201103837 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承載裝置及運送車輛，特別 係關於一種承載有積層並收納複數塊大型尺寸玻璃板之收 納拖架的板狀體之承載裝置、以及輸送承載有收納拖架之 承載裝置的運送車輛 【先前技術】 在積層並收納有複數塊被稱為第10代尺寸之約3200x 3000(mm)大小之母玻璃基板的收容板中，即便短边尺寸亦 超出3300mm，故而於水平狀態下無法裝入卡車容器中。 一般而言’上述收納拖架係在以特定角度傾斜之狀態下 被輸送。其原因在於，若將大型尺寸之母玻璃基板以水平 狀態進行搬送’則在輸送時運送車輛之寬度會變得過大， 從而違反公路行車時的道路交通法規。 於專利文獻1中，揭示出一種傾斜地承載面板之面板搬 送容器。如專利文獻丨之圖丨所示，面板搬送容器之構成 為：於轉向架之前部及後部設置有具有樞支部的支持台， 在以可自由旋轉之方式與頂部連結之一對支持框架之下端 部’於支持台之高度方向之中間部設置有能向外側自由旋 動的中間鉸鏈，並且設置有面板支持構件，其係將玻璃板 等之面板以倚靠於在組裝時立起成大致山形狀之支持框架 ^狀態進行支持。如專利文獻1之圖4所示，將面板搬送容 益以包容支持框架等之方式進行摺疊而成為簡潔的包裝外 形，從而可減小保管所需之空間。 144501.doc 201103837 又’於專利文獻2中，揭示出—種傾斜地承載板玻璃之 板玻璃輸送用容器。專利文獻2之圖1所示之裝置之構成 為：在至少可卸除上部構件之箱型容器之内部設置有支持 構件及基部限制構件，將板玻璃在積層有複數塊之狀態下 加以支承的剖面為L字狀之板破璃支承構件以與上述兩構 件卡合之狀態進行收容並可取出。於該裝置中，如專利文 獻2之圖2所示，利用起重機等懸吊設備吊起收容有板玻璃 之板玻璃支承構件並於小型容器之内部傾斜成較角度而 收容。 先行技術文獻 專利文獻 專利文獻1 :日本國專利特開2005_324815號公報 專利文獻2 :曰本國專利特開平4_3丨丨488號公報 【發明内容】 發明所欲解決之問題 然而，若在上述大型尺寸之母玻璃基板之收容中使用專 利文獻1所記載之裝置，則不便於處理較大尺寸之玻璃板 等面板，從而在將上述面板以倚靠於在組裝時立起成大致 山形狀之支持框架之狀態進行支持時，作業上需要花費大 量的勞力，因此存在不能有效地完成面板交貨作業之問 題。 又，於專利文獻2所記載之裝置中，需要具有吊起收納 有大型尺寸板玻璃之板玻璃支承構件的起重機等之懸吊設 備’因此存在有玻璃板之交貨作業設備變大之問題。 144501.doc 201103837 匕來’專利文獻1、2之承載裝置存在如下問題··對 :字縱榼超出3 m之大型尺寸之玻璃基板承載於容器等中 以便進行輪送而言，並不實用。 ’子於上述問題，只要為電動可倒式承載裝置便可解除， 電動可倒式承載裝置係將承載有收納拖架之承載台以可 2由傾動之方式設置於基台上，並藉由電動裝置而使承載 力口在水平姿勢及特定之傾斜姿勢之間動作。即，於收納拖 架之收納時，藉由電動裝置使承載台以水平姿勢移動，另 方面，藉由堆高機（forklift)使收納拖架上升，從而利用 堆两機來搬送收納拖架以將其承載於水平姿勢狀態之承載 台上。接著，利用電動裝置使承載台傾斜，並保持於特定 之傾斜姿勢。藉此，即便為大型尺寸之玻璃基板，亦可實 現承载於容器等中之應用。 然而，對於該電動可倒式承載裝置而言，因大規模的一 整套電動裝置而使電動可倒式承載裝置變得大型化，故而 存在有必需使用專用拖車（trailer)之問題。 本發月係蓉於上述情形而完成者，其目的在於提供—種 可藉由簡潔的結構而不使用專用拖車來收納並輸送大型板 狀體之板狀體之承載裝置及運送車輛。 解決問題之技術機構 為達成上述目的，本發明提供一種板狀體之承載裝置， 其特徵在於：其係承載將複數個板狀體積層並收納之收納 拖架以便進行輸送者，其包括基台與承載台，上述承載台 係以可自由傾動之方式被軸支於上述基台上且承載上述收 14450I.doc 201103837 納拖架，並於該收納拖架被承載之狀態下，在水平姿勢及 特定之傾斜姿勢之間自由地傾動，且於上述承載台上，設 置有卡合於外部傾動機構以便使該承載台傾動之卡合部。 根據本發明之板狀體之承載裝置，軸支於基台上之承載 台係於承載有收納拖架之狀態下在水平狀態及特定之傾斜 狀態之間自由地傾動，故而當承載台為水平狀態時，可使 用堆高機等將收納拖架承載於承載台之承載位置，並且可 使用堆高機等將收納拖架從上述承載位置搬出。因此，無 需如先前所述之吊起收納拖架之起重機等較大的作業設 備，從而可效率良好地進行收納拖架之承載作業。 又，在將承載裝置搭載於運送車輛上並輸送收納拖架 時，使承載台於特定之傾斜姿勢下進行輸送。藉此，即便 對於收納有大型板狀體之收納拖架，亦能不使用專用拖車 而進行輸送。 另-方面’當承載台要從上述的水平姿勢向特定之傾斜 姿勢傾動時’以及要從特定之傾斜姿勢向水平姿勢傾動 時’藉由以下方法進行：使外部傾動機構卡合於承載台上 所设之卡合部，並利用外部傾動機構使承載台傾動。 =此，根據本發明之板狀體之承健置’收納拖架之承 载中雖使用有承載台，但夫外罢帝壬， °又置電動傾斜驅動裝置，故而 承载裝置變得簡潔，因此’即 -Μο 吏用專用拖車亦能輸送 承載有收、.内拖罙之承載裴置。又，由 動裝置’故而承載裝置便宜 動傾斜％ 以亦可削減其相應的輸送費用。進：為無需專用拖車’所 進而’因承載裝置之簡潔 14450l.doc 201103837 吏承载裝置本身相對於運送車輛而換載，因此成為 虽有機動性之承载裝置。 丨為上述卡合部，可於承载台上重新設置卡合於 外。卩傾動機構之卡合部 材作為卡合部。… 將構成承載台之管材或鋼 °卡“卩之位置較好的是使承載台易傾動之 上，二对如，位於承载台傾斜之狀態之下端部。於該位置 ⑼材子=作為構成承載台之梁的管材或鋼材，故而可將 g材或鋼材作為卡合部而利用。 俜二::乍為外部傾動機構，較好的是使用堆高機。堆高機 架相對於承載台而裝入、卸下之裝置，故而藉 外部驅動機構之簡便性。於使 ^、4備另外的 中，在b Α ^ 於使承載台傾動之堆高機之動作 載台的卡°合=機之又架卡合於處於特定之傾斜姿勢之承 、口α ，並使又架上升》利用該動作可使承載A 水平姿勢傾動。又，I卞了使承载台向 之W 1 使^機之叉架卡合於處於水平姿勢 特定之傾斜㈣傾I &錢’可使承載台向 又’根據本發明，較好的是設置將上述承載 勢及特定之傾斜姿勢加㈣ 將收納拖架裝入承載台時、及從:載::: 時，可穩定地保持承载台之水平姿勢載2卸下收納拖架 拖:時，可穩定地保持承載台之特定之傾斜姿勢在輸送收納 備鬆緊而螺較好的是，上述姿勢保持構件係具 緊累紅扣㈣相⑷的卡釣（h00k)，於該具備鬆緊螺 144501.do, 201103837 旋扣的卡鉤之兩端部上所設之卡狗中， 上述基台，另_方之卡之卡鉤卡合於 承裁台相料以以 。冑此將上述 勢。 ⑽料㈣及料之傾斜姿 所謂具備鬆緊螺旋扣的卡 -^ ^ ^ „ 磲踨扣，係指由在一端刻 5又有左侧螺旋線及在另一端刻設有右倒螺旋線之套/1 上述左側螺旋線螺合 ，·套涛、與 螺桿所構;^ j與·^迷右側螺旋線螺合之 扣的卡釣，抑於°的拉緊㈣絲配件°所謂具備鬆緊螺旋 ;的㈣係指於該等螺桿 即，使套筒向該等螺m 又置卡鉤而構成者。亦 筒伸長，柯狀：下:向旋轉’讓該等螺桿自套 之卡鉤卡之卡釣卡合於基台且使另一方 向旋轉，將守蓉y然後’使套筒向該等螺桿擰緊之方 U荨螺桿引入套筒中，藉此，利用# # g P 張緊力將承^㈣矛j用以螺桿之 勢加以固定：=水平姿勢或者特定之傾斜姿 台相對於基早持 旋扣的卡射，備齊有使承載 -保持於:定::::::勢者、及使承載一 玻瑪Μ據本發明’上述板狀體宜為3200x3000(mm)之母 本身2 Μ ?本务明之板狀體之承載裝置由於承載裝置 小身之間潔化而適於篦ln冲本專丨 納、輪送。、於第10代大型尺寸之母玻璃基板之收 於\苴、述目的，本發明提供一種運送車輛，其特徵在 載台=搭載本發明之板狀體之承載裝置並使軸支上述承 車由之轴方向成為行進方向而輸送上述收納拖架。以 144501.d( 201103837 上述姿勢將承載裝置搭载於運送車輛上 寬的運送車輛（專用拖車）_ θ 可不使用車幅 ::輛(專用拖車)，而是將承載裝置搭載於 、下平；上連送車輛係包含自力 及由牵引車牵引的拖車者。 進的卡車 發明之效果 根據本發明之板狀體之承 恕夕妥·“ 戰裝置及運送車輛，於收納拖 :之：载中雖使用有承載台’但不具有電動傾斜驅動裝 結構間潔’因此’即便不使用專用拖車，亦可收 納並輸送大型的板狀體。 【實施方式】 以下’根據隨附圖式，對本發明之板狀體之承載裝置及 運送車輛之較佳實施形態進行說明。 圖1係表示實施形態之板狀體之承載裝置中所承載的收 納拖架1 〇之一例之全體立體圖。 於該圖所示之收納拖架1G上，將複數塊、例如8g〜i5〇塊 的矩形狀之玻璃板G水平地、且玻璃板⑽互間經由比玻 璃板G之尺寸大的矩形狀之紙墊板（未圖示）而積層並收 、内實細形態中所不之玻璃板G係用於平板顯示器⑺以 Panel Display，FPD)之縱橫尺寸約為32〇〇x3〇〇〇(mm)的母 玻璃基板，板之厚度為丨mm以下。再者，玻璃板G之尺寸 並不限定於此’但如下所述的實施形態之板狀體之承載裝 置適於上述大型玻璃板之承載。 收納拖架10係由俯視時為矩形狀之台座12、定位構件 14、16及載置板18等所構成。 144501.doc 201103837 台座12係由複數根框架材2〇、2〇.構成為框狀。框架材 2 〇例如係由紹合金或不鏽鋼所製作。該台座12係以如下方 式構成：製作2台由複數個框架材20、20.··縱橫組裝成格 子狀的組裝構件’並以使該2台組裝構件之格子面大致平 行之方式使用框架材2〇、20…組裝而構成。 於台座12之整個側面上，插入有堆高機8〇(參照圖 5A〜5D)之一對又架82、82之開口部22、22(參照圖〇係在 台座12之一側面上至少設有2處。於台座12上，設置有載 置板18 ’該載置板18係由未圖示之飾面材及振動吸收用緩 衝材所構成》 疋位構件14、16配置於台座12之4個側面，且其係以夾 持經由紙墊板而積層之玻璃板G之方式來按壓所積層之玻 璃板G之側面者。定位構件丨4係以熔接等方式固定於台座 12或載置板18上，不能裝卸。另一方面，定位構件16係以 螺絲等能裝卸式地安裝於台座12或載置板18上。其原因在 於，在將玻璃板G收納於收納拖架1〇上時，不使定位構件 16成為阻礙。另一方面，定位構件14係用以在將玻璃板g 載置於收納拖架10上時進行玻璃板G之位置對準。 再者，定位構件14亦與定位構件16同樣地能裝卸，但從 積層之玻璃板G之位置精度及必要之剛性之觀點而言，較 好的是被固定成不能裝卸。 上述收納拖架10被一定寬度之包裝構件所纏繞，並於該 狀態下承載於圖2、圖3所示之承載裝置3〇中。而且，收納 拖架10經由4個部位的U字配件（夫圖千、*如糾 丁 I木圔不）並利用蝶形螺絲 144501.doc -10- 201103837 (未圖示）而固定於承載台34上。再者，較好的是，在上述 包裝構件與玻璃板(3之間介有空氣袋（air bag)以使破璃板〇 在運送時不破損。又，亦可利用捆綁帶（lashing kh)等之 固疋治具將玻璃板G夾隔緩衝材而固定於收納拖架⑺上。 圖2、圖3所示之承載裝置3〇係搭載於圖4所示之卡車（運送 車辆)4。内之裝載台42上。另外，圖4中圖示u台承載： 置30，但亦可將複數台承載裝置3〇並排搭載於卡車仂之行 進方向上。 圖2係承載裝置30之前視圖，圖3係圖2所示之承載裝置 之右側視圖’其係下述的承载台34處於圖2之二點鍵線 所不之水平姿勢之狀態的右側視圖。再者，由於承载裝置 1〇並非左右相同結構，故而圖2所示之S載裝置30之左側 視圖與圖3所示之右側視圖並不相同。 如該等圖所示，承載裝置3〇係由基台32及承載台Μ構 成基台32及承載台34例如係間或不鏽鋼作為材料而 基台32係藉由螺栓等之締結構件(未圖示)以可自由裝卸 之方式固定於如圖4之卡車4〇之裝載台42上。即，實施形 態之承載裝置3。係相對於卡車4〇而可自由裝卸地搭載者； 又於基台32上，設置有可自由傾動地軸支如圖2、圖3之 承載台34的軸承44、44、及作為姿勢保持構件之具備鬆緊 螺旋扣的卡鉤46、48。 軸承44係由螺栓固定於如 部位，於該等軸承44、44上 圖3之基台32之上部兩側的2個 ’經由軸5 0而以可自由旋動之 I4450l.doc 201103837 方式軸支有承載台34。藉此，承載台34以可自由傾動之方 式被基台32所支持。又，承載裝置3〇搭載於卡車4〇之裝載 台42上並使如圖4之軸50之軸方向成為卡車4〇之行進方 向。進而’軸50固定於承載台34之大致中央部。 圖2、圖3所示之具備鬆緊螺旋扣的卡鉤牝係安裝於構成 基台32之平台52之兩側的2個部位，且將圖2中實線所示之 特定傾斜姿勢的承載台34於該傾斜姿勢下進行保持。該具 備鬆緊螺旋扣的卡鉤46之結構廣為周知，一方之卡釣54卡 合於平台52上之銷56，另一方之卡鉤S8卡合於承載台34之 圖2中右側下部所設之銷60。於該狀態下將具備鬆緊螺旋 扣的卡鉤46之套筒62緊固，藉以將承載台34經由具備鬆緊 螺旋扣的卡鉤46而相對於平台52進行固定，並且將承載台 3 4保持於特定之傾斜姿勢。 另一方面，具備鬆緊螺旋扣的卡鉤48係安裝於構成基台 32之支柱64之側面之兩側的2個部位，且將圖2中二點鏈線 所示之水平姿勢之承載台34於該水平姿勢下進行保持。該 具備鬆緊螺旋扣的卡鉤48之一方之卡鉤66卡合於支柱64上 所固定之銷68,另一方之卡鉤70卡合於承載台34之圖2中 左側下部所設之銷72 ^於該狀態下將具備鬆緊螺旋扣的卡 鉤48之套筒74緊固，藉以將承載台34經由具備鬆緊螺旋扣 的卡鉤48而相對於支柱64進行固定，並且將承載台34保持 於水平姿勢。 再者’已例示具備鬆緊螺旋扣的卡鉤、48作為姿勢保 持構件，但並不限定於此，只要為可將承載台34以水平姿 I44501.doc 12 201103837 勢、特定之傾斜姿勢進行保持之構件，則任意的構件均可 使用。然而，使用具備鬆緊螺旋扣的卡鉤46、48具有如下 優點：僅以手動作業來轉動套筒62、74便可簡單且確實地 保持上述姿勢。 承載台34係將複數個框架材組合所構成，並形成有載置 收納拖㈣之載置面。於承载台34之下面，安裝有抽5〇, 該軸⑽以自由旋轉之方式被如上所述之軸_、44所支 持。 接下來，對如上所構成之承载裝置3〇之作用進行說明。 首先，參照圖5Α〜5D來說明收納拖架1〇之卸下順序。再 者，圖5A〜5D所示之承載裝置3〇係搭載於圖6所示 4〇之裝載台42上者。 在卡車4〇到達目的地後，將覆蓋卡車4〇之裝載台42之圖 6中的蛇腹罩76向駕敬座湖滑動並摺疊，敞開卡車做 裝載台42,露出傾斜搭載有如圖5八之收納拖架此承載裝 鬆開對承載裝置30之承載台34之下部與基台32加以固定 之具備鬆緊螺旋扣的卡鉤46,從銷6〇上卸除卡鉤％來昭 叫此時’承載台34之重心偏向下側，故而於圖从所； 態下平衡。因此，在卸除卡釣58時，並不特別需 妥支樓承載台34之支揮件。 如圖5B所示，將作為外部傾動機構之堆高機80之又架82 :圖6般地插入至承載台34之金屬圓管（卡合部⑽之下方。 然後’—面承受收納拖架1G之重量’—面使叉㈣缓慢地 144501.doc •13- 201103837 上升，如圖5C般使承載台34成為水平狀態。於該傾動動作 時，為了不讓又架82脫離金屬圓管84而導致收納拖架1〇從 承載台34上落下，一面注意叉架82相對於金屬圓管料之掛 住的情況，一面使叉架8 2上升。 再者，於實施形態中，已例示構成承載台34之金屬圓管 84作為卡合部’但並不限定於此。例如，亦可於承載台μ 上重新設置卡合於叉架82之卡合部。然而，若重新設置卡 合4，則承載台3 4之零件數量會增加，故而宜將構成承載 台34之金屬圓管84或鋼材作為卡合部。卡合部之位置較好 的是承載台34易傾動之位置，例如，如圖6般位於承載台 34傾斜之狀態的下端部。於該位置上，作為構成承載台 之梁之金屬圓管84會向水平方向延設，故而宜將該金屬圓 官84作為卡合部而利用。又，於叉架82升降時可相對於又 架82而良好地滑動，故而較好的是卡合部係如金屬圓管料 之剖面形狀為圓形狀。 如圖5C所標使承載台34為水平狀態後，接著，將具備鬆 緊螺旋扣的卡鉤48之卡鉤66掛到基台32側之銷68上，並且 將卡鉤70掛到承載台34侧之銷72上，然後，輕微地緊固套 筒74。 進而’為了在卡鉤66、70從銷68、72上脫落時進行支 承’在承载台34之上部與卡車40之裝載台42之間掛設有鏈 吊車（cham block)用卡鉤之鏈（未圖示），將承載台34固定 於卡車40側。 鬆開並卸下對收納拖架10與承載台34加以固定之U字配 144501.doc -14- 201103837 件（4個部位）的蝶形螺絲（未圖示），解除收納拖架Η)相對於 承载台3 4之固定。 面確〜藉由具備鬆緊螺旋扣的卡鉤之卡鉤μ、、 及鏈吊車用卡鉤(未圖不)而將承載台34牢牢地固定於基台 、卡車40側的情況’一面使又㈣緩慢下降，使叉架82 從承載。34退避n堆高機8q向卡車w之相反側移 動。 如圖5D所不’在堆高機80移動至相反側後，將叉架82插 入至收納拖架H)之開口部22、22(參照叫之儘可能深的位 :吏又架82緩慢上升，將收納拖架1〇從承載台34上舉起。 、’持λ狀釔而使堆咼機8〇後退，使收納拖架1 〇相對於承 載D 34而朝水平方向離開。此後，使叉架μ下&，讓收納 拖架10從卡車40之裝載台42上落下。 藉由以上動作，可從搭載於卡車4()之裝載台42上之承載 裝置3 0上卸下收納拖架1 〇。 再者_於相對於承載裝置3G之收納拖架⑺之裝入作 二、U卸下作業之順序相反之順序進行即可，故而此 處省略說明。 接下來，對承載台3 4之放置順序進行說明。 使堆兩機8G再:欠向卡車4G之相反側移動，將又㈣插入 承載口 34之金屬圓營84之下方，此後’使又架82稍許上 升以利用叉架82來支撐金屬圓管84。 在維持上述狀態之狀態下鬆開具備鬆緊螺旋扣的卡鉤 144501.doc 201103837 48 ’將卡鉤70從銷72上卸除，並且卸除鏈吊車用卡鉤之 鏈’解除承載台34相對於基台32及卡車40之固定。 —面讓又架82承受金屬圓管84之重量，一面使叉架82下 降’藉以緩慢地放低金屬圓管84並使承載台34傾斜。於承 載台34之傾斜結束後，輕微地緊固螺旋扣46，松松地固定 承載台34與基台32。 最後’將具備齡緊螺旋扣的卡鉤48利用繩子等固定於基 台32上，此後，罩上卡車4〇之蛇腹罩76以利用蛇腹罩％覆 蓋裝載台42。 藉由以上動作，可將承載台34放置於裝載台42上。 如上所述，根據實施形態之承載裝置3〇，軸支於基台Μ 上之承載台34會在承載有收納拖架1〇之狀態下在水平狀態 與特定之傾斜狀態之間自由地傾動，故而當承載台“為水 平狀態時，可使用堆高機80將收納拖架1〇承載於承載台Μ 之承載位置，並且可使用堆高機崎收納拖架職該承載 位置搬出。 因此，根據實施形態之承載裝置 收納拖架之起重機等較大的作業設備，故而可效率良女 進行收納拖架W之承載作業。又，在將承㈣置3_ 卡車40上來輸送收納拖架1〇時，使承載台34於特定之令 姿勢下進行輸送。因此，即便對於收納有大型尺寸之^ 璃基板之收納拖架U)，亦可不使用專用拖車而由卡車4 行輪送。 另-方面，當承載台34要從水平姿勢向特定之傾斜姿勢 144501.doc •16- 201103837 傾動時，以及要從特定之傾料姿勢向水平姿勢傾動時，藉 由以下方法進行：使堆高機80之叉架82卡合於承載台w上 所叹之金屬圓管84，並利用堆高機8〇使承载台34傾動。 因此’根據實施形態之承載裝置30，收納拖架ig之承載 中雖使用有承载台34，但未設置電動傾斜驅動褒置，故而 承載裝置30變得簡潔，因此，即便不使用專用拖車，亦能 將大型的母玻璃基板收納於收納拖架1〇上並進行輸送。 又，由於未設置電動傾斜驅動裝置’故而承载裝置朗更 宜，而且因為無需專用拖車，所以亦可削減其相應的輸送 費用進而JU承載裝置30之簡潔化而可使承载裝置3〇本 =相對於卡車4〇而換載，因此成為富有機動性之承載裝置 又，若使㈣高機80作為外部傾動機構，則由於該堆高 機係將收納拖架10相對於承載台34而裝入、卸下之裝 故而藉由將該堆高機80兼用作外部傾動機構而具有無 需準備另外的外部驅動機構之簡便性。 又’根據實施形態之承載裝置3〇，設置有將承載台則 水平姿勢及特定之傾斜姿勢加以保持的具備鬆緊螺旋扣的 卡鉤46、48’故而在將收納拖架1〇裝入承載台州寺及從承 載台34上卸下收納拖架10時’可穩定地保持承載台34之水 平姿勢，X，在輸送收納拖架10時，可穩定地保持承載台 34之特定之傾斜姿勢。 又’根據實施形態之承載裝置3〇，較好的是承載約 3200x3_(mm)之母玻璃基板。gp，於承載裝置财，不 144501.doc 17 201103837 從而使承載裝置30本身 尺寸之母破璃基板之收 具有使承載台34傾動之電動裝置， 簡潔化’因此適於上述第1〇代大型 容、輸送。 另一方面’根據實施形態之卡車4G，其搭載承戴裝置3〇 並使軸支承載台34之軸5〇之軸方向成為行進方向而輸送收 納拖架。將承载裝置30以上述姿勢搭載於卡車4〇上，便 可不使用車幅寬的運送車㈣專用拖車）而使用車幅窄的卡 車40來搭載承載裝置。 再者’從卡車4G之行車穩定性之觀點而言，在將收納拖 架1〇承載於承載台34上時，較好的是讓承載裝置3〇之重心 位於卡車40之寬度方向之大致正中間。又，本發明之運送 車輛除卡車40之外，亦包含由牵引車所牵引之拖車等之運 送車輛。 產業上之可利用性 已例示玻璃板G作為本發明之利用例，但不僅限於玻璃 板G’只要為板狀體即可，對於樹脂板、金屬板等之板狀 體亦可應用本發明之板狀體之承載裝置及運送車輛。考慮 到能穩定而效率良好地輸送大型且薄的板狀體，則特別有 效的是液晶顯示器用之第1〇代的母玻璃基板。 【圖式簡單說明】 圖1係收納拖架之全體立體圖。 圖2係實施形態之承載裝置之前視圖。 圖3係圖2所示之承載裝置之右側視圖。 圖4係卡車及搭載於卡車上之承載裝置之俯視圖。 144501.doc -18· 201103837 圖5 A係用以說明承載裝置之作用之動作說明圖 圖5B係用以說明承載裝置之作用之動作說明圖 圖5C係用以說明承載裝置之作用之動作說明圖 . 圖5D係用以說明承載裝置之作用之動作說明圖 中之說明 . 圖6係堆高機之叉架卡合於承載台之金屬圓管 圖。 【主要元件符號說明】 10 收納拖架 12 台座 14、16 定位構件 18 載置板 20 框架材 22 開口部 30 承載裝置 32 基台 34 承載台 40 卡車 42 裝載台 44 軸承 46 ' 48 具備鬆緊螺旋扣的卡鉤 50 轴 52 平台 54 卡鉤 56 銷 144501.doc -19- 201103837 58 卡鉤 60 銷 62 套筒 64 支柱 66 卡鉤 68 銷 70 卡鉤 72 銷 74 套筒 76 蛇腹罩 78 駕駛座 80 堆高機 82 叉架 84 金屬圓管 144501.doc -20201103837 VI. Description of the Invention: [Technical Field] The present invention relates to a carrier for a plate-shaped body and a transport vehicle, and more particularly to a plate-like shape of a storage tray carrying a laminate and accommodating a plurality of large-sized glass plates The carrier device of the body and the transport vehicle carrying the carrier device for accommodating the trailer [Prior Art] The storage and storage of a plurality of mother glass substrates of a size of about 3200 x 3000 (mm), which is called the 10th generation size, are stacked and accommodated. In the board, even if the short side dimension exceeds 3300mm, it cannot be loaded into the truck container in a horizontal state. In general, the above-described storage tray is conveyed in a state of being inclined at a specific angle. The reason for this is that if a large-sized mother glass substrate is transported in a horizontal state, the width of the transport vehicle during transport is excessively large, thereby violating the road traffic regulations at the time of road traffic. Patent Document 1 discloses a panel transfer container that supports a panel obliquely. As shown in the figure of the patent document, the panel transport container is configured such that a support stand having a pivot portion is provided at a front portion and a rear portion of the bogie, and a lower end of the support frame is coupled to the top portion in a freely rotatable manner. The middle portion of the support portion in the height direction of the support table is provided with an intermediate hinge that can be freely rotated to the outside, and is provided with a panel support member that leans against a panel such as a glass plate to stand up in a substantially mountain shape during assembly. The support framework ^ state is supported. As shown in Fig. 4 of Patent Document 1, the panel transporting capacity is folded so as to accommodate a support frame or the like to form a compact package shape, thereby reducing the space required for storage. 144501.doc 201103837 Further, in Patent Document 2, a container for conveying a sheet glass of a plate glass obliquely is disclosed. The apparatus shown in Fig. 1 of Patent Document 2 is configured such that a support member and a base restricting member are provided inside a box-shaped container in which at least the upper member can be removed, and the sheet glass is supported in a state in which a plurality of sheets are stacked. The glass-supporting member having an L-shaped cross section is housed and taken out in a state of being engaged with the two members. In this apparatus, as shown in Fig. 2 of Patent Document 2, a glass supporting member for accommodating a plate glass is suspended by a hanging device such as a crane, and is housed at a relatively angled angle inside the small container. CITATION LIST Patent Literature Patent Literature 1: Japanese Laid-Open Patent Publication No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. No. Hei. When the apparatus described in Patent Document 1 is used for housing the mother glass substrate, it is not easy to handle a panel such as a glass plate of a large size, and the panel is placed in a support frame that stands up in a substantially mountain shape at the time of assembly. When supporting, it takes a lot of labor on the job, so there is a problem that the panel delivery operation cannot be completed efficiently. Further, in the apparatus described in Patent Document 2, it is necessary to have a hanging device such as a crane that lifts a glass supporting member for storing a large-size plate glass. Therefore, there is a problem that the delivery work equipment of the glass plate becomes large. 144501.doc 201103837 The carrier device of Patent Documents 1 and 2 has the following problems: It is not practical to carry a large-sized glass substrate having a length of more than 3 m in a container or the like for rounding. 'In the above problem, as long as it is an electric reversible load-bearing device, the electric reversible load-bearing device will be placed on the base plate by means of a tilting and carrying device. The electric device operates between the horizontal posture and the specific tilt posture. That is, when the storage tray is housed, the stage is moved in a horizontal posture by the electric device, and the storage tray is raised by a forklift, and the storage tray is transported by the stacker. It is carried on a carrying platform in a horizontal posture state. Next, the stage is tilted by the electric device and held in a specific tilt posture. Thereby, even a large-sized glass substrate can be applied to a container or the like. However, with this electric reversible load bearing device, the electric reversible load bearing device has been enlarged due to a large-scale electric device, and there is a problem that it is necessary to use a dedicated trailer. The present invention has been completed in the above-mentioned circumstances, and its object is to provide a carrier device and a transport vehicle which can accommodate and transport a plate-shaped body of a large-sized plate body by a simple structure without using a dedicated trailer. Means for Solving the Problems In order to achieve the above object, the present invention provides a plate-shaped body carrying device, which is characterized in that it carries a storage tray for storing a plurality of plate-shaped volume layers for storage, including a base And the carrying platform, the carrying platform is pivotally supported on the base in a freely tiltable manner and carries the above-mentioned 14450I.doc 201103837 nano trailer, and in a horizontal posture and in a state in which the storage tray is carried The specific tilting posture is freely tilted, and the engaging platform is provided with an engaging portion that is engaged with the external tilting mechanism to tilt the carrying platform. According to the carrying device of the plate-shaped body of the present invention, the carrying platform supported on the base is freely tilted between the horizontal state and the specific inclined state in a state in which the storage tray is carried, so that when the carrying platform is horizontal In the state, the storage tray can be carried on the carrying position of the carrying platform by using a stacker or the like, and the storage tray can be carried out from the carrying position by using a stacker or the like. Therefore, it is not necessary to lift a large work device such as a crane for accommodating the trailer as described above, and the load carrying operation of the storage tray can be efficiently performed. Further, when the carrier device is mounted on the transport vehicle and the storage tray is transported, the transport platform is transported in a specific tilt posture. Thereby, even if the storage tray in which the large plate-shaped body is accommodated, it can be conveyed without using a dedicated trailer. In another aspect, 'when the stage is to be tilted from the horizontal posture to the specific tilt posture' and when tilting from the specific tilt posture to the horizontal posture, 'by the following method: engaging the external tilting mechanism with the loading platform The engaging portion is provided, and the carrying platform is tilted by an external tilting mechanism. = In this case, according to the bearing body of the plate-shaped body of the present invention, although the carrying platform is used in the carrying of the storage tray, the outer tilting device and the electric tilting driving device are provided, so that the carrying device becomes simple, so 'Yu-Μο 吏The special trailer can also transport the carrying device with the receiving and lowering. Further, the moving device is so that the carrying device can be tilted by a small amount, so that the corresponding transportation cost can be reduced. Advance: In order to eliminate the need for a dedicated trailer', the load-bearing device is simple. 14450l.doc 201103837 The load-bearing device itself is loaded with respect to the transport vehicle, and thus becomes a carrier for organic mobility.丨 is the above-mentioned engaging part, and can be re-set on the carrying platform. The engaging part of the 卩 tilting mechanism is used as the engaging part. ... the pipe or steel ° card that constitutes the load-bearing table is preferably positioned such that the load-bearing table is tilted upwards, and the second pair is located at the end below the state in which the load-bearing table is tilted. At this position (9) material = as a composition The pipe or steel material of the beam of the bearing platform can be used as the engaging portion of the g-material or the steel material. 俜二::乍 is an external tilting mechanism, preferably a stacker is used. The stacking frame is opposite to the carrying platform The device for loading and unloading, and therefore the convenience of the external drive mechanism. In the other, the card is combined with the action carrier of the stacker that tilts the load platform. The frame of the machine is engaged with the bearing port α in a specific tilting posture, and the frame is raised. The action can be used to tilt the bearing A horizontal position. In addition, I smash the carrying platform to the W 1 machine. The fork frame is engaged with the tilt in a horizontal posture (four) tilting I & money 'can make the carrying platform to the side'. According to the present invention, it is preferable to set the above-mentioned carrying capacity and the specific tilting posture to be added (4). When loading the loading platform and when::::, the carrier can be stably maintained When the horizontal posture carrier 2 is removed and the storage tray is towed: the specific tilting posture of the loading platform can be stably maintained, and the storage and storage device is tightly tightened, and the posture maintaining member is tightly tied with the red buckle (four) phase (4) The card fishing (h00k), in the card dog provided on the two ends of the hook with the snail 144501.do, 201103837, the base of the card, the hook of the other card is engaged The cutting table is expected to be the same. (10) Material (4) and the inclined posture of the material, the so-called buckle with the elastic buckle - ^ ^ ^ „ 磲踨 buckle, refers to the left side of the spiral and the left side of the spiral And the other end is engraved with the right inverted spiral sleeve /1 The above left spiral is screwed, the set of Tao, and the screw structure; ^ j and · ^ fans of the right spiral threaded buckle, but The tensioning of the (four) wire fittings is a so-called elastic screw; (4) means that the screws are formed by hooking the sleeves to the screws m. The tube is also elongated, and the shape of the keel is as follows: the rotation is made to allow the card of the hook of the screw to be snapped to the base and rotated in the other direction, and the sleeve will be turned to the screw. The tightening side U荨 screw is introduced into the sleeve, whereby the #4 g P tensioning force is used to fix the bearing (4) spear j to the screw potential: = horizontal posture or a specific tilting posture is held relative to the base The card of the turnbuckle is prepared to keep the load-holding: set:::::: potential, and to carry a glass of 玻 Μ according to the invention, the above-mentioned plate-shaped body should be 3200x3000 (mm) of the mother itself 2承载 The carrying device of the plate-shaped body of this service is suitable for 丨 冲 丨 丨 、 、 、 、 、 、 、 。 。 。 。 。 。 。 。 。 。 。 。 The present invention provides a transport vehicle characterized in that the carrier = a carrying device equipped with the plate-shaped body of the present invention and the above-mentioned bearing is supported by the vehicle in the 10th generation large-size mother glass substrate. The storage tray is transported by the direction in which the axis is the traveling direction. 144501.d (201103837) The carrier device is mounted on a transport vehicle (dedicated trailer) _ θ in the above-mentioned posture. Instead of using the vehicle frame:: (special trailer), the carrier device is mounted on the lower level; The delivery vehicle includes a self-propelled and towed tractor. The effect of the invention is based on the invention of the plate-shaped body according to the present invention. "The warfare device and the transport vehicle are used in the storage and drag: There is a carrying platform 'but there is no electric tilting drive between the structures. Therefore, even if a dedicated trailer is not used, a large plate-shaped body can be accommodated and transported. [Embodiment] The following is a board according to the present invention. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Fig. 1 is a perspective view showing an entire example of a storage tray 1 carried by a carrier for a plate-shaped body according to an embodiment. In the storage tray 1G, a plurality of rectangular glass plates G of, for example, 8g to i5 are horizontally arranged, and the glass plates (10) are mutually passed through a rectangular paper pad having a size larger than that of the glass plate G. (not shown), the glass plate G which is not laminated in the inner and the thin form is used for the mother of the flat panel display (7) with a panel display size (FPD) of about 32 〇〇 x 3 〇〇〇 (mm). The glass substrate has a thickness of 丨mm or less. Further, the size of the glass sheet G is not limited to this. However, the carrier of the plate-shaped body of the embodiment described below is suitable for carrying the large-sized glass sheet. The frame 10 is composed of a pedestal 12 having a rectangular shape in a plan view, positioning members 14 and 16 and a mounting plate 18, etc. 144501.doc 201103837 The pedestal 12 is formed in a frame shape by a plurality of frame members 2〇 and 2〇. The frame material 2 is made of, for example, a sinter alloy or a stainless steel. The pedestal 12 is configured to produce two assembly members that are assembled in a lattice shape by a plurality of frame members 20 and 20... The lattice surfaces of the two assembly members are assembled in a substantially parallel manner using the frame members 2, 20, .... On one side of the pedestal 12, one of the stackers 8 (see Figs. 5A to 5D) is inserted. Openings 22 and 22 of 82 and 82 (refer to the figure on one side of the pedestal 12) At least two places are provided on the pedestal 12. The mounting plate 18 is provided with a decorative material (not shown) and a vibration absorbing cushioning material. The clamping members 14 and 16 are disposed on the pedestal 12. The four sides of the pedestal 12 are pressed against the side of the laminated glass sheet G so as to sandwich the glass sheet G laminated via the paper backing plate. The positioning member 丨4 is fixed to the pedestal 12 by welding or the like. On the other hand, the positioning member 16 is detachably attached to the pedestal 12 or the mounting plate 18 by screws or the like. The reason is that the glass plate G is housed in the storage tray. When the upper side is closed, the positioning member 16 is not obstructed. On the other hand, the positioning member 14 is used to align the position of the glass sheet G when the glass sheet g is placed on the storage tray 10. Further, the positioning member 14 is also detachable in the same manner as the positioning member 16. However, it is preferable that the positioning member 14 is fixed so as not to be detachable from the viewpoint of the positional accuracy of the laminated glass sheet G and the necessary rigidity. The storage tray 10 is wound by a package member having a certain width and is carried in the carrier device 3 shown in Figs. 2 and 3 in this state. Further, the storage tray 10 is fixed to the carrying table via a four-part U-shaped fitting (Fo Tu Qian, *, such as Riding I), and using a thumb screw 144501.doc -10- 201103837 (not shown). 34. Furthermore, it is preferable that an air bag is interposed between the packaging member and the glass plate (3) so that the glass slab is not damaged during transportation. Further, a lashing kh can be used. The fixing tool is fixed to the storage tray (7) by sandwiching the glass plate G. The carrier device 3 shown in Fig. 2 and Fig. 3 is mounted on the truck (transport vehicle) shown in Fig. 4 In addition, the u-stage load is shown in Fig. 4: 30, but a plurality of load carrying devices 3 can be mounted side by side in the traveling direction of the truck raft. Fig. 2 is a front view of the load bearing device 30. Figure 3 is a right side view of the carrying device shown in Figure 2, which is a right side view of the state in which the carrier 34 is in the horizontal position of the two-point key line of Figure 2. Furthermore, due to the carrying device 1〇 The left side view of the S carrier device 30 shown in FIG. 2 is not the same as the right side view shown in FIG. 3. As shown in the figures, the carrier device 3 is supported by the base station 32 and the carrier platform. The base 32 and the support table 34 are made of, for example, inter-system or stainless steel as a material, and the base 32 is connected by bolts or the like. The member (not shown) is detachably fixed to the loading platform 42 of the truck 4 of Fig. 4. That is, the carrier device 3 of the embodiment is detachably mounted to the truck 4; Further, the base 32 is provided with bearings 44 and 44 which are pivotally supported by the bearing table 34 as shown in Figs. 2 and 3, and hooks 46 and 48 which are provided with the elastic buckles as the posture holding members. Mounted on the bearing 44, 44 on the bearings 44, 44 on both sides of the upper part of the base 32 of Fig. 3, with the support shaft supported by the freely rotatable I4450l.doc 201103837 34. Thereby, the carrier 34 is supported by the base 32 in a freely tiltable manner. Further, the carrier device 3 is mounted on the loading platform 42 of the truck 4 and becomes the truck in the direction of the axis 50 of FIG. The direction of travel of the crucible is further fixed to the substantially central portion of the stage 34. The hooks provided with the elastic buckles shown in Figs. 2 and 3 are attached to both sides of the platform 52 constituting the base 32. 2 positions, and the carrying platform 34 of the specific inclined posture shown by the solid line in FIG. 2 is inclined The structure of the hook 46 with the elastic buckle is widely known. One of the hooks 54 is engaged with the pin 56 of the platform 52, and the other hook S8 is engaged with the carrier 34. a pin 60 provided at a lower right portion of the middle portion. In this state, the sleeve 62 of the hook 46 having the elastic screw buckle is fastened, thereby fixing the carrier table 34 relative to the platform 52 via the hook 46 having the elastic screw buckle. And the support table 34 is held in a specific tilt posture. On the other hand, the hooks 48 having the elastic screw buckles are attached to two portions on both sides of the side surface of the pillars 64 constituting the base 32, and FIG. 2 The horizontal stage of the stage 34 shown by the middle two-point chain is held in this horizontal position. The hook 66 of one of the hooks 48 with the elastic buckle is engaged with the pin 68 fixed on the post 64, and the other hook 70 is engaged with the pin 72 of the lower left portion of the carrier 34 of FIG. ^ In this state, the sleeve 74 of the hook 48 with the elastic buckle is fastened, whereby the carrier 34 is fixed relative to the post 64 via the hook 48 with the elastic turnbuckle, and the carrier 34 is held Horizontal posture. In addition, the hook and the 48 which are provided with the elastic buckle are exemplified as the posture holding member. However, the present invention is not limited thereto, and the support table 34 can be held in a specific tilt posture in the horizontal posture I44501.doc 12 201103837. For components, any component can be used. However, the use of the hooks 46, 48 having the elastic buckle has the advantage that the above posture can be simply and surely maintained by merely rotating the sleeves 62, 74 by manual work. The stage 34 is formed by combining a plurality of frame materials, and is formed with a mounting surface on which the storage trays (4) are placed. Below the carrying platform 34, a pumping 5 安装 is mounted, the shaft (10) being supported by the shafts _, 44 as described above in a freely rotatable manner. Next, the action of the carrier device 3 configured as described above will be described. First, the removal order of the storage tray 1 will be described with reference to Figs. 5A to 5D. Further, the carrier device 3 shown in Figs. 5A to 5D is mounted on the loading table 42 shown in Fig. 6. After the truck 4 arrives at the destination, the snake belly cover 76 in Fig. 6 covering the loading platform 42 of the truck 4 is slid and folded toward the seated lake, and the truck is opened as a loading platform 42 to be tilted and mounted as shown in Fig. 5 The storage tray is provided with a hook 46 having a loose screw buckle for fixing the lower portion of the carrying platform 34 of the carrying device 30 and the base 32, and the hook is removed from the pin 6〇 to indicate that it is at this time. The center of gravity of the carrying platform 34 is biased to the lower side, so that it is balanced from the state of the figure. Therefore, when the card fishing 58 is removed, the support of the floor carrying platform 34 is not particularly required. As shown in Fig. 5B, the rack 82 of the stacker 80 as an external tilting mechanism is inserted into the metal round tube (under the engaging portion (10) of the carrying platform 34 as shown in Fig. 6. Then the '-surface receiving storage tray The weight of 1G'-the surface makes the fork (four) slowly 144501.doc •13-201103837 rises, as shown in Fig. 5C, the stage 34 is horizontal. During the tilting action, in order to prevent the frame 82 from coming off the metal round tube 84 The storage tray 1 is lowered from the loading platform 34, and the fork frame 82 is raised while the fork frame 82 is caught with respect to the metal round pipe. Further, in the embodiment, the carrier is exemplified. The metal round pipe 84 of the table 34 serves as the engaging portion 'but is not limited thereto. For example, the engaging portion that is engaged with the fork frame 82 may be newly provided on the carrying table μ. However, if the engaging 4 is reset, Therefore, the number of parts of the carrying table 34 will increase, so it is preferable to use the metal round pipe 84 or the steel material constituting the carrying platform 34 as the engaging portion. The position of the engaging portion is preferably a position where the carrying table 34 is tiltable, for example, Figure 6 is generally located at the lower end of the state in which the stage 34 is inclined. Since the metal round pipe 84 constituting the beam of the stage is extended in the horizontal direction, it is preferable to use the metal round 84 as the engaging portion. Further, when the fork 82 is moved up and down, it can be favorably opposed to the frame 82. Therefore, it is preferable that the cross-sectional shape of the engaging portion such as the metal round tube material is a circular shape. After the loading table 34 is horizontal as shown in Fig. 5C, the card of the hook 48 having the elastic screw buckle is next. The hook 66 is hung on the pin 68 on the side of the base 32, and the hook 70 is hung on the pin 72 on the side of the carrying table 34, and then the sleeve 74 is slightly tightened. Further, in order to remove the pin 66, 70 from the pin 68 and 72 are supported when they fall off. A chain of hooks for a chamage (not shown) is hung between the upper part of the stage 34 and the loading table 42 of the truck 40, and the stage 34 is fixed to On the side of the truck 40. Loosen and remove the thumb screw (not shown) that fixes the carriage 10 and the carrier 34, and fixes the 144501.doc -14-201103837 (4 parts). The frame is fixed relative to the carrier 34. In the case of the hooks of the hooks with the elastic buckles and the hooks for the chain cranes (not shown), the support table 34 is firmly fixed to the base and the truck 40 side. Again (d) slowly descending, causing the fork 82 to be carried. The 34 retraction n stacker 8q moves to the opposite side of the truck w. As shown in Fig. 5D, after the stacker 80 is moved to the opposite side, the fork 82 is inserted into the opening portions 22, 22 of the storage tray H) (refer to the position as deep as possible: the frame 82 is slowly raised Lifting the storage tray 1 from the carrying table 34. 'With the λ-shaped 钇, the stacker 8 is retracted, and the storage tray 1 离开 is separated from the load D 34 in the horizontal direction. Thereafter, The fork frame μ & allows the storage tray 10 to be dropped from the loading table 42 of the truck 40. By the above operation, the storage tray can be removed from the carrier device 30 mounted on the loading table 42 of the truck 4 (). The frame 1 may be arranged in the reverse order of the loading and unloading operations of the storage tray (7) of the carrier device 3G, and the description thereof is omitted here. Next, the carrier table 3 is omitted. The placement sequence of 4 is explained. The stacker 8G is again moved: the opposite side of the truck 4G is moved, and (4) is inserted into the lower side of the metal camp 84 of the load port 34, and then the rack 82 is slightly raised to utilize the fork. 82 to support the metal round tube 84. Release the hook with the elastic screw buckle while maintaining the above state 144501.doc 201103837 48 'Removing the hook 70 from the pin 72 and unloading the chain of hooks for the chain crane' releases the fixing of the carrying platform 34 relative to the base 32 and the truck 40. The surface allows the frame 82 to withstand the metal round tube The weight of 84, the fork 82 is lowered on one side, by which the metal round tube 84 is slowly lowered and the stage 34 is tilted. After the inclination of the stage 34 is finished, the screw buckle 46 is slightly tightened, and the stage is loosely fixed. 34 and the base 32. Finally, the hook 48 having the tightening screw is fixed to the base 32 by a rope or the like, and thereafter, the snake belly cover 76 of the truck 4 is covered to cover the loading table 42 with the snake belly cover%. By the above operation, the carrier 34 can be placed on the loading platform 42. As described above, according to the carrier device 3 of the embodiment, the carrier 34 supported on the base 会 carries the storage tray 1 The state is freely tilted between the horizontal state and the specific tilting state, so when the carrying platform is "horizontal", the stacker 1 can be used to carry the storage tray 1 to the carrying position of the carrying platform, and can be used. Stacker Takasaki storage tray carrier position Therefore, according to the carrier device of the embodiment, a large working device such as a crane for accommodating the trailer is accommodated, so that it is possible to efficiently carry the load carrying operation of the trailer W. Further, the carrier (4) is placed on the truck 40 to transport the storage tray. At 1 o'clock, the carrier 34 is transported in a specific posture. Therefore, even if the storage tray U) in which the large-sized glass substrate is housed, it can be carried by the truck 4 without using a dedicated trailer. On the other hand, when the carrying platform 34 is to be tilted from a horizontal posture to a specific tilting posture 144501.doc •16-201103837, and when tilting from a specific tilting posture to a horizontal posture, the following method is performed: The fork frame 82 of the 80 is engaged with the metal round tube 84 sighed on the carrying table w, and the stacking table 34 is tilted by the stacker 8 。. Therefore, according to the carrier device 30 of the embodiment, although the carrier 34 is used in the load of the storage tray ig, the electric tilt drive device is not provided, so that the carrier device 30 is simplified, and therefore, even if a dedicated trailer is not used, The large mother glass substrate can be stored in the storage tray 1 and transported. Moreover, since the electric tilting drive device is not provided, the carrying device is more suitable, and since the special trailer is not required, the corresponding transportation cost can be reduced, and the simplification of the JU carrying device 30 can make the carrying device 3 = = = relative When the truck is loaded and replaced, it becomes a maneuverable carrying device. If the (four) high machine 80 is used as an external tilting mechanism, the stacking machine loads the storage tray 10 with respect to the carrying platform 34, By removing the stack, the stacker 80 is also used as an external tilting mechanism, which has the simplicity of not requiring an additional external drive mechanism. Further, according to the carrier device 3 of the embodiment, the hooks 46 and 48' having the elastic screw buckles for holding the horizontal posture and the specific tilt posture of the carrier are provided, and the storage tray 1 is loaded into the carrier. When the temple and the storage tray 10 are detached from the stage 34, the horizontal posture of the stage 34 can be stably maintained, and when the storage tray 10 is transported, the specific tilting posture of the stage 34 can be stably maintained. Further, according to the carrier device 3 of the embodiment, it is preferable to carry a mother glass substrate of about 3200 x 3 mm. Gp, in the carrying device, does not 144501.doc 17 201103837, so that the female glass substrate of the size of the carrying device 30 has the electric device for tilting the carrying platform 34, which is simplified, so it is suitable for the above-mentioned first generation large capacity ,delivery. On the other hand, the truck 4G according to the embodiment is equipped with the wearing device 3, and the axial direction of the shaft 5' of the shaft support stage 34 is set to the traveling direction, and the receiving carriage is transported. When the carrier device 30 is mounted on the truck 4 in the above-described posture, the carrier device can be mounted using the truck 40 having a narrow vehicle width without using the carrier (four) dedicated trailer having a wide vehicle width. Furthermore, from the viewpoint of the stability of the truck 4G, when the storage tray 1 is carried on the stage 34, it is preferable that the center of gravity of the carrier device 3 is located substantially in the width direction of the truck 40. intermediate. Further, the transport vehicle of the present invention includes, in addition to the truck 40, a transport vehicle such as a trailer that is towed by the tractor. INDUSTRIAL APPLICABILITY The glass plate G is exemplified as an example of use of the present invention. However, the glass plate G' is not limited to a plate-like body, and the present invention can also be applied to a plate-like body such as a resin plate or a metal plate. The carrier of the plate-shaped body and the transport vehicle. In view of the fact that a large and thin plate-shaped body can be stably and efficiently transported, the first-generation mother glass substrate for liquid crystal displays is particularly effective. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an overall perspective view of a storage tray. Figure 2 is a front elevational view of the carrier of the embodiment. Figure 3 is a right side view of the carrier shown in Figure 2. Figure 4 is a plan view of a truck and a carrier mounted on a truck. 144501.doc -18· 201103837 FIG. 5A is an explanatory view for explaining the action of the carrying device. FIG. 5B is an explanatory view for explaining the action of the carrying device. FIG. 5C is an explanatory diagram for explaining the action of the supporting device. Fig. 5D is a view for explaining the action of the operation of the carrying device. Fig. 6 is a view of the metal circular tube in which the fork of the stacker is engaged with the carrying table. [Main component symbol description] 10 Storage tray 12 pedestal 14, 16 Positioning member 18 Mounting plate 20 Frame material 22 Opening 30 Carrier device 32 Base 34 Carrier table 40 Truck 42 Loading table 44 Bearing 46 ' 48 With elastic screw buckle Hook 50 Axis 52 Platform 54 Hook 56 Pin 144501.doc -19- 201103837 58 Hook 60 Pin 62 Sleeve 64 Strut 66 Hook 68 Pin 70 Hook 72 Pin 74 Sleeve 76 Snake Bottom Cover 78 Driver Block 80 Pile High machine 82 fork frame 84 metal round tube 144501.doc -20