1379797 六、發明說明： 【發明所屬之技術領域】 本發明是-種包裝結構，_是—種找箱結構。 … 【先前技術】 錄晶顯和板的製財’其通料藉由包裝穌放半成品，再運送 至倉儲儲放，或是運送至定點進行測試、加工或進行组裝抑或是以此包 裝材直接出貨，因此，包裝材品質良劣對面板在運送過程中之良率有相當 Φ 的影響。 常見的包裝方式係於外包勒設置叫板製成之插槽結構，每一片面 板經由PE靜電袋包裝後至入插槽内。此種包裝方式不僅插槽結構複雜，考 量點多較不易設計’且包材組裝費時；此外，插槽間隔過密，取放片不易， 且其共雜較差，餘適用於不同尺寸、規格之面板，對於面板侧邊鐵框 有外路凸點之結構亦無法使用此包裝方式。另一種係以㈣阳丁)包裝面 板，再置入外包箱内。惟此種包裝方式需開模具，不僅開發時間長，無法 鲁㈣打樣測試，且面板單片包裝材料成本高；再者，面板模組結構或尺寸 變更’包裝材就須重新設計。 因此’如何改良包紐之結構，使其提供面減好之緩祕護效果， 並能減少包裝材組裝時間，增進包裝效率，同時提升包裝材之共用性而可 包裝不同尺寸、規格之面板’進構低包裝成本，係為從事此細行業之 技術領域者亟欲改善的課題。 【發明内容】 有鑑於此，本發明提出-種包裝箱結構，包含有蓋體、連接部以及盒 體’其_連接部的-側連接於蓋體，巾盒體的一删連接於連接部，此外， 3 1379797 盒體包含主體與主缓衝件，主體用以收容包裝物，主緩衝件由主體延伸形 成並抵靠於連接部，用以緩衝保護包裝物。 本發明以一體成型製成蓋體、連接部及盒體，並於盒體内直接延伸形 成主緩衝件，因此包裝時可迅速地將面板等包裝物置入盒體内，於運送過 程中直接以主緩衝件緩衝保護面板，避免其晃動造成面板損壞。 以下在實施方式中詳細敘述本發明之詳細特徵以及優點，其内容足以 使任何熟習相關技藝者暸解本發明之技術内容並據以實施，且根據本說明 書所揭露之内容、申請專利範圍及圖式’任何熟習相關技藝者可輕易地理 解本發明相關之目的及優點。 【實施方式】 第1圖與第3圖係繪示本發明之包裝箱結構。包裝箱結構1包含：蓋 體2、連接部4、盒體6。在此’蓋體2、連接部4、盒體6為一體成型製成， 且連接部4連接蓋體2與盒體6;其中’盒體6呈矩形狀，蓋體2.為對應於 盒體6之矩形狀而可封閉盒體6，再者，盒體6主要可由主體61與主緩衝 件62所組成，主體61可用以收容面板等包裝物8，主緩衝件62則由主體 61直接延伸形成並抵靠於連接部4。包裝物8置入盒體6之主體61内後， 以蓋體2封閉盒體6，於運送過程中以主緩衝件62緩衝保護包裝物8，避 免其晃動造成包裝物8損壞》 請參照第4A圖至第4F圖，在本實施例中，蓋體2可由第一片體21 經由彎折而形成，盒體6可由第二片體64經由彎折而形成。在此，第一片 體21與第二片體64分別連接於連接部4之二側，且第二片體64可由第一 基板64卜第二基板642及主緩衝板643所組成，其中，第一基板641連接 1379797 於連接部4，第二基板642之一側連接第一基板641，另一側連接主緩衝板 643 ’第—基板641與第二基板⑷經由彎折而疊合在一起以形成主體^， 並使主緩衝板643抵靠於連接部4 ’主緩衝板643經由彎折形成主緩衝件 62。在此，主緩衝件62因彎折所形成’因此其概呈中空狀，可於主緩衝件 62内放置充填物（如氣袋）以增加其缓衝保護之效果。 此外，第一基板641之二側可分別延伸形成定位板644，經由彎折形成 概呈中空狀之定位部65 ;再者，連接部4之二側可分別延伸形成第一結合 片4卜第一基板641之二側可分別延伸形成第二結合片⑷，且第二結合 片645位於定位板644之側邊，兩者之間具有間隙。當第一片體21與第二 片體64彎折形成益體2與:體6 ’並以蓋體2封閉^：體6時，可將第-基 板641二侧之第二結合片645置入中空狀之定位部& N，藉以定位疊合後 之第-基板641與第二基板642，同時將連接部4二側之第一結合片41置 入定位部65内，藉以定位蓋體2與盒體6。 再者，第二基板642之二側可分別延伸形成側緩衝板6你，經由彎折形 成概呈中空狀之侧緩衝件66，並可側緩衝件66内放置充填物（如氣袋）， 、“加其緩衝俩之效果’此外’舰衝件Μ可於其適當位置處設置側定 位孔661 ;第-片體21之二側可分別延伸_與側定位孔⑹相對應之第 、” 口片22 ’於蓋體2封閉盒體6時’第三結合片22喪入側緩衝件砧之 側定位孔附内而結合蓋體2與盒體6。此外，第一片體21之二側可分別 延伸形成第四結合片24，且第四結合片24位於第三結合片批側邊；於 蓋體2封閉盒體6時，第四結合片置入中空狀之故部仍内，藉以定位蓋 體2與盒體6，防止包裝物8脫出盒體6。 5 1379797 請參照第4E圖、第4F圖及第4G圖，側緩衝件沉相對於第二基板642 之高度較佳地可與第-片體2!之外表面切齊（即側緩衝件66相^於第二 基板642之高度高於盒體6之内部深度），因此當蓋體2封閉盒體6時，可 提升第三結合片22喪入側缓衝件66之結合度，並可防止盒體6内所收納 之包裝物8因晃動而位移至侧缓衝件66上方》 在本實施财，第二基板642之二側可分觀伸形成次緩衝板⑷，且 次緩衝板647連接第一基板64丨與第二基板642 ’經由彎折形成概呈中空狀 之次緩衝件67，且二個次緩衝件67對應主緩衝件砬之二端設置，若包裝 物8具有突出部，例如面板具有外露之印刷電路板組裝（pBcA)，於面板 置入盒體6之主體61内後，以次緩衝件67緩衝保護外露之印刷電路板組 裝（PBCA)，此外’對於面板侧邊鐵框有外露之凸出结構，可調整主缓衝 件62 '側緩衝件66、次緩衝件67等緩衝元件之位置，藉以避開並缓衝保 護脆弱之凸出結構。 本發明之盒體6可收容不肖尺寸之包綠8，並以主緩衝件62、側缓 衝件66及次緩衝件67缓衝保護包裝物8，並可以阻隔片7置於包裝物8上， 使其介於包裝物8與蓋體2之間，在此，阻隔片7可為紙板或氣泡片，其 可隨包裝物8不同而改變其厚度，藉由阻隔片7使包裝物8能更穩固地收 容在盒體6内。 請參閲第2圖，在本實施例中，更可包含隔離件91與外箱92 ;其中， 隔離件91 φ複數紙板組裝而成，具有複數收容空間91〇，於盒體6收容包 裝物8 ’並以蓋體2封閉盒體6後，可將其置入收容空間91〇内，並於隔離 件91之每-收容空間910，均吹容有已包裝完成之包裝物8後，即可裝入 1379797 外箱92進行運送。 本發明m料折形成蓋體，以第二—彎折職盒遵，並以連 接部連接蓋财綠，胁盒_直接延伸職域餅、碰衝件及次 _件於ϋ送過財直接轉衝倾娜護包錄及其外露部分，因此無 須額外設置緩衝’，不僅可避免其晃動造成包裝物或其外露部分損壞， 並可使得包裝更為容易、省時。再者，本發明增加包裝保護性，可廣泛共 用於不同尺寸、麟之包裝物；此外，蓋體、連接部及盒體為_體成型製 成，且内部緩衝結構與材質可依包裝物之特性做調整，不僅可降低包裝成 本’並能提升緩衝保護包裝物之效果。 雖然本發明的技術内容已經以較佳實施例揭露如上’然其並非用以限 定本發明，任何熟習此技藝者，在不脫離本發明之精神所作些許之更動與 潤飾，皆應涵蓋於本發明的範疇内，因此本發明之保護範圍當視後附之申 請專利範圍所界定者為準》 1379797 【圖式簡單說明】 第1圖為本發明之外觀示意圖。 第2圖為本發明使用外箱之示意圖。 第3圖為本發明折疊前之平面圖。 第4A圖為本發明折疊時之示意圖（一）。 第4B圖為本發明折疊時之示意圖（二）。 第4C圖為本發明折疊時之示意圖（三）。 第4D圖為本發明折疊時之示意圖（四）。 隹 第4E圖為本發明折疊時之示意圖（五）。 第4F圖為本發明折疊時之示意圖（六）。 第4G圖為本發明折疊時之局部放大示意圖。 【主要元件符號說明】 1 ............包裝箱結構 2 ............蓋體 21 ............第一片體 籲 22 ............第三結合片 24............第四結合片 4............連接部 6............盒體 61 ............主體 62 ............主緩衝件 64 第二片體1379797 VI. Description of the Invention: [Technical Field to Be Invented by the Invention] The present invention is a packaging structure, and is a box-like structure. ... [Prior Art] Recording the production of the crystal and the board of the 'financial materials' by packaging the semi-finished products, then transported to storage and storage, or transported to a fixed point for testing, processing or assembly or packaging materials Direct shipment, therefore, the quality of the packaging material has a considerable impact on the yield of the panel during transportation. The common packaging method is based on the slot structure made by the outer panel, and each panel is packaged in a PE electrostatic bag and then into the slot. This kind of packaging method not only has a complicated slot structure, but also has a large number of consideration points, and it is difficult to design the package material. In addition, the slot spacing is too dense, the pick-and-place film is not easy to be used, and the common miscellaneous is poor, and the rest is suitable for panels of different sizes and specifications. This packaging method cannot be used for the structure in which the iron frame on the side of the panel has external bumps. The other type is packaged in (4) Yangding) and placed in the outer box. However, this type of packaging requires mold opening. It is not only long-term development, it can't be tested by Lu (4), and the cost of single-panel packaging materials is high. In addition, the structure or size of the panel module must be redesigned. Therefore, 'how to improve the structure of the package, so that it can provide a better surface protection effect, and can reduce the assembly time of packaging materials, improve packaging efficiency, and at the same time improve the commonality of packaging materials, and can package panels of different sizes and specifications' The low cost of packaging is a subject of improvement in the technical field of this industry. SUMMARY OF THE INVENTION In view of the above, the present invention provides a package structure including a cover body, a connecting portion, and a side of the box body, wherein the side of the connecting portion is connected to the cover body, and a frame of the towel case is connected to the connecting portion. In addition, the 3 1379797 box comprises a main body and a main buffering member, the main body is for receiving the package, and the main buffering member is formed by the main body and abuts against the connecting portion for buffering the protective package. The invention is integrally formed into a cover body, a connecting portion and a box body, and directly extends into the main body of the box to form a main buffering member. Therefore, the packaging material such as the panel can be quickly placed into the box body during packaging, and directly in the transportation process. The main buffer cushions the protective panel to prevent damage to the panel caused by its shaking. The detailed features and advantages of the present invention are set forth in the Detailed Description of the Detailed Description of the <RTIgt; </ RTI> <RTIgt; </ RTI> </ RTI> </ RTI> <RTIgt; The objects and advantages associated with the present invention are readily understood by those skilled in the art. [Embodiment] Figs. 1 and 3 show the structure of a package of the present invention. The package structure 1 includes a cover body 2, a connecting portion 4, and a casing 6. Here, the cover body 2, the connecting portion 4, and the casing 6 are integrally formed, and the connecting portion 4 is connected to the cover 2 and the casing 6; wherein the casing 6 has a rectangular shape, and the casing 2 corresponds to the casing. The body 6 has a rectangular shape to close the casing 6. Further, the casing 6 can be mainly composed of a main body 61 and a main cushioning member 62. The main body 61 can be used for accommodating a package 8 such as a panel, and the main cushioning member 62 is directly provided by the main body 61. The extension is formed and abuts against the connecting portion 4. After the package 8 is placed in the main body 61 of the casing 6, the casing 6 is closed by the lid body 2, and the packaging material 8 is buffered by the main cushioning member 62 during transportation to prevent the package 8 from being damaged due to shaking. 4A to 4F, in the present embodiment, the lid body 2 can be formed by bending the first sheet body 21, and the box body 6 can be formed by bending the second sheet body 64. Here, the first body 21 and the second body 64 are respectively connected to the two sides of the connecting portion 4, and the second body 64 can be composed of the first substrate 64, the second substrate 642 and the main buffer plate 643, wherein The first substrate 641 is connected to the connecting portion 4, one side of the second substrate 642 is connected to the first substrate 641, and the other side is connected to the main buffer plate 643'. The first substrate 641 and the second substrate (4) are stacked together by bending. To form the main body ^, and the main baffle plate 643 abuts against the connecting portion 4' the main baffle plate 643 to form the main cushioning member 62 via bending. Here, the main cushioning member 62 is formed by bending, so that it is substantially hollow, and a filling (e.g., air bag) can be placed in the main cushioning member 62 to increase the effect of cushioning protection. In addition, the two sides of the first substrate 641 can respectively extend to form the positioning plate 644, and form a substantially hollow positioning portion 65 via bending; further, the two sides of the connecting portion 4 can respectively extend to form the first bonding piece 4 Two sides of a substrate 641 can respectively extend to form a second bonding piece (4), and the second bonding piece 645 is located at a side of the positioning plate 644 with a gap therebetween. When the first body 21 and the second body 64 are bent to form the body 2 and the body 6' and the body 2 is closed by the cover 2, the second bonding piece 645 on both sides of the first substrate 641 can be placed. The hollow positioning portion & N is used to position the laminated first substrate 641 and the second substrate 642, and the first bonding piece 41 on both sides of the connecting portion 4 is placed in the positioning portion 65, thereby positioning the cover. 2 with the box 6. Furthermore, the two sides of the second substrate 642 can respectively extend to form the side buffer plate 6, and the side buffer member 66 is formed into a hollow shape by bending, and the filling material (such as an air bag) can be placed in the side buffer member 66. "Adding the effect of the two buffers" In addition, the ship punching member can be provided with a side positioning hole 661 at its proper position; the two sides of the first body 21 can be respectively extended _ corresponding to the side positioning hole (6)," The mouth piece 22' joins the cover body 2 and the case body 6 when the cover body 2 closes the case body 6 'the third bond piece 22 is immersed in the side positioning hole of the side buffer piece anvil. In addition, the two sides of the first body 21 can be respectively extended to form a fourth bonding piece 24, and the fourth bonding piece 24 is located at the side of the third bonding piece; when the cover 2 closes the case 6, the fourth bonding piece is placed The hollow portion is still inside, thereby positioning the cover 2 and the casing 6 to prevent the package 8 from coming out of the casing 6. 5 1379797 Referring to FIG. 4E, FIG. 4F and FIG. 4G, the height of the side buffer member sinking relative to the second substrate 642 is preferably aligned with the outer surface of the first sheet body 2! (ie, the side buffer member 66). The height of the second substrate 642 is higher than the inner depth of the casing 6. Therefore, when the cover 2 closes the casing 6, the bonding of the third bonding piece 22 into the side cushioning member 66 can be improved, and The package 8 stored in the casing 6 is prevented from being displaced above the side cushioning member 66 by shaking. In the present embodiment, the two sides of the second substrate 642 can be separately formed to form the secondary buffer plate (4), and the secondary buffer plate 647 The first substrate 64 丨 and the second substrate 642 ′ are connected to form a substantially hollow secondary buffer member 67 by bending, and the two secondary buffer members 67 are disposed corresponding to the two ends of the main buffer member , if the package 8 has a protruding portion For example, the panel has an exposed printed circuit board assembly (pBcA), and after the panel is placed in the main body 61 of the casing 6, the exposed printed circuit board assembly (PBCA) is buffered by the secondary buffer 67, and The iron frame has an exposed protruding structure, and the main buffering member 62' side buffering member 66 and the secondary buffering member 67 can be adjusted. The position of the damping element, so as to avoid a buffer and protect the fragile structure of the projection. The box body 6 of the present invention can accommodate the green 8 of the size of the cover, and the protective wrapper 8 is buffered by the main cushioning member 62, the side cushioning member 66 and the secondary cushioning member 67, and the barrier sheet 7 can be placed on the package 8. Between the package 8 and the cover 2, the barrier sheet 7 may be a cardboard or a bubble sheet, which may vary in thickness depending on the package 8, and the package 8 can be made by the barrier sheet 7. It is more stably housed in the casing 6. Referring to FIG. 2 , in the embodiment, the spacer 91 and the outer box 92 are further included; wherein the spacer 91 φ is assembled by a plurality of cardboards, and has a plurality of receiving spaces 91 〇, and the package is accommodated in the box 6 After the box body 6 is closed by the cover body 2, it can be placed in the accommodating space 91 ,, and after the packaged material 8 is completely blown in each of the accommodating spaces 910 of the spacer 91, It can be loaded into the 1379797 outer box 92 for shipment. The m material of the invention is folded into a cover body, and the second-bending box is followed, and the connection part is connected with the cover green, the threat box _ directly extends the occupational pie, the punching piece and the second piece It has no need to provide additional cushioning, so it can avoid the damage of the package or its exposed parts, and make the packaging easier and less time-consuming. Furthermore, the invention increases packaging protection and can be widely used for packaging of different sizes and linings; in addition, the cover body, the connecting portion and the box body are formed by _ body molding, and the internal buffer structure and material can be adapted according to the packaging material. The characteristics are adjusted to not only reduce the packaging cost, but also improve the effect of cushioning and protecting the packaging. Although the technical content of the present invention has been disclosed in the preferred embodiments as described above, it is not intended to limit the present invention, and any modifications and refinements made by those skilled in the art without departing from the spirit of the present invention are encompassed by the present invention. Therefore, the scope of protection of the present invention is defined by the scope of the appended claims. 1379797 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of the appearance of the present invention. Figure 2 is a schematic view of the use of the outer box of the present invention. Figure 3 is a plan view of the present invention before folding. Fig. 4A is a schematic view (1) of the folding of the present invention. Figure 4B is a schematic view (2) of the folding of the present invention. Figure 4C is a schematic view (3) of the folding of the present invention. Fig. 4D is a schematic view (4) of the folding of the present invention.隹 Figure 4E is a schematic view (5) of the folding of the present invention. Fig. 4F is a schematic view (6) of the folding of the present invention. Fig. 4G is a partially enlarged schematic view showing the folding of the present invention. [Description of main component symbols] 1 ............Packing box structure 2............Cap 21 [......... The first piece of the body 22............the third piece of film 24............the fourth piece of film 4.......... .. connection portion 6............cassette 61............body 62............main buffer member 64 Second sheet