200940425, ^7257twf.doc/d 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一 具有較高之結構強度， 的承載裝置。 【先前技術】200940425, ^7257twf.doc/d IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a carrier device having a high structural strength. [Prior Art]
或人機顯示裝置的飛雜進步。就顯示裝置而言， 晝質、空間利用效率佳、低消耗功率、無輕射等優越特= 之平面顯示裝置已逐漸成為市場之主流。而在各種平 不裝置中’液晶顯示器又為目前技術較為成熟的平面顯示 f^。液晶顯示器主要是由液晶顯示面板以及背光模組所Or the proliferation of man-machine display devices. In terms of display devices, flat display devices such as enamel, space utilization efficiency, low power consumption, and no light shot have become the mainstream of the market. In various flat devices, the liquid crystal display is a relatively mature flat display f^. The liquid crystal display is mainly composed of a liquid crystal display panel and a backlight module.
種承載裝置，且特別是有關於—種 並可承载數量較多之平面顯示面板 針對多媒齡會之急速妙，彡半受惠於半導 體疋件 —般而言，在液晶顯示器的製造過程中，半成品 如：未進行背光齡組立前的液晶顯示面板）會以承二 進行裝載’並以包裝箱進行裝紐，再將其奴至定點 行組裝、加工及測試等動作，因此包裝箱中之承載盤存 液晶顯示面板的方式、緩衝效果對於製程良率有著極重 的影響。ϋ且’承餘可承鮮成品之數量亦影響液晶顯 不面板運送空間與時間，進而使得製造成本無法降低。 圖1Α〜圖1Ε為習知之—種液晶顯示面板的包裝流程 圖。請先參照圖1Α，液晶顯未面板u〇裝載於承载盤 内，其中承載盤120屬於非剛性材質。接著，請參照圖ΐβ， 將多個承载盤彼此堆疊後以束帶130束緊。之後，如 5 200940425, 27257twf.d〇c/d 圖1C所示將其裝入靜電袋14〇内做保存。接著，如圖JD 所示，將裝有多個彼此堆疊的承載盤120承放於具有緩衝 材料150的紙箱〗60 _。隨後，再以如圖1E所示之紙箱 160進行存放與運送作業。 然而’上述之習知的包裝方式無可避免地至少具有下 列缺點： 一、 當多個液晶顯示面板承載於一承載盤内時，由於 ❹ 承載盤本身屬於非剛性材質’結構強度不足，使得單一承 載盤内之液晶顯示面板的保存數目因此而受限，因此需要 耗費較多的承載盤包裝。 二、 包裝所用之承載盤與紙箱皆屬於材質較軟的非 剛性材質，承載於其中的液晶顯示面板容易在搬送過程或 包裝過程中受外力影響而產生破片。 二、對於大尺寸的液晶顯示面板’例如5〇对的液晶 顯示面板’此種承載裝置在搬運時會有變形的情形，因而 _ 造成液晶顯示面板的損傷。 四、每一液晶顯示面板所需使用的包|材過多（例 如.承載盤、束帶、靜電袋、缓衝材以及紙箱），不僅包 裝過程繁瑣，增加作業人員的工時，且每一液晶顯示面板 所耗費的包裝成本較高。再者，包裝材屬於耗材，不僅需 要較多的包裝材存放空間，且由於無法回收再利用，造成 資源上的浪費。 【發明内容】 本發明提供一種承載裝置，其具有較高之結構強度， 6 200940425, 27257twf.d〇c/d 並可承載數量較多之平面顯示面板’且 置的緩衝能力。 5戰裝 提出—種承餘置此承餘包括底承载盤以 ❹ 2 ΪΪ。底承載盤具有底面以及環繞底面的底環狀凸 起和其巾底環狀凸起部具有第1表面以及連接第—頂 表面的第-侧壁。頂承載盤具有承载面以及—環燒承载面 的頂壞狀凸起部’頂承健#由頂雜喊部套設於底 載盤之底環狀凸起部上，且頂環狀凸起部 裘 以及連接第二頂表面的第二繼，第二侧壁的抑區^ 第-侧壁相疊合’且第二頂表面與第—頂表面之 緩 衝空間。 在本發明之一實施例中，緩衝空間之高度實質上介於 20釐米至200釐米之間。 、 在本發明之一實施例中，承載面承靠於底面上。 ❹ 在本發明之一實施例中，底承載盤具有多個第一緩衝 結構’分佈於底面或底環狀凸起部上。在一實施例中，頂 承載盤具有多個第一緩衝結構’且第二緩衝結構的形狀、 尺寸、數量、位置與第一緩衝結構實質上相同，可以對應 套合。 在本發明之一實施例中，承載裝置更包括—配置於缓 衝空間中的緩衝件，且在一實施例中，緩衝件的形狀例如 為板狀、網狀或條狀，而緩衝件之材質例如為聚乙烯 (polyethylene，ΡΕ)或發泡聚乙烯(Expanded ， EPE)。 200940425, 27257twf.doc/d 在本發明之-實施例中，承載裝置更包括覆蓋頂承載 盤的頂蓋，其_頂蓋具有套合於頂承载盤上的上蓋環狀凸 起部’且頂蓋與頂承載細出—容置空間。在—實施例中， 頂蓋具有多個第二緩衝結構，分佈於上蓋環狀凸起部或位 於谷置空間上方的頂蓋上。在一實施例中，頂蓋與底承載 盤連接’且頂蓋與底承載盤例如為一體成型。在一實施例 巾’承載裝置可以更包括配置於頂蓋以及頂承載盤之間的 © 絲’其+錢料表Φ與頂蓋的内表面實質上吻合。 〇在本發明之一實施例中，承載裝置適於承載多個半成 口口’且承载裝置可以更包括位於兩相鄰半成品之間的墊片。 在本發明之一實施例中，頂承載盤之材質與底承載盤 之材^相同，而頂承載盤之材質與底承載盤之材質例如是 聚對苯二甲酸乙酯(P〇1yethylene terephthalate，PET)、聚苯 乙烯(Polystyrene，PS)、聚丙烯(Polypr〇pylene，ρρ) 〇 Λ 基於上述，本發明之承載裝置藉由表面實質上相吻合 Q 的底承載盤以及頂承載盤，並二者相疊合，使得底承載盤 以及頂承載盤組裝後形成具有高結構強度的疊合部以及具 有緩衝此力的緩衝空間，一方面可以增強承載裝置在承載 平面顯不面板時的結構強度，使得單次的裝載量提昇， 少搬運時的包裝、粍材運輸，降低成本。另一方面，本ς 明之承載裝置可以減緩承載物(例如:半成品)在搬運過程中 受到外力的衝擊’減少破片、碎片等報廢率，提昇良率。 為讓本發明之上述和其他目的、特徵和優點能更明顯 易懂，下文特舉較佳實施例，並配合所附圖式，作詳細^ 200940425, 27257twf.doc/d 明如下。 【實施方式】 第一實施例 圖2A為本發明之第一實施例的承載農置之上視示意 圖，而圖2B為圖2A沿AA，剖面線之剖面示意圖，為清g 標明各構件的配置位置，在圖2B中僅繪示^分承載於承 載裝置200中的平面顯示面板210作代表，並且平面顯示 ❹ 面板21〇採透視的繪製方式呈現。請同時參照圖2A與圖 2B，承載裝置200適於保存多個半成品，其中半成品例如 是液晶顯示面板、有機發光二極體面板、電潤濕顯示器面 板、電漿顯示器面板或其他類型之平面顯示面板。本 發明之承載裝置200主要是由底承載盤22〇以及頂承載盤 230所構成，且在本實施例中，頂承載盤23〇之材質與底 承載盤220之材質舉例為相同，其材質例如是聚對苯二曱 酸乙酯（polyethylene terephthalate, PET)、聚苯乙埽 (Polystyrene，PS)、聚丙烯(p〇iypr〇pyiene，pp)。 ® 如圖2A與圖2B所示，底承載盤220具有底面222 以及環繞底面222的底環狀凸起部224，且底環狀凸起部 224具有第一頂表面224T以及連接第一頂表面224T的第 一側壁224S。此外’頂承載盤23〇具有對應於底面222的 承載面232以及一環繞承載面232的頂環狀凸起部234， 其中頂環狀凸起部234與底環狀凸起部224相對應。值得 一提的是，底承載盤22〇與頂承載盤23〇的設計可以彼此 套合組裝，進而增強承載裝置200整體的結構強度。 9 200940425 9 27257twf.doc/d 砰吕之’如圖2B所示’頂承载盤23〇藉 起部⑽套設於底承載盤220之底環狀凸起部224 頂環狀凸起部234具有第二頂表面23叮以 ’ ^ 表面23灯的第二侧壁234S ’在底承載盤220與頂 230組裝後’第二側壁234S的部分區域與第—侧壁= 相疊合，且底面222與承載® 232相疊合，而構成 形狀大體上吻合的疊合部，使得頂承載盤23() 載盤⑽在疊合部可視為—種㈣度的結構。換= 之承 如圖2B所示，位於疊合部24〇之頂承载盤23〇與底 盤220的接觸面會實f上吻合，例如第二侧壁2地的内 表面會與第一側壁224S的外表面實質上吻合。當然，上 述内外表面只質上吻合疋排除了頂承載盤與底承載盤 220之間的組裝公差，以及排除頂承載盤23〇或底承載盤 220在結構上用以補強的特定結構設計之外，構成疊合部 24〇的頂承載盤230以及底承載盤220大部分的表面ς狀 被_此相符。 如此—來，底承載盤220的底環狀凸起部224可以有 效增強頂承載盤230第一侧壁224S的結構強度，使得裝 載於承载裝置200中的平面顯示面板21〇得以安然地對應 外力的衝擊’不會發生破片的現象。並且，如圖2Β所示， 組裝後的承載面232承靠於底面222上，使得底面222可 以有效增強承載面232的結構強度’因此不同於習知，本 發明之承载裝置200可以容納較多的平面顯示面板210， 可以進一步降低每一平面顯示面板210所使用的包裝材 200940425, 2 7257twf. doc/d 料，不僅環保且可以降低成本。 圖2B，為了進一步增強承載裝置 :3 ^ 本實施例中，更可於底承載盤22〇之 底面222、底喊凸起部224、上述二者或 =計:些第-緩衝結構226，並可於頂承載盤^ ❹ ::2第2衝結構236，其中第二緩衝結構236 险 、、里、位置等例如與第一緩衝結構220實 質上相同’使其二者可以對應地套合。據此，承載裝置細 可以於進-步更減緩外力對平面顯示面板21〇的衝擊，以 同時兼顧結構強度與緩衝的效果，其中第—緩衝結構挪 或第二緩衝結構236可以是具有吸震效果的中空設計、彈 性機構、凸起肋或其他種類的緩衝結構。 值得注意的是’本發明之承載裝置細在頂承載盤23〇 與底承載盤220組裝後，於頂承載盤23〇之第二頂表面 234T以及底承載盤220第-頂表面224τ之間構成緩衝空 間Β，如圖2Β所示，頂環狀凸起部234的高度大於頂$ 狀凸起部234的高度，使得位於二者之間的緩衝空間β之 高度實質上例如介於20釐米至2〇〇釐米之間或是2〇釐米 至150釐米之間。此緩衝空間Β位於承載裝置2〇〇的四周 並且具有類似避震效果的緩衝作用，使得本發明之承載裝 置200可以提供較多的緩衝空間Β，避免裝載其中的平面 顯示面板210因運送過程中的震動導致損傷。 此外，當本發明之承载裝置2〇〇用以裝載較大尺寸的 平面顯示面板210時，更可於此緩衝空間Β中進一步加入 200940425, 27257twf.doc/d 一些緩衝件250,以進一步增強承載裝置2〇〇的結構強度， 使得本發明之承载裝置200可以應用於裝載大尺寸之半成 mi，而不會有下垂變形之虞，防止破片提昇良率。當然 緩衝件250也可以是設置於底環狀凸起部224之第一頂表 面224T以及第一側壁224S所構成的凹處，如圖2B所示， f中緩衝件250可以是缓衝材料或剛性材料，其材質例如 疋聚乙烯或發泡聚乙浠(Expanded p〇lyst^ene，EpE)或聚脲A kind of carrying device, and in particular, a flat display panel which can carry a large number of images, which is aimed at the rapidity of multi-media age, and is generally benefited from semiconductor components - in general, in the manufacturing process of liquid crystal displays For the semi-finished products, such as: the LCD panel that is not in front of the backlight age group, it will be loaded with the second one, and it will be loaded in the box, and then it will be assembled, processed and tested at a fixed point, so in the box. The mode and buffer effect of carrying the liquid crystal display panel have an extremely important influence on the process yield. Moreover, the amount of fresh-finished products that can be used as a replacement also affects the space and time for liquid crystal display panels, which in turn makes manufacturing costs impossible. 1A to 1B are packaging flow diagrams of a conventional liquid crystal display panel. Referring first to FIG. 1A, the liquid crystal display panel is mounted on the carrier tray, wherein the carrier tray 120 is of a non-rigid material. Next, referring to FIG. β, a plurality of carrier disks are stacked on each other and then bundled with a strap 130. Thereafter, as shown in Fig. 1C, 5 200940425, 27257 twf.d〇c/d, it is placed in an electrostatic bag 14 做 for storage. Next, as shown in Fig. JD, a plurality of carrier trays 120 stacked with each other are placed on a carton 60_ having a cushioning material 150. Subsequently, the storage and transport operations are carried out in a carton 160 as shown in Fig. 1E. However, the above-mentioned conventional packaging method inevitably has at least the following disadvantages: 1. When a plurality of liquid crystal display panels are carried in a carrier tray, since the 承载 carrier disk itself belongs to a non-rigid material, the structural strength is insufficient, so that a single The number of saves of the liquid crystal display panel in the carrier tray is therefore limited, so that a large amount of carrier tray packaging is required. 2. The carrier tray and the carton used for packaging are non-rigid materials with soft materials. The liquid crystal display panel carried in it is easy to be damaged by external force during the transportation process or packaging process. 2. For a large-sized liquid crystal display panel, for example, a liquid crystal display panel of 5 〇 pairs, such a carrier device may be deformed during transportation, thereby causing damage to the liquid crystal display panel. 4. The number of packages and materials required for each liquid crystal display panel (for example, carrier tray, drawstring, electrostatic bag, cushioning material, and carton) is not only cumbersome in packaging process, but also increases the working hours of the operator, and each liquid crystal The cost of packaging for the display panel is high. Furthermore, the packaging material is a consumable material, which requires not only a large amount of packaging material storage space, but also wastes resources due to the inability to recycle and reuse. SUMMARY OF THE INVENTION The present invention provides a carrier device having a high structural strength, 6 200940425, 27257 twf.d〇c/d, and capable of carrying a buffering capability of a plurality of flat display panels. 5 combat equipment proposed - the type of bearing the remaining capacity including the bottom carrier plate to ❹ 2 ΪΪ. The bottom carrier has a bottom surface and a bottom annular projection surrounding the bottom surface and an annular projection of the bottom of the towel having a first surface and a first side wall connecting the first top surface. The top carrier disk has a bearing surface and a top bad-shaped convex portion of the ring-shaped bearing surface. The top bearing nut is sleeved on the bottom annular convex portion of the bottom carrier plate by the top shouting portion, and the top annular protrusion And the second side of the second top surface, the depression of the second side wall overlaps with the buffer space of the second top surface and the first top surface. In one embodiment of the invention, the height of the buffer space is substantially between 20 cm and 200 cm. In an embodiment of the invention, the bearing surface bears against the bottom surface. In one embodiment of the invention, the bottom carrier has a plurality of first cushioning structures' distributed over the bottom or bottom annular projections. In an embodiment, the top carrier tray has a plurality of first buffer structures ‘ and the second buffer structure has substantially the same shape, size, number, and position as the first buffer structure, and can be correspondingly nested. In an embodiment of the present invention, the carrying device further includes a buffer member disposed in the buffer space, and in an embodiment, the shape of the buffer member is, for example, a plate shape, a mesh shape or a strip shape, and the buffer member The material is, for example, polyethylene (polyethylene) or expanded polyethylene (Expanded, EPE). 200940425, 27257 twf.doc/d In an embodiment of the invention, the carrying device further comprises a top cover covering the top carrier tray, the top cover having an upper cover annular boss portion and a top sleeve fitted over the top carrier disk The cover and the top support are thin--accommodating space. In an embodiment, the top cover has a plurality of second cushioning structures distributed over the upper cover annular projection or on the top cover above the valley space. In one embodiment, the top cover is coupled to the bottom carrier' and the top and bottom carrier trays are, for example, integrally formed. In an embodiment, the carrying device can further comprise a © wire disposed between the top cover and the top carrier disk. The + material table Φ substantially conforms to the inner surface of the top cover. In one embodiment of the invention, the carrier device is adapted to carry a plurality of semi-portions' and the carrier device may further comprise a spacer between the two adjacent semi-finished products. In an embodiment of the present invention, the material of the top carrier is the same as that of the bottom carrier, and the material of the top carrier and the material of the bottom carrier are, for example, polyethylene terephthalate (P〇1yethylene terephthalate, PET), Polystyrene (PS), Polypropylene (Polypr〇pylene, ρρ) 〇Λ Based on the above, the carrier device of the present invention has a bottom carrier disk and a top carrier disk substantially conforming to the surface by Q, and The superposition of the bottom carrier and the top carrier plate results in a high structural strength of the overlapping portion and a buffering space for buffering the force. On the one hand, the structural strength of the carrying device when the bearing plane is not displayed can be enhanced. This results in a single load increase, less packaging and coffin transport during transportation, and lower costs. On the other hand, the load carrying device of the present invention can reduce the impact of the load (e.g., semi-finished product) on the load during the handling process, reducing the scrap rate of fragments, fragments, and the like, and improving the yield. The above and other objects, features and advantages of the present invention will become more <RTIgt; <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; [Embodiment] FIG. 2A is a top view of a load-bearing farm according to a first embodiment of the present invention, and FIG. 2B is a cross-sectional view along line AA of FIG. 2A, showing the configuration of each member. The position is only shown in FIG. 2B as a representative display of the flat display panel 210 carried in the carrying device 200, and the flat display 面板 panel 21 is presented in a drawing manner. Referring to FIG. 2A and FIG. 2B simultaneously, the carrying device 200 is adapted to store a plurality of semi-finished products, such as a liquid crystal display panel, an organic light emitting diode panel, an electrowetting display panel, a plasma display panel or other types of flat display. panel. The carrier device 200 of the present invention is mainly composed of a bottom carrier tray 22 and a top carrier tray 230. In this embodiment, the material of the top carrier tray 23 is the same as the material of the bottom carrier tray 220, and the material thereof is, for example. It is polyethylene terephthalate (PET), polystyrene (PS), and polypropylene (p〇iypr〇pyiene, pp). As shown in FIGS. 2A and 2B, the bottom carrier 220 has a bottom surface 222 and a bottom annular projection 224 surrounding the bottom surface 222, and the bottom annular projection 224 has a first top surface 224T and a first top surface. The first sidewall 224S of the 224T. Further, the top carrier tray 23 has a bearing surface 232 corresponding to the bottom surface 222 and a top annular projection 234 surrounding the bearing surface 232, wherein the top annular projection 234 corresponds to the bottom annular projection 224. It is worth mentioning that the design of the bottom carrier tray 22 and the top carrier tray 23 can be assembled and assembled with each other, thereby enhancing the structural strength of the overall carrier device 200. 9 200940425 9 27257twf.doc/d 砰吕之' as shown in Fig. 2B 'top carrier plate 23 〇 borrowing portion (10) sleeved on the bottom carrier disk 220 bottom annular raised portion 224 top annular boss portion 234 has The second top surface 23A is assembled with the second side wall 234S' of the surface 23' after the bottom carrier tray 220 is assembled with the top 230. The partial area of the second side wall 234S overlaps with the first side wall = and the bottom surface 222 The stack is superposed on the carrier 232 to form a substantially uniform shape, so that the top carrier 23 () carrier (10) can be regarded as a four-degree structure at the overlap. As shown in FIG. 2B, the contact surface of the top carrier 23 〇 and the chassis 220 at the overlapping portion 24 吻合 will coincide with each other, for example, the inner surface of the second side wall 2 and the first side wall 224S The outer surface is substantially identical. Of course, the above inner and outer surfaces only have an anastomosis, which eliminates the assembly tolerance between the top carrier and the bottom carrier 220, and excludes the specific structural design of the top carrier 23 or the bottom carrier 220 for structural reinforcement. The top surface of the top carrier tray 230 and the bottom carrier tray 220, which constitute the overlap portion 24, are substantially conformed to each other. In this way, the bottom annular protrusion 224 of the bottom carrier 220 can effectively enhance the structural strength of the first side wall 224S of the top carrier tray 230, so that the flat display panel 21 loaded in the carrying device 200 can safely correspond to the external force. The impact of 'no fragmentation'. Moreover, as shown in FIG. 2A, the assembled bearing surface 232 bears against the bottom surface 222, so that the bottom surface 222 can effectively enhance the structural strength of the bearing surface 232. Therefore, unlike the prior art, the carrying device 200 of the present invention can accommodate more The flat display panel 210 can further reduce the packaging materials 200940425, 2 7257 twf. doc/d used by each flat display panel 210, which is not only environmentally friendly but also can reduce costs. 2B, in order to further enhance the carrying device: 3 ^ in this embodiment, the bottom surface 222 of the bottom carrying tray 22, the bottom protruding portion 224, the two or the following: some of the first buffer structure 226, and The second buffer structure 236 can be mounted on the top carrier disk ❹ 2 ::2, wherein the second buffer structure 236 is substantially the same as the first buffer structure 220, for example, so that the two can be correspondingly nested. Accordingly, the carrier device can further reduce the impact of the external force on the flat display panel 21〇 in the further step, so as to simultaneously take into consideration the structural strength and the buffering effect, wherein the first buffer structure or the second buffer structure 236 can have the shock absorbing effect. Hollow design, elastic mechanism, raised ribs or other kinds of cushioning structures. It should be noted that the carrier device of the present invention is formed between the top carrier tray 23 and the bottom carrier tray 220, and is disposed between the second top surface 234T of the top carrier tray 23 and the first top surface 224τ of the bottom carrier tray 220. The buffer space Β, as shown in FIG. 2A, the height of the top annular protrusion 234 is greater than the height of the top-shaped protrusion 234 such that the height of the buffer space β between the two is substantially, for example, between 20 cm and Between 2 cm or 2 cm to 150 cm. The buffer space Β is located around the carrying device 2〇〇 and has a cushioning effect similar to the shock absorbing effect, so that the carrying device 200 of the present invention can provide more buffer space Β, avoiding the flat display panel 210 loaded therein due to the transportation process. The vibration caused damage. In addition, when the carrying device 2 of the present invention is used to load the flat display panel 210 of a larger size, some buffers 250 of 200940425, 27257 twf.doc/d may be further added to the buffer space to further enhance the load. The structural strength of the device 2 is such that the carrier device 200 of the present invention can be applied to load a half-size mi of a large size without sag deformation, preventing the fragment from increasing the yield. The buffer member 250 may be a recess formed by the first top surface 224T of the bottom annular protrusion 224 and the first sidewall 224S. As shown in FIG. 2B, the buffer member 250 in f may be a buffer material or Rigid material, such as 疋 polyethylene or expanded polyethylene (Expanded p〇lyst^ene, EpE) or polyurea
醋⑽y咖hane，PU)等發泡材料，舉例而言，該發泡材料 之發泡倍率約為1G倍至4G倍。此外，緩衝件25G的形狀 可以是板狀、峨或條狀’但本發明並義以限定緩衝件 250之材質、形狀以及配置位置。A foaming material such as vinegar (10) y hane, PU), for example, has a foaming ratio of about 1 G to 4 G times. Further, the shape of the cushioning member 25G may be a plate shape, a cymbal shape or a strip shape. However, the present invention is intended to define the material, shape, and arrangement position of the cushioning member 250.
請繼續參照圖2B，承餘置尚可在承載的兩相 =面顯示面板細之間或者平面顯示面板與承載面 之間配置-些塾片26〇,此墊片施該增加兩相鄰平 門不面板210之間或者平面顯示面板21〇與承載面说 ^的緩衝能力’防止兩相鄰平面顯示面板训之間或者 絲置細之間因相互碰撞而破 < ”中㈣之材®例如為聚丙烯(PolyPn)Pyiene，Pp)。 圖3Α為^發明之第二實施例的承載裝置之 圖’而圖3B為組裝後承载裝 = 照圖3A與圖犯，為清楚標明各構件的配寺參 中僅缘示部分承載其中的平面顯示面板210以及塾片= 12 200940425, 27257twf.doc/d 200940425, 27257twf.doc/d Ο 作代表’並且平面顯示面板210以及缓衝材墊片260採透 視的繪製方式呈現。請同時參照圖3Α與圖3Β，承载裝置 300除了上述的底承载盤220以及頂承載盤230之外，可 以進一步包括覆蓋在頂承載盤230上的頂蓋310，且頂蓋 310與頂承載盤230圍出一容置空間S，用以容納平面顯 示面板210。這裡要說明的是，頂蓋31〇與頂承载盤23〇 之間例如可藉由多種不同結構設計相互嵌合，使得頂蓋 310可以定位並緊密地蓋在頂承載盤23〇上，如圖3Α與圖 3Β中所示’頂蓋310與頂承載盤230分別具有上蓋環狀Λ 起部314與頂環狀凸起部234，且上蓋環狀凸起部314與 頂環狀凸起部234之形狀、尺寸、數量、位置相互對應， 以便頂蓋31G蓋在頂承載盤23G上時可以對蚊位並嵌 合，達到穩固接合的狀態。Continuing to refer to FIG. 2B, the bearing can be disposed between the two-phase=face display panel of the load or between the flat display panel and the bearing surface, and the plurality of adjacent flats are disposed. The buffering ability between the door non-panel 210 or the flat display panel 21〇 and the bearing surface is prevented from breaking between the two adjacent flat display panel trainings or between the wires being thinned by each other<" For example, it is polypropylene (PolyPn) Pyiene, Pp). Figure 3 is a diagram of the carrying device of the second embodiment of the invention, and Figure 3B is the assembled carrier = Figure 3A and Figure 3, for clearly indicating the components In the temple, only the flat display panel 210 and the cymbal=12 200940425, 27257 twf.doc/d 200940425, 27257 twf.doc/d 并且 and the flat display panel 210 and the cushioning material spacer 260 are carried. The drawing manner of the perspective is presented. Referring to FIG. 3A and FIG. 3 simultaneously, the carrying device 300 may further include a top cover 310 covering the top carrying tray 230 in addition to the bottom carrying tray 220 and the top carrying tray 230 described above, and The top cover 310 and the top carrier tray 230 enclose one The accommodating space S is for accommodating the flat display panel 210. It is to be noted that the top cover 31 〇 and the top carrier tray 23 例如 can be mutually engaged by, for example, a plurality of different structural designs, so that the top cover 310 can be positioned and Closely covering the top carrier tray 23, as shown in FIGS. 3A and 3B, the top cover 310 and the top carrier tray 230 respectively have an upper cover annular ridge 314 and a top annular projection 234, and the upper cover ring The shape, size, number, and position of the convex portion 314 and the top annular convex portion 234 correspond to each other, so that the top cover 31G can be fitted to the mosquito bit when the cover 31G is placed on the top carrier 23G, and the state is firmly engaged.
此外，為了進一步增強承載裝置3〇〇的緩衝效果在 本實施例中，同樣可於頂蓋310之上蓋環狀凸起部314、 位於容置空間S上方的頂蓋31G、上述二者或者其他適當 部位上设计-些第二缓衝結構3 i 6，其中第三緩衝結構灿 在上蓋環狀凸起部314上的形狀、尺寸、數量、位置等例 如與頂承載盤23〇之第二緩衝結構Μ6實質上相同，使其 地接合’以進—步更減緩外力對平面顯示面 ^1〇的衝擊’同時可以兼顧結構強度與緩衝的效果，其 中第三缓衝結構训可以是具有吸震效果的Μ設計、彈 性機構、凸起肋或其他種類的緩衝纟士娃 值得一提的是，頂蓋31〇的製:° 的製作可與底承載盤220的 27257twf.doc/d ❹ ❿ 200940425 製作同時完成，換^ + -體成型，所頂蓋31:與底承载盤、 之-側而相互連接，組Ζ頂盍310藉由底承载盤22〇 载盤220上，並且將頂、，’將頂承載盤230套設於底承 往頂承載盤230方圖Μ之連接勒㈣ 具有容纽裝之優^ ，因此本發明之承載裝置· 此外二如® 3Β所示，在本實施例中，承載裝· JT於頂盍310以及頂承健23()之間 32。：力二罐置3〇〇之頂蓋31〇的承受力以:=二 士，八^ 320遠離容置空間s的外表面32〇s會與$ 盍310罪近容置空間s的内表面3應實質上吻合。實務 上^载裝置3GG至運送過程中，可將多個承载裝置獅 堆疊在-起進行搬運作業，在此應用中，底蓋32〇可以進 -步增強頂蓋310的結構強度，節省運送空間以及時程。 綜上所述，本發明之承載裝置至少具有下列優點： 一、承載裝置可以增加容置其中之平面顯示面板的 承載密度，有效減少每一平面顯示面板的包裝材料，因此 本發明可以有效節省平面顯示面板的存放空間，增加運輸 裝载量，進而降低包裝與運送成本。 θ 一、藉由底承載盤以及頂承載盤的結構設計，可以使 得底承載盤以及頂承載盤組裝後形成兼具高結構強度以及 缓衝能力的承載結構。 三、在部分實施例中，承載裝置之頂蓋與底蓋的設計 可以減少搬運空間以及運送時程。 200940425, 27257twf.doc/d ，四、在部分實施例中，承載裴置可以減緩承載物(例 如.平面顯示面板)在搬運過程中受到外力的衝擊，減少破 片、碎片等報廢率，提昇良率。 雖然本發明已以較佳實施例揭露如上，然其並非用以 限定本發明，任何所屬技術領域中具有通常知識者，在不 脫離本發明之精神和範圍内，當可作些許之更動與潤飾， =本發明之賴範圍當視_之申料鄉圍所界定者 【圖式簡單說明】 種液晶顯示面板的包裝 圖1A〜圖ιέ繪示為習知之一 流程圖。 。圖2A為本發明之第一實施例的承载裝置之上視示意 圖 圖2B為圖2A^ AA’剖面線之剖面 圖3A為本發明之第二實施例的承栽裝〜置之展開立艘 【主===載裝置的剖面侧视圖 11〇 ·液晶顯示面板 120 ·托盤 130 :束帶 140 :靜電袋 150 :緩衝材枓 160 _•紙箱 200 :承载裝置 15 2009404259 27257twf.doc/d 210 :平面顯示面板 220 :底承載盤 222 :底面 224 :底環狀凸起部 224S :第一側壁 224T :第一頂表面 226 :第一缓衝結構 230 :頂承載盤 ® 232 :承載面 234 :頂環狀凸起部 234S :第二側壁 234T :第二頂表面 236 :第二缓衝結構 240 :疊合部 250 :缓衝件 260 :墊片 300 :承載裝置 ® 310 :頂蓋 314 :上蓋環狀凸起部 316 :第三缓衝結構 320 :底蓋 A1 :連接軸線 B:缓衝空間 S:容置空間 16In addition, in order to further enhance the buffering effect of the carrier device 3, in the embodiment, the annular protrusion portion 314, the top cover 31G located above the accommodating space S, the above two or the like may be covered on the top cover 310. The second buffer structure 3 i 6 is designed on the appropriate portion, wherein the shape, size, number, position, etc. of the third buffer structure on the upper cover annular projection 314 is, for example, the second buffer with the top carrier 23 The structure Μ6 is substantially the same, so that it can be joined to 'to slow down the impact of the external force on the flat display surface ^1 '' while taking into account the structural strength and the buffering effect, wherein the third buffer structure training can have the shock absorbing effect. The design of the cymbal, the elastic mechanism, the raised ribs or other kinds of cushioning gentleman is worth mentioning. The production of the top cover 31〇 can be made with the 27257 twf.doc/d ❹ ❿ 200940425 of the bottom carrier 220. At the same time, the body is replaced, and the top cover 31 is connected to the bottom of the bottom carrier, and the side dome 310 is mounted on the tray 220 by the bottom carrier 22, and will be top, ' The top carrier tray 230 is sleeved on the bottom The carrier plate 230 is connected to the top plate 310 and the top bearing. In the present embodiment, the carrier device JT is placed on the top pin 310 and the top bearing. 32 between health 23 (). : Force 2 cans 3 〇〇 top cover 31 〇 the bearing capacity: = 2 士, 8 ^ 320 away from the accommodating space s the outer surface 32 〇 s will be close to the inner surface of the space s 3 should be substantially consistent. In practice, the plurality of carrier lions can be stacked and carried in the transportation process. In this application, the bottom cover 32 进 can further enhance the structural strength of the top cover 310, saving transportation space. And time course. In summary, the carrying device of the present invention has at least the following advantages: 1. The carrying device can increase the bearing density of the flat display panel, and effectively reduce the packaging material of each flat display panel. Therefore, the present invention can effectively save the plane. The storage space of the display panel increases the transportation load, thereby reducing packaging and shipping costs. θ 1. By the structural design of the bottom carrier and the top carrier, the bottom carrier and the top carrier can be assembled to form a load bearing structure with high structural strength and buffering capacity. 3. In some embodiments, the top cover and the bottom cover of the carrying device are designed to reduce handling space and shipping time. 200940425, 27257twf.doc/d, IV. In some embodiments, the load-carrying device can reduce the impact of the load on the carrier (for example, the flat display panel) during the handling process, reduce the scrap rate of fragments, fragments, etc., and improve the yield. . Although the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the invention, and any one of ordinary skill in the art can make some modifications and refinements without departing from the spirit and scope of the invention. = = The scope of the present invention is defined as the definition of the rural area [simplified description of the drawings] The packaging of the liquid crystal display panel 1A to έ is shown as a flow chart of the prior art. . 2A is a top view of a carrier device according to a first embodiment of the present invention. FIG. 2B is a cross-sectional view of FIG. 2AA AA'. FIG. 3A is a second embodiment of the present invention. Main === sectional side view of the carrier device 11 · liquid crystal display panel 120 · tray 130 : strap 140 : electrostatic bag 150 : cushioning material 枓 160 _ • carton 200 : carrying device 15 2009404259 27257twf.doc / d 210 : Flat display panel 220: bottom carrier tray 222: bottom surface 224: bottom annular projection 224S: first side wall 224T: first top surface 226: first buffer structure 230: top carrier tray 232: bearing surface 234: top Annular raised portion 234S: second side wall 234T: second top surface 236: second buffer structure 240: overlapping portion 250: cushioning member 260: spacer 300: carrier device 310: top cover 314: upper cover ring Shaped protrusion 316: third buffer structure 320: bottom cover A1: connection axis B: buffer space S: accommodation space 16