201226282 六、發明說明： 【發明所屬之技術領域】 本發明關於一種包裝緩衝結構’尤指一種包裝件與包裝物品所接 觸之接觸面呈弧形突起狀之包裝緩衝結構。 【先前技術】 一般而言，常見之液晶面板包裝方式係使用瓦楞紙等可吸收外來 震動並·^供緩衝功能的材料，以作為夾置液晶面板之四邊的包裝緩 衝結構，如此即可提供液晶面板在紙箱中穩固的支撐以及吸震緩衝 的保護功能。 然而，由於包裝緩衝結構與液晶面板之四邊所接觸之接觸面係為 平整表面，因此，若是已包裝好之液晶面板在運送途中出現上下震 動的情况（如行經顛簸路面），則液晶面板就會因為包裝緩衝結構與 液晶面板之接觸面過於平整且不具有緩娜性之緣故，峨之上下 震動’從而導致内部臈片產生到傷關題出現。 【發明内容】 本發月提ί、種包裳件與面板所接觸之接觸面呈弧形突起狀之 包裝緩衝結構’如解決上述之問題。 本U係提供-種包魏衝結構’該包裝緩衝結構包含一下包裝 201226282 件、二側包裝件、—上包裝件，以及一緩衝塊 設置於該下包裝件相對之兩侧上。該上包裝件虚:Γ裝件分別 置且與該二側包裝件相結合，用以圍成-容置=下包裝件相對設 觸面，而雜觸面之至少一側邊折線上形成有 L間之接 弧形突起狀。魏衝塊設置於該接觸面麵财=間面呈 综上所述，本㈣職供之包賴衝 件對應面板之接觸面之側邊折線上之設計，以孔形成於包裝 触的功效，再加上設置於包裝件内的緩衝塊所提供2呈弧形突 猎此，本發_提供之包裝緩衝結構即可在料板接2支撐， 提供足夠的緩衝賴，以絲面板因受外補素影如 ，動’藉以解決面板之;部膜二 ^ 匕裝緩衝結構在面板包裝上的緩衝保護效能。 【實施方式】 =參閱2圖以及第2圖’第1圖為根據本發明之—實施例所提 出之-匕裝緩衝結構10與一面板12之爆炸示意圖 圖之包裝緩衝結構10與面板12之組合示意圖。如第 圖所t包裝緩衝結構1G係應用於面板12之包裝，包裝緩衝結構 包r下包裝件14、二側包裝件16、—上包裝件18，以及一緩 衝⑽，其中下包裝件14、二側包裝件16以及上包裝件18係較佳 地由瓦榜紙材質所組成，而緩衝塊2〇係較佳地由發泡性聚乙烯 201226282 (ExpandablePo^ EPE) # f 〇 ^201226282 VI. Description of the Invention: [Technical Field] The present invention relates to a packaging cushioning structure, particularly a packaging cushioning structure in which a contact surface of a package member and a packaged article is curved and protruded. [Prior Art] In general, the common liquid crystal panel packaging method uses a material such as corrugated paper that absorbs external shock and provides a buffer function, and serves as a packaging buffer structure for sandwiching the four sides of the liquid crystal panel, thereby providing a liquid crystal panel. Stable support in the carton and protection of the shock absorbing cushion. However, since the contact surface of the packaging buffer structure and the four sides of the liquid crystal panel is a flat surface, if the packaged liquid crystal panel vibrates up and down during transportation (such as traveling through bumpy road surface), the liquid crystal panel will Because the contact surface of the packaging buffer structure and the liquid crystal panel is too flat and does not have a gentleness, the vibration of the upper and lower sides of the crucible causes the internal flaw to occur. SUMMARY OF THE INVENTION The present invention provides a packaging cushioning structure in which the contact surface of the seed bag and the panel is in the form of an arc-shaped projection. The U-system provides a package-packing structure. The packaging buffer structure comprises a package of 201226282 pieces, a two-side package, an upper package, and a buffer block disposed on opposite sides of the lower package. The upper package is imaginary: the armor is separately disposed and combined with the two-side package for enclosing-receiving=the lower package is opposite to the contact surface, and at least one side of the miscellaneous contact is formed on the fold line The curved space between the L-shaped protrusions. Wei Chong block is set on the contact surface, and the surface is in the above-mentioned way. The design of the side of the contact surface of the corresponding part of the (4) job is based on the design of the side fold line of the contact surface of the panel, and the effect of the hole formed on the package touch. In addition, the buffer block provided in the package is provided with an arc shape. The package buffer structure provided by the present invention can be supported by the material plate 2, providing sufficient cushioning to the wire panel. In addition to the shadow of the film, the move 'to solve the panel; the film 2 ^ armored buffer structure on the panel packaging buffer protection performance. [Embodiment] = Refer to Fig. 2 and Fig. 2' Fig. 1 is a diagram of a package buffer structure 10 and a panel 12 of an exploded view of an armored buffer structure 10 and a panel 12 according to an embodiment of the present invention. Combination diagram. As shown in the figure, the package buffer structure 1G is applied to the package of the panel 12, the package buffer structure package r package member 14, the two-side package member 16, the upper package member 18, and a buffer (10), wherein the lower package member 14, The two-side package 16 and the upper package 18 are preferably composed of a tile paper material, and the buffer block 2 is preferably made of expanded polyethylene 201226282 (ExpandablePo^ EPE) # f 〇 ^
置於下o餅M相狀_上，在此實補巾，每—側包裝件^ 包含複數個分隔片22以及至少—接合肋板24 (於第丨圖中顯示二 個）。複數個分隔片22係彼此平行且間隔排列，以形成相對應之複 數個容置溝槽26 ’藉此，面板12即可插置於該等容置溝槽％之其 中之-内，时進行後續包賴定流程。接合肋板24係料嵌合於 複數個分㈣22上，藉以固定倾數個分隔片22彼此之間的相對 間距以及強化側包裝件16之整體結構強度。上包裝件Μ雜下包 裝件Μ相對設置且與二她裝件16相結合，使得上包裝件、下 包裝件14與二侧包裝件16圍成容置空間，以共同容 中二側包裝件16係以複數個分隔片22分別連接上包裝件18以及下 包裝件14 ’其連接設計係常見於先前技術中，如利用分隔片^之 片狀卡合件23分職人卡合於下包餅14上麵應之卡合孔μ 内（如第1圖所示）等，故於此不再贅述。 以下係針對下包裝件Η與緩衝塊2〇之結構設計進行描述。首# 先，在下包裝件14之結構設計方面’請參閱第3圖，其為第i圖之 下包裝件14之爆炸示意圖’由第3圖可知，下包裝件14包含一包 I板體28以及-支撐底板30’支撐底板3〇連接於包褒板體28上， 用以與包裝板體28共同容置固定緩衝塊2〇，此外，支撐底板3〇也 可増加下包裝件Μ之支樓強度。需注意的是，第3圖為第丨圖之下 包裝件14從下方往上方所觀察之圖示說明，換言之，第3圖所示之 支撑底板30為設置於包裝板體28上方，但將下包裝件14運用於包 S . 6 201226282 裝緩衝結構ίο時’請參閱第1圖，則支撐底板30(未繪出)則位於包 裝板體28下方。接著，請同時參閱第i圖、第3圖、第4圖以及第 5圖，第4圖為第3圖之包裝板體28之展開示意圖，第5圖為第3 圖之支樓底板30之展開示意圖，包裝板體28對應面板12之位置上 具有一接觸面32 ’換言之，包裝板體28之接觸面32為面對容置空 間之表面’接觸面32之至少一側邊折線34上（於第4圖中顯示二 個）形成有一槽孔36，意即接觸面32係可透過槽孔36而在包裝板 體28進行折線彎折組合時具有可撓曲變形之特性，而如第4圖所 示，接觸面32之侧邊折線34係較佳地對應接觸面32之長側邊。如 此一來，在經過相對應的彎折組合後，包裝板體28以及支撐底板 30可分別從如第4圖所示以及如第5圖所示之展開狀態變更為如第 3圖所示之折疊狀而處於折疊狀態之包裝板體28上之接觸面％ 則疋會焚到包裝板體28本身内部折疊應力的影響而呈弧形突起狀 (如第1圖所示）。至於上包裝件18之結構設計，由於在此實施例 中，上包裝件18具有與下包裝件14相似之結構設計，意即上包裝 件18亦可由包裝板體以及支樓底板組合而成，故其相關描述係可以 此類推’於此不再贅述。然’本實施例僅以長方形之包裝板體Μ 來說明，但不限於此，當包裝板體28在側邊折線34上具有槽孔％， 就可利用包驗體28内部折4應力而形成弧形突起狀，且可利用調 整槽孔36之長度(即與側邊折線34平行之延伸方向的長度)來控制 弧形突起狀之狀態，如長度越長，即弧形聽狀之表面面積越大， 或是當設有兩槽孔36 ’且設置成錯位排列，則會形成具有兩弧形突 起狀之表面’因此’可藉由糊設計之槽孔位置與長度，而形成不 201226282 32 同需求之具有緩衝_的弧形突起狀之接觸面 另一方面，在緩衝楠1 m 1 之結構設計上，請參閱第1圖以及第ό =:圖為第1圖之下包敦件Η以及緩衝塊20之組合正視圖。 Τ圖以及第6圖可知，緩衝⑽係設置於接觸面32相對面板 之側，也狀設置於包裝板㈣以及支樓底板3g之間，緩衝 塊〇内係形成有-穿孔槽38，藉以強化緩衝塊2g本身之緩衝彈 性。另外，緩衝塊20具有—弧形突起結構4()，在此實施例中，弧 八起、。構4〇之輪|jj係實質上與呈弧職起狀之鋪面η之輪庵 -致’如此-來，即使包裝_28之接觸㈣遭受到正面向下之 外力’接觸面32仍然可藉由緩衝塊2〇所提供之緩衝支樓而呈弧形 突起狀，從而使下包裝件M可繼續具有緩衝保護功能。 於此係針對包襄緩衝結構10之緩衝保護設計進行詳細之說明， 明參閱第1圖至第7圖，第7圖為第2圖之面板12容置於包裝緩衝 結構10内之正視圖。首先，其係可將>第4圖所示之處於展開狀態 之包裝板體28以及如第5圖所示之處於展開狀態之支樓底板3〇， 在經過相對應的彎折組合後，分別折疊成如第3圖所示之處於折疊 狀態之包裝板體28以及支撑底板30，此時，如上所述，包裝板體 28之接觸面32會受到包裝板體28本身内部折疊應力的影響，並透 過槽孔38形成於接觸面32之側邊折線34上之設計，從而呈現弧形 突起狀（如第1圖所示）。隨後’在將支撐底板3〇連接於包裝板體 28上以組裝成下包裝件14之前’其係可將緩衝塊2〇置入，以使緩 201226282 衝塊20可容置固定於支撐底板3〇與包裝板體28共同形成之容置空 間内（如第6圖所示）。接著，其係可依序將二側包裝件16分別連 接於下包裝件14之相對兩侧上、將面板12插置於容置溝槽％之其 中之-内’以及將上包裝件18與二側包裝件10相接合。藉此，即 可將面板12穩固地容置於包裝緩衝結構1〇内（如第2圖所曰示此 時，由第7圖可知’面板12係抵靠於包裝板體28之呈卿^起狀 的接觸面32上。如此一來’即使容置於包裝緩衝結構H)内之面板 12出現上下震動的情況（如在運送途中行經顛簸路面）， ^構可顧下包裝件14相對於面板12之接觸面&呈弧形突起 ==狀_塊2〇顺供之緩衝續，鱗秘^提供底面 題t而避免面板12因上下震動所產生之内部膜片刮傷問 〜突起狀之接觸面32與緩衝塊20之包裝緩衝結構 緩衝保護作用外，還可以增加耐用力，也就是在經過 用八試後，包輯衝結構職舊保持原本之緩衝作 用本實關中，具有弧形突起狀之接觸面Μ盘緩 =斷緩衝作用力約為具有平整之接觸面含:: _力僅；之包裝緩衝結構㈣^ __則下降約21%之緩衝作觸面且不含有緩衝塊20之包 接觸面32與緩衝塊2〇之包褒 因此，具有弧形突起狀之 用外，還可以増加耐用力以可重複^ 〇除了能夠增加緩衝保護作 201226282 值得-提的是，上賴孔36以及緩舰2G之設計财不限於應 用在下包裝件14上，其亦可根據本發明之包震緩衝結構1〇之實際 緩衝保護需求而選擇性應用於側包裝件16或是上包料Μ上，藉 以強化本發明之包襄緩衝結構1〇所提供之緩衝保護功效。舉例來曰 說’槽孔36係可職於續肋板24對應面板12之接觸面的側邊折 線上，而緩舰2G射設胁錢職24崎應接_之位置上， 藉以使支樓肋板24之接觸面呈弧形突起狀，從而使側包裝件柯 針對面板12提供侧面的緩衝保護；或者是，槽孔％係可形成於上 包裝件18之包裝板體對應面板12之接觸面的側邊折線上，而緩衝 塊20係可設置於上包裝件18之包裝板體内對應接觸面之位置上， 藉以使上包料18之包裝板體的接觸面呈弧形突起狀，從而使上包 裝件18可針對面板12提供頂面的麟保護。 ▲除狀外，緩衝叙穿孔槽以及弧形突起結構係為可省略之設 。十藉以簡化本發明之緩衝塊的結構設計。另外，緩衝塊之結構形 狀可不限於上述實施例，其係可根據本發明之包裝緩衝結構的實際 緩衝保護需求而有所變化，如可改採用半球面體等。 ' 相較於先前技術’本發明所提供之包裝緩衝結構係利用槽孔形成 於包f件對應面板之接觸面之侧邊折線上之設計，以產生接觸面呈 弧形突起狀的功效’再加上妙於包裝件内的緩衝塊所提供之緩衝 支撐f 本發崎提供之包紐衝結構即可在麵板接觸的接 觸面上提（、足夠的緩衝保護，以消除面板因受外在因素影響（如在 201226282 運达途巾她賴路钱鶴 片刮傷問題，從而提升包κ面板之内部臈 ㈣^裝緩衝結構在面板包裝上的緩衝保護效能。 以上所述僅為本發明之較佳實施 做之均等變化邮偷，“ 專利範圍所 1寻炱化，、乜飾白應屬本發明之涵蓋範圍。 【圖式簡單說明】 第1圖為根據本發明之一實施例所提出 之爆炸示意圖。 ㈣之匕裝緩衝結構與面板 第2圖為第1圖之包裝緩衝結構與面板之組合示意圖。 第3圖為第1圖之下包裝件之爆炸示意圖。 第4圖為第3圖之包裝板體之展開示意圖。 第5圖為第3圖之支撐底板之展開示意圖。 第6圖為第1圖之下包裝件以及緩衝塊之組合正視圖。 第7圖為第2圖之面板容置於包裝緩衝結構内之正視圖。 【主要元件符號說明】 10 包裝緩衝結構 下包裝件 上包裝件 分隔片 接合肋板 容置溝槽 14 18 22 24 26 12 16 20 23 25 28 面板 側包裝件 緩衝塊 片狀卡合件 卡合孔 包裝板體 201226282 30 支撐底板 32 接觸面 34 側邊折線 36 槽孔 38 穿孔槽 40 弧形突起結構Placed on the lower side of the cake M, in this case, each side package ^ comprises a plurality of separators 22 and at least - joint ribs 24 (two are shown in the figure). The plurality of separators 22 are arranged parallel to each other and spaced apart to form a plurality of corresponding accommodating grooves 26'. Thereby, the panel 12 can be inserted into the inside of the accommodating grooves %. Subsequent packages depend on the process. The joint ribs 24 are fitted to a plurality of sub-pieces (22) 22 to fix the relative spacing between the plurality of separator sheets 22 and the overall structural strength of the side pack members 16. The upper package and the lower package are disposed opposite to each other and combined with the second assembly 16 such that the upper package, the lower package 14 and the two-side package 16 enclose an accommodation space for sharing the two-side package. The 16 series is connected to the upper package 18 and the lower package 14 by a plurality of separators 22, respectively. The connection design is common in the prior art, such as the use of the sheet-like engagement member 23 of the separator 2 to separate the person from the under-cladding cake. 14 The upper part of the engagement hole μ (as shown in Fig. 1), etc., so will not be described here. The following is a description of the structural design of the lower package Η and the buffer block 2〇. First # First, in the structural design of the lower package 14 'Please refer to FIG. 3 , which is an exploded view of the package 14 below the i-th view. As can be seen from FIG. 3 , the lower package 14 includes a package I plate 28 . And the supporting bottom plate 30' supporting the bottom plate 3 is connected to the wrapping plate body 28 for accommodating the fixing buffer block 2〇 together with the packaging board body 28. In addition, the supporting bottom plate 3〇 can also be added to the supporting piece Μ Building strength. It should be noted that FIG. 3 is an illustration of the package member 14 viewed from below from below in the second diagram. In other words, the support base plate 30 shown in FIG. 3 is disposed above the package board 28, but will be The lower package 14 is applied to the package S. 6 201226282 When the buffer structure is ίο', referring to Fig. 1, the support base 30 (not shown) is located below the package body 28. Next, please refer to FIG. 3, FIG. 3, FIG. 4 and FIG. 5 at the same time. FIG. 4 is a schematic view showing the unfolding of the packaging board 28 of FIG. 3, and FIG. 5 is a bottom panel 30 of the supporting structure of FIG. In a schematic view, the packaging board 28 has a contact surface 32 corresponding to the position of the panel 12. In other words, the contact surface 32 of the packaging board 28 is on at least one side of the surface 34 of the contact surface 32 facing the accommodating space ( In the fourth figure, two) are formed with a slot hole 36, that is, the contact surface 32 is permeable to the slot hole 36 and has a characteristic of flexural deformation when the package board body 28 is bent and bent. As shown, the side fold lines 34 of the contact faces 32 preferably correspond to the long sides of the contact faces 32. In this way, after the corresponding bending combination, the packaging board body 28 and the supporting bottom plate 30 can be changed from the unfolded state as shown in FIG. 4 and as shown in FIG. 5 to the state shown in FIG. 3, respectively. The contact surface % of the folded and folded state of the packaging sheet body 28 is then burned to the inside of the packaging sheet body 28 itself to have an arc-shaped projection (as shown in Fig. 1). As for the structural design of the upper package member 18, since the upper package member 18 has a structural design similar to that of the lower package member 14, in this embodiment, the upper package member 18 can also be composed of a package plate body and a support floor. Therefore, the relevant description can be deduced in this way, 'will not be repeated here. However, the present embodiment is described only by a rectangular package body ,, but is not limited thereto. When the package board 28 has a slot % on the side fold line 34, it can be formed by using the internal stress of the package body 28. The shape of the curved protrusion and the length of the adjustment slot 36 (ie, the length of the extension direction parallel to the side fold line 34) can be used to control the state of the arcuate protrusion, such as the longer the length, that is, the surface area of the curved hearing shape. The larger, or when two slots 36' are provided and arranged in a misaligned arrangement, a surface having two arcuate protrusions is formed. Therefore, the position and length of the slot can be formed by the paste design to form a non-201226282 32 On the other hand, in the case of the structural design of the buffered _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ And a combined front view of the buffer block 20. As can be seen from the drawings and Fig. 6, the buffer (10) is disposed on the side of the contact surface 32 opposite to the panel, and is also disposed between the packaging board (4) and the floor of the support floor 3g. The buffer block is formed with a perforation groove 38 for reinforcement. The cushioning elasticity of the buffer block 2g itself. Further, the buffer block 20 has an arcuate projection structure 4 (), in this embodiment, an arc. The wheel of the 〇 〇 | j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j j The buffering tower provided by the buffer block 2〇 has an arc-shaped protrusion shape, so that the lower package member M can continue to have a buffer protection function. Here, the buffer protection design of the package buffer structure 10 will be described in detail. Referring to FIGS. 1 to 7, FIG. 7 is a front view of the panel 12 of FIG. 2 housed in the package buffer structure 10. First, it is possible to combine the packaging board 28 in the unfolded state shown in Fig. 4 and the floor panel 3 in the unfolded state as shown in Fig. 5, after the corresponding bending combination. The packaging board 28 and the supporting base 30 are folded into a folded state as shown in Fig. 3, respectively. At this time, as described above, the contact surface 32 of the packaging board 28 is affected by the internal folding stress of the packaging board 28 itself. And through the slot 38 formed on the side fold line 34 of the contact surface 32, so as to present an arcuate protrusion (as shown in Figure 1). Then, 'before the support bottom plate 3 is attached to the packaging board body 28 to be assembled into the lower package member 14', the buffer block 2 can be placed so that the cushion 201226282 can be accommodated and fixed to the support base plate 3 The 〇 is formed in the accommodating space formed by the packaging board 28 (as shown in Fig. 6). Then, the two side packages 16 are sequentially connected to the opposite sides of the lower package member 14, the panel 12 is inserted into the inner portion of the receiving groove %, and the upper package member 18 is The two side packages 10 are joined. Thereby, the panel 12 can be stably accommodated in the packaging buffer structure 1 (as shown in FIG. 2, it can be seen from FIG. 7 that the panel 12 is abutted against the packaging board 28) The contact surface 32 is shaped like this. Thus, even if the panel 12 in the packaging buffer structure H is shaken up and down (for example, on a bumpy road during transportation), the package 14 can be compared with the package 14 The contact surface of the panel 12 has an arc-shaped protrusion == shape _ block 2 〇 供 供 缓冲 , , , , , ^ ^ 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供 提供The contact surface 32 and the cushioning structure of the buffer block 20 have the buffering protection function, and the durability can also be increased, that is, after the eight-test is used, the buffer structure of the buffer structure maintains the original buffering effect, and has an arc shape. The protruding contact surface is slow and the buffering force is about the flat contact surface:: _ force only; the packaging buffer structure (4) ^ __ drops about 21% of the buffer as the contact surface and does not contain the buffer block 20 package contact surface 32 and buffer block 2〇, therefore, has an arcuate protrusion In addition to the use of the shape, you can also add durability to repeat the ^ 〇 In addition to the ability to increase the buffer protection for 201226282 worth mentioning that the design of the upper Lai 36 and the slow 2G is not limited to the application of the lower package 14, it also It can be selectively applied to the side package 16 or the upper package according to the actual buffer protection requirement of the shock absorbing structure 1 of the present invention, thereby enhancing the buffer protection effect provided by the buffer structure 1 of the present invention. . For example, it can be said that the 'slot 36 system can work on the side fold line of the contact surface of the panel 12 corresponding to the ribs 24, and the slow ship 2G shoots the position of the duty station 24, which is to be connected to the branch. The contact surface of the ribs 24 has an arc-shaped protrusion shape, so that the side package member provides side cushioning protection for the panel 12; or, the slot hole % can be formed in contact with the corresponding panel 12 of the package body of the upper package member 18. The side of the side of the fold line, and the buffer block 20 can be disposed at the position of the corresponding contact surface of the package body of the upper package 18, so that the contact surface of the package body of the upper package 18 has an arc-shaped protrusion shape. Thus, the upper package 18 can provide a lining protection for the top surface of the panel 12. ▲ In addition to the shape, the buffering punching groove and the curved protrusion structure can be omitted. Ten is used to simplify the structural design of the buffer block of the present invention. Further, the structural shape of the buffer block may not be limited to the above embodiment, which may vary depending on the actual buffer protection requirements of the package buffer structure of the present invention, such as the use of a hemispherical body or the like. Compared with the prior art, the packaging buffer structure provided by the present invention utilizes the design of the slot formed on the side fold line of the contact surface of the corresponding panel of the package f to produce the effect of the arcuate protrusion of the contact surface. In addition, the cushioning support provided by the buffer block in the package is provided. The package structure provided by the hairpin can be raised on the contact surface of the panel contact (with sufficient cushioning protection to eliminate the external appearance of the panel). Factors affecting (such as the problem of scratching the road in the 201226282), which improves the cushioning protection performance of the internal 臈 (4) of the package κ panel on the panel package. The above is only the present invention. The preferred implementation of the equal change is smuggled, "the patent scope 1 is sought, and the decoration white should belong to the scope of the present invention. [Simplified description of the drawings] FIG. 1 is a diagram of an embodiment of the present invention. (4) The armored buffer structure and the panel Fig. 2 is a schematic diagram of the combination of the packaging buffer structure and the panel of Fig. 1. Fig. 3 is a schematic diagram of the explosion of the package below the first figure. Fig. 4 is the third Package of drawings Fig. 5 is a schematic view showing the expansion of the support base plate of Fig. 3. Fig. 6 is a front view showing the combination of the package and the buffer block in Fig. 1. Fig. 7 is the panel accommodation of Fig. 2. Front view in the packaging cushioning structure. [Main component symbol description] 10 Packaging cushioning structure Package upper packing piece Separating piece rib receiving groove 14 18 22 24 26 12 16 20 23 25 28 Panel side package cushioning Block-shaped snap-fit snap-fit hole package body 201226282 30 Support base plate 32 Contact surface 34 Side fold line 36 Slot hole 38 Perforation groove 40 Curved protrusion structure
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