200410881 玖、發明說明 (發明說明應敘明：發明所屬之技術領域、先前技術、内容、實施方式及圖式簡單說明） H 明所屬領3 發明所屬之技術領域 本發明係有關於一種玻璃基板搬送用盒，其中閉塞缺 5 口開口部、頂板開口部之蓋體係由缺口開口部蓋體與頂板 蓋體所構成，且至少一者之蓋體係可向相對玻璃基板之墊 片側推壓。 t先前技術 習知技藝 10 以往，將素板玻璃液晶顯示用玻璃基板、電漿顯示用 玻璃基板、混合1C陶瓷基板、晶片等各種基板或使用這些 基板所製造之完成面板等（以下僅稱為「玻璃基板」），例 如自玻璃製造商輸送至元件製造商時所使用之搬送用盒是 已知的盒，如第5圖所示。 15 第5圖中，01係玻璃基板搬送用盒，且由上端開口之 有底之本體部02與未圖示之蓋體所構成，於本體部〇2内 係插入一對之内插板〇4 ,該内插板〇4係具有支持複數玻 埚基板03之兩側邊至下邊（未圖示）之複數縱溝〇如。這些 玻璃基板03係-片―片地卡合支持於相對之内插板〇4之 2〇縱溝〇知内，且構成為自上部壓制玻璃基板03之上邊而將 蓋體蓋在本體部02上以供搬送之結構，然而，由於近年來 玻璃基板之輸送效率化、裝載效率之提昇、平均輸送片數 單饧削減，因此玻璃基板之縱、橫尺寸有趨向大型化之傾 向，例如基板尺寸係以18〇Οχ2〇〇ΟΧ〇·7為主流。 200410881 玖、發明說明 雖然欲藉由習知方法自上方將前述尺寸之玻璃基板插 入玻璃基板盒，然而卻有玻璃基板之端部或玻璃基板搬送 裝置碰撞頂板且無法自上部插入之問題。 本發明係著眼於前述問題，目的係提供一種即使為近 5 年來成為主流之大型化玻璃基板亦不會碰撞頂板而可輕易 地收納之玻璃基板搬送用盒。 I：發明内容3 解決課題之手段 為了解決前述課題’本發明之玻璃基板搬送用盒係至 ίο ;由則縱側板、後縱側板及底板所構成，且至少於上方具 有頂板開口部者，又，於前述前縱側板、後縱側板及底板 之内面分別裝有兩縱側面塾片及底面墊片，前述兩縱側面 塾片係形成相互地協調配合之引導及支持玻璃基板用之複 數縱溝，且前述底面墊片係形成與前述複數縱溝協調配合 15之支持玻璃基板用之複數平行溝，同時於前述前縱側板係 幵> 成用以將玻璃基板自橫向插入之缺口開口部，且具有閉 塞前述頂板開口部與前述缺口開口部之蓋體者。 若藉由該特徵，則由於於前縱側板形成用以將玻璃基 板自橫向插入之缺口開口部，因此玻璃基板自橫向插入而 20無娅撞頂板之虞，且即使為較低之頂板亦可輕易地收納於 玻璃基板搬送用盒内。又，由於玻璃基板係藉由設置於前 縱側板、後縱側板之兩縱側面墊片及設置於底板内面之底 面墊片二方來支持，因此玻璃基板間不會互相干涉而可正 確地定位。 200410881 玖、發明說明 本發明之玻璃基板搬送用盒係以閉塞缺口開口部、頂 板開口部之蓋體由缺口開口部蓋體與頂板蓋體所構成，且 至少一者之蓋體可向相對玻璃基板之墊片側推壓者為佳。 依此，由於至少玻璃基板於插入縱溝或平行溝之狀態 5下自相對方向被賦予勢能，因此可將玻璃基板確實地固定 於盒内。 本發明之玻璃基板搬送用盒係以於前述缺口開口部蓋 體形成缺口開口部蓋體墊片，於前述頂板篕體形成頂板蓋 體墊片，且這些墊片係藉由彈性材來構成者為佳。 1〇 依此，由於蓋體墊片係由彈性材所構成，因此藉由使 蓋體向玻璃基板側推壓，玻璃基板於推壓於縱溝與平行溝 之狀怨下被賦予向上下方向與刖後方向之勢能且確實地支 持固定於本體盒内，故可防止搬送時之玻璃破損。 本發明之玻璃基板搬送用盒係以可個別地開關之缺口 15開口部蓋體與頂板蓋體為分別形成於前述缺口開口部與前 述頂板開口部者為佳。 依此，由於兩開口部係個別地形成蓋體，因此對玻璃 基板收納後之蓋體而言可分別地推壓玻璃基板而確實地安 裝。 2〇 本發明之玻璃基板搬送用盒係以可同時開關之缺口開 口部蓋體與頂板蓋體於前述缺口開口部與前述頂板開口部 之兩開口部形成一體之蓋體者為佳。 依此，由於缺口開口部蓋體與頂板蓋體形成一體之蓋 體，因此玻璃基板收納後之蓋體之安裝作業可藉由一個程 452 200410881 玖、發明說明 序而輕易地安裝。 【實施方式】 發明之實施形態 以下依據圖示說明本發明之實施例。 5 第1〜4圖係顯示本發明之一實施形態，第1圖係有關 本發明之玻璃基板搬送用盒之外觀立體圖，第2圖係顯示 玻璃基板之收納程序之截面圖，第3圖係顯示有關本發明 之玻璃基板搬送用盒之其他實施例之外觀立體圖，第 4(a)(b)(c)圖係顯示於有關本發明玻璃基板搬送用盒内收納 1〇 玻璃基板後之蓋體之封閉程序之截面圖，第5圖係習知玻 璃基板搬送用盒之外觀立體圖，第6圖係顯示於習知玻璃 基板搬送用盒中收納玻璃基板之程序之截面圖。 第4(c)圖所示之標號1係表示玻璃基板搬送用盒，該 玻璃基板搬送用盒1係使用作為將第1圖所示之複數玻璃 15 基板2(1800mmx2000mmx0.7mm)例如自玻璃製造商輸送至 元件製造商時所使用之搬送用盒，且為第1圖所示之橫長 長方體，並藉由後述之上部及前縱侧部之一部分開口之盒 本體3、頂板蓋體4與缺口開口部蓋體5所構成，盒本體3 係組合底板6與橫側板7a、7b、前縱側板8a及後縱側板 20 8b而構成。 如第1圖所示，構成玻璃基板搬送用盒1之橫側板7a 、7b、前縱侧板8a、後縱側板8b、底板6及頂板蓋體4與 缺口開口部蓋體5係由同材料之板體所形成，該板體兩側 係將發泡苯乙烯樹脂（例如發泡聚乙烯樹脂）自兩側以鋁複 4S3 8 200410881 玖、發明說明 合板包夾之截面構造，且鋁複合板之最外面與最内面係塗 布水s曰树月曰系之燒固塗料以進行導電處理。 月J縱側板8a之上部係形成缺口開口部9 ,相較於後縱 側板8b，前縱側板8a為高度較低之形狀。又，於盒本體3 5之上部係形成頂板開口部1〇，且分別地，於前述缺口開口 部9可安裝缺口開口部蓋體5,於前述頂板開口部i"安 裝頂板蓋體4。 前述缺口開口部蓋體5之裏面係貼附缺口蓋體墊片n ，該缺口蓋體墊片U係藉由彈性材，例如藉由聚乙烯系發 10泡體等來形成，該墊片11係形成為具有預定厚度之長方體 並抵接於前述玻璃基板2之侧端面者，亦可構成為與後縱 側板8b之後縱側面墊片15相同形狀、相同材質者來取代 彈性材。 於前述頂板蓋體4之下面係貼附頂板蓋體墊片13，該 15墊片13係藉由與前述缺口蓋體墊片Π同樣之彈性材所形 成，然而亦可構成為與底板6之上面所形成之底面墊片14 相同形狀、相同材質者。該墊片13係構成為推壓玻璃基板 2之上端面。於貼附於第丨圖所示之前述前縱側板之前 述前縱側面墊片12係設置有複數縱溝G，又，於藉由黏著 20劑等貼附於後縱側板8b之前面之後縱側面墊片15係設置 有引導及支持玻璃基板2用之複數縱溝G。該兩縱溝G、G 係設定為相互地協調配合。 該前·後縱側面墊片12、15係藉由比前述蓋體墊片 11 13更硬者’例如聚乙稀糸發泡體來形成。又，其他實 玖、發明說明 知例中’如第3圖所示’頂板蓋體4及缺口開口部蓋體5 亦可形成為可同時«之-體之戴面L字形之蓋體19。若 依此來形成，則可省略—個蓋體之開關程序。X，亦可藉 由鉸鍊使各蓋體4、5 —體化。 又’叹置於底面墊片14與頂板蓋體墊片13之複數平 行溝γ係設定為相互地協調配合，且該平行溝¥係設定為 與前述複數縱溝G正確地協調配合。 前述複數縱溝G及平行溝γ係藉由如間距14mm之間 隔來形成截面倒山字形之溝。因此，即使收納複數玻璃基 10 板2亦無玻璃面相互接觸之虞。 第1圖所示之16係用以固定頂板蓋體4及缺口開 口部蓋體5與盒本體3之開口部9、1()之連結配件，例如 使用鉤鎖並利用賦勢力之作用以連結配件16卡合保持且使 前述各蓋體4、5之敞開受到鎖定。 15 第2圖所示之17係玻璃基板2之搬送裝置，例如安裝 有用以將玻璃基板2吸附於活動吊鉤或特殊叉架之真空吸 附器18之通常之玻璃基板搬送裝置。 其次，說明如前述構成之玻璃基板搬送用盒之機能。 首先，如第2圖所示，藉由安裝於搬送裝置17之真空 20吸附益18吸附玻璃基板2並朝橫向移動，跨過前面較低高 度之前縱側板8a並搬送至盒本體3内，使玻璃基板2之先 端部插入設置於後縱側板8b之縱溝g，若藉甴搬送裝置 17而向下方移動，則玻璃基板2於縱溝G内朝下方移動， 於預定位置，玻璃基板2之後端部係％導至設置於前縱側 10 200410881 玖、發明說明 板8a之縱溝G内並進一步向下方移動，且玻璃基板2之 下端部係收納於設置於底板6之底面墊片14之平行溝γ 内。此時即解除玻璃基板2之吸附。藉由依序反覆該動作 ，玻璃基板2先後地收納於盒本體3内。 5 若將預定個數之玻璃基板2收納於盒本體3内，則如 下述第4(a)(b)(c)圖所示進行頂板蓋體4及缺口開口部蓋體 5之閉塞程序。 若詳細說明該程序，則如第4(a)圖所示，複數玻璃基 板2係收納於裝於盒本體3内之前縱側面墊片12及後縱侧 10面墊片丨5之複數縱溝G、G内，且玻璃基板2之下端部係 收納於底面墊片14之複數平行溝γ内。由於縱溝G、G與 平行溝Y係没定為正確地協調配合，因此，收納於盒本體 3内之預定個數之玻璃基板2係分別藉由前縱側面墊片12 、後縱側面墊片15及底面墊片14三方來支持，且不會互 15 相干涉而正確地定位。 如第4(b)圖所示，若經正確定位之複數玻璃基板2藉 由頂板蓋體4及缺口開口部蓋體5分別向箭頭方向推壓， 由於分別安裝於蓋體4、5之頂板蓋體墊片13及缺口蓋體 墊片11係藉由彈性材來形成，因此，分別藉由蓋體墊片 20 11、13之彈力而使玻璃基板2之上端面及側端面受到推壓 ，且前述蓋體墊片11、13受到壓縮，如第4(c)圖所示，破 璃基板2係於正確地定位狀態下確實地收納固定於盒本體 3内。再者，如第ι、3圖所示，由於盒本體3更安裝有釣 鎖’因此於賦予勢能狀態下卡合保持且各蓋體4、5之敞開 11 200410881 玖、發明說明 受到鎖定。 藉由前述方法收納之玻璃基板搬送盒1係例如作為自 玻璃製造商輸送至元件製造商之盒來使用。 以上係依據圖示說明本發明之實施例，然而具體之構 5 成並不限於這些實施例，例如，實施例中係顯示藉由聚乙 婦系發泡體來構成墊片11、13者，然而並不限於聚乙烯系 發泡體，亦可為質輕且堅固之彈性材，於不脫離本發明要 旨之範圍内之變更或追加亦包含於本發明。又，蓋體係使 用彈性材’然而’為了賦予玻璃基板賦勢力，亦包含於蓋 10體4、5與墊片11、13間安裝其他彈性裝置等其他裝置。 發明之效果 若藉由本發明，則可得到下述效果。 (a)若依申請專利範圍第1項之發明，則由於於前縱側 板形成用以將玻璃基板自橫向插入之缺口開口部，因此玻 15璃基板自橫向插入而無碰撞頂板之虞，且即使為較低之頂 板亦可輕易地收納於玻璃基板搬送用盒内。又，由於玻璃 基板係藉由設置於前縱側板、後縱側板之兩縱側面墊片及 設置於底板内面之底面墊片三方來支持，因此玻璃基板間 不會互相干涉而正確定位。 20 (b)右依申請專利範圍第2項之發明，則由於至少玻璃 基板於插入縱溝或平行溝之狀態下自相對方向被賦予勢能 ，因此可將玻璃基板確實地固定於盒内。 ⑷若依巾請專利範圍第3項之發明，則由於蓋體整片 係由彈性材所構成，因此藉由使蓋體向玻璃基板側推塵， 12 457 200410881 玖、發明說明 玻璃基板於推壓於縱溝與平行溝之狀態下被賦予向上下方 向與前後方向之勢能且確實地支持固定於本體盒内，故可 防止搬送時之玻璃破損。 (d) 若依申請專利範圍第4項之發明，則由於兩開口部 5 係個別地形成蓋體，因此對玻璃基板收納後之蓋體而言可 分別地推壓玻璃基板而確實地安裝。 (e) 若依申請專利範圍第5項之發明，則由於缺口開口 部蓋體與頂板蓋體形成一體之蓋體，因此玻璃基板收納後 之蓋體之安裝作業可藉由一個程序而輕易地安裝。 10 【圖式簡單說明】 第1圖係有關本發明之玻璃基板搬送用盒之外觀立體 圖。 第2圖係顯示玻璃基板之收納程序之截面圖。 第3圖係顯示有關本發明之玻璃基板搬送用盒之其他 15 實施例之外觀立體圖。 第4(a)(b)(c)圖係顯示於有關本發明玻璃基板搬送用盒 内收納玻璃基板後之蓋體之封閉程序之截面圖。 第5圖係習知玻璃基板搬送用盒之外觀立體圖。 第6圖係顯示於習知玻璃基板搬送用盒中收納玻璃基 20 板之程序之截面圖。 【圖式之主要元件代表符號表】 01，1…玻璃基板搬送用盒 04…内插板 02...本體部 04a··.縱溝 03，2···玻璃基板 3···盒本體 13 200410881 玖、發明說明 4.. .頂板蓋體 5.. .缺口開口部蓋體 6.. .底板 7a，7b·.·橫側板 8a…前縱側板 8b…後縱側板 9.. .缺口開口部 10.. .頂板開口部 11.. .缺口蓋體墊片 13.. .頂板蓋體墊片 14.. .底面墊片 15.. .後縱側面墊片 16…連結配件 17…搬送裝置 18…真空吸附器 19.. .截面L字形之蓋體 G···縱溝 Y···平行溝 12...前縱側面墊片200410881 发明 Description of the invention (The description of the invention should state: the technical field to which the invention belongs, the prior art, the content, the embodiments, and the drawings are briefly explained.) H The field of the invention 3 The technical field to which the invention belongs The invention relates to a glass substrate transfer In the case, the cover system for closing the opening with 5 openings and the top plate opening is composed of the notch opening cover and the top plate cover, and at least one of the cover systems can be pressed toward the gasket side opposite to the glass substrate. tPrevious technology and know-how 10 In the past, various substrates such as plain glass glass liquid crystal display glass substrates, plasma display glass substrates, mixed 1C ceramic substrates, wafers, etc., or finished panels manufactured using these substrates (hereinafter simply referred to as “Glass substrate”), for example, a transport box used when transporting from a glass manufacturer to a component manufacturer is known, as shown in FIG. 5. 15 In Figure 5, 01 is a glass substrate transport box, and is composed of a bottomed body portion 02 and a cover body (not shown) opened at the upper end. A pair of interposers is inserted into the body portion 02. 4. The interposer 04 is provided with a plurality of longitudinal grooves supporting both sides of the plurality of glass pot substrates 03 to the bottom (not shown). These glass substrates 03 series-piece-to-piece engagement are supported by the opposite interposer 0 2 0 longitudinal grooves 0, and are configured to press the upper side of the glass substrate 03 from the upper part and cover the cover body 02 It has a structure for conveying. However, in recent years, due to the increase in the efficiency of glass substrate transportation, the increase in loading efficiency, and the decrease in the average number of conveyed sheets, the vertical and horizontal dimensions of glass substrates tend to become larger. 18000x20000x0.7 is the mainstream. 200410881 发明 Description of the Invention Although the glass substrate of the aforementioned size is to be inserted into the glass substrate box from above by a conventional method, there is a problem that the end portion of the glass substrate or the glass substrate conveying device collides with the top plate and cannot be inserted from above. The present invention is directed to the foregoing problems, and an object thereof is to provide a glass substrate transport box that can be easily stored without colliding with a top plate even if a large-sized glass substrate that has become mainstream in the past 5 years. I: Summary of the Invention 3 Means for Solving the Problem In order to solve the above-mentioned problem, the glass substrate transport box of the present invention is connected to ο; it is composed of a vertical side plate, a rear vertical side plate, and a bottom plate, and at least a top plate opening is provided above, and Two longitudinal side cymbals and a bottom gasket are respectively installed on the inner surfaces of the front longitudinal side plate, the rear longitudinal side plate and the bottom plate. The two longitudinal side cymbals form a plurality of longitudinal grooves for guiding and supporting the glass substrate in coordination with each other. And the aforementioned bottom gasket forms a plurality of parallel grooves for supporting the glass substrate in coordination with the aforementioned plurality of longitudinal grooves 15 and simultaneously forms a notch opening portion for inserting the glass substrate from the lateral direction on the front longitudinal side plate, And a cover body for closing the top plate opening portion and the notch opening portion. According to this feature, since a notch opening for inserting the glass substrate from the lateral direction is formed on the front vertical side plate, the glass substrate is inserted from the lateral direction without the risk of hitting the ceiling plate, and even a lower ceiling plate can be used. Easily stored in a glass substrate transport box. In addition, since the glass substrate is supported by two longitudinal side gaskets provided on the front longitudinal side plate and the rear longitudinal side plate and a bottom gasket provided on the inner surface of the bottom plate, the glass substrates can be accurately positioned without interfering with each other. . 200410881 发明 Description of the invention The box for transporting glass substrates of the present invention is formed by closing the notch opening portion and the lid of the top plate opening portion, and the lid body is formed by the notch opening portion cover and the top plate cover. It is better to push on the gasket side of the substrate. Accordingly, since at least the glass substrate is given potential energy from the opposite direction in a state where the vertical groove or parallel groove 5 is inserted, the glass substrate can be reliably fixed in the case. The glass substrate transport box of the present invention is formed by forming a notch opening cover gasket on the notch opening cover body, forming a top plate cover gasket on the top plate body, and these pads are formed by an elastic material. Better. 10 According to this, since the cover gasket is made of an elastic material, by pushing the cover toward the glass substrate side, the glass substrate is given an upward and downward direction when it is pushed against the longitudinal groove and the parallel groove. The potential energy in the direction of the rearward direction is supported and fixed in the main body box, so it is possible to prevent glass breakage during transportation. The glass substrate carrying case of the present invention is preferably a notch 15 that can be individually opened and closed. The opening cover and the top plate cover are preferably formed at the notch opening portion and the top plate opening portion, respectively. According to this, since the lids are formed separately in the two openings, the lids after the glass substrates are housed can be individually pressed and reliably mounted. 20 The glass substrate transporting box of the present invention is preferably a cover body in which a notch opening cover and a top plate cover which can be opened and closed at the same time are integrated in the two openings of the notch opening portion and the top plate opening portion. According to this, the cover body of the notch opening part and the top plate cover body form an integrated cover body, so the installation operation of the cover body after the glass substrate is accommodated can be easily installed by a process 452 200410881 发明, description of the invention. [Embodiment] Embodiments of the Invention Embodiments of the present invention will be described below with reference to the drawings. 5 Figures 1 to 4 show an embodiment of the present invention, Figure 1 is an external perspective view of the glass substrate transfer box of the present invention, Figure 2 is a cross-sectional view showing a glass substrate storage procedure, and Figure 3 is a A perspective view showing the external appearance of another embodiment of the glass substrate transporting box according to the present invention is shown in Figures 4 (a) (b) (c). The cover after storing the 10 glass substrate in the glass substrate transporting box according to the present invention is shown. Sectional view of the closed procedure of the body, FIG. 5 is an external perspective view of the conventional glass substrate transfer box, and FIG. 6 is a sectional view showing the procedure of accommodating the glass substrate in the conventional glass substrate transfer box. The reference numeral 1 shown in FIG. 4 (c) indicates a glass substrate transfer box. The glass substrate transfer box 1 is used to manufacture a plurality of glass 15 substrates 2 (1800mmx2000mmx0.7mm) shown in FIG. 1, for example, manufactured from glass. The transport box used by the manufacturer to the component manufacturer is a horizontally rectangular parallelepiped as shown in Figure 1, and the box body 3, the top cover 4 and The notch opening cover 5 is formed, and the box body 3 is configured by combining the bottom plate 6 and the lateral side plates 7a, 7b, the front longitudinal side plate 8a, and the rear longitudinal side plate 20 8b. As shown in FIG. 1, the lateral side plates 7 a and 7 b, the front longitudinal side plate 8 a, the rear longitudinal side plate 8 b, the bottom plate 6 and the top plate cover 4 and the notch opening cover 5 constituting the glass substrate transfer box 1 are made of the same material. It is formed by a plate body. The two sides of the plate body are made of expanded styrene resin (such as foamed polyethylene resin) from both sides with aluminum 4S3 8 200410881. The outermost and innermost surfaces are coated with water-sintered coatings for conductive treatment. The upper portion of the vertical side plate 8a is formed with a notch opening portion 9, and the front vertical side plate 8a has a lower shape than the rear vertical side plate 8b. Further, a top plate opening portion 10 is formed on the upper part of the box body 35, and a notch opening cover body 5 can be mounted on the notch opening portion 9, respectively, and a top plate lid body 4 is mounted on the top plate opening i ". A notch cover gasket n is attached to the inside of the notch opening cover 5, and the notch cover gasket U is formed of an elastic material, for example, a polyethylene-based foam 10, and the gasket 11 Those formed into a rectangular parallelepiped having a predetermined thickness and abutting the side end faces of the glass substrate 2 may be configured to have the same shape and the same material as the vertical side spacers 15 behind the rear vertical side plate 8b instead of the elastic material. A top plate cover gasket 13 is attached to the lower surface of the top plate cover 4. The 15 gasket 13 is formed of the same elastic material as the notch cover gasket Π, but it can also be configured as the bottom plate 6. The bottom gasket 14 formed above has the same shape and the same material. The spacer 13 is configured to press the upper end surface of the glass substrate 2. A plurality of longitudinal grooves G are provided on the front longitudinal side gasket 12 attached to the front longitudinal side plate shown in FIG. 丨, and after being attached to the front surface of the rear longitudinal side plate 8b by adhesive 20, etc., The side gasket 15 is provided with a plurality of vertical grooves G for guiding and supporting the glass substrate 2. The two longitudinal grooves G and G are set to coordinate with each other. The front and rear longitudinal side gaskets 12 and 15 are formed of a material that is harder than the cover gaskets 11 to 13 such as polyethylene foam. In addition, other examples and descriptions of the invention In the known example, the top plate cover 4 and the cutout opening cover 5 as shown in FIG. 3 may be formed as an L-shaped cover body 19 that can be worn at the same time. If it is formed in this way, the switching procedure of a cover can be omitted. X, the cover bodies 4, 5 can also be integrated by a hinge. A plurality of parallel grooves γ placed on the bottom gasket 14 and the top cover gasket 13 are set to coordinate with each other, and the parallel grooves are set to coordinate with the aforementioned plurality of longitudinal grooves G correctly. The plurality of longitudinal grooves G and the parallel grooves γ are formed with an interval of 14 mm to form an inverted mountain-shaped groove. Therefore, even if a plurality of glass substrates 10 are housed, there is no risk that the glass surfaces will contact each other. 16 shown in FIG. 1 is a connecting accessory for fixing the top plate cover 4 and the notch opening part cover 5 and the opening parts 9 and 1 () of the box body 3, for example, using a hook lock and using the force of force to connect The accessory 16 is engaged and held, and the openings of the lids 4 and 5 are locked. 15 The 17-series glass substrate 2 transfer device shown in FIG. 2 is, for example, a normal glass substrate transfer device equipped with a vacuum adsorber 18 for attaching the glass substrate 2 to a movable hook or a special fork. Next, the function of the glass substrate transfer cassette configured as described above will be described. First, as shown in FIG. 2, the vacuum substrate 20 attached to the conveying device 17 adsorbs the glass substrate 2 and adsorbs the glass substrate 2 and moves it in a lateral direction. The vertical side plate 8a is moved across the front lower height and conveyed into the box body 3, so that The leading end portion of the glass substrate 2 is inserted into a vertical groove g provided in the rear vertical side plate 8b, and if the glass substrate 2 is moved downward by the 甴 transport device 17, the glass substrate 2 moves downward in the vertical groove G, at a predetermined position, behind the glass substrate 2. The end portion is guided to the front longitudinal side 10 200410881 玖, the longitudinal groove G of the invention description plate 8a and moves further downward, and the lower end portion of the glass substrate 2 is housed in the bottom gasket 14 provided on the bottom plate 6. Within the parallel groove γ. At this time, the adsorption of the glass substrate 2 is released. By sequentially repeating this action, the glass substrate 2 is successively stored in the box body 3. 5 If a predetermined number of glass substrates 2 are stored in the box body 3, the closing procedures of the top plate cover 4 and the notch opening portion cover 5 are performed as shown in the following Figures 4 (a) (b) (c). If this procedure is explained in detail, as shown in FIG. 4 (a), the plurality of glass substrates 2 are housed in a plurality of longitudinal grooves of the front longitudinal side gasket 12 and the rear longitudinal side 10 gasket 丨 5 housed in the box body 3. G, G, and the lower end portion of the glass substrate 2 is housed in a plurality of parallel grooves γ of the bottom gasket 14. Since the longitudinal grooves G, G and the parallel groove Y are not determined to be properly coordinated, a predetermined number of glass substrates 2 housed in the box body 3 are respectively provided by the front longitudinal side pads 12 and the rear longitudinal side pads. The sheet 15 and the bottom gasket 14 are supported by three sides, and they can be positioned correctly without interfering with each other. As shown in FIG. 4 (b), if the plurality of glass substrates 2 that are correctly positioned are pushed in the directions of the arrows by the top plate cover 4 and the notch opening cover 5, respectively, since they are installed on the top plates of the cover bodies 4, 5 respectively. The cover gasket 13 and the notch cover gasket 11 are formed of an elastic material. Therefore, the upper and side end surfaces of the glass substrate 2 are pressed by the elastic forces of the cover gaskets 20 11 and 13, respectively. The cover gaskets 11 and 13 are compressed. As shown in FIG. 4 (c), the broken glass substrate 2 is securely stored and fixed in the box body 3 in a correctly positioned state. Furthermore, as shown in FIGS. 1 and 3, since the box body 3 is further equipped with a fishing lock ', it is engaged and held under the potential energy state and the lids 4 and 5 are opened 11 200410881 玖, the description of the invention is locked. The glass substrate transfer box 1 accommodated by the aforementioned method is used, for example, as a box transported from a glass manufacturer to a component manufacturer. The above describes the embodiments of the present invention based on the drawings, but the specific structure 5 is not limited to these embodiments. For example, the embodiments show that the gaskets 11 and 13 are made of polyethylene foam, However, it is not limited to polyethylene foam, and it may be a light and strong elastic material. Changes or additions within the scope of the present invention are also included in the present invention. In addition, the cover system uses an elastic material. However, in order to impart a force to the glass substrate, other devices such as other elastic devices are installed between the cover 10, 4, 5 and the gaskets 11, 13. Effects of the Invention According to the present invention, the following effects can be obtained. (a) If the invention according to item 1 of the scope of the patent application, a notch opening for inserting the glass substrate from the lateral direction is formed on the front longitudinal side plate, so the glass 15 glass substrate is inserted from the lateral direction without collision with the top plate, and Even the lower top plate can be easily stored in a glass substrate transport box. In addition, since the glass substrates are supported by three longitudinal side gaskets provided on the front vertical side plate and the rear longitudinal side plate and a bottom surface gasket provided on the inner surface of the bottom plate, the glass substrates can be positioned accurately without mutual interference. 20 (b) The invention according to item 2 of the scope of patent application right, since at least the glass substrate is given potential energy from the opposite direction in the state of being inserted into the longitudinal groove or the parallel groove, the glass substrate can be reliably fixed in the box. ⑷If the invention in item 3 of the patent scope is requested according to the towel, because the entire cover body is made of an elastic material, by pushing the cover body toward the glass substrate side, 12 457 200410881 发明, the description of the invention In the state of being pressed against the longitudinal groove and the parallel groove, potential energy in the up-down direction and the forward-backward direction is given and it is fixedly supported and fixed in the main body box, so that glass damage during transportation can be prevented. (d) According to the invention according to item 4 of the scope of the patent application, since the two openings 5 are individually formed as lids, the lids after the glass substrates are housed can be individually pressed and reliably mounted. (e) If the invention according to item 5 of the scope of the patent application, the cover body of the notch opening part and the top plate cover body are integrated into one body, so the installation operation of the cover body after the glass substrate is stored can be easily performed by a program installation. 10 [Brief Description of the Drawings] Fig. 1 is a perspective view of the appearance of the glass substrate carrying case of the present invention. Fig. 2 is a cross-sectional view showing a storage procedure of the glass substrate. Fig. 3 is a perspective view showing the appearance of another embodiment of the glass substrate transporting box according to the present invention. Figures 4 (a) (b) (c) are cross-sectional views showing a procedure for closing the lid body after the glass substrate is contained in the glass substrate transporting box of the present invention. Fig. 5 is an external perspective view of a conventional glass substrate transfer case. Fig. 6 is a sectional view showing a procedure for accommodating a glass-based 20 plate in a conventional glass substrate transfer box. [Representative symbols for main components of the drawing] 01, 1 ... glass substrate transfer box 04 ... interposer 02 ... body part 04a ... vertical groove 03, 2 ... glass substrate 3 ... box body 13 200410881 发明. Description of the invention 4. .. Top plate cover 5. .. Notch opening cover 6.... Bottom plate 7a, 7b .. · Lateral side plate 8a ... Front longitudinal side plate 8b ... Rear longitudinal side plate 9 .... Notch Openings 10... Top plate openings 11.. Notch cover gaskets 13.. Top cover gaskets 14.. Bottom gaskets 15.. Device 18 ... Vacuum adsorber 19 .... L-shaped cover section G ... longitudinal groove Y ... parallel groove 12 ... front longitudinal side gasket