200927604 九、發明說明： 【發明所屬之技術領域】 本發明係·-種承餘置及包含此承載裝置之包裝装 置’具體而言，本發明係關於-種供裝载板形電子裝置之承 裝置及包含此承載裝置之包裝裝置。 【先前技術】 在平面顯示裝置製針’無論是要將_完成的面板與驅 動ic、電路板、背光模組等外部零組件組立秋成為平面顯示 器模組’歧在最後的檢測階段，皆有人員移_板之可能。 為避免面板在搬運過程中相互碰撞並減少面板移動時可能發 生掉落之風險，實務上通常係將面板置放於包裝财搬運，以 維持面板在軸雜中之安全可#性。此外，在完成顯示面板 裝後如何女全地運送至系統薇商供進行下一步終局產品 之組裝’亦是重要的課題之一。 一為節省運送時之體積及_，傳統上在運輸顯示面板時多 以相裝方式進行運送，la所示為傳統的顯示面板箱裝方式。 ^箱Ή紙板71分隔出平行之數個空間，供擺放顯示面板 為疋位顯示面板減少晃動，每個隔出之空間内均設有填充 力強固疋。顯示面板10則依序放入並列之空間中，以完成 匕装。然而因顯示面板10之側邊多設有供連接用之突耳u， =此當在纟綠％遭_擊時於突耳η處產生應力集中之現 進而造成顯示面板10之破損。同樣地，應力集中之現象 5 200927604 亦常發生於顯示面板ίο之角隅位置。此外，以圖la方式將顯 示面板10裝箱時，易造成顯示面板1〇取出不易之狀況。由於 取出及放入顯示面板1〇時需直接接觸顯示面板1〇，往往造成 顯示面板10之損傷。 圖lb所示為另一傳統之面板包裝、结構。如圖t所示，面板 包裝結構包含第-包覆材20、第二包覆材3G、第三包覆材4〇 錢側包覆材50共同形成容置區域供承載基板1〇。如圖i所 不’第一包覆材20及第三包覆材40進一步設置有提把6〇，供 於移動顯示祕H)雜持。絲，_包躲麟於顯示面 板10之保護仍相當有限。 L發明内容】 本發:之目的在於提供一種承載裝置，可提供所承載板形 電子裝置較佳之保護。 ❹ 本發明之另一目的在於提供一種承載裝置，可減 板形電子裝置上所發生之應力集中現象。 承戰 本發明之另—目的在於提供—魏找置 板形電子裝置擁之賴。 娜所承载 承載裝置包含背板及一或多個緩衝夹持塾。背板之頂 二成公支齡續衝夾持塾係連接於背板上 Γ1::，於伽之相對兩側分佈緩衝夹持塾，= 載之面板獅it攸錢祕。騎触之 、 板之剛性係數大於緩衝爽持墊之剛性係數；而緩衝== 200927604 性係數大於背板之彈性係數。當承載面板時，背板之支撐區與 面板平行並承托面板之背面或正面 ，以提供面板抗彎及抗剪之 、’’°構支撐力。緩衝夾持墊則臨接面板之側邊，當面板受震動 - 時’緩衝夾持墊可提供緩衝減少面板受損之可能性。 包裝裝置包含有殼體及複數個上述之承載裝置。複數個承 載裝置係叠置於殼體θ，以增加運輸或儲存之便利性。殼體包 含第一翼板、第二翼板及圍壁。圍壁係圍設於第二翼板之側邊 0 及底邊’並朝第一翼板方向延伸。第一翼板之底邊連接於圍壁 相對於第二翼板之一侧，並與第二翼板之底邊平行。由於第一 翼板僅有底邊與圍壁相連，因此可視為藉由底邊與圍壁鏡接， 並相對圍壁及第二翼板開合。第-翼板、第二翼板及圍壁共同 戦容置而複數個承載裝置則疊置於容置空間内。藉由 開啟第一翼板，可增加置入及取出承載裝置之便利性。 【實施方式】 ❹ 本發明係提供-種承载裝置及包含此承載裝置之包駿裝 置’供於運輸或存放時裝載具有板狀外形之成品或半成品:此 承载裝置較佳係縣触狀之電子產品之成品或半成品，例如 各式顯示面板、基板、電路板等。 如圖2a及圖2b所示，承載褒置包含背板3〇〇及緩衝 墊500。背板300較佳係為矩形之板體，其材質可為塑料、金 屬或其他材質。在此實施财，親·細瓣瓦榜 成’以提供足约之材料強度並兼具輕量化之特點。背板_之 200927604 頂面301上有一支撐區31〇，如圖此所示，支撐區3i〇之形 絲倾摘欲承叙面板⑽微接近，並錄雜_頂 ' 面謝之中間。換言之，如圖2a及圖2b所示，在頂面3〇1上， - 纽區310之外麵财邊緣部分，喊此隔離捕區31〇 與頂面301之端緣。 緩衝夾持墊5GG係連接於她上。補&及圖此所 不之實施例中，緩衝夾持墊5〇〇直接貼附於背板·之頂面 ❹ 301上；然而在不同實施例十’緩衝夾持塾_亦可以卡合或 ，他方式連接於背板3GG之端部。緩衝夾持墊5⑽係位於支樓 區310之外側。在圖2b所示之實施例中，緩衝夾持墊5〇〇係 連接於支揮區310外之邊緣部分’並緊貼支擇區31〇之邊 緣；然而在不同實施例中，緩衝夾持墊500亦可略伸入支擇區 310之邊緣内’但其伸入支採區3㈣之部分可被推播或加壓 而壓縮至支撐區310外。 背板300上可設置單獨一個或多個緩衝夹持墊5〇〇。在圖3 〇 所示之實施例中，背板_上僅設置單—之緩衝夾持墊500。 此-緩衝夾持塾5GG係為矩形方框結構，並環繞支撑區31〇之 外侧設置。緩衝夾持塾500所形成之矩形方框結構係為一連續 封閉之完整結構’因此支禮區31G之長短相對側邊均有部分之 緩衝夾持墊_之存在。藉由於描區31G之相對_分佈緩 衝夾持墊_ ’可對承載之面板⑽端部進行定位或夾持。在 此實施例中，可選擇將分佈於支樓區31〇兩相對長側邊之緩衝 夾持塾500間距設計為略小於面板1〇〇《支撐區31〇短向之長 200927604 度，並藉由緩衝夾持塾500之可壓縮特性對面板議進行夹 持。然而在不同實施财，亦可糾使分佈於支撐隨〇兩相 • 縣彳鱗之_祕塾_具妓持魏，錢全部之缓衝夾 - 持墊500均具有夾持功能。 緩衝鱗塾500係由具有雜之材料製成，例如各式發泡 材料、塑料、海棉材料等。在此實施例中，緩衝夾持塾删所 採用之材料為聚g旨發泡材料，例如聚乙稀發泡材料(㈣）。為 ❹ 賴佳之結構支槪果，背板3GG之剛性係數大於緩衝夾持墊 500之剛性係數；而緩衝炎持塾5〇〇之彈性係數大於背板咖 ^彈性係數。換言之，背板_具有較高之結構支樓力，而緩 衝夾持墊500具有較佳之吸震及缓衝能力。如⑭所示當 承載面板100時，背板300之支樓區31〇與_ 1〇〇平行並承 托面板100之背面或正面’以提供面板1〇〇抗彎及抗剪之結構 支撐力。緩衝夾持塾500則臨接面板100之侧邊，當面板1〇〇 受震動時’緩衝夾持墊500可提供緩衝減少面板1〇〇受損之可 Q 能性。 此外，如圖4a所示，緩衝夾持墊50〇具有面向支撐區31〇 之内壁510，且可受厘向内凹陷。在圖4a所示之較佳實施例 中，内壁510之高度係高於面板1〇〇之厚度。當面板1〇〇設置 於支撐區310上時，緩衝夾持墊5〇〇即夾持面板1〇〇之兩端。 此時緩衝夾持墊500之内壁510下半部即受壓相對於上半部向 内壓縮’而上半部則可阻擋面板1〇〇向外脫出。然而在圖4b 所示之實施例中，緩衝夾持墊5〇〇之内壁51〇高度亦可等於戋 9 200927604 小於面板100 ’此時面板100與内壁510相互擠壓產生之正向 力即相應產生摩擦力以夾持面板100。 在圖5a所示之實施例中，緩衝夾持墊5〇〇係為半方框結 構’並設置於支撐H 310之外侧。此一半方框结構之外形類似 门子开> ’且兩分別延伸⑨置於支樓1 31〇之相對兩側。同樣 地，緩衝夾轉500可設置於支擇區31〇 “側邊，並使兩端 分別沿相鄰短側邊延伸。在此實施例中，緩衝200927604 IX. INSTRUCTIONS OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a packaging device and a packaging device including the same. In particular, the present invention relates to a carrier for loading a plate-shaped electronic device. a device and a packaging device comprising the same. [Prior Art] In the flat display device, the needle is used to make the _finished panel and the external components such as the driver ic, the circuit board, and the backlight module become the flat display module. The possibility of personnel moving _ board. In order to avoid the risk of the panels colliding with each other during the handling process and reducing the risk of falling when the panel is moved, it is usually practiced to place the panels in the packaging to maintain the safety of the panels in the shaft. In addition, how to transfer the whole woman to the system Weijia for the final assembly of the final product after the display panel is installed is also one of the important topics. In order to save the volume and _ when transporting, it is traditionally used to transport the display panel in a phase-by-load manner. La shows the traditional display panel boxing method. ^The box cardboard 71 separates several parallel spaces for the display panel to reduce the shaking of the display panel, and each of the separated spaces is provided with a strong filling force. The display panel 10 is sequentially placed in a juxtaposed space to complete the armor. However, since the side of the display panel 10 is provided with a lug u for connection, the stress concentration at the lug η is caused when the green color is smashed, thereby causing damage to the display panel 10. Similarly, the phenomenon of stress concentration 5 200927604 also often occurs in the corner of the display panel ίο. Further, when the display panel 10 is packaged in the manner of Fig. la, it is easy to cause the display panel 1 to be removed. Since the display panel 1 is directly touched when the display panel 1 is removed and placed, the display panel 10 is often damaged. Figure lb shows another conventional panel package and structure. As shown in Fig. t, the panel packaging structure includes a first cladding material 20, a second cladding material 3G, and a third cladding material 4, and the side cladding material 50 is formed to form an accommodating region for the carrier substrate 1A. As shown in Fig. i, the first covering member 20 and the third covering member 40 are further provided with a handle 6 〇 for the movement display secret H). Silk, the protection of the board 10 is still quite limited. SUMMARY OF THE INVENTION The purpose of the present invention is to provide a carrying device that provides better protection of the carried board-shaped electronic device. Another object of the present invention is to provide a carrying device which can reduce stress concentration occurring on a plate-shaped electronic device. Competing for the Invention Another object of the present invention is to provide a means for Wei to find a plate-shaped electronic device. The carrying device carried by Na is comprised of a backing plate and one or more cushioning clamps. The top of the backboard is 20% of the male support and the shackles are connected to the backboard. Γ1::, the buffer is clamped on the opposite sides of the gamma, and the panel lion is 攸. The rigidity coefficient of the riding and the board is greater than the rigidity coefficient of the cushioning pad; and the cushioning == 200927604 is greater than the elastic coefficient of the backing plate. When the panel is loaded, the support area of the back panel is parallel to the panel and supports the back or front side of the panel to provide the panel's resistance to bending and shearing. The cushioning pad is adjacent to the side of the panel. When the panel is shaken - the cushioning pad provides cushioning to reduce the possibility of panel damage. The packaging device comprises a housing and a plurality of the above-mentioned carrying devices. A plurality of load carrying devices are stacked on the casing θ to increase the convenience of transportation or storage. The housing includes a first wing, a second wing and a surrounding wall. The surrounding wall is disposed around the side edge 0 and the bottom edge of the second wing and extends toward the first wing. The bottom edge of the first wing is coupled to the side of the wall relative to the second wing and parallel to the bottom edge of the second wing. Since only the bottom edge of the first wing is connected to the surrounding wall, it can be regarded as being mirrored by the bottom edge and the surrounding wall and the second wing opening and closing. The first wing, the second wing and the surrounding wall are shared together and a plurality of carrying devices are stacked in the accommodating space. By opening the first flap, the convenience of placing and removing the carrier can be increased. [Embodiment] The present invention provides a carrier device and a package device including the carrier device for loading or storing a finished product or a semi-finished product having a plate-like shape: the carrier device is preferably a contact-like electronic device The finished product or semi-finished product of the product, such as various display panels, substrates, circuit boards, and the like. As shown in Figures 2a and 2b, the carrier device includes a backing plate 3 and a cushion 500. The back plate 300 is preferably a rectangular plate body made of plastic, metal or other materials. In this implementation, the pro-small tile is made to provide the strength of the material and the weight of the lightweight. Backplane_200927604 The top surface 301 has a support area 31〇. As shown in the figure, the shape of the support area 3i is tilted to the panel (10) and is slightly close to the middle of the section. In other words, as shown in Fig. 2a and Fig. 2b, on the top surface 3〇1, the outer edge portion of the button region 310 is called the edge of the isolation trap 31〇 and the top surface 301. The cushioning pad 5GG is attached to her. In the embodiment of the present invention, the buffering pad 5〇〇 is directly attached to the top surface 301 301 of the backing plate; however, in different embodiments, the 'buffering clamping 塾 _ can also be engaged. Or, he is connected to the end of the backboard 3GG. The cushioning pad 5 (10) is located on the outer side of the branch area 310. In the embodiment shown in Figure 2b, the cushioning pad 5 is tethered to the edge portion of the outer portion of the branching region 310 and abuts against the edge of the region 31; however, in various embodiments, the cushioning is clamped. The pad 500 may also extend slightly into the edge of the cutting zone 310 'but its portion extending into the mining zone 3 (4) may be pushed or pressurized to compress outside the support zone 310. A single one or more cushioning pads 5 can be disposed on the backing plate 300. In the embodiment shown in Fig. 3, only the single cushioning pad 500 is provided on the backplane_. This-buffering clamp 塾5GG has a rectangular frame structure and is disposed around the outer side of the support area 31〇. The rectangular block structure formed by the cushioning clamp 500 is a continuous closed complete structure. Therefore, the length of the support zone 31G has a portion of the cushioning pad _ relative to the side. The end of the loaded panel (10) can be positioned or clamped by the relative _distribution cushion _' of the trace 31G. In this embodiment, the buffer 塾 500 spacing distributed between the two relatively long sides of the branch building area 31 可选择 can be selected to be slightly smaller than the panel 1 〇〇 “support area 31 〇 short direction length 200927604 degrees, and borrow The panel is held by the compressibility of the buffer clamp 塾500. However, in different implementations, it is also possible to arbitrarily distribute the two-phase distribution in the support. _ Secrets of the county _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The buffer scale 500 is made of a material having impurities, such as various foam materials, plastics, sponge materials, and the like. In this embodiment, the material used for the buffer clamping is a polyg foaming material such as a polyethylene foaming material ((iv)). For the structural support of Lai Jia, the rigidity coefficient of the back plate 3GG is greater than the rigidity coefficient of the cushioning pad 500; and the elastic modulus of the cushioning 塾5塾 is greater than the elastic coefficient of the backboard. In other words, the backing plate_ has a higher structural support force, and the cushioning pad 500 has better shock absorption and cushioning capabilities. When the panel 100 is carried as shown in FIG. 14, the branch area 31 of the backboard 300 is parallel to the _1 并 and supports the back or front surface of the panel 100 to provide the structural support of the panel 1 〇〇 bending and shear resistance. . The cushioning clamp 500 is adjacent to the side of the panel 100. When the panel 1 is subjected to vibration, the cushioning cushion 500 can provide cushioning to reduce the damage of the panel. Further, as shown in Fig. 4a, the cushioning pad 50 has an inner wall 510 facing the support region 31, and is recessed inwardly by the centripet. In the preferred embodiment illustrated in Figure 4a, the height of the inner wall 510 is higher than the thickness of the panel 1〇〇. When the panel 1 is disposed on the support area 310, the cushioning pad 5 is clamped at both ends of the panel 1A. At this time, the lower half of the inner wall 510 of the cushioning pad 500 is compressed inwardly with respect to the upper half, and the upper half blocks the panel 1 from coming out outward. However, in the embodiment shown in FIG. 4b, the height of the inner wall 51 of the cushioning pad 5 can also be equal to 戋9 200927604 is smaller than the positive force generated by the panel 100' when the panel 100 and the inner wall 510 are pressed against each other. Friction is generated to clamp the panel 100. In the embodiment shown in Figure 5a, the cushioning pad 5 is a semi-block structure' and is disposed on the outside of the support H310. The half-box structure is similar to the door opening > ' and the two extensions 9 are respectively placed on opposite sides of the branch 1 31 . Similarly, the buffer clamp 500 can be disposed on the side of the support region 31〇 and extend at both ends along adjacent short sides. In this embodiment, the buffer
端係隔著支觀31G相對，並提供面板⑽夾持之功能。然而 在不同實施财’緩衝緒墊_亦可^置於支魏灿之短 侧邊，並於長側邊夾持面板100。此外，如圖5b戶斤示，此種 半方框結構之_夾難_亦可喊對方式設置於支禮區 310之相·側邊或短側彡。對面板⑽之 衝夾持議姉之中_分提供，耐折之端侧提做位 及緩衝之功能。 如圖6a卿，背板上亦可設置複油緩触持塾· 數個緩_墊_係設置於背板_之角 對應於纖綱之尖角部位。然而在圖此所示 2 ^例中’亦W背板3G_間之側緣位置加設緩衝央持 對面請之_度。在圖如所示之實施 =ι=Γ°底邊上之二緩衝夾持塾5°°間形成-容 中，且#此、场狀f路板11G柯容鱗此容置空間 且又上述一緩衝央持墊500之保護。 如圖6a所示，設置於背板綱角隅位置之緩衝夹持塾删 200927604 較佳為f折結構。此彎折結構具有近似於L形之外勸* . 包含支撐區310之角隅；換言之，觀’並對應 推區獅之相鄰側邊延伸。當承载面板_ 沿支 H峨於面板浙如部分之兩邊，使緩^ =The end is opposite to the support 31G and provides the function of clamping the panel (10). However, in different implementations, the buffering pad can also be placed on the short side of Wei Wei, and the panel 100 is clamped on the long side. In addition, as shown in Fig. 5b, the half-box structure of the semi-square structure is also difficult to set in the phase, side or short side of the support area 310. For the panel (10), the punching and clamping is provided in the _ minute, and the end of the folding end is provided for the position and the buffering function. As shown in Fig. 6a, the backing plate can also be provided with a re-oiling suspension. Several slow _ pads are placed at the corner of the backing plate _ corresponding to the sharp corners of the fiber. However, in the example shown in the figure, the position of the side edge of the backplane 3G_ is also added to the opposite side of the buffer. In the figure shown on the bottom of the implementation ======================================================================================= A buffer is used to protect the pad 500. As shown in Fig. 6a, the buffer clamp 设置 2009 200927604 disposed at the position of the backplane corner is preferably a f-fold structure. The bent structure has a shape similar to that of the L-shape. The corner 隅 containing the support region 310; in other words, the view ′ and corresponding to the adjacent side edges of the pusher lion. When the bearing panel _ along the branch H 峨 on the two sides of the panel, such as the part, so that ^ =
以對面板上容易產生應力集中之尖角部分提供較佳之保護叫 此外，緩衝夾將500位於對應於支撐區 處具有折角部53。。如圖6a所示，此折角部咖形：： 夾持墊㈣折結構對正於編31M_置上成= 530之内側有減壓凹槽331對應於支撐區角隅之尖點。告 承載面板_時，面板之角隅之尖點即伸人錢壓凹^ 331中而不與緩衝夾持墊_產生實質接觸。緩衝失持墊_ 僅夾持面板1GG角隅之側邊。如此即可避免於震動時，因應力 集中於面板1GG角隅之尖_造成尖點之破損。 u 如圖6a及圖6b所示，面板1〇〇之側邊有複數個突部⑽。 視不同之設計需求’突部13〇可作為齡統敎進行連接之用 或作為其他用途。緩衝失持墊5⑽之内壁51〇上有凹槽513， 以容納面板1GG侧邊之突部13〇。當承載面板⑽時，面板1〇〇 侧邊之突部130即伸人此凹槽513中而不與緩驗持塾5〇〇產 生實質接觸。如此即可避免於鶴時，因應力針於面板1〇〇 側邊之突部130而造成破損。 如圖7a所示，本發明之包裝裝置包含有殼體8〇〇及複數個 上述之承載裝置700。複數個承載裝置7〇〇係疊置於殼體8〇〇 内，以增加運輸或儲存之便利性。殼體8〇〇包含第一翼板81〇、 11 200927604 第二翼板820及圍壁830。第一翼板81〇及第二翼板82〇較佳 係並列設置，圍壁830則圍設於第二翼板82〇之側邊821及底 - 邊823,並朝第一翼板810方向延伸。第-翼板_之底邊813 . 連接於圍壁謂相對於第二翼板820之-側，並與第二翼板 820之底邊823平行。具體而言，圍壁謂係於圍成门字形之 結構，並於第-翼板810與第二翼板82〇之頂邊形成開口。由 於第-翼板_僅有底邊813與圍壁謂相連，因此可視為藉 ❹ *底邊813與圍壁830鉸接，並相對圍壁830及第二翼板820 開合，如圖7b所示。 如圖7a及圖7b所示’第-翼板81〇、第二翼板82〇及圍壁 =0共同形成容置空間85G，而複數個承載裝置·則疊置於 谷置空間850内。藉棚啟第—翼板_，可增加置入及取出 承载裝置700之便利性。此夕卜，如圖8所示，在此實施例中， 緩衝夾持墊_之厚度較麵大於面板⑽之厚度。藉由此一 設計可峨衝夾持墊_作為堆4之支撑點，㈣免在疊合時 〇 壓迫所承載之面板100。然而在不同實施例中，亦可於殼體goo 中或緩衝夾持墊50()間加設其料同之定位墊或間隔墊，以避 免在疊合時壓迫所承載之面板⑽。殼體_較佳係由紙板製 成，然而在不同實施例巾，亦可由鋪或其他材質製成。 此外’如圖7a及圖7b所示，第一翼板81〇與第二翼板82〇 之丁頁、相應位置處可形成有提把870。此提把係設置位於 谷置空間850之開口位置，因此提起提把87〇時，容置空間 850係朝向上以避免内容之承載裝置7〇〇掉出。此外，第一翼 12 200927604 板810與圍壁830相接之側邊上設置有梢片815。梢片815係 轉折朝向圍壁830伸出’並平行於圍壁83〇。圍壁83〇之了頁端 形成有對應之插槽835，供與梢片815卡合。當第一翼板_ 蓋合時’梢片815可分離地插入插槽咖β，以提供暫時卡合 之功能；當第-翼板810開啟時，梢片815即自插槽咖 出。 在圖9所示之實施例中，本發明之包裝裝置更包含有箱體 〇 _及缓衝定位裝置900。_刚魏衝定位襄置9〇〇較佳 均由紙板製成’然而亦可由塑料或其他材質形成。緩衝定位裝 置900係設置於箱體_内’且較佳位於箱體_之底部。如 圖9所示，緩衝定位裝置900具有底板91〇。底板91〇之兩翼 分別朝上彎折形成侧板930 ·，換言之，當緩衝定位裝置麵設 置於箱體600底部時’侧板930係朝箱體6〇〇頂部開口之方向 延伸。如圖1G所示’緩衝定位裝置_之底板_係貼合於 顧600之底部，而側板930細占合於箱體_之侧壁。内容 冑複數承絲置之鐘_則容納於底板91Q與側板93〇 所圍成之空間。在難實施财，箱體_内可放置複數個殼 體_。此複數個殼體_係並列設置，且分別垂直於侧板 930。此外，如圖9所示，相鄰殼體8〇〇上之提把87〇可採交 錯方式設置，以增加取用時之便利性。 如圖9及圖1〇所示，底板910與側板93〇上分別設置有緩 衝墊950，且缓衝墊950上有複數個定位槽951。在^圖9及 圖10所示之實施例中’缓衝塾950係由側板_朝箱體_ 13 200927604 内部反折形成。侧板930之一端先向箱體600内側彎折並延伸 Ο 〇 疋距離’再朝下彎折以平行侧板930延伸以及朝側板彎 折以連接回雛。藉由以上折動作，得以在側板93〇 之内面上开;成-夾層空間931，並以此夾層空間931緩衝箱體 _承受衝擊時對内容物之影響。然而在不同實施例中，侧板 930上之緩衝塾950亦可以附加方式連接於侧板93〇上。此外， 如圖9及圖1G所示’底板·上之緩衝塾咖較佳以附加方 式又置於其上。緩衝墊950之材質較佳係由紙板結獅成，然 而亦可為塑料、發泡材料、海棉材料等。 緩衝墊950上之定位槽95u系以平行並列之方式分佈，且 較佳具有等距之間隔。當内容有複數承載裝置勘之殼體麵 放置於箱體600内時，第-翼板⑽及第二翼板82〇則分別插 合於定位槽951中，以提供殼體侧必要之定位。形成於侧板 謂上之緩衝墊_，其定位槽951較佳具有朝向箱體議開 口之槽口，以利第-翼板81G及第二翼板82()糊插入。在較 佳實施例中’如圖9所示，第一翼板副及第二翼板之側 t及成有如之定料_。定位片_係插合於 疋位槽951中以完成定位。然而在不同實施例中，配合不同定 位槽951之設計，亦可以整片第—翼板_或第二翼板之 側邊或底邊伸入定位槽951進行定位。 如圖9所示，箱體咖内亦可加設頂蓋970於所承載之殼 體上=。頂處上設有複數個定位細供提細伸 入，以顺位效果。此外，縣㈣可設計具有緩衝減震 200927604 之功能’例如採用較厚具彈性之材質或採用具間隔空間之結 構。頂蓋970較佳係以紙板組成，然而亦可採用塑料、發泡材 料、海綿材料或其他材質。 本發明已由上述相關實施例加以描述，然而上述實施例僅 為κ Μ本發明之範例。必需指出的是，已揭露之實施例並未限 制本發明之範®。相反地’包含於申料利細之精神及範圍 之修改及解設置均包含於本剌之範圍内。 【圖式簡單說明】 圖la及圖&為傳統顯*面板之包裝結構； 圖2a為本發明承載裝i之實施例猶爆炸圖； 圖2b為圖2a所示實施例之組合圖； 圖3為圖2b所*實齡i轉齡Φ板之示意圖； 圖知為轉裝置之實施例剖面圖； 圖4b為承餘置之另—實施綱面圖； 〇 ==為_半方赌触持墊之實酬示意圖； =b為另—緩衝夾持墊之實施例示意圖； 2使複數_衝鱗墊之實闕示意圖； =另一使用複數個緩衝夹持墊之實施例示意圖; 圖=發:包裝裝置之實施例示意囷； Π弟-翼板開啟時之實施例示意圖； 體魏承魏置之實施例剖面圖； 圖為包3箱體之包裝裝置示意圖； 15 200927604 圖ίο為箱體之實施例剖面圖。 ' 【主要元件符號說明】 100面板 110電路板 130突部 300背板 ©301頂面 310支撐區 330邊緣部分 331減壓凹槽 500緩衝夾持墊 510内壁 513凹槽 530折角部 〇 600箱體 700承載裝置 800殼體 810第一翼板 813底邊 815梢片 820第二翼板 821側邊 16 200927604 823底邊 830圍壁 835插槽 850容置空間 870提把 890定位片 900緩衝定位裝置Preferably, the sharp corner portion of the panel which is susceptible to stress concentration is provided. Further, the buffer clip 500 is located at a corner portion 53 corresponding to the support portion. . As shown in Fig. 6a, the chamfered portion is shaped like: The clamping pad (four) folding structure is aligned with the inside of the braided 31M_set = 530 with a decompression groove 331 corresponding to the sharp point of the corner of the support zone. When the panel _ is carried, the sharp point of the corner of the panel is the embossed hole 331 without substantial contact with the cushioning pad _. Buffer loss pad _ only clamps the side of the panel 1GG corner. In this way, it is possible to avoid the damage of the sharp point due to the stress concentrated on the tip of the panel 1GG corner. u As shown in Fig. 6a and Fig. 6b, a plurality of protrusions (10) are formed on the side of the panel 1〇〇. Depending on the design requirements, the protrusions can be used as an ageing link for other purposes. The inner wall 51 of the buffer loss pad 5 (10) has a recess 513 for receiving the protrusion 13 侧 on the side of the panel 1GG. When the panel (10) is carried, the protrusion 130 on the side of the panel 1 伸 extends into the recess 513 without making substantial contact with the retarder. In this way, it is possible to avoid damage to the projections 130 on the side of the panel 1〇〇 due to the stress of the crane. As shown in Fig. 7a, the packaging device of the present invention comprises a housing 8 and a plurality of said carrier devices 700. A plurality of carrier devices 7 are stacked in the housing 8 to increase the convenience of transportation or storage. The housing 8〇〇 includes a first wing 81〇, 11 200927604, a second wing 820, and a surrounding wall 830. The first wing 81 〇 and the second wing 82 〇 are preferably arranged side by side, and the surrounding wall 830 is disposed around the side 821 and the bottom edge 823 of the second wing 82 , and faces the first wing 810 extend. The bottom edge 813 of the first wing _ is attached to the side of the wall relative to the second wing 820 and parallel to the bottom edge 823 of the second wing 820. Specifically, the surrounding wall is formed in a structure that encloses a gate shape, and an opening is formed in the top edge of the first flap 810 and the second flap 82. Since the first wing _ only the bottom edge 813 is connected to the surrounding wall, it can be regarded as a borrowing. The bottom edge 813 is hinged to the surrounding wall 830 and is opened and closed with respect to the surrounding wall 830 and the second wing 820, as shown in Fig. 7b. Show. As shown in Figs. 7a and 7b, the 'first flap 81', the second flap 82, and the surrounding wall =0 together form the accommodating space 85G, and a plurality of carriers are stacked in the arranging space 850. By means of the shed-wing _, the convenience of placing and removing the carrying device 700 can be increased. Further, as shown in FIG. 8, in this embodiment, the thickness of the cushioning pad is larger than the thickness of the panel (10). By this design, the clamping pad can be buffered as a support point for the stack 4, and (4) to prevent the panel 100 from being loaded during the stacking. However, in various embodiments, the same positioning pad or spacer may be added between the housing goo or the cushioning pad 50() to avoid pressing the supported panel (10) during the stacking. The housing _ is preferably made of cardboard, but in different embodiments, it may be made of paving or other materials. Further, as shown in Figs. 7a and 7b, a handle 870 may be formed at a corresponding position of the first flap 81 and the second flap 82'. The handle is disposed at the opening position of the valley space 850, so that when the handle 87 is lifted, the accommodation space 850 is oriented upward to prevent the contents of the carrying device 7 from falling out. In addition, a tip piece 815 is disposed on a side of the first wing 12 200927604 plate 810 that is in contact with the surrounding wall 830. The tip piece 815 is turned toward the surrounding wall 830 and parallel to the surrounding wall 83. The peripheral end of the wall 83 is formed with a corresponding slot 835 for engaging with the tip piece 815. The tip tab 815 is detachably inserted into the slot when the first flap _ is closed to provide a temporary engagement function; when the first flap 810 is opened, the tab 815 is self-slotted. In the embodiment shown in Figure 9, the packaging device of the present invention further includes a housing 〇 _ and a buffer positioning device 900. _ 刚 冲 襄 襄 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 〇〇 The cushioning positioning device 900 is disposed in the casing_inside and is preferably located at the bottom of the casing. As shown in Fig. 9, the buffer positioning device 900 has a bottom plate 91A. The two wings of the bottom plate 91 are respectively bent upward to form the side plate 930. In other words, when the cushioning positioning device is disposed at the bottom of the casing 600, the side plate 930 extends toward the top opening of the casing 6〇〇. As shown in Fig. 1G, the bottom plate of the "buffer positioning device" is attached to the bottom of the frame 600, and the side plate 930 is finely seated on the side wall of the case. Contents 胄The plurality of wires are placed in the space enclosed by the bottom plate 91Q and the side plates 93〇. In the difficult implementation of the money, a plurality of shells _ can be placed in the box _. The plurality of housings _ are arranged side by side and are perpendicular to the side plates 930, respectively. Further, as shown in Fig. 9, the handles of the adjacent casings 8 are arranged in an error-prone manner to increase the convenience of access. As shown in FIG. 9 and FIG. 1A, the bottom plate 910 and the side plate 93 are respectively provided with a cushion 950, and the cushion 950 has a plurality of positioning grooves 951. In the embodiment shown in Figs. 9 and 10, the 'buffer 塾 950 is formed by the side plate _ toward the inside of the case _ 13 200927604. One end of the side plate 930 is first bent toward the inside of the case 600 and extends Ο 疋 ’ distance ' and then bent downward to extend parallel to the side plate 930 and to the side plate to bend back. By the above folding action, it is possible to open the inner surface of the side plate 93〇 into the sandwich space 931, and the interlayer space 931 buffers the influence of the box on the contents when subjected to impact. However, in various embodiments, the buffer pockets 950 on the side panels 930 can also be attached to the side panels 93A in an additional manner. Further, as shown in Figs. 9 and 1G, the buffer on the bottom plate is preferably placed on the substrate in an additional manner. The material of the cushion 950 is preferably made of cardboard, or may be plastic, foamed material, sponge material or the like. The positioning grooves 95u on the cushion 950 are distributed in parallel juxtaposition, and preferably have equidistant intervals. When the housing surface of the plurality of load bearing devices is placed in the housing 600, the first flap (10) and the second flap 82 are respectively inserted into the positioning slots 951 to provide the necessary positioning on the housing side. The cushion pad _ is formed on the side plate, and the positioning groove 951 preferably has a notch toward the opening of the box to facilitate the insertion of the first flap 81G and the second flap 82. In the preferred embodiment, as shown in Fig. 9, the sides t of the first flap pair and the second flap are formed in the same manner. The positioning piece _ is inserted into the clamping groove 951 to complete the positioning. However, in different embodiments, the design of the different positioning slots 951 can also be used to position the side or bottom edge of the entire first flap or the second flap into the positioning slot 951. As shown in Fig. 9, a top cover 970 may be added to the casing to be carried on the casing. There are a plurality of positioning details on the top for fine extension to achieve the effect. In addition, the county (4) can be designed to have the function of cushioning shock absorption 200927604', for example, using a thicker elastic material or a structure with a space. The top cover 970 is preferably made of cardboard, but plastic, foamed material, sponge material or other materials may also be used. The present invention has been described by the above related embodiments, but the above embodiments are merely examples of the present invention. It must be noted that the disclosed embodiments do not limit the scope of the invention. To the contrary, the modifications and solutions set forth in the spirit and scope of the application are included in this section. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1a and FIG. 3 are a packaging structure of a conventional display panel; FIG. 2a is an exploded view of an embodiment of the carrying device i of the present invention; FIG. 2b is a combination view of the embodiment shown in FIG. 2a; 3 is a schematic diagram of the actual age i turning Φ board of Fig. 2b; Fig. 4b is a cross-sectional view of the embodiment of the rotating device; Fig. 4b is another embodiment of the restroom setting; 〇 == is _ half party gambling Schematic diagram of the actual holding of the pad; =b is a schematic diagram of the embodiment of the buffering pad; 2 is a schematic diagram of the actual number of the squaring pad; = another embodiment of the embodiment using a plurality of buffering pads; The embodiment of the packaging device is schematically illustrated; the schematic diagram of the embodiment when the wing-wing is opened; the sectional view of the embodiment of the body Wei Chengwei; the figure is a schematic diagram of the packaging device of the package 3; 15 200927604 A cross-sectional view of an embodiment of the body. 'Main component symbol description】 100 panel 110 circuit board 130 protrusion 300 back plate © 301 top surface 310 support area 330 edge portion 331 decompression groove 500 buffering pad 510 inner wall 513 groove 530 corner portion 〇 600 box 700 carrying device 800 housing 810 first wing 813 bottom 815 tip 820 second wing 821 side 16 200927604 823 bottom 830 surrounding wall 835 slot 850 accommodating space 870 handle 890 positioning piece 900 buffer positioning device
910底板 930側板 931夾層空間 950缓衝墊 951定位槽 970頂蓋 971定位槽910 bottom plate 930 side plate 931 sandwich space 950 cushion 951 positioning slot 970 top cover 971 positioning slot