置方法、間隔紙及間隔紙之供給裝 置。 144479.doc 201040101 以特定間隔形成複數個折痕。 根據本發明，於較板狀體之上邊部更向上方突出之間隔 紙之上邊β 著s亥上邊部而以特定間隔形成有複數個折 痕。藉由該折痕，易於維持間隔紙之上邊部之姿勢，因此 可將間隔紙與板狀體-併積層於托板上，而其上邊部不會 垂下。因&’根據本發明之板狀體之載置方法，於自托板 取出板狀體時，可藉由間隔紙吸附機構而確實地吸㈣隔 紙。 又：本發明之板狀體之載置方法較佳為：於上述間隔紙 形成上述折痕之後’使上述間隔紙之上邊部較上述板狀 體之上邊部更向上方突出特定量，並使上述間隔紙位於各 板狀體間。 又，本發明之間I紙之特徵在於：其係位於載置於包括 載置板狀體之底邊部之載置台、及支撐板狀體之背面的背 面支撐體之托板上之複數塊板狀體之各者之間者，該間隔 紙包括：突出部，其係較上述板狀體之上邊部更向上方突 出特定量；以及複數個折痕，其等係沿著該突出部之上邊 部而以特定間隔形成。 本發明之間隔紙與板狀體一併積層於托板上時，於自板 狀體之上邊部突出之間隔紙之上邊部形成有複數個折痕， 因此於自托板取出板狀體時，可藉由間隔紙吸附機構而確 實地吸附。 進而’本發明之間隔紙之供給裝置之特徵在於：其係向 連續移動之板狀體之上表面供給間隔紙者，該間隔紙之供 144479.doc 201040101 給裝置包括：送出機構，其係對應板狀體之移動速度而送 出輥狀捲繞之間隔紙·’切割機構，其係將藉由上述送出機 構而送出之間隔紙切割成與板狀體之長度相對應的長度； 以及間隔紙供給機構，其係向板狀體之上表面供給藉由上 述切割機構而切割之間隔紙；且設置有折痕形成機構，其 係沿著藉由上述切割機構而切割之間隔紙之一邊部，以特 定間隔而形成複數個折痕，上述間隔紙供給機構係以形成 Ο201040101 VI. Description of the Invention: [Technical Field] The present invention relates to a method for mounting a plate-shaped body, a spacer for paper, and a spacer for supplying paper. The present invention particularly relates to a method for placing a spacer in a plate-shaped body. a plate-like body in which a plurality of plate-like bodies are placed on a pallet between the plate-like bodies, a mounting method, a spacer paper between the plate-like bodies, and a supply device for supplying the spacer paper to the plate-shaped body . [Prior Art] Patent Document 1 discloses a pallet in which a glass plate as a plate-like body is stacked in a longitudinal direction and stored in a plurality of blocks. The pallet is composed of a mounting table on which the bottom edge portion of the glass sheet is placed, and a back support body that obliquely supports the back surface of the glass sheet, etc., and the spacer paper is inserted between the glass sheets accommodated in the pallet. By the spacer paper, damage of the glass sheet caused by direct contact of the glass sheets with each other is prevented. Further, the spacer paper is cut into a size slightly larger than that of the glass plate by the following supply means of the spacer paper, and protrudes upward from the upper side of the glass plate by a specific amount on the laminated state of the glass plate on the pallet. The protruding spacer paper is adsorbed and held by the spacer paper suction mechanism when the glass sheet is taken out from the tray. That is, after the spacer paper which has protruded is adsorbed and held by the spacer paper suction mechanism, the glass sheet is adsorbed by the glass plate suction mechanism. Further, the glass plate suction mechanism is moved by the machine/person, whereby the glass plate is peeled off from the spacer paper and the glass plate is taken out from the pallet. By the movement action of the glass plate suction mechanism and the adsorption holding operation of the spacer paper suction mechanism, the glass sheets which are pressed and adhered to each other during the lamination process on the pallet can be easily separated from the spacer paper by 144479.doc 201040101. Further, by moving the spacer paper suction mechanism by the robot, the spacer paper held by the spacer paper suction mechanism is separated from the next glass plate. On the other hand, Patent Document 2 discloses a supply device for separating paper between glass sheets. The 忒 supply device is a device for feeding the spacer paper to the upper surface of the continuously moving glass plate, and sends the roll-shaped wound paper at the same speed as the moving speed of the glass plate, and sends the separated paper to the glass plate. Cutting a slightly longer size and feeding and placing the cut spacer paper on the upper surface of the glass sheet. The glass sheet in which the spacer paper is placed in this manner is adsorbed by the suction mechanism of the robot together with the spacer paper, and is laminated on the pallet in a block by moving the robot. As the spacer paper located between the glass sheets, Patent Document 1 discloses that the tree-moon-day content is 0.1 °/. In the following (jIS (Japanese Industrial Standards) P 8205 (1976)), and the smoothness is 20 seconds or less (JIS P 8119 (1976)), the paper is disclosed in Patent Document 3 A spacer paper containing sodium tetraborate of 50 mg/m 2 or more. Further, Patent Document 4 discloses a spacer paper containing at least one compound selected from the group consisting of epoxy burned adducts of polyhydric alcohol in paper. The alkylene oxide adduct of the polyol is added to the hydroxyl group in part or all of the hydroxyl group having a carbon number of 2 to 6 and a hydroxyl group of 2 to 3, and the carbon number is 2 to 3. The alkylene oxide. [Prior Art Document] [Patent Document 1] Japanese Patent Laid-Open No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. [Patent Document 4] Japanese Patent Laid-Open Publication No. Hei 7-3 16998 [Draft of the Invention] [Problems to be Solved by the Invention] However, Patent Documents 3, 3, and 4 located between glass sheets The disclosed spacer paper is very thin and difficult to maintain the posture, so in many cases, the upper side of the spacer paper protruding from the upper side of the glass sheet on the pallet will hang down. On the other hand, the spacer paper suction mechanism performs position control by the robot so as to reciprocate at a predetermined position. Therefore, if the upper side of the spacer paper is suspended as described above, there is a disadvantage that even if the spacer paper suction mechanism can be moved to the adsorption position of the upper side portion, since there is no spacer paper at the position, the spacer paper suction mechanism cannot be used. And adsorb the spacer paper. The present invention has been made in view of such a situation, and an object of the present invention is to provide a plate-like body of the present invention which can be sucked by a spacer paper suction mechanism when the plate-shaped body is taken out from the pallet. The mounting method is performed on a mounting table including a bottom side portion on which a plate-shaped body is placed, and a backing support supporting the back surface of the plate-shaped body, and the spacer paper is placed between the respective plate-like bodies to be placed thereon. In a plurality of plate-like members, the method of placing the plate-like body is characterized in that the spacer paper is protruded upward by a specific amount from the upper side portion in a state in which the sheet-like body is placed on the pallet. The upper side of the protruding paper, the mounting method of the plate-like body of the spacer paper, the spacer paper, and the spacer paper supply device along the upper side. 144479.doc 201040101 Forms a plurality of creases at specific intervals. According to the invention, a plurality of creases are formed at a predetermined interval on the upper side of the spacer paper which protrudes upward from the upper side of the plate-like body. By the crease, it is easy to maintain the posture of the upper side of the spacer paper, so that the spacer paper and the plate-like body can be laminated on the pallet without the upper side portion hanging down. According to the mounting method of the plate-like body according to the present invention, when the plate-shaped body is taken out from the pallet, the paper can be surely sucked (four) by the spacer suction mechanism. Further, in the method of placing the plate-shaped body of the present invention, after the crease is formed in the spacer paper, the upper side of the spacer is protruded upward by a specific amount from the upper side of the plate-like body, and The spacer paper is located between the respective plate-like bodies. Further, the I paper according to the present invention is characterized in that it is placed on a plurality of blocks placed on a support table including a bottom side portion on which a plate-like body is placed and a back support body on a back surface of the support plate-shaped body. Between each of the plate-like members, the spacer paper includes: a protruding portion that protrudes upward by a specific amount from the upper edge portion of the plate-shaped body; and a plurality of creases along which the ridges are The upper side is formed at a specific interval. When the spacer paper of the present invention is laminated on the pallet together with the plate-like body, a plurality of creases are formed on the upper side of the spacer paper protruding from the upper side of the plate-shaped body, so that when the plate-shaped body is taken out from the pallet It can be reliably adsorbed by the spacer paper adsorption mechanism. Further, the apparatus for supplying a spacer paper according to the present invention is characterized in that it supplies a spacer to the upper surface of the continuously moving plate-like body, and the spacer for the 144479.doc 201040101 device includes: a delivery mechanism, which corresponds to a spacer paper-cutting mechanism for feeding a roll-shaped winding of the sheet-like body, wherein the spacer paper fed by the feeding mechanism is cut into a length corresponding to the length of the plate-like body; and a spacer paper supply a mechanism for supplying the spacer paper cut by the cutting mechanism to the upper surface of the plate-like body; and providing a fold forming mechanism along one side of the spacer paper cut by the cutting mechanism a plurality of creases are formed at a specific interval, and the spacer paper supply mechanism is formed to form Ο
於上述間隔紙上之上述折痕自板狀體之特定之一邊部起位 於外側的方式’將間隔紙供給至板狀體。 根據本發明之間隔紙之供給裝置，藉由送出機構對應板 狀體之移動速度而送出輥狀捲繞之間隔紙，藉由切割機構 將所送出之間隔紙切割成與板狀體之長度相對應的長度， 藉由折痕形成機構沿著所切割之間隔紙之一邊部以特2間 隔而形成複數個折痕’並藉由間隔紙供給機構將形成有折 痕之間隔紙供給至板狀體之上表面，並且以形成於間隔紙 上之折痕自板狀體之特定之一邊部起位於外側的方式，將 間隔紙供給並載置於板狀體之上表面。 以此方式將載置有間隔紙之板狀體裝載於托板上時，係 :形成於間隔紙上之折痕變成上邊部之方式裝載於托板 上1此，根據本發明，於自托板取出板狀體時，可藉由 間隔紙吸附機構而確實地吸附間隔紙。 形:機::ίΓ之間隔紙之供給裝置’較佳為上述折痕 搬相當於沿著藉由上述間隔紙送出機構 曰1隔、我之搬送方向之間隔紙之邊的位置上。 144479.doc 201040101 [發明之效果] 如以上之說明所示，根據本發明之板狀體之載置方法、 間隔紙及間隔紙之供給裝置，於自托板取出板狀體時，可 藉由間隔紙吸附機構而確實地吸附間隔紙。 【實施方式】 以下’按照附圖對本發明之板狀體之載置方法、間隔紙 及間隔紙之供給裝置之較佳實施形態進行說明。 圖1表示用以說明本發明之板狀體之載置方法之托板10 的側視圖’圖2表示托板1 〇之上部放大圖。 如圖1、圖2所示，托板10係對將作為板狀體之玻璃板12 "隔間隔紙14而縱向放置複數塊並積層而成之積層體16進 行搬運的托板’其係由支撐積層體16之下表面（板狀體之 底邊部）之載置台18、及傾斜支撐積層體16之背面（板狀體 之背面）的背面支撐體2〇等而構成。 於載置台18之上表面固定有傾斜載置積層體16之傾斜載 置板22，該傾斜載置板22係由傾斜之基台以、及貼附於基 台24之上表面之含有橡膠等之緩衝構件％所構成。藉由在 該緩衝構件26上載置積層體16之下表面，而防止輸送車輛 之振動直接傳遞至積層體16。 再者，位於玻璃板12間之間隔紙14亦可為專利文獻j、 3、4所揭示之間隔紙，其材質並無特別限定，只要係適於 玻璃板12之搬送之材質之間隔紙便可。 如圖2所示，間隔紙14較玻璃板12之上邊部12A更向上方 突出特定量。又’於突出之間隔紙14之上邊部l4A，如圖3 144479.doc 201040101 所示沿著上邊部i4A而以特定間隔形成有複數個折痕28、 28…。 參照圖3、圖4，對折痕28之一例進行說明。 .自玻璃板丨2之上邊部12A向上方突出之間隔紙14之上 邊部14A之高度（H):宜為30〜100mm，本例中約為6〇mm •上邊部14A之寬度方向上之折痕之間距（p):宜為 50〜80 mm，本例令約為65 mm •折痕28之槽之深度（d): 〇·〇5〜0.2 mm左右，本例中約 ^ 為 0.1 mm •折痕28之槽之長度（h):宜較H更長，具體而言宜為 50〜120 mm，本例中約為80 mm 折痕28之槽之寬度（c).宜為2〜1〇 mm，本例中約為5 mm 藉由沿著間隔紙14之上邊部14A形成此種折痕28，而間 隔紙14之上邊部14A之韌性增強，上邊部丨4八不會垂下， ❹ 可保持立起之狀態。 因此，根據於間隔紙14之上邊部14A形成折痕28、28... 而將玻璃板12載置於托板1〇上之、實施形態之玻璃板12的 載置方法，於自托板10取出玻璃板12時，可藉由間隔紙吸 附塾（間隔紙吸附機構）30而確實地吸附間隔紙14之上邊部 14A。 再者’折痕28之形成例並不限定於上述一例，只要係間 隔紙I4之上邊部UA不垂下之大小、間距，則可為任意折 痕。又’廣義上來講亦可並非折痕而是於上邊部丨4A形成 144479.doc 201040101 防止上邊部14A垂下之防止垂下形狀者，例如，藉由在上 邊部14A形成凹凸形狀作為防止垂下形狀，亦可達成本發 明之目的。 圖1中付就32係玻璃板吸附裝置。該玻璃板吸附裝置μ 於與積層於托板10上之玻璃板12面對面之位置上，設置有 複數個吸附墊34、34·.·，藉由將該等吸附墊34、34…按壓 至玻璃板12，而將玻璃板12吸附保持於玻璃板吸附裝置32 上。 圖5係本發明之實施形態之間隔紙之供給裝置4〇的側視 圖。 如圖5所示，如箭頭A所示自圖之左側起，藉由輥式輸送 機42以特定速度及特定間隔而搬送切割成特定長度之玻璃 板12、12…。於輥式輸送機42之上游側上方，旋轉自如地 配置有輥狀間隔紙44。 間隔紙50經由上下移動之複數個張力調整用輥52、52... 而供給至一對傳送輥54、54。該等傳送輥54、54藉由馬達 (送出機構）5 6而間歇性地旋轉驅動，將相當於玻璃板12之 長度之長度的間隔紙50送出至切割機（切割機構）58。由傳 送輥54、54傳送間隔紙50之送出速度設定成與由輥式輸送 機42搬送玻璃板12之搬送速度相同之速度。 切割機58藉由未圖示之升降驅動部而向上下方向移動。 切割機58於間隔紙50之送出時，在正送出之間隔紙50之上 方位置等待’並於間隔紙5 〇之切割時向下方移動。藉此， 切割間隔紙50 ’將其變成載置於玻璃板12上之大小之間隔 144479.doc •10- 201040101 切割後之間隔紙14沿著圖6所示之馗士达 α不之構成為梳齒狀之導引 構件60滑落，並通過下述折膚 外展形成用輥（折痕形成機 構）62，藉此沿著間隔紙14之—邊 一 迓4而形成如圖3、圖4所 示之折痕28、28...。 ΟThe crease on the spacer paper is supplied to the plate-like body from the manner in which the specific one of the plate-like members is positioned outside. According to the supply device for a spacer paper of the present invention, the feed mechanism feeds the roll-shaped spacer paper corresponding to the moving speed of the plate-like body, and the slit paper is cut by the cutting mechanism into a length corresponding to the length of the plate-like body. Corresponding length, by the crease forming mechanism, a plurality of creases are formed at a special interval along one side of the cut spacer paper, and the crease-forming spacer paper is supplied to the plate shape by the spacer paper supply mechanism The upper surface of the body is supplied and placed on the upper surface of the plate-like body so that the crease formed on the spacer paper is located outside from a specific one of the plate-like members. When the plate-like body on which the spacer paper is placed is loaded on the pallet in this manner, the crease formed on the spacer paper is loaded on the pallet so as to be the upper edge portion. According to the present invention, the pallet is placed on the pallet. When the plate-like body is taken out, the spacer paper can be surely adsorbed by the spacer paper suction mechanism. The shape: the supply means of the spacer paper is preferably "the crease carried" at a position along the side of the spacer paper separated by the spacer paper feed mechanism 曰1 and the transport direction of the paper. 144479.doc 201040101 [Effects of the Invention] As described above, the method for mounting a plate-shaped body, the spacer paper, and the spacer paper supply device according to the present invention can be obtained by taking out the plate-shaped body from the pallet The spacer paper suction mechanism reliably adsorbs the spacer paper. [Embodiment] Hereinafter, preferred embodiments of a method for mounting a plate-like body, a spacer paper, and a spacer paper supply device according to the present invention will be described with reference to the accompanying drawings. Fig. 1 is a side view showing the pallet 10 for explaining the mounting method of the plate-like body of the present invention. Fig. 2 is an enlarged view of the upper portion of the pallet 1 . As shown in Fig. 1 and Fig. 2, the pallet 10 is a pallet for transporting the laminated body 16 in which a plurality of blocks are stacked in a longitudinal direction, and the laminated sheets 16 are stacked in a longitudinal direction. The mounting table 18 that supports the lower surface of the laminated body 16 (the bottom side portion of the plate-shaped body) and the back surface supporting body 2 that slantably supports the back surface of the laminated body 16 (the back surface of the plate-shaped body) are configured. An inclined mounting plate 22 for obliquely placing the laminated body 16 is fixed to the upper surface of the mounting table 18, and the inclined mounting plate 22 is made of an inclined base and attached to the upper surface of the base 24 to contain rubber or the like. The cushion member is composed of %. By placing the lower surface of the laminated body 16 on the cushioning member 26, the vibration of the conveying vehicle is prevented from being directly transmitted to the laminated body 16. Further, the spacer paper 14 located between the glass sheets 12 may be a spacer paper disclosed in Patent Documents j, 3, and 4, and the material thereof is not particularly limited as long as it is a spacer paper suitable for the material of the glass sheet 12 to be conveyed. can. As shown in Fig. 2, the spacer paper 14 protrudes upward by a certain amount from the upper side portion 12A of the glass sheet 12. Further, a plurality of creases 28, 28, ... are formed at a predetermined interval along the upper side portion i4A as shown in Fig. 3 144479.doc 201040101 on the side portion l4A of the protruding spacer paper 14. An example of the crease 28 will be described with reference to Figs. 3 and 4 . The height (H) of the upper side portion 14A of the spacer paper 14 which protrudes upward from the upper side portion 12A of the glass sheet 2 is preferably 30 to 100 mm, which is about 6 mm in this example, and is in the width direction of the upper side portion 14A. The distance between creases (p): preferably 50~80 mm, this example is about 65 mm. • The depth of the groove of crease 28 (d): 〇·〇5~0.2 mm, in this case about ^ is 0.1 Mm • Length of the groove of the crease 28 (h): preferably longer than H, specifically 50 to 120 mm, in this case about 80 mm. Width of the groove of the crease 28 (c). Preferably 2 〜1〇mm, in this example, about 5 mm, by forming the crease 28 along the upper edge portion 14A of the spacer paper 14, the toughness of the upper side portion 14A of the spacer paper 14 is enhanced, and the upper side 丨48 does not hang down. , ❹ can be kept upright. Therefore, the method of placing the glass plate 12 according to the embodiment in which the creases 28, 28 are formed on the upper side portion 14A of the spacer paper 14 and the glass plate 12 is placed on the pallet 1 is formed on the self-supporting plate. When the glass sheet 12 is taken out, the upper side portion 14A of the spacer paper 14 can be surely adsorbed by the spacer paper adsorption 塾 (spacer paper absorbing mechanism) 30. Further, the example of formation of the crease 28 is not limited to the above-described example, and any crease may be used as long as the upper portion UA of the inter-spaced paper I4 does not hang down. Further, in a broad sense, it may not be a crease but may be formed on the upper side portion A4A. 144479.doc 201040101 The upper side portion 14A is prevented from falling down to prevent the shape of the hanging shape. For example, by forming the uneven shape on the upper side portion 14A as a shape to prevent the hanging shape, The cost can be achieved for the purpose of the invention. In Fig. 1, a 32-series glass plate adsorption device is used. The glass plate adsorption device μ is disposed at a position facing the glass plate 12 laminated on the pallet 10, and a plurality of adsorption pads 34, 34, . . . are provided, and the adsorption pads 34, 34 are pressed to the glass. The plate 12 is held by the glass plate 12 on the glass plate adsorption unit 32. Fig. 5 is a side elevational view showing the supply device 4 of the spacer paper according to the embodiment of the present invention. As shown in Fig. 5, the glass sheets 12, 12, ... cut into specific lengths are conveyed by the roller conveyor 42 at a specific speed and at a predetermined interval as indicated by an arrow A from the left side of the drawing. Roll-shaped spacer paper 44 is rotatably disposed above the upstream side of the roller conveyor 42. The spacer paper 50 is supplied to the pair of transport rollers 54, 54 via a plurality of tension adjusting rollers 52, 52, ... which move up and down. The conveying rollers 54, 54 are intermittently rotationally driven by a motor (feeding mechanism) 56, and the spacer paper 50 corresponding to the length of the length of the glass sheet 12 is sent to a cutter (cutting mechanism) 58. The conveying speed at which the spacer paper 50 is conveyed by the conveying rollers 54, 54 is set to be the same speed as the conveying speed at which the glass sheet 12 is conveyed by the roller conveyor 42. The cutter 58 is moved in the vertical direction by an elevation drive unit (not shown). When the cutter 58 is fed out of the spacer paper 50, it waits at the position above the spacer paper 50 being fed and moves downward when the spacer paper 5 is cut. Thereby, the dicing spacer 50' is changed to a size interval 144479.doc •10-201040101 placed on the glass plate 12, and the dicing paper 14 after cutting is formed along the 馗士达α shown in FIG. The comb-shaped guide member 60 is slid down, and is formed by the following-described skin abduction forming roller (crease forming mechanism) 62, thereby forming a side-by-side 4 of the spacer paper 14 as shown in FIGS. 3 and 4. The creases 28, 28... are shown. Ο
如圖6所示’形成有折痕28、28_·之間隔紙“沿著同樣 構成為梳齒狀之導引構件（間隔紙供給機構）64而滑落，且 玻璃板12之前端部到達導引構件64之下端下方位置時，間 隔紙14之前端部落下並載置於玻璃板12之上表面。 圖5之符號66係玻璃板檢測用之感測器。若感測器“檢 測出玻璃板12之前端部通過感測器66之上方，則自感測器 66向控制部68輸出該檢測信號。控制部“根據該檢測信號 及輥式輸送機42之玻璃板搬送速度，運算玻璃板12之前端 部到達導引構件64之下端下方位置之時刻，於到達該時刻 時，以間隔紙14之前端部載置於玻璃板12之前端部之方 式’且以對應玻璃板12之搬送速度而送出間隔紙14之方 式’對驅動傳送輥54、54之馬達56之驅動器70進行控制。 藉此’間隔紙14順暢地載置於藉由輥式輸送機42而搬送中 之玻璃板12上。 又’控制部68於間隔紙50以與玻璃板12之長度大致相同 之長度送出時，將切割機58向下方移動之指令輸出至上述 升降驅動部。藉此，間隔紙50藉由切割機58切割成間隔紙 14，該間隔紙14沿著導引構件60、64而滑落，且間隔紙14 之後端載置於玻璃板12之後端。 144479.doc 201040101 載置有間隔紙14之玻璃板12藉由親式輸送機42而向圖5 之右側搬出，並於下游側之儲料部（未圖示）中，於載置有 間隔紙14之狀態下依序積層。在此期間，藉由輥式輸送機 42而連續地搬送下-玻璃板12 ’並藉由上述動作而於玻璃 板12之上表面載置間隔紙14。 再者控制°卩68在相當於依序搬送而來之玻璃板間之部 位’輸出為了停止間隔紙5〇之送出而停止傳送輥54、54等 :驅動的指令。進而’為了於該停止狀態下由切割機58進 行間隔紙5G之切割’向升降驅動部輪出對切割機^之下降 移動及向上方之等待位置之移動進行控制的指令。藉由重 複該動作，而將間隔紙14供給並載置於玻璃板12之上表 面0 其次’對折痕形成用輥62進行說明。 於折痕形成用輥62之圖6之右端部，於間隔紙14之一邊 部形成折痕之四個齒72、72·.·如圖7般於圓周方向上以9〇。 之間隔向直徑方向突出設置。 又，於折痕形成用輥62之下方如圖8所示配置有支承輥 74。於該支承輕74之與折痕形成用輕62之齒72、η.相對 向之右端部’在圓周方向上安裝有敕性構件76,該軟性構As shown in Fig. 6, the "spacer sheet formed with the folds 28, 28" is slid down along the guide member (spacer paper supply mechanism) 64 which is also configured as a comb-tooth, and the front end of the glass sheet 12 reaches the guide. When the lower end of the member 64 is positioned, the front end of the spacer paper 14 is placed under the arm and placed on the upper surface of the glass plate 12. The symbol 66 of Fig. 5 is a sensor for detecting the glass plate. If the sensor "detects the glass plate When the front end of 12 passes above the sensor 66, the self-sensor 66 outputs the detection signal to the control unit 68. The control unit "calculates the timing at which the front end portion of the glass sheet 12 reaches the lower position of the lower end of the guide member 64 based on the detection signal and the glass sheet conveying speed of the roller conveyor 42, and at the time when the timing is reached, the front end of the spacer paper 14 is reached. The portion of the glass plate 12 is placed at the front end portion of the glass sheet 12 and the drive unit 70 of the motor 56 that drives the transport rollers 54 and 54 is controlled in such a manner as to send the spacer paper 14 at a transport speed corresponding to the glass sheet 12. The paper 14 is smoothly placed on the glass sheet 12 conveyed by the roller conveyor 42. Further, the control unit 68 feeds the cutter 58 when the spacer paper 50 is fed at a length substantially the same as the length of the glass sheet 12. The downward movement command is output to the above-described elevation drive unit. Thereby, the spacer paper 50 is cut into the spacer paper 14 by the cutter 58, the spacer paper 14 is slid along the guide members 60, 64, and the rear end of the spacer paper 14 Placed on the rear end of the glass plate 12. 144479.doc 201040101 The glass plate 12 on which the spacer paper 14 is placed is carried out by the parent conveyor 42 to the right side of FIG. 5, and is stored on the downstream side (not shown). ), with spacers placed In the state of 14, the layers are sequentially stacked. During this period, the lower-glass plate 12' is continuously conveyed by the roller conveyor 42, and the spacer paper 14 is placed on the upper surface of the glass plate 12 by the above operation. The control unit 68 outputs a command for stopping the conveyance rollers 54, 54 and the like in order to stop the delivery of the spacer paper 5 in the portion corresponding to the sequentially conveyed glass sheets. Further, in order to stop the state, The cutter 58 performs the cutting of the spacer paper 5G. A command for controlling the downward movement of the cutter and the movement of the upward waiting position is performed to the elevation drive unit. By repeating this operation, the spacer paper 14 is supplied and loaded. The surface of the upper surface of the glass plate 12 is 0. Next, the crease forming roller 62 will be described. At the right end of FIG. 6 of the crease forming roller 62, four teeth 72 of creases are formed at one side of the spacer paper 14, 72·········································· 74 and crease formation with light 62 teeth 72, η. A right end portion 'in the circumferential direction of the mounting member 76 has Chile, the flexible structure
件76用以在與齒72、72··.之間於間隔_上形成折痕I 即’精由旋轉之齒72以料量陷人軟性構件76,而於間p 紙14上良好地形成折痕28。 同 藉由此種折痕形成用輥62及支承輕74此兩者之 作，而於藉由傳送輥54、54所送出之間隔紙】4(5〇)之—邊 144479.doc 12 201040101 部以特定間隔形成折痕28、28·.·。並且，形成有折痕28、 28之間隔紙14沿著圖6所示之導引構件64滑落，並朝向玻 璃板12導引《而且’於玻璃板12上載置有間隔紙丨4時，形 成有折痕28、28…之間隔紙14之一邊部係自玻璃板丨2之一 邊部起位於外側。 於以此方式將載置有間隔紙14之玻璃板12裝載於圖1之 托板10上之情形時，係以形成於間隔紙14上之折痕28、 28…成為上邊部的方式裝載於托板上。藉由以此方式進 行裝載’而於自托板1 〇取出玻璃板12時，可藉由間隔紙吸 附墊30而確實地吸附間隔紙丨4。 再者’折痕形成用輥62及支承輥74之旋轉速度係對應傳 送輥54、54之旋轉速度而設定，形成有折痕28、28…之間 隔紙14順暢地載置於藉由親式輸送機42而搬送中之玻璃板 12上。 又’折痕形成用輥62為了於間隔紙14上形成折痕28而具 備齒7 2，但如上所述於間隔紙14之一邊部形成凹凸之情形 時’將折痕形成用輥62之相當於齒72的部位形成為凹凸形 狀，並將該凹凸形狀轉印至間隔紙14上便可。 於圖6中，折痕形成用輥62係設置於相當於沿著間隔紙 I4之搬送方向之邊的位置上。該間隔紙之邊係於托板上載 置玻璃板時位於玻璃板之上邊且自上邊突出之邊。即，於 沿著玻璃板之搬送方向之邊成為載置於托板上時之上下邊 的情形時，如圖6所示，折痕形成用輥宜對應於沿著間隔 紙14之搬送方向之邊而設置。於沿著玻璃板之搬送方向之 144479.doc 13 201040101 邊成為載置於托板上時之左右邊的情形時，例如可以ϋ 間隔紙之與搬送方向正交之邊之方式，發揮折痕形成機構 之作用’且可-面搬送間隔紙—面將其载置於玻璃板上。 如已記述所示，折痕之槽之長度⑻宜較自玻璃板之上 邊部向上方突出的間隔紙之上邊部之高度(Η)更長。其原 因在於，藉此可提高間隔紙之姿勢維持性。因此，亦可於 在玻璃板間插人間隔紙之後形成折痕，但就更高之姿勢維 持性之觀點而言，宜預先於間隔紙上設置折痕之後使其位 於玻璃板間。 參照特定實施態樣對本巾請案進行了詳細說明，但業者 應明瞭在不脫離本發明之精神及範圍之情況下可追加各種 變更及修正。 本申請案係基於2 0 0 9年2月2 〇曰申請之曰本專利申請案 (日本專利特願2009-038241)者，在此將其内容作為參照而 併入本文。 [產業上之可利用性] 作為本發明之利用例，例示了玻璃板12，但並不僅限於 ㈣板12,若為板狀體，則對於樹脂板、金屬板等板狀體 而。八要係使間隔紙14插入而裝載於托板丨〇上者，則可 應用本發明之板狀體之載置方法、間隔紙及間隔紙之供給 裝置。 【圖式簡單說明】 囷1係用以說明本發明之板狀體之載置方法之托板之側 視圖。 144479.doc • 14· 201040101 圖2係圖1所示之托板之上部放大圖。 圖3係表示玻璃板與間隔紙之折痕之主要部分放大圖。 圖4係表示間隔紙之折痕之說明圖。 圖5係表示實施形態之間隔紙之供給裝置之結構的側視 〇 圖6係包含折痕形成用輥之附近結構之平面圖。 圖7係圖6所示之折痕形成用輥之主要部分剖面 圖8係折痕形成用輥與支承輥之整體圖。 【主要元件符號說明】 10 托板 12 玻璃板 14 間隔紙 16 積層體 18 載置台 20 背面支撐體 22 傾斜載置板 24 基台 26 緩衝構件 28 折痕 30 間隔紙吸附墊 32 玻璃板吸附裝置 34 吸附墊 40 間隔紙之供給裝置 42 輥式輸送機 144479.doc •15· 輥狀間隔紙 旋轉軸 馬達 帶狀之間隔紙 張力調整用輥 傳送輥 切割機 導引構件 折痕形成用輥 導引構件 感測器 控制部 驅動器 齒 支承輥 軟性構件 -16-The member 76 is configured to form a crease I on the space _ between the teeth 72, 72, . . . , that is, the fine teeth 72 are slid into the soft member 76 by the rotating teeth 72, and are formed well on the inter-p paper 14. Crease 28. With the crease forming roller 62 and the supporting light 74, the spacing paper sent by the conveying rollers 54, 54 is 4 (5 〇) - 144479.doc 12 201040101 The creases 28, 28, . . . are formed at specific intervals. Further, the spacer paper 14 on which the folds 28 and 28 are formed is slid down along the guide member 64 shown in FIG. 6, and is guided toward the glass sheet 12, and is formed when the spacers 4 are placed on the glass sheet 12. One side of the spacer paper 14 having the folds 28, 28, ... is located on the outer side from one side of the glass sheet 丨2. When the glass plate 12 on which the spacer paper 14 is placed is placed on the pallet 10 of FIG. 1 in this manner, the folds 28, 28, ... formed on the spacer paper 14 are placed on the upper side. On the pallet. By carrying out the loading in this manner, when the glass sheet 12 is taken out from the pallet 1 , the spacers 4 can be surely adsorbed by the spacer paper suction pad 30. Further, the rotational speeds of the crease forming roller 62 and the backup roller 74 are set corresponding to the rotational speeds of the transport rollers 54, 54, and the spacers 14 on which the creases 28, 28 are formed are smoothly placed by the parent. The conveyor 42 is conveyed on the glass plate 12 in the conveyance. Further, the crease forming roller 62 is provided with the teeth 7 2 in order to form the creases 28 on the spacer paper 14. However, when the irregularities are formed on one side of the spacer paper 14 as described above, the crease forming roller 62 is equivalent. The portion of the tooth 72 is formed into a concavo-convex shape, and the concavo-convex shape is transferred onto the spacer paper 14. In Fig. 6, the crease forming roller 62 is provided at a position corresponding to the side along the transport direction of the spacer paper I4. The edge of the spacer is attached to the edge of the glass plate and protrudes from the upper side when the pallet is placed on the glass plate. In other words, when the side along the conveyance direction of the glass sheet is placed on the upper side of the pallet, as shown in FIG. 6, the crease forming roller should correspond to the conveyance direction along the spacer paper 14. Set on the side. In the case where the 144479.doc 13 201040101 along the direction of transport of the glass sheet is placed on the left and right sides of the pallet, for example, the crease can be formed by the side of the spacer paper orthogonal to the transport direction. The role of the mechanism 'and the surface-transfer spacer paper-side is placed on the glass plate. As already indicated, the length (8) of the groove of the crease is preferably longer than the height (Η) of the upper side of the spacer paper which protrudes upward from the upper side of the glass plate. The reason for this is that the posture maintenance of the spacer paper can be improved. Therefore, it is also possible to form creases after inserting the spacer paper between the glass sheets. However, from the viewpoint of higher posture maintainability, it is preferable to set the creases on the spacer paper in advance and place them between the glass sheets. The present invention has been described in detail with reference to the specific embodiments, and it should be understood that various changes and modifications may be added without departing from the spirit and scope of the invention. The present application is based on a Japanese patent application No. 2009-038241 filed on Feb. 2, 2009, the content of which is hereby incorporated by reference. [Industrial Applicability] The glass plate 12 is exemplified as an example of use of the present invention, but is not limited to the (four) plate 12, and is a plate-like body such as a resin plate or a metal plate. In the case where the spacer paper 14 is inserted and loaded on the pallet, the mounting method of the plate-like body of the present invention, the spacer paper, and the spacer paper supply device can be applied. BRIEF DESCRIPTION OF THE DRAWINGS 囷 1 is a side view for explaining a pallet of a method of mounting a plate-like body of the present invention. 144479.doc • 14· 201040101 Figure 2 is an enlarged view of the upper part of the pallet shown in Figure 1. Fig. 3 is an enlarged view of a main part showing a crease of a glass plate and a spacer paper. Fig. 4 is an explanatory view showing a crease of the spacer paper. Fig. 5 is a side view showing the structure of a supply device for a spacer paper according to an embodiment. Fig. 6 is a plan view showing a structure in the vicinity of a roller for forming a crease. Fig. 7 is a cross-sectional view showing a main portion of a roll for forming a crease shown in Fig. 6. Fig. 8 is an overall view of a roll for forming a crease and a backup roll. [Main component symbol description] 10 pallet 12 glass plate 14 spacer paper 16 laminated body 18 mounting table 20 rear support body 22 inclined mounting plate 24 base 26 cushioning member 28 crease 30 spacer paper adsorption pad 32 glass plate adsorption device 34 Adsorption pad 40 Spacer supply device 42 Roller conveyor 144479.doc •15· Roller spacer paper rotating shaft motor belt-shaped interval paper force adjustment roller conveying roller cutter guiding member crease forming roller guiding member Sensor Control Drive Driver Support Roller Soft Member-16-