1275552 九、發明說明： I：發明戶斤屬之技術領域】 發明領域 本發明係有關一種用以支撐並搬送縱向積層在托板本 5 體上之多數片玻璃板的玻璃板搬送托板。 發明背景 歷來，已知有用以讓金屬板可多數片的積層於縱向上 並將之加以搬運之搬送托板，此種搬送托板，係在托板基 10板的寬度方向兩端部上直立設置多數支柱，並藉由讓嵌合 於設在支柱上的切槽（口）内之束缚板，載置於積層在托板基 板上的多數金屬板，以防止因多數金屬板搖動而產生金屬 板滑動現象（譬如參照專利文獻i)。 【專利文獻1】日本專利公開公報特開平9_3〇526號（第 15 0010、0011段落及第2圖、第4圖）。 【韻^明内溶1】 發明概要 發明欲解決之問題 然而，專利文獻1中，使用可耐裝載重量之金屬板雖較 20為便利，但若被搬送體為較薄且大型之玻璃板時，由於裝 載重量會施加至位在下方的玻璃體上，故易產生破損問 題，且裝載重量有所限制。因此，為了可在托板基板上裝 載較多的玻璃板，-般多採用縱向置放方法，俾不對玻璃 板施加裝載重量，且為防止負荷過重，係採用於縱向上， 1275552 將綑綁帶等盤繞於積層托板體上而加以固定之方法。然 而，讓玻璃板縱向置放時，容易因玻璃板本身的重量而= 中央部產生撓曲’且縱或將之加以捆紮，綑鄉帶等還是可 能會鬆解開來，使得玻璃板群於搬送中產生滑動而引起位 5 移現象，以致玻璃板有破損之虞。 由於本發明係著眼於前述問題而創作完成者，因此本 發明之目的係在於提供—種操作性優異的玻璃板搬送把 盤，即，縱或是多數玻璃板縱向的積層於搬送把板上q 等玻璃板的中央附近並不會產生撓曲，且於移動卜麵 10 板群也不會產生滑動現象。 用以解決課題之手段 、5〜今、赏明甲請專利範圍第1項之玻璃柄 搬1盤’係用以支擇並搬送多數片縱向積層在托板本體 15 上之㈣板者，其中，前述托板本體係由用以支撐玻璃板 底部之載置台，IX及用w购板 的背面支撐體構成;==:板背面並使之傾斜 另-端為樞軸而受支承 “的上下’配設有以 下方的第㈣臂，該第方的第1支樓臂，以及位於 經由連動機構而予以連T1 臂及第2支撐臂的另—端，係 20上，設有延伸於二 切述第1支樓臂的其中一端 _作前向方向上的中間桿’又， 臂而讓前述中間桿接動Γ 述連動機構、第1支擇 的大略中央部，、，p 呆持住有受支撐之積層玻璃板 璃板。城止該等麵板移動，抑或釋放該等玻 Ϊ275552 以操 依前述特徵，藉由將第2支撐臂配設在較第1支樓臂 下方處，可經常性地便於以手部觸及第2支撐臂教力^ 作，且藉由操作該第2支撐臂，可經由連動機構而噸暢地汽 起、放下中間桿，再者，玻璃板搬送托板移動時，疏牛 積由中 曲 間桿即可保持住受支撐之積層玻璃板的大略中央部產生持 而可事前防範玻璃板破損情形。 本發明申請專利範圍第2項之玻璃板搬送托板，係如申 請專利範圍第1項之玻璃板搬送托板，其中前述連動 坪構係 由下述構件組成，即：第1旋動軸，係作為前述第丨支撐臂 之樞軸而加以支承者；第2旋動軸，係作為前述第2支^臂 之樞軸而加以支承者；第丨及第2旋動盤’係分別設於^述 旋動軸上者；及連結構件，係可樞轉地連接於前述第1扩= 盤及第2旋動盤者。 疋動 ^依前述特徵’藉由將連結構件的兩端部可枢轉地連接 ^第1及第2旋動盤，可利用前述第】及第2旋動盤的旋動半 t ’操作第2支樓臂而經由第2旋動盤、第1旋動盤來讓第i ，動轴旋動，以連動地控制第1支撐臂，故可以簡單的構造 13確貫且順暢地舉起、放下中間桿。 請專明申4專利範圍第3項之玻璃板搬送托板，係如申 前述連2圍第2項之玻璃板搬送托板，其係將一對線材作為 H、σ冓件使用，且该一對線材兩端的樞轉連接位置係 j ^為中心而相對稱的位置。 軸為中\ =述特徵，由於一對線材係可樞轉地連接在以旋動 …〜之相對稱位置，藉由操作第2支獲臂就可連動地控 7 1275552 制第1支標臂，因此可經常性地以—定的㈣力且” 暢地舉起、放下中間桿。 、 ' 本發明申請專利範圍第4項之玻璃板搬送托板，係 ' 請專利範圍第1至3項中任—項之玻璃板搬送托板，其中々 5述第2支撐臂上設有操作把。 … 。依前述特徵，由於第2支樓臂上設置有便於以手握持之 操作^，故可更簡便地連動移動第1支樓臂，且進行操作時 _ Λ防止手m第2支撐臂，譬如較長地形成操作把 日守’可提高作業者的操作性。 1〇 ▲本發明申請專利範圍第5項之玻璃板搬送托板，係如申 °月專利I巳圍第1至4項中任一項之玻璃板搬送托板，其中前 述第1支撑臂上設有鎖定機構，該鎖定機構係在前述中間桿 牙夕動至月面支撐體的上方位置時，用以保持住該位置者。 • 依珂述特徵，由於可讓中間桿保持在背面支撐體的上 方位置，故可防止中間桿隨意的移動至積層之玻璃板前 % 面，而可事前防範玻璃板破損的情形。 本發明申請專利範圍第6項之玻璃板搬送托板，係如申 請專利範圍第1至5項中任一項之玻璃板搬送托板，其中前 述方疋動軸上附設有調整機構，該調整機構係在前述中間桿 2〇由玻璃板的前面側移動至背面支撐體的上方側時，輔助該 動势月匕而在中間桿由背面支樓體的上方側移動至玻璃 板的前面側時，給予一抵抗力。 依雨述特徵，藉由調整機構，讓中間桿釋放玻璃板前 面日可’因有一輔助移動勢能，故可輕鬆的進行操作，而讓 8 1275552 中間桿朝玻璃板前面側壓下時，也不會力量強大地直接碰 觸到玻璃板，故十分安全。 本發明申請專利範圍第7項之玻璃板搬送托板，係如申 明專利範圍第1至6項中任一項之玻璃板搬送托板，其中前 5述連動機構係藉由覆蓋在托板本體側面及後面的罩體，而 與外部隔離。 依别述特徵，連動機構係藉由罩體而與外部隔離，因 此紅作第2支撐臂以連動控制第1支撐臂時，可事前防範作 業者失誤而將手臂或手指插入托板本體内而挾入連動機構 10中此種事故，可提高安全性。 本發明申請專利範圍第8項之玻璃板搬送托板，係如申 請專利範圍第1至7項中任一項之玻璃板搬送托板，其係至 少在載置台或背面支撐體上設有緩衝材。 依前述特徵，將玻璃板載置於搬送托板之作業中，以 15及縱或搬送托板於移動時產生震動，都可藉由緩衝材來吸 收施加至玻璃板之衝擊，故可避免玻璃板產生損傷。 本發明申請專利範圍第9項之玻璃板搬送托板，係如申 清專利範圍第1至8項中任一項之玻璃板搬送托板，其中前 述托板本體上設有多數腳輪。 20 依前述特徵’玻璃板搬送托板可自由地在地面移動， 且藉由多數腳輪’可儘可能地不對玻璃板造成震動即進行 移動。 圖式簡單說明 第1圖係斜視圖，用以例示本發明實施態樣之玻璃板搬 1275552 送托板的正面側構造。 第2圖係部分截面斜視圖，用以例示玻璃板搬送托板的 背面側構造。 第3圖係重要部分擴大斜視圖，用以例示藉由操作第2 5 支撐臂而連動地控制第1支撐臂，讓第1支撐臂因操作而移 動至下方的狀態。 第4圖係重要部分擴大斜視圖，用以例示藉由操作第2 支撐臂而連動地控制第1支撐臂，讓第1支撐臂因操作而移 動至上方的狀態。 10 第5圖係側面圖，用以例示中間桿釋放玻璃罩體之狀 態。 第6圖係側面圖，用以例示中間桿保持住玻璃罩體之狀 態。 I：實施方式3 15 較佳實施例之詳細說明 以下說明本發明之實施例。 第1圖係斜視圖，用以例示本發明實施態樣之玻璃板搬 送托板的正面側構造，第2圖係部分截面斜視圖，用以例示 玻璃板搬送托板的背面側構造，第3圖係重要部分擴大斜視 20 圖，用以例示藉由操作第2支撐臂而連動地控制第1支撐 臂，讓第1支撐臂因操作而移動至下方的狀態，第4圖係重 要部分擴大斜視圖，用以例示藉由操作第2支撐臂而連動地 控制第1支撐臂，讓第1支撐臂卧操作而移動至上方的狀 態，第5圖係側面圖，用以例示中間桿釋放玻璃罩體之狀 10 1275552 態’第6圖係側面圖，用以例示中間桿保持住玻璃罩體之狀 態。 4玻螭板搬送托板（以下稱搬送托板丨），係可縱向積層 多數片玻璃板並搬送該等玻璃板者，且可作為用以搬運及 私動玻㈣板之σ車使用。此處，依圖面說明本發明之實施 例5如第1圖、第2圖所示，搬送托板i主要係由用以支持 玻璃板之托板本體la，以及用以支撐保持住玻璃板之中間 才干10即支樓是9(^支撐臂）構成。以下，第i圖中，係將 搬送托板1前方側之正面作為前方、將搬送托板後面之背 10 15 面側作為後方、將搬送托板1之左手側作為左方，並將右手 側作為右方，且依此進行說明。 、金屬製之托板本體la，主要係由用以支撑玻璃板底部 之載置口 2用以支撑玻璃板背面側之背面支撐體、及用以 支樓載置台2及背面支撐體之下部底台19組成，X，背面支 撐體係由用以直接支撐住縱向積層之玻璃板背面的背面支 撐材3、直立設置於下部底台19後方位置之支柱5、用以補 強該支柱5之補強材！5、及用以連結背面支擇材$及支柱⑽ 上層框材4a、中層框材仆、下層框材構成。 、 月面支撐材3上載置有積層之玻璃板，且該 等玻璃板之刖面、側面及上面，仙麵罩體（以下稱罩體 7)加以復· 4罩體7係以輕量且堅固的硬質塑料材形成， 且罩體7的刖面7a上，以預定間隔而設有多數半圓輪狀之舉 拿部7d，利用舉拿部7d，可易於進行罩體7的移動操作。 托板本體la的左右侧面上，安裝有金屬板之側面罩體 20 I275552 5、35’，前述側面罩體35 且係屬遮蔽體其中-部分者，又糸==托板本體1内部 壯士〆 刀有又托板本體1的背面上，安 衣糸屬遮蔽體其中一部分，即背面罩體34。左右 側面罩體35、35,外側上，設有另一 5之第1古_ 〇 另立而固疋於第1旋動軸13 10 ^支撐韌、9’且該第！支樓臂9、9其中—端側上，設 中間桿K)。中間桿_由跨托板本體喊度方向 :=、及安裝於該支軸1%外周上叫 f a組成，又，支祕之兩端部係'作為第⑽臂9盆 -端之樞軸加以支承使其可自由旋動。作為緩衝性高之 =稀:使用橡膠狀之衝擊吸收材、海綿狀製品體、發泡 15 動、盖Γ 1支料9的另—端上形成有半圓狀之滑動溝9a ’滑 動抓内，插通有突出於側面罩體35之銷(ριη)，銷前端上 以螺絲巍合有鎖定桿36而構成鎖定機構。因此 =:朝右旋轉，第i支撑臂9即為鎖定心 =椒移動。相反地，讓較桿輝 20 支撐臂9就可再次為側面罩體35所支撐而加 二:者:，圏示，以中間桿10保持住罩趙7前面之狀 :措讓鎖定桿36朝右旋轉以讀實防止中間桿10產升 2動’如此^或搬送托板處於移動狀態中，積層之玻璃體 也不會產生移動。 由側面罩體35的第1彡栌辟〇7„ 牙月9至下方隔有預定間隔之外 側位置上’設有另—端固定於第2旋動轴26上的第2支樓臂 2〇。該第2支撐臂20之側部上，炫接有〕字狀的金屬棒狀操 12 1275552 ^22’且側面罩體35的上部，於左右分別固著有當第1支 9 9往上方搖動時用以制約旋動的臂體支承件^。 *如第2、3圖所示，於糾反本體la的内部，在上層框材 5 a/a的下部安裝有臂體轴承構件6、6，又，延伸於托板 私體la見度方向上的第〖旋動軸13作為臂體軸承構件之 拖轴加以支承而使之可自由旋動，且該第】旋動㈣的左右 ，上’連結有支撐臂9的另—端。下層框材4e、4c的兩側 部上，支撐材14係懸掛於左右方向上而加以固定。右側之 1〇 s忙材4c其上部及支撐材14的中間部，安裝有臂體軸承 構件21、21，(雖未予圖式，但左側之下層框材4c其上部亦設 有臂體軸承構件）。 第2旋動軸26作為該等臂體軸承構件21、21，之樞軸並 又支承而了自由旋動，且该弟2旋動轴26的右端連结第2支 撐臂20的另一端。第1旋動軸13、第2旋動軸26上，分別設 5有第1旋動盤23，及同型的第2旋動盤24，二旋動盤23、24 係經由連結構件，即一對金屬線材25、25，(本實施例係使用 眾所周知之金屬線）而加以連結。進而，第1旋動軸13上， 隔有間隔而相連結的二個旋動片12，係分別連結於調整件 13 1275552 可安定地保持住第1支撐臂9的位置。 前述一對線材25、25,之具體安裝位置，係線材25、25, 的上端位在以第1旋動軸13為中心而相對稱位置，隔有間隔 地配置在第1旋動盤23上。又，線材25的上端、線材25,的 5上端分別可樞轉地連接於支承軸23a、23b。同樣地，線材 25 25的下端位在以第2旋動軸26為中心而相對稱的位 置’隔有間隔地配置在第2旋動盤24上。又，線材25的下端、 線材25’的下端分別可枢轉地連接於支承銷24a、24b。 第1支撐臂9、第1旋動盤23、旋動片12係無法相對於第 ίο 1旋動軸13旋動地加以安裝，但若經控制讓第丨旋動盤23旋 動，就可經由第1旋動軸13而讓第丨支撐臂9及旋動片12連動 地方疋動。又，第1支撐臂9轉動時，鎖定桿36係位在鎖定解 除位置。 又第2支樓臂20、第2旋動盤24係無法相對於第2旋動 軸26旋動地加以支承，但利用操作把22操作支撐臂2〇並使 其朝上方搖動時，就可經由第2旋動轴26而讓第2旋動盤^ 亦連動地旋動。再者，慢慢地旋動第2旋動盤24，當支承銷 24b的線材25,開始往下方牽動時，同時讓支承銷现朝下方 牽動，亚旋動第1旋動盤23。與前述^旋動盤23的旋動一 20起連動地，、經由第！旋動轴13,旋動片12亦一邊同方向地由 下端側慢慢地朝前方旋動，—邊將調整仙朝下按壓。 因此，如第4圖所示，藉由讓線材25,的兩端朝下方移 動，並讓對稱之線材25的兩端朝上方移動，第i旋動轴_ 第2旋動軸26的旋動相連動而往同一方向旋動，且第i支撐 14 1275552 臂9在與第2支樓臂2_的方向上搖動同時， 動’而將中間桿1〇舉起至上方。 夕 5 10 即’線材25、25’的兩端部在以各旋_13、26為中、 而相對稱的位置處可樞轉地連接扪及第2旋動盤&二 °此’利用該第i及第2旋動盤23、24的旋動半徑，並夢由 疋，1旋動軸13，並連動地控制fl支撐臂9，故，藉由操 作第2支撐臂2G就可連動地控制第丨支撐臂9,因此可經常= 也x定的牽引力且等量又順暢地舉起、放下中間桿1〇。 2以下祝明中，將中間桿10朝上舉起之狀態作為解放狀 態’而朝前方降下之狀態作為玻璃板的保持狀態，並依此 而進行說明。 進而，解放中間桿10之過程中，經由第丨旋動軸13而旋 動珂述旋動片12，同時，調整件11的上端係以第1旋動軸13 15為軸心而描繪圓弧之姿態，朝前面方向移動，如圖所示， 第1支撐臂9移動至上方狀態時，可藉由調整件丨丨而對旋動 片12施加往上抬舉之力，因此中間桿10的抬舉負荷在旋轉 途中即因調整件11的移動勢能而減輕。 相反地，如後述，中間桿10由上方往前方移動時，由 20於會對用以給予抵抗之調整件11施加抵抗力，故中間桿10 不會因自身重量而猛速的往罩體7的前面7a側移動。即，藉 由調整機構，讓中間桿10由玻璃板的前面側解放時，後半 段過程中因被付予輔助移動勢能而使操作變得輕鬆，再 者’讓中間桿10朝玻璃板的前面側壓下時，也不會勢力狂 15 1275552 猛的旋動，因此十分安全。 如第1圖及第5圖所示，多數縱向積層的玻璃板17，係 以盒體為單位而收容於箱體8内，本實施例中雖係利用二個 箱體8、8，但箱體數量可依玻璃板的厚度、片數、大小而 5適宜選擇。在直立設置該箱體8之狀態下，讓背面支撐材3 使之傾斜地載置於載置台2上，進而，為覆蓋住箱體8，罩 體7係設置成覆蓋於箱體8之前面、側面及上面，且多數的 玻璃板可間接支承於托板本體la。 又’載置台2的上面鋪設有缓衝材2a ’且該緩衝材2&係 10 與箱體8及罩體7之底部相接觸，再者，背面支撐材3的前面 亦鋪設有緩衝材3a，且該緩衝材3a係與箱體8及罩體7的背 面部相接觸，而可間接的保護玻璃板。又，該等緩衝材2a、 3a亦可防止箱體8及罩體7滑動。即，藉由緩衝材2a、3a， 在將玻璃板或箱體8載置於搬送托板1之作業中，以及搬送 15 托板1移動時，都可防止收容於内部的玻璃板損傷。 罩體7的前面7a其背面，於多數處所設有緩衝材7e，且 該等緩衝材7e係與收容有積層玻璃板17之箱體8相接觸，如 此縱或於安裝罩體7時、或是由外部對罩體7施加衝擊時， 都可缓和施加對位於罩體7内之箱體8以及玻璃板17造成衝 20 擊，並可防止產生損傷。進而，雖未予圖式，但箱體8的内 面與玻璃板17之間亦設有緩衝材，如此形成一可盡量不對 玻璃板17造成震動的構造。 又，載置台2的下面，以預定間隔而女裝有多數具備旋 動鎖定功能的腳輪18，而可讓托板本體1a自由地移動，並 16 1275552 可藉由多數腳輪18而安定地支撐搬送托板1，又可儘可能地 不對箱體8内的玻璃板全體造成震動。再者，雖未特別加以 圖式’猎由在所欲位置上鎖定腳輪18的旋動，搬送托板1即 無法任意移動。 5 其次，具體說明利用中間桿1〇保持住罩體7的操作。如 第5圖所示，中間桿1〇在解放狀態時，第1支撐臂9係處於業 已移動至上方的狀態，且第1支撐臂9的動作受到臂體支承 件5a制約，使其定位在不更往後傾之位置上。 進而，藉由讓第1支撐臂9另一端側的鎖定桿36往右方 10向旋轉，第1支撐臂9的另一端側可被緊緊挾持於側面罩體 35及鎖定桿36之間，讓第丨支撐臂9無法移動地固定於牦板 本體la。因此，可確實防止中間桿iq隨意地移動至罩體7的 前面，而可事前防範玻璃板破損情形。 接著，在中間桿10為解放狀態下移動中間桿1〇，又， 15為可在罩體7的前方側保持住收容於箱體8内之積層破璃 體，作業者以手握持住操作把22並將其朝前方壓下，藉由 此種操作，第2支撐臂2〇可旋動第2旋動軸26，並 則述_ 之托板本體la内的連動機構而連動地控制第1支撐臂9，將 其控制成在與第2支撐臂20相同的方向上搖動，而讓中間桿 下I至20朝罩體7前面的大略中央部。 如此，藉由在第2支撐臂20設置便於以手握持操作之押 作把22,可輕易地由下方位置而移動位在上方位置的第1 = 撐臂9。又，譬如較長地形成第2支撐臂20時，因旋轉力矩 增加，故可減少作業者的操作負擔，可提高操作性。再者， 17 1275552 本發明亚不限於此態樣，亦可不在第2支禮臂20設置操作把 22而直接操作第2支撐臂20，以連動地控制第1支撐臂9。 再者，如第6圖所示，中間桿10的保持材1〇a直接接觸 罩體7的岫面7a其中央部附近。在該中間桿1〇為保持狀態 5下，由於會繼續給予前述調整件11(參照第3圖、第4圖）的中 間桿10進而壓下之移動勢能，故可讓罩體7的前面7a經常性 地處於按壓狀態，而可經由罩體7讓箱體8直接固定且安定 地保持於背面支撐材3上。此時，藉由讓鎖定桿36往右方向 旋轉，第1支撐臂9即無法移動地固定於托板本體“。又， 10由5亥保持狀悲讓鎖定桿36往左方向旋轉以解除鎖定狀態 時，只需藉由讓第2支撐臂20朝上方舉起此一操作，就可輕 易地讓中間桿10脫離罩體7。 如此’積層且為支撐狀態的玻璃板17可收容於箱體8 内，進而，由於該箱體8係以罩體7而加以覆蓋，故縱或將 15箱體8由搬送托板1卸下，箱體8還是可保持在潔淨狀態。 又，由於中間桿10係延伸於罩體7的左右方向上，且與罩體 7的大略中央部分附近相接觸，如此即.使搬送托板丨於搬送 中，藉由罩體7就可確實防止箱體8移動。 故，縱或讓多數玻璃板17縱向積層於搬送托板1，該等 20玻璃板17的中央附近並不會產生撓曲，且於移動中，玻璃 板群也不會產生滑動現象。進而，固定及解放罩體7之動 作，可與第2支撐臂20的操作連動地讓第丨支撐臂9搖動，且 該第2支撐臂2〇係受軸支承於作業者易於用手觸及的托板 本體1的側面，故操作輕鬆。又，假使因玻璃板17之積層片 18 I275552 數增減而增加或減少箱體8的數量時，藉由改變第丨支樓臂9 的搖動半徑就可輕易地加以應對。再者，由於中間桿1〇及 第1支撐臂9係以個別單體構成，故縱或罩體7、箱體8、破 螭板17的高度較高時，同樣地，使用長度較長的第丨支撐臂 5 就可加以應對。 又，由於托板本體la的内部，係以左右的側面罩體35 及背面罩體34加以遮蔽而與外部隔絕，因此依第2支撐臂的 操作而連動地控制第1支撐臂時，可事前防範作業者失誤而 將手臂或手指插入托板本體la内而挾入連動機構中此種事 1〇故，可提高安全性（參照第1圖及第2圖）。 玻璃板17載置於托板本體ia之態樣，並不限定於實施 例，譬如，亦可不使用罩體7而直接以中間桿1〇保持住箱體 8。又，亦可讓玻璃板一片片地載置於載置台2而積層多數 片，並讓最後一片玻璃板其背面部載置於背面支撐材3，再 I5讓中間桿10與最前一列之玻璃板17的中央部附近直接接觸 並予以保持。 再者，縱或積層之玻璃板17以中間桿1〇直接加以支撐 時，可以緩衝材3a、緩衝材2a、保持材伽而避免玻璃板17 產生損傷情形，又，依該等緩衝材以、3a，將玻璃板_ 2〇，於搬运托板1之作業中，以及即便搬送托板工移動中產生 震動時，都可藉由該等缓衝材2&、3a來吸收施加至玻璃板 17之衝擊，而避免玻璃板17產生損傷。 依前述說明，實施例中係藉由將第2支樓臂2〇配設於較 弟1支標臂9更下方的位置，俾藉由操作手部易觸及的第之支 19 1275552 樓臂2〇，以經由連動機構（第1、第2旋動軸13、26,第卜 第2旋動盤23、24，綠 綠材25、25’)順暢地舉起、放下中間桿 0再者搬送托板丨移動時，藉由中間桿即可確實防止 積層且為加以支撐狀態的玻璃板17產生移動 ，而可事前防 5 範玻璃板破損情形。 以上依圖面說明本發明之實施例，惟具體構造並不 限於此，”要疋不脫離本發明要旨之範圍内的變更及追加 等’亦包含於本發明，譬如，前述實施例中係使用金屬線 作為線材25、2y，但本發明並不限於此例，亦可使用金屬 10之外的線材，只要是牽引強度高，且不易因牵引時及溫度 k化而產生形狀變化(伸縮）之強韌構件都可使用。又，亦可 取代線材25、25,，將第1、2旋動盤23、24作為鏈輪，並於 該鏈輪捲上鍊條。 再者，W述實施例中，係使用以螺絲嵌合於銷前端之 15鎖疋條％作為鎖定機構，但只要是可固定住第j支撑臂9 者’可為任一機構。 進而，前述實施例中，係說明僅於第2支撐臂2〇其中一 側設置操作把22之例，但亦可將操作把22設於第2支撐臂2〇 雙側上，只要可從其中任一側進行操作之態樣即可。 2〇 【圖式簡單說明】 第1圖係斜視圖，用以例示本發明實施態樣之玻璃板搬 送托板的正面側構造。 第2圖係部分截面斜視圖，用以例示玻璃板搬送托板的 背面側構造。 20 1275552 第3圖係重要部分擴大斜視圖，用以例示藉由操作第2 支撐臂而連動地控制第1支撐臂，讓第1支撐臂因操作而移 動至下方的狀態。 第4圖係重要部分擴大斜視圖，用以例示藉由操作第2 5 支撐臂而連動地控制第1支撐臂，讓第1支撐臂因操作而移 動至上方的狀態。 第5圖係側面圖，用以例示中間桿釋放玻璃罩體之狀 態。 第6圖係側面圖，用以例示中間桿保持住玻璃罩體之狀 10 態 【主要元件符號說明】 7a...前面 7b...側面 7c…上面 7d...舉拿部 7e...緩衝材 8.. .箱體 9…第1支撐臂 9a...滑動溝 10.. .中間桿 10a··.保持材(緩衝材） l〇b...支軸 11.. .調整件(調整機構其中 1...搬送托板(玻璃板搬送托板）7...(玻璃)罩體 la...托板本體 2.. 載置台 2a...緩衝材 3.. .背面支撐材 3a...緩衝材 4.. .補強材 4a...上層框材 4b...中層框材 4c...下層框材 5.. .支柱 5a...臂體支承件 6.. .臂體軸承件 21 1275552 部分） 22...操作把 12·.·旋動片（調整機構其中一 23...第1旋動盤(連動機構） 部分） 23a、23b...支承銷 13·.·第1旋動軸(連動機構） 24...第2旋動盤(連動機構） 14...支撑材 24a、24b...支承銷 15...補強材 25、25’…線材(連動機構其中一 17...積層玻璃材 部分之連結構件） 17a...中央部 26...第2旋動軸 17b...底部 34··.背面罩體(遮蔽體其中一 17c...背面部 部分） 18…腳輪 35···側面罩體(遮蔽體其中一 19...下部底台 部分） 20…第2支撐臂 21、21’…臂體軸承構件 36· ··鎖定桿(鎖定機構） 221275552 IX. INSTRUCTIONS: I: TECHNICAL FIELD OF THE INVENTION The present invention relates to a glass sheet transfer pallet for supporting and transporting a plurality of sheets of glass sheets longitudinally laminated on a pallet body. BACKGROUND OF THE INVENTION Conventionally, there has been known a transfer pallet which is useful for allowing a plurality of sheets of a metal sheet to be stacked in the longitudinal direction and which is erected at both end portions in the width direction of the pallet base 10 A plurality of pillars are disposed, and a plurality of metal plates laminated on the pallet substrate are placed by a binding plate fitted in a slit (mouth) provided on the pillar to prevent metal from being generated by shaking of a plurality of metal plates Plate slip phenomenon (see, for example, Patent Document i). [Patent Document 1] Japanese Patent Laid-Open Publication No. Hei 9_3〇 526 (paragraphs 15 0010, 0011 and Figs. 2 and 4). [Summary of the invention] SUMMARY OF THE INVENTION PROBLEMS TO BE SOLVED BY THE INVENTION However, in Patent Document 1, it is convenient to use a metal plate that can withstand the load weight, but when the conveyed body is a thin and large glass plate Since the loading weight is applied to the glass body below, it is easy to cause damage and the loading weight is limited. Therefore, in order to load a large number of glass plates on the pallet substrate, a vertical placement method is generally used, and no load weight is applied to the glass plate, and in order to prevent overloading, it is used in the longitudinal direction, 1275552, and the like. A method of fixing by coiling on a laminated pallet body. However, when the glass plate is placed in the longitudinal direction, it is easy to cause the deflection of the central portion due to the weight of the glass plate itself and longitudinally or bundled, and the bundled belt may be loosened, so that the glass plate group is There is a slippage in the conveyance to cause a bit shift, so that the glass plate is damaged. Since the present invention has been made in view of the above problems, it is an object of the present invention to provide a glass sheet transfer tray excellent in operability, that is, a longitudinal or a plurality of glass sheets stacked in the longitudinal direction of the transfer sheet. There is no deflection near the center of the glass plate, and there is no slippage in the plate group of the moving surface. The means for solving the problem, 5~now, and the singularity of the glass handle 1 of the patent scope is used to select and transport the majority of the longitudinal stack of the (4) board on the pallet body 15, wherein The pallet system is composed of a mounting platform for supporting the bottom of the glass plate, IX and a back supporting body for purchasing the plate; ==: the back of the plate is tilted and the other end is pivoted and supported by the upper and lower sides. 'The fourth arm of the following side, the first arm of the first side, and the other end of the T1 arm and the second support arm connected via the linkage mechanism, the system 20 is provided with an extension of two One end of the first arm is described as an intermediate rod in the forward direction. Further, the arm is used to connect the intermediate rod to the linkage mechanism, the first central portion of the first choice, and p is held. There is a supported laminated glass slab. The panel stops the movement of the panels, or releases the 275552 to operate the aforementioned features, by arranging the second support arm below the arm of the first arm. It is convenient to touch the second support arm with the hand, and by operating the second support arm, By the linkage mechanism, the steam is lifted and the intermediate rod is lowered, and when the glass plate is moved by the pallet, the thinning of the middle pole can maintain the central portion of the supported laminated glass panel. The glass plate conveying plate of the second aspect of the invention is the glass plate conveying plate of the first aspect of the patent application, wherein the interlocking floor structure is composed of the following members. That is, the first rotation shaft is supported as a pivot of the second support arm; the second rotation shaft is supported as a pivot of the second support arm; and the second and second The rotating disk 'is respectively disposed on the rotating shaft; and the connecting member is pivotally connected to the first expanded disk and the second rotating disk. The two ends of the connecting member are pivotally connected to the first and second rotating disks, and the second arm can be operated by the second half of the first and second rotating disks. The moving plate and the first rotating disk are used to rotate the i-th and the moving shaft to control the first supporting arm in a coordinated manner, so that The single structure 13 lifts and lowers the middle rod in a smooth and smooth manner. Please specify the glass plate transfer plate of the third item of the patent application scope, for example, the glass plate transfer plate of the second item of the second item. The utility model uses a pair of wires as H and σ冓, and the pivotal connection position of the two ends of the pair of wires is a center and a relative position. The axis is a middle\=description, because a pair of wires can be Pivotly connected to the relative position of the rotation ... ~, by operating the second arm to control the 7 1275552 system of the first branch arm, so can often be - (four) force and " Lift and lower the middle pole. The glass plate conveying pallet of the fourth aspect of the patent application scope of the present invention is a glass plate conveying pallet of the 'parts 1 to 3 of the patent scope, wherein the second supporting arm is provided with operation Put it. ... . According to the foregoing feature, since the operation of the second arm is easy to hold by hand, the first arm can be moved more easily, and the second support arm of the hand m can be prevented when the operation is performed, for example. The long-term formation operation can improve the operator's operability. The glass sheet conveying pallet of the fifth aspect of the present invention is the glass sheet conveying pallet of any one of items 1 to 4 of the patent application, wherein the first support arm is A locking mechanism is provided, which is used to hold the position when the intermediate rod is moved to the upper position of the lunar support. • According to the description, since the intermediate rod can be held at the upper position of the rear support body, the intermediate rod can be prevented from moving to the front surface of the laminated glass sheet at will, and the glass sheet can be prevented from being damaged in advance. The glass plate transporting plate according to any one of claims 1 to 5, wherein the adjusting mechanism is attached to the side swinging shaft, the adjusting The mechanism assists the meniscus when the intermediate rod 2 is moved from the front side of the glass sheet to the upper side of the back surface support, and moves to the front side of the glass sheet when the intermediate rod is moved from the upper side of the back side wall body to the front side of the glass sheet. Give a resistance. According to the characteristics of the rain, by adjusting the mechanism, the middle rod can be released from the front of the glass plate. Because of the auxiliary moving potential energy, it can be easily operated, and when the middle pole of the 8 1275552 is pressed toward the front side of the glass plate, It will be powerful and directly touch the glass plate, so it is very safe. The glass sheet conveying pallet of the seventh aspect of the invention is the glass sheet conveying pallet according to any one of claims 1 to 6, wherein the first five interlocking mechanisms are covered by the pallet body. The side and back covers are isolated from the outside. According to the feature described above, the interlocking mechanism is isolated from the outside by the cover body. Therefore, when the second support arm is controlled to interlock with the first support arm, the arm or finger can be inserted into the pallet body in advance to prevent the operator from making mistakes. Intrusion into the interlocking mechanism 10 can improve safety. The glass sheet conveying pallet of the invention of claim 8 is a glass sheet conveying pallet according to any one of claims 1 to 7, which is provided with a buffer at least on the mounting table or the back supporting body. material. According to the above feature, the glass plate is placed in the operation of transporting the pallet, and the vibration is generated when the 15 and the longitudinal or the transporting pallet are moved, and the shock applied to the glass plate can be absorbed by the cushioning material, so that the glass can be avoided. The board produces damage. The glass sheet conveying pallet of the ninth aspect of the invention is the glass sheet conveying pallet according to any one of the first to eighth aspects of the invention, wherein the pallet body is provided with a plurality of casters. 20 According to the foregoing feature, the glass plate transfer pallet can be freely moved on the ground, and the majority of the casters can be moved as much as possible without causing vibration to the glass plate. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing the front side structure of a glass plate transfer 1275552 delivery plate according to an embodiment of the present invention. Fig. 2 is a partial cross-sectional perspective view showing the back side structure of the glass sheet conveying pallet. Fig. 3 is an enlarged perspective view of an important portion for illustrating a state in which the first support arm is controlled to be interlocked by the operation of the 25th support arm, and the first support arm is moved to the lower state by the operation. Fig. 4 is an enlarged perspective view of an important portion for illustrating that the first support arm is interlocked by operating the second support arm, and the first support arm is moved upward by the operation. 10 Fig. 5 is a side view showing the state in which the intermediate rod releases the glass cover. Fig. 6 is a side view showing the state in which the intermediate rod holds the glass cover. I: Embodiment 3 15 DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described. 1 is a perspective view showing a front side structure of a glass sheet conveying pallet according to an embodiment of the present invention, and FIG. 2 is a partial cross-sectional perspective view for illustrating a back side structure of a glass sheet conveying pallet, and a third The important part of the drawing is an enlarged squint 20 diagram for illustrating that the first support arm is controlled to be interlocked by operating the second support arm, and the first support arm is moved to the lower state by operation, and the fourth figure is an important part to expand the squint. The figure shows a state in which the first support arm is controlled to operate in conjunction with the second support arm, and the first support arm is moved to the upper state by the operation of the first support arm. FIG. 5 is a side view for illustrating the middle lever release glass cover. Shape of the body 10 1275552 State 'Fig. 6 is a side view for illustrating the state in which the intermediate rod holds the glass cover. 4 glass plate transfer pallet (hereinafter referred to as conveyor pallet), which can stack a large number of glass plates in a longitudinal direction and transport them, and can be used as a σ car for carrying and privately moving glass (four) plates. Here, the fifth embodiment of the present invention will be described with reference to the drawings. As shown in FIG. 1 and FIG. 2, the transfer pallet i is mainly used for supporting the pallet body la of the glass sheet, and for supporting and holding the glass panel. The middle talent is 10, that is, the branch is composed of 9 (^ support arm). In the following, in the first drawing, the front side of the front side of the transport pallet 1 is referred to as the front side, the back side of the transport pallet 10 side is the rear side, and the left hand side of the transport pallet 1 is left, and the right hand side is provided. As the right side, it will be described here. The metal plate body la is mainly used for supporting the back side support body of the back side of the glass plate by the loading port 2 for supporting the bottom of the glass plate, and for supporting the floor mounting table 2 and the bottom of the back support body The table 19 is composed of an X, a back support system consisting of a back support member 3 for directly supporting the back surface of the glass sheet of the longitudinal laminate, a pillar 5 erected at a position rearward of the lower base 19, and a reinforcing material for reinforcing the pillar 5! 5. It is used to connect the back support material $ and the pillar (10) upper frame material 4a, middle frame material servant, and lower frame material. The lunar support material 3 is placed with a laminated glass plate, and the surface of the glass plate, the side surface and the upper surface thereof, the fairy mask body (hereinafter referred to as the cover body 7) is reinforced and the cover body 7 is lightweight. A strong hard plastic material is formed, and a plurality of semicircular wheel-like lifting portions 7d are provided on the crotch surface 7a of the cover body 7 at predetermined intervals, and the lifting operation of the cover body 7 can be easily performed by the lifting portion 7d. The side cover body 20 I275552 5, 35' of the metal plate is mounted on the left and right side faces of the pallet body la, and the side cover body 35 is a part of the shielding body, and 糸 == the inside of the pallet body 1 The knives are also on the back side of the pallet body 1, which is part of the shield body, that is, the back cover body 34. The left and right side covers 35, 35 are provided on the outer side with the other 5th first _ 〇 and the other is fixed to the first rotary shaft 13 10 ^ support tough, 9' and the first! On the side of the branch arms 9, 9 on the end side, an intermediate rod K) is provided. The middle rod _ is swayed by the cross-plate body: =, and is mounted on the outer circumference of the fulcrum 1% fa, and the ends of the branch are 'as the pivot of the (10) arm 9 pot-end The support makes it free to rotate. As a high cushioning property = thin: using a rubber-like impact absorbing material, a sponge-like product body, a foaming 15 movement, and a cover Γ 1 branch 9 is formed with a semicircular sliding groove 9a 'sliding inside, A pin (ριη) protruding from the side cover 35 is inserted, and a lock lever 36 is screwed to the front end of the pin to constitute a locking mechanism. Therefore =: rotates to the right, the i-th support arm 9 is the locked heart = pepper movement. Conversely, the support beam 9 can be supported by the side cover 35 again by adding two::, the middle rod 10 is held in the front of the cover Zhao 7: the lock lever 36 is turned toward Rotate right to read to prevent the intermediate rod 10 from being lifted and moved 2 such that the transfer plate is in a moving state, and the laminated glass body does not move. The second arm 2, which is fixed to the second rotating shaft 26 by the other end, is provided by the first side of the side cover 35 from the tooth 9 7 „ tooth month 9 to the lower side of the predetermined interval. On the side of the second support arm 20, a metal rod-like operation 12 1275552 ^22' is splayed and the upper portion of the side cover 35 is fixed to the left and right sides of the first support member An arm support member for restricting the rotation when rocking. * As shown in Figs. 2 and 3, inside the rectifying body la, an arm bearing member 6 is attached to a lower portion of the upper frame member 5a/a. 6. Further, the rotative axis 13 extending in the direction of the lath of the pallet is supported as a drag shaft of the arm bearing member so as to be freely rotatable, and the ninth rotation (four) is left and right, The other end of the support arm 9 is connected to the upper side. On both sides of the lower frame members 4e and 4c, the support member 14 is suspended in the left-right direction and fixed. The upper side of the 1〇s busy material 4c is upper and the support material The arm body bearing members 21 and 21 are attached to the intermediate portion of the first portion, and the arm member bearing members 21 and 21 are not provided, but the upper left frame member 4c is also provided with an arm bearing member at its upper portion. 26, as the arm bearing members 21, 21, the pivot is supported and rotatably supported, and the right end of the second rotating shaft 26 is coupled to the other end of the second supporting arm 20. The first rotating shaft 13. The second rotating shaft 26 is provided with a first rotating disk 23 and a second rotating disk 24 of the same type. The two rotating disks 23 and 24 are connected to each other via a connecting member, that is, a pair of metal wires 25, 25, (This embodiment uses a well-known metal wire) and is connected. Further, the two rotating pieces 12 connected to each other with a gap therebetween are connected to the adjusting member 13 1275552, respectively. The position of the first support arm 9 is stably held. The specific positions of the pair of wires 25 and 25 are the upper end positions of the wire members 25 and 25, which are located at the relative positions around the first rotation axis 13 and are separated. The upper end of the wire 25 and the upper end of the wire 25 are pivotally connected to the support shafts 23a and 23b, respectively. Similarly, the lower end of the wire 25 25 is positioned in the same manner. The second rotating shaft 26 is centered and the symmetrical position 'is placed on the second rotating disk 24 at intervals. Further, the lower end of the wire 25 and the wire The lower ends of the members 25' are pivotally connected to the support pins 24a, 24b, respectively. The first support arm 9, the first rotary disk 23, and the rotary piece 12 are not rotatably attached to the first rotational axis 13 Mounting, but if the third rotating plate 23 is rotated by the control, the first supporting arm 9 and the rotating piece 12 can be moved in conjunction with each other via the first rotating shaft 13. Further, the first supporting arm 9 is rotated. When the lock lever 36 is in the lock release position, the second arm 20 and the second swing plate 24 are not rotatably supported by the second rotation shaft 26, but the support arm is operated by the operation handle 22. When the cymbal is tilted upward, the second rotating shaft 26 can be rotated by the second rotating shaft 26 in conjunction with each other. Further, the second rotating disk 24 is slowly rotated, and when the wire 25 of the support pin 24b starts to pull downward, the support pin is now pulled downward, and the first rotating disk 23 is sub-spinned. In conjunction with the rotation of the above-mentioned ^-spinning disk 23, through the first! When the rotary shaft 13 is rotated, the rotary piece 12 is also gradually rotated forward from the lower end side in the same direction, and the adjustment is performed downward. Therefore, as shown in Fig. 4, by moving the both ends of the wire 25 downward, and moving both ends of the symmetrical wire 25 upward, the ith rotation axis _ the rotation of the second rotation shaft 26 Rotate in the same direction, and the i-th support 14 1275552 arm 9 is rocked in the direction of the second arm 2_ while moving, and the middle rod 1 is lifted up to the top. At night 5 10, that is, the ends of the 'wires 25, 25' are pivotally connected to each other at a position symmetrical with each of the turns _13 and 26, and the second rotating disk & The rotation radius of the i-th and second rotating disks 23, 24, and the dream of the rotation of the shaft 13, and the fl support arm 9 are controlled in conjunction with each other, so that the second support arm 2G can be interlocked by operating the second support arm 2G. The third support arm 9 is controlled, so that the traction force can be constantly and also fixed and the intermediate rod 1 举 can be lifted and lowered smoothly. In the following description, the state in which the intermediate lever 10 is lifted up as a state of embarrassment and lowered toward the front is taken as a holding state of the glass sheet, and will be described. Further, during the process of liberating the intermediate rod 10, the rotation piece 12 is rotated by the first rotation shaft 13, and the upper end of the adjustment member 11 is drawn with the first rotation axis 13 15 as an axis. The posture moves toward the front direction. As shown in the figure, when the first support arm 9 is moved to the upper state, the force of the upward movement of the rotary piece 12 can be applied by the adjustment member ,, so that the lift of the intermediate lever 10 is performed. The load is alleviated during the rotation, that is, due to the potential energy of the adjustment member 11. Conversely, as will be described later, when the intermediate lever 10 is moved from the top to the front, the biasing force is applied to the adjusting member 11 for giving resistance, so that the intermediate lever 10 does not rush to the cover due to its own weight. The front 7a side of the 7 moves. That is, when the intermediate rod 10 is liberated from the front side of the glass sheet by the adjustment mechanism, the operation is facilitated by the auxiliary moving potential energy in the second half, and the intermediate rod 10 is placed toward the front of the glass plate. When the side is pressed, it will not be fiercely rotated by the power of 15 1275552, so it is very safe. As shown in Figs. 1 and 5, a plurality of vertically stacked glass sheets 17 are housed in the casing 8 in units of boxes. In the present embodiment, although two cases 8 and 8 are used, the case is used. The number of the bodies can be appropriately selected depending on the thickness, the number of sheets, and the size of the glass plate. In a state in which the casing 8 is placed upright, the backing support member 3 is placed on the mounting table 2 obliquely, and further, the cover body 7 is placed so as to cover the front surface of the casing 8 so as to cover the casing 8. Side and top, and most of the glass sheets can be indirectly supported by the pallet body la. Further, a cushioning material 2a' is placed on the upper surface of the mounting table 2, and the cushioning material 2& 10 is in contact with the bottom of the casing 8 and the cover 7, and further, the front surface of the back support 3 is also provided with a cushioning material 3a. Further, the cushioning material 3a is in contact with the casing 8 and the back surface portion of the cover 7, and the glass plate can be indirectly protected. Moreover, the cushioning materials 2a and 3a can also prevent the casing 8 and the casing 7 from sliding. In other words, when the glass plate or the casing 8 is placed on the transfer pallet 1 by the cushioning materials 2a and 3a, and the conveyance 15 pallet 1 is moved, the glass plate accommodated inside can be prevented from being damaged. The front surface 7a of the cover body 7 is provided with a cushioning material 7e at a plurality of places on the back surface thereof, and the cushioning material 7e is in contact with the casing 8 in which the laminated glass sheet 17 is accommodated, so that the longitudinal direction or the mounting of the cover body 7 or When an impact is applied to the cover 7 from the outside, the case 8 and the glass plate 17 located in the cover 7 can be gently applied to prevent the damage from occurring. Further, although not shown, a cushioning material is also provided between the inner surface of the casing 8 and the glass plate 17, so that a structure which does not cause vibration of the glass plate 17 as much as possible is formed. Further, on the lower surface of the mounting table 2, a plurality of casters 18 having a rotation locking function are provided at a predetermined interval, so that the pallet main body 1a can be freely moved, and 16 1275552 can be stably supported by a plurality of casters 18. The pallet 1 can, as much as possible, not cause vibration to the entire glass panel in the casing 8. Further, although the drawing is not specifically shown, the transfer pallet 1 is not arbitrarily moved by the rotation of the caster 18 at the desired position. 5 Next, the operation of holding the cover 7 by the intermediate lever 1〇 will be specifically described. As shown in Fig. 5, when the intermediate lever 1 is in the liberated state, the first support arm 9 is in a state of being moved upward, and the operation of the first support arm 9 is restricted by the arm support 5a to be positioned at No more backwards. Further, by rotating the lock lever 36 on the other end side of the first support arm 9 to the right side 10, the other end side of the first support arm 9 can be tightly held between the side cover 35 and the lock lever 36. The second support arm 9 is fixed to the seesaw body la in a non-movable manner. Therefore, it is possible to surely prevent the intermediate rod iq from being arbitrarily moved to the front side of the cover body 7, and it is possible to prevent the glass plate from being damaged in advance. Next, the intermediate rod 1 is moved while the intermediate rod 10 is in a liberated state, and 15 is a laminated glass body that can be held in the casing 8 on the front side of the cover body 7, and the operator holds the operation by hand. By pressing 22 and pushing it forward, by this operation, the second support arm 2 can rotate the second rotation shaft 26, and the interlocking mechanism in the pallet main body la of the _ The support arm 9 is controlled to be rocked in the same direction as the second support arm 20, with the intermediate rods 1 to 20 facing the substantially central portion of the front surface of the cover 7. Thus, by providing the second support arm 20 with the urging handle 22 for the hand holding operation, the first = arm 9 positioned at the upper position can be easily moved from the lower position. Further, when the second support arm 20 is formed for a long period of time, the rotational torque is increased, so that the operator's operation load can be reduced and the operability can be improved. Further, the present invention is not limited to this aspect, and the second support arm 20 may be directly operated by not providing the operation handle 22 on the second arm 20 to control the first support arm 9 in conjunction with each other. Further, as shown in Fig. 6, the holding material 1A of the intermediate rod 10 directly contacts the vicinity of the central portion of the crotch surface 7a of the cover 7. When the intermediate lever 1 is in the holding state 5, since the intermediate lever 10 of the adjusting member 11 (see FIGS. 3 and 4) is continuously supplied and the moving potential energy is depressed, the front surface 7a of the cover 7 can be made. Frequently in a pressed state, the case 8 can be directly fixed and stably held on the back support 3 via the cover 7. At this time, by rotating the lock lever 36 in the right direction, the first support arm 9 is fixed to the pallet main body in a non-movable manner. Further, 10 is held by the 5 ha, and the lock lever 36 is rotated in the left direction to release the lock. In the state, the intermediate rod 10 can be easily detached from the cover 7 by lifting the second support arm 20 upward. Thus, the laminated and supported glass plate 17 can be housed in the case. Further, since the casing 8 is covered by the cover 7, the 15 casing 8 is vertically removed from the conveyance pallet 1, and the casing 8 can be kept in a clean state. The ten series extends in the left-right direction of the cover body 7 and is in contact with the vicinity of the substantially central portion of the cover body 7. Thus, the transfer plate is placed in the conveyance, and the cover body 7 can surely prevent the movement of the case 8 Therefore, even if a plurality of glass sheets 17 are vertically stacked on the transfer tray 1, the vicinity of the center of the 20 glass sheets 17 does not cause deflection, and the glass sheet group does not slip during the movement. , the action of fixing and releasing the cover body 7 can be interlocked with the operation of the second support arm 20 The support arm 9 is rocked, and the second support arm 2 is supported by the side surface of the pallet body 1 which is easy for the operator to easily touch by the operator, so that the operation is easy. Also, the number of laminated sheets 18 I275552 due to the glass plate 17 When the number of the cabinets 8 is increased or decreased, the number of the cabinets 8 can be easily changed by changing the rocking radius of the armrest arm 9. Further, since the intermediate lever 1〇 and the first support arm 9 are individually Therefore, when the height of the vertical body, the cover body 7, the case body 8, and the breakage plate 17 is high, the second support arm 5 having a long length can be used in the same manner. The inside and the side cover 35 and the back cover 34 are shielded from each other by the left and right sides. Therefore, when the first support arm is controlled in conjunction with the operation of the second support arm, the operator can be prevented from accidentally The fact that the finger is inserted into the pallet main body la and is inserted into the interlocking mechanism can improve the safety (refer to Figs. 1 and 2). The glass plate 17 is placed on the pallet body ia, and It is not limited to the embodiment, for example, the cover body 7 may be used without directly using the cover body 7 The rod 1〇 holds the box 8. In addition, the glass sheet can be placed on the mounting table 2 in a plurality of layers, and the back surface of the last glass sheet is placed on the back support material 3, and then I5 The intermediate rod 10 is in direct contact with and held by the vicinity of the central portion of the glass plate 17 of the foremost column. Further, when the longitudinal or laminated glass plate 17 is directly supported by the intermediate rod 1〇, the cushioning material 3a, the cushioning material 2a, and the retaining member can be held. In order to prevent the glass plate 17 from being damaged, the glass plate _ 2 , is used in the operation of the pallet 1 and the vibration is generated during the movement of the palletizer. The impact applied to the glass sheet 17 can be absorbed by the cushioning materials 2&, 3a, and the glass sheet 17 can be prevented from being damaged. According to the above description, in the embodiment, the second branch arm 2 is disposed at a position lower than the lower arm 1 of the younger arm, and the second branch 19 1975552 is used to reach the second arm 2 In other words, the intermediate lever 0 is lifted and lowered by the interlocking mechanism (the first and second rotating shafts 13 and 26, the second and second rotating disks 23 and 24, and the green and green materials 25 and 25'). When the slab is moved, it is possible to surely prevent the lamination and the movement of the glass sheet 17 in the supported state by the intermediate rod, and it is possible to prevent the glass sheet from being damaged in advance. The embodiments of the present invention are described above, but the specific configuration is not limited thereto, and variations and additions to the scope of the present invention are also included in the present invention, for example, in the foregoing embodiments. The metal wire is used as the wires 25 and 2y. However, the present invention is not limited to this example, and a wire other than the metal 10 may be used as long as the traction strength is high and the shape change (expansion) is not easily caused by the pulling and the temperature k. The reinforcing members can be used. Alternatively, instead of the wires 25 and 25, the first and second rotating disks 23 and 24 can be used as sprocket wheels, and the chain can be wound on the sprocket. The lock mechanism is used as the lock mechanism by screwing the 15 lock bar at the front end of the pin, but any one can be used as long as the j-th support arm 9 can be fixed. Further, in the foregoing embodiment, the description is only The second support arm 2 has an operation handle 22 provided on one side thereof, but the operation handle 22 may be provided on both sides of the second support arm 2, as long as it can be operated from either side. 2〇[Simple description of the drawing] Figure 1 is an oblique view for illustration The front side structure of the glass sheet conveying pallet according to the embodiment of the invention. Fig. 2 is a partial cross-sectional perspective view showing the back side structure of the glass sheet conveying pallet. 20 1275552 Fig. 3 is an enlarged perspective view of an important part, The first support arm is controlled to be interlocked by the operation of the second support arm, and the first support arm is moved to the lower state by the operation. Fig. 4 is an enlarged perspective view of an important portion for illustrating the operation by the second 5 The support arm controls the first support arm in conjunction with each other to move the first support arm to the upper state by operation. Fig. 5 is a side view showing the state in which the intermediate lever releases the cover glass. Fig. 6 is a side view Figure for illustrating the state in which the intermediate rod holds the glass cover. [Main component symbol description] 7a... front 7b... side 7c... upper 7d... lifting portion 7e... cushioning material 8. . 9 body 9...1st support arm 9a...sliding groove 10...intermediate rod 10a··. holding material (cushion material) l〇b... fulcrum shaft 11.. adjustment piece (adjustment mechanism 1...Transporting pallet (glass panel conveying pallet) 7...(glass) shell la... pallet body 2.. mounting table 2a... slow Material 3.. Back support material 3a... cushioning material 4.. reinforcing material 4a... upper frame 4b... middle frame 4c... lower frame 5.. pillar 5a... Arm body support member 6... Arm body bearing member 21 1275552 part) 22... Operation handle 12···Rotary piece (adjustment mechanism one of 23...1st rotating disk (linking mechanism) part) 23a 23b...support pin 13·.·first rotary shaft (interlocking mechanism) 24...second rotary disk (interlocking mechanism) 14...support material 24a, 24b...support pin 15.. Reinforcing material 25, 25'... wire (one of 17 interlocking members of the laminated glass member) 17a... center portion 26... second rotating shaft 17b... bottom 34··. Back cover (one of the shields 17c...the back part) 18... Casters 35···Side cover (one of the shields 19...the lower base part) 20...the second support arms 21, 21' ...arm bearing member 36···locking lever (locking mechanism) 22