M326521 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種液晶面板的包裝谷器’特別是一種 可對該液晶面板提供安全防護之液晶面板包裝容器構造設 計。 . 【先前技術】 ^ 為使質脆之薄形液晶面板可被安全無損地運送液晶面 _ 板至下游工廠接續進行液晶顯示器之組裝，一般液晶面板 製造業者均會使用液晶面板專用的包裝盒（或箱）加以包 裝’藉以利用該包裝盒（或箱）提供該些液晶面板運送時 之安全防護。 目前既有的液晶面板包裝盒（或箱）設計，主要係使 用一盒體（或箱體）提供複數液晶面板分別結合一緩衝材 上下堆疊置放其中，再將盒蓋（或箱蓋）予以蓋合，以及 利2包襄帶將盒體（或箱體）及盒蓋（或箱蓋）束緊固定 _、’藉此利用該包裝盒（或箱）提供液晶面板運送時之安全 防護。 ，^ I/N 從；tl ΜΗ又曰曰 面板安全運送之包裝容5|，缺而 U …、而，一般液晶面板側邊均側 向連接軟性電路板及導線箄，浩 ^ 、 守深寺刖述包裝盒（或箱）以及設 於上下液晶面板間之緩彳If好，+ 句未提供該些液晶面板側邊 延伸的軟性電路板及導線等M326521 VIII. New description: [New technical field] This is a design of a liquid crystal panel packaging container design for a liquid crystal panel. [Prior Art] ^ In order to make the thin-walled liquid crystal panel safely and non-destructively transport the liquid crystal surface _ board to the downstream factory to assemble the liquid crystal display, the LCD panel manufacturer generally uses the special packaging box for the liquid crystal panel ( Or the box) is packaged 'to use the box (or box) to provide security protection when the liquid crystal panels are shipped. At present, the design of the existing liquid crystal panel packaging box (or box) mainly uses a box body (or box body) to provide a plurality of liquid crystal panels respectively combined with a cushioning material stacked thereon, and then the lid (or the lid) is given. The cover, and the 2 packs of straps fasten the box (or the box) and the lid (or the lid) _, 'by taking advantage of the box (or box) to provide security protection when the liquid crystal panel is shipped. , ^ I / N from; tl ΜΗ 曰曰 曰曰 panel safe transport packaging capacity 5 |, lack of U ..., and, generally, the side of the LCD panel is laterally connected to the flexible circuit board and wire 箄, Hao ^, Shrine Describing the box (or box) and the buffer between the upper and lower LCD panels, the + sentence does not provide the flexible circuit board and wires extending from the side of the liquid crystal panel.
寺之谷置空間，通常須將苴變折 ，此彎折方式易對該軟性電 吊U 對於該液晶面板包裝容考每 疋文 只有進—步改良之必要。 4 M326521 【新型内容】 本創作之主要目的在於提供一種液晶面板包裝容器， 希藉此設計’解決先前既有液晶面板包裝容器須令其面板 側邊連接之軟性電路板及導線彎折包裝而易於損壞之問題 〇 為達成前揭目的，本創作所設計之液晶面板包裝盒係 包括： 一容置物件，包括一中空容置本體，以及一上蓋可拆 組地蓋合於該容置本體上端開口處；以及 多數個面板承載盤，係用以分別提供一液晶面板置放 定位其上’並置入該容置物件内部上下堆疊，該面板承載 盤上表面定義有一面板定位區間，及一容置區間銜接於該 面板定位區間一側，該面板定位區間周邊設有定位部，藉 以令液晶面板定位於該面板定位區間中，以及液晶面板側 邊的軟性電路板及導線位於容置區間。 本創作藉由前揭液晶面板包裝容器之設計，相較於先 前既有包裝容器，本創作之特點在於：本創作所設計之液 曰曰面板包裝容器’利用其面板承載盤上相對於面板定位區 間及其側邊所設的容置空間等設計，讓液晶面板可直接平 置於該面板承載盤上定位，並以該容置空間提供液晶面板 側邊的軟性電路板及導線容置及防護之空間，免除將該軟 性電路板及導線彎折疊置於液晶面板上的步驟，並避免該 車人性電路板或導線因彎折而受到傷害，確保其安全性。 【實施方式】 5 M326521 乐一、三、玉圖所示，係分別揭示本創作液晶面板 包裝容器之數種具體可行之較佳實施例，由該些圖中可以 見及’該包裝容器主要係包括一容置物件（1 〇 )以及多 數面板承栽盤（2 〇 )，其中·· 該容置物件（1〇)包括一中空的容置本體（11) ’以及一上蓋（1 2 )可拆組地蓋合於該容置本體（1 1 )上端開口處，所述之上蓋（1 2)與該容置本體（1 1 )可為兩分離的個體，或可為一體成形的物件。 如第一至六圖所示，該些面板承載盤（20)可為抗 靜電材料所製成，該些面板承載盤（2 〇 )可分別提供一 液晶面板（4 〇 )置放定位其上，並上下堆疊地放置於該 容置物件（1 〇)内部，該面板承載盤（2〇)上表面定 義有一面板定位區間（2 1 )，及一容置區間（2 2 )銜 接於該面板定位區間（2 1 ) —側，該面板定位區間（2 1 )周邊設有定位部（2 3 )，用以提供液晶面板（4 0 )置放定位於該面板定位區間（2 1 )中，連接於液晶面 板（4 0 )側邊的軟性電路板（4 1 )及導線（4 2 )位 於容置區間（2 2 )，並使位於面板定位區間（2 1 )之 液晶面板為周邊之定位部（2 3 )加以固定。 如第一、二圖所示之第一較佳實施例，該些面板承載 盤（2 0 )於該面板定位區間（2 1 )中具有呈凸起狀的 架橋部（24)中，該架橋部（24)面積略小於該面板 定位區間（2 1 )，設於該面板定位區間（2 1 )周邊之 定位部（23)包括四個凸塊狀之定位凸塊（25)，分 6 M326521 設於該面板定位區間（2 1 )四角隅處，該些定位凸塊（ 2 5 )側端形成對應面板定位區間（2 1 )角隅的缺口（ 2 5 1 )，該缺口（ 2 5 1 )内角處形成凹部，提供液晶 面板（4 0 )端角置入其中的空間，該定位部（2 3 )尚 可進一步包括側邊定位塊（2 6 )設於該面板定位區間（ 2 1 )未設容置空間（2 2 )處之側邊處。 前述之第一較佳實施例中，該容置物件（1 〇 )可為 _ 一箱體’該上蓋（12)與該容置本體（1 1)為分離的 物件’該容置物件（1 〇 )之容置本體（1 1 )於内部各 側面設有數緩衝材（1 1 1 )，該些緩衝材（1 1 1 )可 為長條狀並呈縱向設置於該容置本體（1 1 )之各内側壁 ’該容置本體（i 1 )尚於可於上端口周邊各設補強邊條 (112)，用以提高該容置本體（11)的強度。 如弟二、四圖所示之第二較佳實施例中，該些面板承 載盤（2 〇 )於該面板定位區間（2 1 )及其一側容置區 • 間（2 2 )可形成凹穴狀，並以凹穴周邊的側壁係為定位 部（2 3 )，該定位部（2 3 )尚可於對應該面板定位區 間（2 1 )之至少一角隅處形成凹部（2 7 )，提供液晶 面板（4 0 )端角置入其中的空間。 前述之第二較佳實施例中，該容置物件（i 〇 )可為 緩衝材料成形之盒體，該容置本體（1 X )與上蓋（丄2 )為分離的物件，該容置物件（1 0 )之容置本體（丄丄 ):側壁上設有緩衝凸部（i i 3 )，藉以利用該些缓衝 凸部（11 3)來固定該些面板承載盤。 M326521 如第五、六圖所不之第三較佳實施例，該些面板承載 盤（2 0 )於該面板定位區間（2丄）及其一側容置區間 (2 2 )可形成凹穴狀，並以凹穴周邊的側壁係為定位部 (2 3 )’該定位部（2 3 )尚可於對應該面板定位區間 (2 1 )之至少一角隅處形成凹部（2 7 )，提供液晶面 板端角置入其中的空間。 則述之第三較佳實施例中，該包裝容器尚可包括數失 φ 式面板包裝件（30)，該夾式面板包裝件（3〇)包括 一面板承載部（3 i )以及自該面板承載部（3丄）一側 邊依序延伸可彎折之一側板部（3 2 )以及一蓋板部（3 3 )，该面板承載部（3丄）相同於該些面板承載盤（2 0 )之形狀，使該些夹式面板包裝件（3 〇 )之中堆疊預 定數篁的面板承載盤（2 〇 )後，可令該側板部（3 2 ) 及蓋板部（3 3 )彎折疊合成一組包裝單元（A )，再令 數包裝單元（A)直接置入箱形容置物件（工〇)内，或 • 先置入一抗靜電包裝袋（1 3 )内，再置入箱形容置物件 (1 〇 )中包裝。 如第七圖所示，前述各液晶面板包裝容器較佳實施例 於完成液晶面板包裝成箱（B )(或盒）後，可令其堆疊 置放於搬運箱（5 〇 )内，藉由搬運機具搬運。 由前揭各較佳實施例之說明中可知，本創作所設計之 液晶面板包裝容器，利用其面板承載盤上相對於面板定位 區間側邊所設的容置空間，提供液晶面板側邊的軟性電路 板及導線容置及防護之空間，而免除將該軟性電路板及導 8 M326521 線彎折疊置於液晶面板上的步驟，避免該軟性電路板或導 線因彎折而受到傷害，確保其安全。 【圖式簡單說明】 第一圖係本創作液晶面板包裝容器之第一較佳實施例 之立體分解示意圖。 第二圖係第一圖所示包裝容器第一較佳實施例中之面 板承載盤與液晶面板之立體分解示意圖。 第三圖係本創作液晶面板包裝容器之第二較佳實施例 之立體分解示意圖。 第四圖係第三圖所示包裝容器第二較佳實施例中之面 板承載盤與液晶面板之立體分解示意圖。 第五圖係本創作液晶面板包裝容器之第三較佳實施例 之組裝不意圖。 第六圖係第五圖所示包裝容器第三較佳實施例中之面 板承載盤與液晶面板之立體分解示意圖。In the valley of the temple, it is usually necessary to fold the cymbal. This bending method is easy for the soft sling to be improved only for the liquid crystal panel packaging. 4 M326521 [New Content] The main purpose of this creation is to provide a liquid crystal panel packaging container, which is designed to solve the problem that it is easy to solve the previous flexible packaging of the liquid crystal panel packaging container and the flexible circuit board and the wire bending package of the side of the panel. The problem of damage is achieved before the achievement. The liquid crystal panel packaging box designed by the present invention comprises: a receiving object, comprising a hollow receiving body, and an upper cover detachably assembled to cover the upper end opening of the receiving body And a plurality of panel carrying trays for respectively providing a liquid crystal panel to be positioned thereon and placed in the upper and lower stacks of the accommodating member. The upper surface of the panel carrying tray defines a panel positioning interval and an accommodation The section is connected to one side of the panel positioning section, and a positioning part is arranged around the panel positioning section, so that the liquid crystal panel is positioned in the panel positioning section, and the flexible circuit board and the wire on the side of the liquid crystal panel are located in the accommodating section. This creation is characterized by the design of the front panel liquid crystal panel packaging container. Compared with the previous packaging container, the creation is characterized in that the liquid helium panel packaging container designed by the present invention uses the panel carrier tray to be positioned relative to the panel. The design of the space and the accommodating space provided on the side of the panel allows the liquid crystal panel to be directly placed on the panel carrier, and the flexible circuit board and the wire accommodating and protecting the side of the liquid crystal panel are provided in the accommodating space. The space eliminates the step of folding the flexible circuit board and the wire into the liquid crystal panel, and avoids damage to the human circuit board or the wire due to bending, thereby ensuring safety. [Embodiment] 5 M326521 Leyi, San, and Yutu respectively disclose several specific feasible embodiments of the present invention, and the main components of the packaging container can be seen from the drawings. The utility model comprises a accommodating object (1 〇) and a plurality of panel bearing trays (2 〇), wherein the accommodating object (1 〇) comprises a hollow receiving body (11)' and an upper cover (1 2 ) The upper cover (1 2) and the accommodating body (1 1 ) may be two separate individuals, or may be an integrally formed object. As shown in the first to sixth figures, the panel carrier trays (20) may be made of an antistatic material, and the panel carrier trays (2 〇) may respectively provide a liquid crystal panel (4 〇) placed thereon. And placed on the inside of the accommodating object (1 〇), the upper surface of the panel carrying tray (2 〇) defines a panel positioning interval (2 1 ), and an accommodating section (2 2 ) is connected to the panel a positioning portion (2 1 ) is disposed at a side of the panel positioning section (2 1 ), and a positioning portion (23) is disposed for positioning the liquid crystal panel (40) in the panel positioning interval (2 1 ). The flexible circuit board (4 1 ) and the wire (4 2 ) connected to the side of the liquid crystal panel (40) are located in the accommodating section (2 2 ), and the liquid crystal panel located in the panel positioning section (2 1 ) is positioned at the periphery. The part (2 3 ) is fixed. As shown in the first preferred embodiment of the first and second figures, the panel carrier trays (20) have a convex bridge portion (24) in the panel positioning section (2 1 ), the bridge bridge The portion (24) is slightly smaller than the panel positioning interval (2 1 ), and the positioning portion (23) disposed around the panel positioning interval (2 1 ) includes four protruding bumps (25), which are divided into 6 M326521 And disposed at the four corners of the panel positioning section (2 1 ), the side ends of the positioning protrusions (25) form a notch (2 5 1 ) corresponding to the corner of the panel positioning section (2 1 ), the gap ( 2 5 1 a recess is formed in the inner corner to provide a space in which the end angle of the liquid crystal panel (40) is placed, and the positioning portion (23) may further include a side positioning block (26) disposed in the panel positioning interval (2 1 ) There is no side where the accommodation space (2 2 ) is located. In the foregoing first preferred embodiment, the accommodating member (1 〇) may be _ a box body 'the upper cover (12) and the accommodating body (1 1) are separated articles 'the accommodating object (1) The accommodating body (1 1 ) is provided with a plurality of cushioning materials (1 1 1 ) on the inner side surfaces, and the cushioning materials (1 1 1 ) may be elongated and longitudinally disposed on the accommodating body (1 1 ) Each of the inner side walls 'the receiving body (i 1 ) is further provided with reinforcing reinforcing strips (112) at the periphery of the upper port for improving the strength of the receiving body (11). In the second preferred embodiment shown in FIG. 2 and FIG. 4, the panel carrier trays (2 〇) can be formed in the panel positioning section (2 1 ) and the one side accommodation area (2 2 ). a recessed portion, and the side wall around the recess is a positioning portion (23), and the positioning portion (23) can form a recess (27) at at least one corner corresponding to the panel positioning interval (2 1 ) Providing a space in which the end angle of the liquid crystal panel (40) is placed. In the foregoing second preferred embodiment, the accommodating member (i 〇) may be a box body formed by a cushioning material, and the accommodating body (1 X ) and the upper cover (丄 2 ) are separate objects, and the accommodating member (1 0 ) accommodating body (丄丄): The side wall is provided with a buffer protrusion (ii 3 ), thereby fixing the panel carrier trays by using the buffer protrusions (113). M326521, as in the third preferred embodiment of the fifth and sixth figures, the panel carrying trays (20) can form pockets in the panel positioning section (2丄) and the one-side receiving section (2 2 ) thereof. Shaped, and the side wall around the pocket is used as a positioning portion (23). The positioning portion (23) can still form a concave portion (27) at at least one corner corresponding to the panel positioning interval (2 1 ). The space in which the end angle of the liquid crystal panel is placed. In a third preferred embodiment, the packaging container may further include a plurality of panel packaging members (30), the clip panel package (3) including a panel carrying portion (3 i ) and One side of the panel carrying portion (3丄) is sequentially extended to bend one side plate portion (3 2 ) and a cover portion (3 3 ), and the panel carrying portion (3丄) is identical to the panel carrying trays ( The shape of 2 0 ) is such that after stacking a predetermined number of panel carrying trays (2 〇) among the clip-on panel packages (3 〇), the side panel portion (3 2 ) and the cover portion (3 3) can be made. ) bending and folding to form a group of packaging units (A), and then placing the number of packaging units (A) directly into the box-shaped housing items (work), or • first placing them in an antistatic packaging bag (13), and then Place the package in the box-shaped housing (1 〇). As shown in the seventh embodiment, after the liquid crystal panel is packaged into a box (B) (or a box), the liquid crystal panel packaging container can be stacked and placed in the tote (5 〇). Handling equipment handling. As can be seen from the description of the preferred embodiments, the liquid crystal panel packaging container designed by the present invention provides the softness of the side of the liquid crystal panel by using the accommodating space provided on the side of the panel accommodating disc with respect to the side of the panel positioning section. The space for the board and the wires to be accommodated and protected, and the step of folding the flexible circuit board and the guide wire M33521 into the liquid crystal panel is eliminated, thereby preventing the soft circuit board or the wire from being damaged due to bending, ensuring its safety. . BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a perspective exploded view of a first preferred embodiment of the present invention. The second drawing is a perspective exploded view of the panel carrying tray and the liquid crystal panel in the first preferred embodiment of the packaging container shown in the first figure. The third drawing is a perspective exploded view of a second preferred embodiment of the present invention. The fourth drawing is a perspective exploded view of the panel carrying tray and the liquid crystal panel in the second preferred embodiment of the packaging container shown in the third figure. The fifth drawing is a disassembly of the third preferred embodiment of the present invention. Fig. 6 is a perspective exploded view showing the panel carrying tray and the liquid crystal panel in the third preferred embodiment of the packaging container shown in Fig. 5.
第七圖係第五圖所示包裝容器第三較佳實施例於包裝 &成後，再置放於較大的搬運箱中之立體分解示意圖。 【主要元件符號說明】 (10)容置物件 （11)容置本體 (1 1 1 )緩衝材 （1 1 2 )補強邊條 (1 1 3 )緩衝凸部 （1 2 )上蓋 (1 3 )包裝袋 (2 0 )面板承載盤 （2 1 )面板定位區間 (2 2 )容置區間 （2 3 )定位部 9 M326521 (2 4 )架橋部 （2 5 )定位凸塊 (2 5 1 )缺口 （ 2 6 )側邊定位塊 (2 7 )凹部 (3 0 )夾式面板包裝件（3 1 )面板承載部 (3 2 )側板部 （3 3 )蓋板部 (4 0 )液晶面板 （4 1 )軟性電路板 (4 2 )導線 (A )包裝單元 （B )箱 (5 0 )搬運箱Fig. 7 is a perspective exploded view showing the third preferred embodiment of the packaging container shown in Fig. 5 after being packaged and placed in a larger tote. [Description of main component symbols] (10) accommodating object (11) accommodating body (1 1 1 ) cushioning material (1 1 2 ) reinforcing side strip (1 1 3 ) buffering convex part (1 2 ) upper cover (1 3 ) Packaging bag (20) panel carrier tray (2 1 ) panel positioning section (2 2 ) accommodating section (2 3 ) positioning part 9 M326521 (2 4 ) bridging part (2 5 ) positioning bump (2 5 1 ) gap ( 2 6 ) Side positioning block (2 7 ) Recessed part (3 0 ) Clamping panel package (3 1 ) Panel bearing part (3 2 ) Side plate part (3 3 ) Cover part (40) Liquid crystal panel (4 1) Flexible circuit board (4 2 ) wire (A) packaging unit (B) box (50) tote