1225457 玖、發明說明： 發明所屬之技術領域 本發明係關於一 送箱，尤其有關一種 板的運送箱。 種用於運送高潔淨度的玻璃基板的運 具有拋棄式支持板及無塵袋的玻璃基 先前技術 玻璃基板為製造液晶顯示器，彩色遽光片等產品之重 要材料之-。在生產液晶顯示器日寺，玻璃基板的品質，影 響其製成的良率甚矩’故玻璃基板製造商除了生產出品質 良好的玻璃基板’ L貞注意在運送過程巾除了保護玻璃基 板被破裂外，更要防止運送包材對玻璃基板產生污染。因 此玻璃製造商對於運送包材的要求需具有抗震，防塵，防 水，低熱傳導率，發塵量低，低壓縮變形率，高耐衝擊性， 尚尺寸安定性，低吸水率等等。 我國新型專利申請第84215374號（公告號286672)揭示 了種玻璃基板運送箱，箱係由有底的本體部以及蓋體所 構成’其特徵為：前述本體部以及蓋體係由厚度15〜1〇〇 mm、發泡放大率3〜3 〇倍的聚稀烴系發泡體所構成；且於 前述本體部内之成相對向之一對直立壁上形成有玻璃基板 支持用之多個溝。此玻璃基板運送箱除了造價吊貴之外， 在回收使用時，玻璃基板製造商仍需投入大量資金及人力 對回收的玻璃基板運送箱作清潔的工作。這些清潔工作除 了以水洗外’後段的清潔工作還需在無塵室的環境下使用 1225457 有機、’谷劑以人工手動方式進行。因為這回收清洗流程，破 璃基板H造業者必需a積相當數量的運送箱以供週轉，造 …、、:成本的牦加。並且運送箱隨著回收清潔次數增加， 其表層因摩擦次數增多而造成發塵的現象，以致於污染玻 璃基板，也相對造成搬運箱使用壽命縮短。 發明内容 、一本卷月提出一種不具有先前技藝的缺點的玻璃基板運 i相其可應用於各種要求高潔淨度的玻㉟基板的運送， 於運送過程中韻玻璃基板的品質的安定性。 為了達成上述發明目的，依照本發明内容所完成的一 種玻璃基板運送箱，包含一個直.立的箱本體，其具有-四 方形：部空間及一上方開口，它們係由四面直立壁及一底 $ 特徵在於該運送箱進—步包含-無塵袋及兩 支持板’其中該兩片支持板的每—片具有多個用於承接 該玻璃基板的邊緣的互相平行的溝槽；該無塵袋被放置於 该箱本體的内部，並且該無塵袋的一袋口朝向該箱本體的 上方開口，並且該無塵袋的袋口的邊緣超出該四面直立壁 的亡緣；及該兩片支持板以它們的溝槽互相相對的方式被 平行的置人於該無塵袋内並且隔著該無塵袋卡合於該箱本 體，於是該兩片支持板的多個溝槽互相相對，形成可用於 承接多個互相平行的玻璃基板的兩側邊緣的多對溝槽，罝 中該無塵袋的袋口在該多個玻璃基板被承接於該多二冓样 後’可藉由折疊該袋口的邊緣而將該多個玻璃基板封於^ 1225457 無塵袋内。此時，再將-蓋結合於該箱本體來封住該上方 ^ 口’以適於搬運1擇佳的，該蓋或該箱本體被進一步 设有一用於抽空該箱本體的内部空間的空氣的抽氣口及 用於‘入丨a性氣體至該箱本體的内部空間的進氣口。 較佳的，該箱本體的兩相對直立壁具有兩對結合槽， 且該兩片支持板隔著該無塵袋分別被插入於該兩對結合槽 内，其中該兩片支持板隔著該無塵袋分別貼在該四個直立 壁的另外兩相對直立壁上。此外，任何已知藉由凹槽與凸 條的滑動卡合_都可被運詩該兩片支持板與該箱本體 的結合’而且該凹槽或凸條的設置可被安排在該箱本體的 四面直立壁的任何合適的位置。 :車乂仏的’本發明的運送箱進一步包含第三片支持板， s第片支持板與3亥兩片支持板相同，其中該第三片支持 板被置於該無塵袋内’隔著該無塵袋貼在該箱本體的底面 上且該第二片支持板的多個互相平行的溝槽朝向該無塵 ^的衣口用於承接4多個互相平行的玻璃基板的底邊。 較佳的’該兩片支持板及該第三片支持板為四方形或 被倒角的四方形。更佳的’該第三片支持板的四個邊隔著 該無塵袋貼在該箱本體的四面直立壁上；或著該第三片支 持板的二個對邊隔著該無塵袋貼在該箱本體的二面直立壁 上’而該第三片支持板的另二個對邊接觸該兩片支持板的 兩相對表面。 本發明的玻璃基板運送箱，除了可確保玻璃基板在運 送過程中品質的穩定柯二 m ^ ^ 、-生，而且因該運送箱的箱本體的結構 1225457 簡化，以致於大幅降低其開模之成本，而分開製造的节支 持板的也相對的容易製造。因為該支持板及無塵袋的製造 成本相對的低且容易大量生產，因此可於使用後以廢料= 式加予回收，免除習知技藝中以有機溶劑於無塵室清潔運 送箱内部溝槽的昂貴的耗時又費工的清潔工作。於是大幅 降低玻璃基板製造商或使用者用於清洗過程的人事成本及 没備成本，且提高運送箱之使用週轉率。 實施方式 本發明提供一種用於運送玻璃基板之運送箱，例如用 於製造液晶顯示器的玻璃基板的運送箱。本發明之運送箱 包含-箱本體’於内部置入無塵袋，再將兩片支持板嵌Z 於該箱本體内的溝槽以固定無塵袋，置入玻璃基板後，再 將無塵袋予以封口，於該箱本體蓋上一蓋來完成包裝，即 可被運送至客戶端。該箱本體、支持板及蓋係使用發塵量 低的聚晞烴發泡製成’例如聚丙婦，合適的製造方法例如 前述我國新型專利申請第84215374號（公告號286672)所揭 示者’該案之内容藉由參考方式併入本案。適用於本發明 的無塵袋為用於盛裝光學級無塵 稀請所製成之包裝袋，可由市場上講得。（要為水乙 在客戶端取用玻璃基板後，只須將該箱本體收回玻璃 基板的製造廠，於簡單清潔後再置入新的無塵袋及新的支 持板即可再使用，上述置入無塵袋及支持板的操作一般僅 需花費10至15秒左右即可完成。由於使用新的無塵袋及 1225457 新的支持板，因此不會有因搬運箱重覆多次清潔所帶來發 塵量高的問題。 依本發明的一較佳具體例所完成的一種玻璃基板運送 箱，被示於圖1，包含一個四方形箱本體10及一蓋2〇，其 中該蓋係用於蓋住該箱本體的一上方開口丨丨而形成一用於 盛裝多個互相平行的玻璃基板的四方形封閉空間。該運送 箱進一步包含一無塵袋30及三片支持板4〇,其中該三片 支持板的每一片都具有多個用於承接該玻璃基板的邊緣的 互相平行的溝槽41 ;該無塵袋30被放置於該箱本體1〇的 内部，並且該無塵袋的一袋口 3丨與該箱本體的開口丨丨均 朝上，並且該無塵袋的袋口的邊緣32超出該箱本體的開口 的四面直立壁12的上邊。 該三片支持板40中的兩片直立的支持板以它們的溝 槽41 (右邊的支持板的溝槽未示於圖中）的互相相對的方式 被平仃的置入於該無塵袋30内，並且隔著該無塵袋卡合於 該箱本體10内部兩端的兩對結合槽15，於是該兩片直立 的支持板40#多個溝槽411相相胃’形成可用於承接多 個互相平行的玻璃基板（未示於圖中）的兩側邊緣的多對溝 槽。 水平的支持板先以溝槽 41 該三片支持板40中的一片 朝上的方式被置人於該無塵袋3G内’隔著該無塵袋3〇貼 在該箱本體1〇的内部底面13上，並且其較長的兩邊隔著 5亥無塵袋30貼在該箱本體1〇的内邻 〜丨ΛΙ沖刖後兩面直立壁12的 底部’而其較短的兩邊則受限於該該箱本體iG的内部的兩 9 1225457 對直立凸條14。 u亥一片支持板4〇的大小及形狀均相同，於是它們的溝 槽41隔著一垂直的平分該箱本體1〇的想像平面互相對 稱，於是-個玻璃基板的左邊緣、右邊緣及底邊緣可被同 時插入於該三片支持板4〇的三個溝槽41内，亦即多片玻 璃基板可被垂直的、互相隔開的收納於該箱本體内。很 顯然的，該水平的支持板4G亦可省略不用，而仍然達成收 納多片玻璃基板的功能，但對玻璃基板的支持穩定性將略 微降低。 在該多個玻璃基板被承接於該三片支持板4〇的溝槽 γ後，可藉由折疊該無塵袋3〇的袋口的邊緣^及使用膠 帶予以封口 ’而將該多個玻璃基板密封於該無塵袋内。接 者於該箱本體10蓋上該蓋2〇來完成包裝，即可將玻璃基. 板以高潔淨度運送至客戶端。1225457 (ii) Description of the invention: TECHNICAL FIELD OF THE INVENTION The present invention relates to a transport box, and more particularly to a board transport box. This type of glass substrate is used to transport high-cleanness glass substrates. Glass substrates with disposable support plates and dust-free bags. Prior art Glass substrates are important materials for the manufacture of liquid crystal displays, color phosphor films, and other products. In the production of Nichiji LCD monitors, the quality of the glass substrate affects the yield of the glass substrate. Therefore, in addition to the production of good quality glass substrates by glass substrate manufacturers, L. Note that in addition to protecting the glass substrate from being broken during the transportation process, the towel In addition, it is necessary to prevent the packaging substrate from contaminating the glass substrate. Therefore, the requirements of glass manufacturers for transporting packaging materials need to be shock-resistant, dust-proof, water-proof, low thermal conductivity, low dust generation, low compression deformation rate, high impact resistance, dimensional stability, low water absorption, and so on. China's New Patent Application No. 84215374 (Bulletin No. 286672) discloses a kind of glass substrate transport box. The box is composed of a bottomed body portion and a cover body. The feature is that the foregoing body portion and cover system are 15 to 10 in thickness. 〇mm, a foaming magnification of 3 to 30 times of a polyolefin-based foam; and a plurality of grooves for supporting the glass substrate are formed on a pair of upright walls facing each other in the body portion. In addition to the cost of the glass substrate transport box, the glass substrate manufacturer still needs to invest a lot of money and manpower to clean the recovered glass substrate transport box during recycling. In addition to washing with water, these cleaning tasks need to be performed in a clean room environment using 1225457 organic, cereals, and manually. Because of this recycling and cleaning process, the manufacturer of glass substrates H must build a considerable number of shipping boxes for turnover, creating a cost increase. In addition, as the number of times of recycling and cleaning of the transport box increases, the surface layer causes dust generation due to the increased number of frictions, which causes the glass substrate to be contaminated, and the service life of the transport box is shortened. SUMMARY OF THE INVENTION A volume of glass substrates which do not have the shortcomings of the prior art are proposed. This phase can be used for the transportation of various glass substrates that require high cleanliness, and the stability of the quality of the glass substrates during transportation. In order to achieve the above-mentioned object of the invention, a glass substrate transport box completed in accordance with the present invention includes a vertical and vertical box body, which has a -square shape: a space and an upper opening, which are composed of four vertical walls and a bottom. The feature is that the transport box further includes-a dust-free bag and two support plates, wherein each of the two support plates has a plurality of parallel grooves for receiving edges of the glass substrate; the dust-free The bag is placed inside the box body, and a bag opening of the clean bag is opened toward the upper part of the box body, and the edge of the bag mouth of the clean bag exceeds the dead edges of the four upright walls; and the two pieces The supporting plates are placed in the dust-free bag in parallel with their grooves facing each other and are engaged with the box body through the dust-free bag, so that the plurality of grooves of the two supporting plates are opposed to each other, Form a plurality of pairs of grooves that can be used to receive the edges of both sides of a plurality of mutually parallel glass substrates, and the bag openings of the dust-free bag can be folded after the plurality of glass substrates are received by the multiple samples. The edge of the bag mouth The plurality of glass substrates in the sealed bag dust ^ 1,225,457. At this time, the cover is combined with the box body to seal the upper opening ^ to be suitable for handling. The cover or the box body is further provided with an air for evacuating the inner space of the box body. And an air inlet for 'injecting a gas into the internal space of the box body. Preferably, two opposite upright walls of the box body have two pairs of coupling grooves, and the two support plates are respectively inserted into the two pairs of coupling grooves through the dust-free bag, wherein the two support plates are separated by the two The dust-free bags are respectively attached to the other two opposite upright walls of the four upright walls. In addition, any known sliding engagement by grooves and ridges can be used to combine the two support plates with the box body 'and the arrangement of the grooves or ridges can be arranged in the box body Any suitable location of the four-sided upright wall. : The car's 'transportation box of the present invention further includes a third support plate, the s-th support plate is the same as the two support plates, and the third support plate is placed in the dust-free bag.' The dust-free bag is affixed to the bottom surface of the box body and the multiple parallel grooves of the second support plate face the dust-free clothing port for receiving the bottom edges of the four parallel glass substrates. . Preferably, the two support plates and the third support plate are square or chamfered. More preferably, the four sides of the third support plate are pasted on the four upright walls of the box body via the dust-free bag; or the two opposite sides of the third support plate are across the dust-free bag. It is affixed to two upright walls of the box body, and the other two opposite sides of the third support plate contact the two opposite surfaces of the two support plates. In addition to ensuring the stable quality of the glass substrate during transportation, the glass substrate transport box of the present invention is simplified, and because the structure of the box body of the transport box 1225457 is simplified, the mold opening is greatly reduced. Cost, and the separately manufactured section support plate is relatively easy to manufacture. Because the manufacturing cost of the support plate and the dust-free bag is relatively low and it is easy to mass-produce, it can be recycled by waste material after use, eliminating the need to clean the internal grooves of the transport box with an organic solvent in a clean room in the conventional technique. Expensive time-consuming and labor-intensive cleaning work. As a result, personnel costs and equipment costs for the glass substrate manufacturer or user in the cleaning process are greatly reduced, and the turnover rate of the shipping box is improved. Embodiments The present invention provides a transport box for transporting a glass substrate, such as a transport box for manufacturing a glass substrate for a liquid crystal display. The transport box of the present invention includes a box body 'in which a dust-free bag is placed, and two support plates are embedded in the groove of the box body to fix the dust-free bag. After being placed in a glass substrate, the dust-free bag is then placed. The bag is sealed, and a lid is placed on the box body to complete the packaging, which can then be transported to the client. The box body, support plate and cover are made of polyfluorinated hydrocarbon with low dust emission, such as polypropylene, and a suitable manufacturing method is disclosed in the aforementioned Chinese New Patent Application No. 84215374 (publication number 286672). The contents of the case are incorporated into the case by reference. The dust-free bag suitable for the present invention is a packaging bag made of an optical-grade dust-free container, which can be described on the market. (To take the glass substrate at the client for Shuiyi, you only need to take the box body back to the glass substrate manufacturing plant, and then put it in a new clean bag and a new support plate after simple cleaning. The operation of placing the dust-free bag and support plate generally takes about 10 to 15 seconds to complete. Since the new dust-free bag and the new support plate of 1225457 are used, there will be no repeated cleaning of the place due to the carrying box. This brings the problem of high dust generation. A glass substrate transport box completed according to a preferred embodiment of the present invention is shown in FIG. 1 and includes a square box body 10 and a cover 20, where the cover is It is used to cover an upper opening of the box body to form a square closed space for containing a plurality of parallel glass substrates. The transport box further includes a dust-free bag 30 and three support plates 40. Each of the three supporting plates has a plurality of parallel grooves 41 for receiving edges of the glass substrate; the dust-free bag 30 is placed inside the box body 10, and the dust-free bag A bag opening 3 丨 the opening of the box body丨 丨 are all facing upwards, and the edge 32 of the bag opening of the dust-free bag extends beyond the upper sides of the upright walls 12 on the four sides of the opening of the box body. Two of the three support plates 40 are upright with their grooves 41 (the groove of the support plate on the right is not shown in the figure) is placed flat in the dust-free bag 30 in a mutually opposite manner, and is engaged with the two inside the box body 10 through the dust-free bag. The two pairs of coupling grooves 15 at the end, so that the two upright support plates 40 # and the multiple grooves 411 form a stomach and stomach, which can be used to receive multiple parallel glass substrates (not shown in the figure). To the groove, the horizontal support plate is first placed in the dust-free bag 3G with the groove 41 and one of the three support plates 40 facing up, and affixed to the box body through the dust-free bag 30. On the inner bottom surface 13 of 10, and its longer sides are pasted to the inner side of the box body 10 through a clean bag 30, the bottom of the upright walls 12 on both sides of the box, and its shorter one The two sides are limited by the two 9 1225457 pairs of upstanding ridges 14 inside the iG of the box body. The size of a support plate 40 The shapes are the same, so their grooves 41 are symmetrical with each other across the imaginary plane of the box body 10 perpendicularly, so the left edge, right edge and bottom edge of a glass substrate can be inserted into the three pieces of support at the same time. Within the three grooves 41 of the plate 40, that is, a plurality of glass substrates can be housed in the box body vertically and spaced apart from each other. Obviously, the horizontal support plate 4G can also be omitted and still be used. The function of accommodating multiple glass substrates is achieved, but the support stability for the glass substrates will be slightly reduced. After the multiple glass substrates are received in the grooves γ of the three support plates 40, the dust-free can be folded The edges of the bag opening of the bag 30 and the sealing with tape are used to seal the plurality of glass substrates in the dust-free bag. The user then covers the box body 10 with the cover 20 to complete the packaging, and then Glass substrates are delivered to the client with high cleanliness.
圖式簡單說明 圖1為依本發明的_龢灶曰Μ / | ^ 季又佳具體例所完成的一種玻璃基 板運送箱於組裝前的示意立體圖。 ’ i2·.直立壁；13·.底面；14··凸條； 3〇··無塵袋；31··袋口； 32··邊緣； 主要元件之圖號說明 10 _ ·箱本體，11 · ·開口 15..結合槽；20··蓋； 4〇··支持板；41··溝槽 10Brief Description of the Drawings Figure 1 is a schematic perspective view of a glass substrate shipping box completed before assembly according to the present invention. 'i2 .. Upright wall; 13 .. Bottom surface; 14 .. convex strip; 30 .. dust-free bag; 31 .. bag mouth; 32 .. edge; drawing number description of main components 10 _ · box body, 11 ················································································································· outside