1310012 . 九、發明說明： 【發明所屬之技術領域】 本發明是有關於一種包裝箱設計，特別是指一種能多 樣組合且可變換尺寸大小之包裝箱。 【先如技術】 目如市面上各式電子配備的包裝箱，均是針對特定尺 寸大小的產品設計’無法廣泛適用。 以電腦機殼為例，如圖丨所示，早期電腦機殼u的體 > 積較為龐大，需仰賴大型包裝箱才能完成包裝，在搬運時 不但相當佔空間，且搬運不易。因此遂有業者設計出—種 如圖2所示可縮合摺疊的電腦機殼12，此種電腦機殼^所 需的包裝箱體積較小，能有效節省空間，搬運更為容易。 然而因現有電腦機殼u、12存在著如圖i或圖2所示 之不同型態，尺寸大小更有明顯的差異，只能適用專用的 包裝箱’亦即將包裝圖丨所示之電腦機殼u的包裝箱不 能用於包裝如圖2所示之電腦機殼12，而用於包裝圖2所 示之電腦機殼12 的包裝箱也不能用於包裝如圖i所示之電1310012. EMBODIMENT DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a package design, and more particularly to a package that can be combined in a variety of sizes and that can be resized. [Before technology] The packaging of various electronic devices on the market, which are designed for a specific size, cannot be widely applied. Taking the computer case as an example, as shown in the figure, the body > of the early computer case u is relatively large, and it is necessary to rely on a large package to complete the packaging, which not only takes up considerable space during transportation, but also is difficult to handle. Therefore, the manufacturer has designed a computer case 12 which can be condensed and folded as shown in Fig. 2. The size of the package required for such a computer case is small, which can effectively save space and make handling easier. However, because the existing computer casings u and 12 have different types as shown in Fig. i or Fig. 2, the size and size are more obviously different, and only the special packaging box can be applied. The box of the shell u cannot be used for packaging the computer case 12 as shown in FIG. 2, and the package for packaging the computer case 12 shown in FIG. 2 cannot be used for packaging the electric power as shown in FIG.
才此因應不同體積大小的電腦機殼所需 高，更不符合環保需求。 ’造成製造成本提 【發明内容】This is because of the high demand for computer casings of different sizes, and it is not in line with environmental protection requirements. ‘Increased manufacturing cost】 【Contents】
變換尺寸大小之包裝箱。 5 1310012 於是，本發明包裝箱，包括有： 一個基板，具有一中央壁、多數個延伸自該中央壁各 側邊之侧壁，以及多數條摺線，該等摺線分別設於該中央 壁與各該側壁間以及各該側壁上，使得該中央壁與該等側 壁能共同彎摺界定出一容置空間； 組中層板，置於該容置空間内，並能在一與該中央 壁相平行之緩衝位置，以及一與該中央壁相垂直之組立位 置間變位；以及 一個蓋板，用以封閉該容置空間，當該組中層板位於 該缓衝位置時，該蓋板是蓋置於該基板上，又當該組中層 板位於該組立位置時，該蓋板是蓋置於該組中層板上。 本發明藉由該 '组中層板能在一緩衝位置及—組立位置 之間變位，使得該容置空間的容積大小能隨之做不同變化 ，以供容納不同體積大小的物件，達到多樣組合以及可變 換尺寸大小之功效。 【實施方式】 有關本發月之則述及其他技術内容、特點與功效，在 以下配合參考圖式之一較佳實施例的詳細說明t，將可、、主 楚的呈現。 巧 所不’疋本發明之包裝箱 早父住貫施例 包括有一個基板3(見圖3)、—組中層板4(見圖Η)、一 個蓋板5(見圖6)，以及—輔助蓋板6(見圖7)。 如圖3所示，某杯q ^ 板具有一中央壁31、多數個延伸自 该中央壁各側邊之側辟?曰 1J 土（即兩兩位置相對應之盥 6 1310012 壁32、33，以及第三與第四側壁34、35)，以及多數條摺 線36(圖中以虛線表示）。中央壁31上於接近各該側壁 32〜35處均設有多數個第一嵌合孔311。另外，第一〜四側 壁32〜35均藉該等摺線36而區分有一個鄰近中央壁31之 第一區域321、331、341、351，一遠離中央壁31之第二區 域 322、332、342、352，以及一位於第一區域 321、331、 341、351與第二區域322、332、342、352間之連接區域 323、333、343、353。各側壁 32、33、34、35 之第二區域 322、332、342、352的長向側邊對應於各第一嵌合孔311 處分別凸設有一凸接片324、334、344、354。第一側壁32 與第二側壁33之各第二區域322、332、342、352的兩端 分別凸設有兩個翼片325、335,各翼片325、335上於接近 各第一區域321、331與第二區域322、332處分別設有一 第三嵌合孔326、336。 此外，第一側壁32之第二區域322上更凸設有一凸耳 327，凸耳327上開設有一開孔328，第一側壁32之連接區 域323上更間隔設有兩扣孔329。第三側壁34與第四側壁 35於鄰近中央壁31處及各連接區域343、353均間隔設有 相對應之第二嵌合孔345、355。第三側壁34與第四側壁 35之第二區域342、352於鄰近各翼片325、335處各凸設 有一側接片346、356。 該組中層板4包括有兩個形狀相對應之内中層板41 (如 圖4所示），以及兩個形狀相對應之外中層板42(如圖5所 示）。每一個内中層板41的長向側邊近一端處均間隔凸設 1310012 兩個第—限位片4U ’ ^同側邊近另—端處則凸設有兩個 第-限位片4!2,第二限位片412的長度較第一限位片4ιι 長’内^層板4i中間段處設有—卡接孔413，内中層板41 於接近第二限位片412的該端凸設有一第_連接片…，第 —連接片414上設有-第—接合孔仍。另外外中層板 42上亦設有多數條摺線43(圖5十以虛線表示），且外;層 板42的-端凸設有-第二連接片42卜第二連接片421 : 並開設有-第二接合孔422，外中層板42的另—端及中段 處均藉斷裂線44 *分卿成有可掀摺之第三連接片奶及 f四連接片424,外中層板42的長向側相隔凸設有兩個 第二限位片425 ’及兩個第四限位片426。 如圖6所示，蓋板5之構造設計大致與前述基板3之 構造設計㈣’同樣包括有—中央壁5卜兩兩位置相對應 之第-與第二側壁52、53及第三與第四側壁54、55，以及 多數條摺線36(圖中以虛線表示）等等，相同細部構造不再 贅述，差異處僅在於第—側壁52上未設置有凸耳327 ,而 是藉斷裂線56而於中央壁51及第一側壁52間形成有一第 五連接片57,另外亦藉斷裂線56及摺線58形成有一第六 連接片59，且第一側壁52於接近中央壁51處更設有一可 供基板3之凸耳327嵌入的插接孔521。 如圖7所示’輔助蓋板6藉由多數條摺線61區隔有一 中央區62，以及分別圍繞於中央區62周圍之第_、二、二 、四旁側區63、64、65、66。中央區62上於接近第一旁侧 區63處設有多數個長形孔621。第二旁側區64的寬度較第 1310012 63的寬度大’且可供塗佈黏著劑或貼附雙面膠等 應，：：附著區域。第三與第四旁側區65,的形狀相對 6:传/出有一欣接片65卜66卜另外，前述該等摺線 广別位於中央區62與各旁側區連接 处以及第一、二旁側區63、64。 轉明之包裝箱2用於包裝如圖2所示之可縮合摺疊 的電腦機殼時，其摺疊組合方式如下： 首先，將圖4所示的兩個内中層板41對摺，續如圖8 所不’將兩個内中層板41以相反方向置放於基板3之中央 壁31上’接著將基板3之第-、二、三、四側壁32、33、 %、35 --翻摺，並依循摺線％之軌跡而使第—、二側壁 32 33之第一區域322、332上的各個凸接片324、334進 步嵌置於基板3之中央壁31上的各個相對應的第一嵌合 孔311中’再將第一、二側壁32、33兩端的翼片325、335 朝内做九十度彎摺’形成如_ 9所示之態樣，此時第一、 -側壁32、33的斷面是呈门字形狀，即第一、二側壁、 33之連接區域323、333朝上，且第一、二側壁32 33兩 端的該等翼片325、335彼此呈前後重疊，各該前後重疊的 翼片325、335上的第三嵌合孔326、336並相對應。另外 ，各内中層板41之連接片414亦在連接片414拘束做九十 度彎摺。 仍如圖9所不’續將第三、四側1 34、35--翻摺， 同樣是依循摺線36之軌跡，使得第三、四側壁34、35之 第二區域342、352上的各個凸接片344、354進一步嵌置 1310012 於鄰近中央壁31處之各相對應的第二嵌合孔345、355(見 圖8)中’同時第三、四側壁34、35之各側接片346、356 分別嵌入相對應的第三嵌合孔326、336中，如此基板3與 兩内中層板41即完成組合如圖1〇所示，此時基板3之該 等側壁32~35並共同界定出一容置空間37,該等内中層板 41即置於δ亥容置空間37内並位於一與中央壁31相平行之 緩衝位置。Change the size of the box. 5 1310012 Thus, the package of the present invention comprises: a substrate having a central wall, a plurality of side walls extending from sides of the central wall, and a plurality of fold lines, the fold lines being respectively disposed on the central wall and each Between the side walls and the side walls, the central wall and the side walls can be bent together to define an accommodating space; the middle layer of the group is placed in the accommodating space and can be parallel to the central wall a buffering position and a displacement between the grouping positions perpendicular to the central wall; and a cover for closing the accommodating space, the cover is covered when the middle plate of the group is located at the buffering position On the substrate, when the set of middle plates is located at the set position, the cover is placed on the set of intermediate plates. According to the invention, the layer in the group can be displaced between a buffer position and an assembly position, so that the volume of the accommodation space can be changed differently to accommodate objects of different sizes and to achieve various combinations. And the ability to change the size. [Embodiment] With regard to the other technical contents, features, and effects of the present disclosure, the detailed description of a preferred embodiment of the reference drawings will be presented below. The case of the early parental residence of the package of the present invention includes a substrate 3 (see Fig. 3), a layer 4 in the group (see Fig. Η), a cover 5 (see Fig. 6), and Auxiliary cover 6 (see Figure 7). As shown in FIG. 3, a cup of q^ plate has a central wall 31, and a plurality of sides extending from the sides of the central wall are 曰1J soil (ie, the corresponding two sides of the 盥6 1310012 walls 32, 33, And third and fourth side walls 34, 35), and a plurality of fold lines 36 (shown in phantom in the figure). A plurality of first fitting holes 311 are formed in the central wall 31 adjacent to the side walls 32 to 35. In addition, the first to fourth side walls 32 to 35 are separated by the fold line 36 to have a first region 321 , 331 , 341 , 351 adjacent to the central wall 31 , and a second region 322 , 332 , 342 away from the central wall 31 . And 352, and a connection area 323, 333, 343, 353 between the first area 321, 331, 341, 351 and the second area 322, 332, 342, 352. The long sides of the second regions 322, 332, 342, and 352 of the side walls 32, 33, 34, and 35 are respectively convexly provided with a protruding piece 324, 334, 344, 354 at each of the first fitting holes 311. Two fins 325, 335 are respectively protruded from two ends of each of the second side regions 322, 332, 342, 352 of the first side wall 32 and the second side wall 33, and each of the fins 325, 335 is adjacent to each of the first regions 321 A third fitting hole 326, 336 is defined in each of the 331 and the second regions 322 and 332. In addition, a second opening 322 of the first side wall 32 is further provided with a lug 327. The lug 327 defines an opening 328. The connecting portion 323 of the first side wall 32 is further provided with two fastening holes 329. The third side wall 34 and the fourth side wall 35 are adjacent to the central wall 31 and each of the connecting areas 343, 353 is spaced apart from the corresponding second fitting holes 345, 355. The second side wall 34 and the second side wall 342, 352 of the fourth side wall 35 are respectively provided with side tabs 346, 356 adjacent to the respective flaps 325, 335. The set of intermediate plates 4 includes two innermost intermediate plates 41 (as shown in Figure 4) and two outer shaped intermediate plates 42 (shown in Figure 5). The inner side of each of the inner middle plates 41 is spaced apart from the first end of the inner side plate 41 by 1310012. The two first-limit pieces 4U' ^ the same side and the other end are convexly provided with two first-limit pieces 4! 2, the length of the second limiting piece 412 is longer than the first limiting piece 4ιι. The inner middle plate 4i is provided with a locking hole 413, and the inner middle plate 41 is adjacent to the end of the second limiting piece 412. A first connecting piece is protruded, and the first connecting piece 414 is provided with a -first engaging hole. In addition, the outer middle layer plate 42 is also provided with a plurality of fold lines 43 (shown by dashed lines in FIG. 5), and the outer layer; the end of the layer plate 42 is convexly provided with a second connecting piece 42 and a second connecting piece 421: a second engaging hole 422, the other end portion and the middle portion of the outer middle layer plate 42 are separated by a broken line 44* into a third connecting piece milk and a f connecting piece 424, and the length of the outer middle layer plate 42 Two second limiting pieces 425' and two fourth limiting pieces 426 are symmetrically disposed on the side. As shown in FIG. 6, the structural design of the cover plate 5 is substantially the same as that of the structural design (4) of the foregoing substrate 3, which includes the first and second side walls 52, 53 and the third and the second corresponding to the central wall 5 Four side walls 54, 55, and a plurality of strip lines 36 (shown by dashed lines in the figure), etc., the same detailed structure will not be described again, the difference is only that the first side wall 52 is not provided with the lug 327, but by the broken line 56. A fifth connecting piece 57 is formed between the central wall 51 and the first side wall 52. A sixth connecting piece 59 is formed by the breaking line 56 and the folding line 58. The first side wall 52 is further disposed near the central wall 51. A plug hole 521 into which the lug 327 of the substrate 3 is fitted. As shown in Fig. 7, the auxiliary cover 6 is partitioned by a plurality of fold lines 61 with a central portion 62, and the first, second, second and fourth side regions 63, 64, 65, 66 surrounding the central portion 62, respectively. A plurality of elongated holes 621 are provided in the central portion 62 near the first side region 63. The width of the second side region 64 is larger than the width of the 1310012 63' and it is possible to apply an adhesive or attach a double-sided tape, etc.:: an attachment area. The shape of the third and fourth side regions 65 is opposite to each other: 6 is transmitted/exited with a splicing piece 65 and 66. In addition, the aforementioned polygonal lines are located at the junction of the central area 62 and the side areas, and the first and second sides. Side zones 63, 64. When the package 2 for cloning is used for packaging the condensable and foldable computer case as shown in FIG. 2, the folding combination is as follows: First, the two inner middle plates 41 shown in FIG. 4 are folded in half, as shown in FIG. The two inner middle plates 41 are not placed on the central wall 31 of the substrate 3 in opposite directions. Then, the first, second, third and fourth side walls 32, 33, %, 35 of the substrate 3 are folded over, and The respective first tabs 324, 334 on the first regions 322, 332 of the first and second side walls 32 33 are progressively embedded on the respective first fittings of the central wall 31 of the substrate 3 in accordance with the trajectory of the fold line %. In the hole 311, 'the flaps 325 and 335 at the ends of the first and second side walls 32 and 33 are bent 90 degrees inwardly to form a state as shown in FIG. 9, at this time, the first side, the side wall 32, 33. The cross-section is in the shape of a gate, that is, the first and second side walls 33 are connected upwards, and the fins 325 and 335 at the ends of the first and second side walls 32 33 are overlapped with each other. The third fitting holes 326, 336 on the front and rear overlapping flaps 325, 335 correspond to each other. In addition, the connecting piece 414 of each of the inner middle plates 41 is also restrained at the connecting piece 414 to be bent at ninety degrees. Still, as shown in FIG. 9, the third and fourth sides 1 34, 35- are folded, and the trajectory of the fold line 36 is also followed, so that the second regions 342, 352 of the third and fourth side walls 34, 35 are respectively The tabs 344, 354 are further embedded 1310012 in the respective second fitting holes 345, 355 (see FIG. 8) adjacent to the central wall 31, while the side tabs of the third and fourth side walls 34, 35 are simultaneously 346, 356 are respectively embedded in the corresponding third fitting holes 326, 336, such that the substrate 3 and the two inner middle plates 41 are combined as shown in FIG. 1A, at which time the side walls 32 to 35 of the substrate 3 are common. An accommodating space 37 is defined. The inner middle plate 41 is placed in the δ hai accommodation space 37 and is located at a buffer position parallel to the central wall 31.
如圖6、10所示，由於蓋板5的組合方式與基板3相 同，故於此不再贅述。續如圖1〇所示，當紙箱丨如前述步 驟般摺疊完成後，即可供承裝可縮合摺疊的電腦機殼81使 用，只要將電腦機殼81置入基板3之容置空間37内，此 時位於合置空間37内的該等内中層板41構成電腦機殼81 之緩衝材，提供防撞保護之作用。如圖u所示，蓋上蓋板 5且使基板3上的凸耳327嵌入蓋板5之插接孔521中， 盍板5上的第五連接片57則相對嵌入凸耳％?上的開孔 328中，如此，蓋板5便能組合於基板3上。 之後，可將其他電腦相關配備（如鍵盤等等）82置於蓋 板5上，如前述輔助蓋板6之第二旁側區（附著區域）64上 塗佈有黏著劑(或貼附雙面膠），因此可將第二旁側區(附著 區域）64貼附於基板3與蓋板5之同側鄰接側壁33i、531 處，接著循摺線36之軌跡彎摺輔助蓋板6，使得中央區62 置於電腦相關配備82的上方，第三、四旁側區65、、66之 各後接片651 ' 661㈣嵌入設於蓋±的第二嵌a孔 545、555内’第—旁側區63則彎指伸置於電腦相關⑽ 10 1310012 82下方，再將蓋板5上的第六連接片5g扣入輔助蓋板6上 適當的長形孔621中，第五連接片57則扣入基板3之凸耳 327上的開孔328(見圖3)中，如此即如圖12所示完成可縮 合摺疊的電腦機殼81及其相關配備82與包裝箱2之組裝 作業。再者，為方便人員提拿包裝箱2，基板3之扣孔 處更可加裝一提柄83。 當本發明之包裝箱2要用於承裝如圖1所示之傳統無 法縮合摺疊的電腦機殼時，則是將兩内中層板41展開如圖 4所不之狀態並予九十度彎摺並立置於基板3之中央壁w 上，並位於一與中央壁31相垂直之組立位置；參閱圖3、4 ，接著如前述步驟般摺疊基板3，當基板3摺疊完成後，兩 内中層板41之第一限位片411是伸置於基板3之第三、四 側壁34、35之第-區域341、342與第二區域352、啦之 間。配合圖13所示，兩内中層板41之第二限位片4丨2並 經由基板3之第三側壁34與第四側壁35於鄰近中央壁μ 處之第二嵌合孔345、355(圖13僅顯示第二嵌合孔345)穿 出，進而彎摺並由位於各連接區域343、353上的另一第二 嵌合孔345、355嵌入，如此即可使兩内中層板41組合於 基板3之合置空間37中（如圖13所示）。電腦機殼84即可 放置於由兩内中層板41及基板3之中央壁31所共同界定 而成之空間中。 配合圖6、14所示，至於蓋板5如前述方式完成组合 後’兩外中層板42與蓋板5之組合方式與前述兩内中層板 41與基板3間之組合類似，即兩外中層板42上的兩個第三 11 1310012As shown in Figs. 6 and 10, since the cover 5 is assembled in the same manner as the substrate 3, it will not be described again. As shown in FIG. 1A, when the carton is folded as described above, it can be used for the computer casing 81 which can be condensed and folded, and the computer casing 81 is placed in the accommodating space 37 of the substrate 3. At this time, the inner middle layer plates 41 located in the accommodating space 37 constitute the cushioning material of the computer casing 81, and provide the function of collision protection. As shown in FIG. 5, the cover 5 is covered and the lug 327 on the substrate 3 is inserted into the insertion hole 521 of the cover 5. The fifth connecting piece 57 on the cymbal 5 is relatively embedded on the lug. In the opening 328, the cover 5 can be assembled on the substrate 3 in this manner. Thereafter, other computer-related equipment (such as a keyboard, etc.) 82 may be placed on the cover 5, and the second side area (attachment area) 64 of the auxiliary cover 6 is coated with an adhesive (or attached to the double). The second side region (attachment region) 64 can be attached to the same side of the substrate 3 and the cover plate 5 adjacent to the side walls 33i, 531, and then the auxiliary cover plate 6 is bent by the trajectory of the fold line 36, so that The central area 62 is placed above the computer-related equipment 82, and the rear tabs 651 '661 (4) of the third and fourth side areas 65, 66 are embedded in the second inlaid apertures 545, 555 of the cover ± In the area 63, the curved finger is placed under the computer related (10) 10 1310012 82, and the sixth connecting piece 5g on the cover 5 is buckled into the appropriate elongated hole 621 on the auxiliary cover 6, and the fifth connecting piece 57 is buckled. Into the opening 328 (see FIG. 3) in the lug 327 of the substrate 3, the assembly work of the condensably foldable computer casing 81 and its associated equipment 82 and the package 2 is completed as shown in FIG. Furthermore, in order to facilitate the personnel to pick up the package 2, a handle 83 can be added to the button hole of the substrate 3. When the packaging box 2 of the present invention is to be used for the conventional computer casing which cannot be condensed and folded as shown in FIG. 1, the two inner middle plates 41 are unfolded as shown in FIG. 4 and are bent at ninety degrees. Folded and placed on the central wall w of the substrate 3 and located at an assembly position perpendicular to the central wall 31; referring to Figures 3 and 4, the substrate 3 is then folded as described above, and after the substrate 3 is folded, the inner layers are The first limiting piece 411 of the plate 41 extends between the first-regions 341, 342 and the second region 352 of the third and fourth side walls 34, 35 of the substrate 3. As shown in FIG. 13, the second limiting piece 4丨2 of the two inner middle plates 41 passes through the third side wall 34 and the fourth side wall 35 of the substrate 3 at the second fitting holes 345, 355 adjacent to the central wall μ ( FIG. 13 shows only that the second fitting hole 345) is bent out, and is bent and embedded by another second fitting hole 345, 355 located on each of the connecting regions 343, 353, so that the two inner middle plates 41 can be combined. In the accommodating space 37 of the substrate 3 (as shown in FIG. 13). The computer casing 84 can be placed in a space defined by the two inner middle plates 41 and the central wall 31 of the substrate 3. As shown in FIG. 6 and FIG. 14 , the combination of the two outer middle layer plates 42 and the cover plate 5 is similar to the combination of the two inner middle layer plates 41 and the substrate 3, that is, the outer and middle layers. Two third 11 1310012 on board 42
限位片425亦伸置於蓋板5第三、四側壁…Η之第一區 域54卜542與第二區域551、552 μ ’第四限位片似亦 類似圖13所示第二限位片412之彎摺方式般與蓋板5上的 嵌置於蓋板5上位於各連接區域543、553上的另一第二爭 合孔545、555内’至於兩外中層板42之間則是藉由2 的第二接合孔422與第三連接片423相嵌接而組接成一體（ 如圖i4所示）’且該等外中純42與蓋板5所共同界定而 成之空間較前述兩内中層板41及基板3之中央壁31所共 同界定而成之空間大，因此可將前者罩設於後者外部如 圖15、16所示，並將外中層板42之第四連接片424嵌入 内中層板41之卡接孔413處’第三連接片似並進一步扣 入内中層板41之第一接合孔415中，即完成電腦機殼 與包裝箱2之包裝作業。 當然電腦相關配備82亦可類似前述圖丨2所示般置於 蓋板5上，並配合輔助蓋板6而與安裝定位於蓋板5上。 综上所述，本發明包裝箱2藉由基板3之中央壁31及 多數個延伸自中央壁31之側壁32〜35上設有多數條摺線％ ，使得中央壁31與該等側壁32〜35能共同彎摺界定出一容 置空間37，配合兩内中層板4設置於該容置空間37内並位 於—緩衝位置，即可供放置一可縮合摺疊之電腦機殼81， 該等内中層板41並成為電腦機殼81防撞保護用之緩衝材 ，另外，搭配一輔助蓋板6之設計更能使相關配備82 —併 安裝在包裝箱2上。此外，隨著兩内中層板41變位至一與 基板3之中央壁31相垂直之組立位置，及兩外中層板42 12 1310012 組合於蓋板5上’則可使包裝箱2之容積變大比足供承褒 一不可縮合摺疊之電腦機殼84，因此本發明之包裝箱2確 實能具有可多樣組合及可變換尺寸大小之功效，並能達到 上述之目的。 惟以上所述者’僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾皆仍 屬本發明專利涵蓋之範圍内。 • 【圖式簡單說明】 圖1是早期電腦機殼示意圖； 圖2是現有之可縮合摺疊的電腦機殼示意圖； 圖3疋本發明包裝箱一較佳實施例之基板展開圖； 圖4是該較佳實施例之兩内中層板展開圖； 圖5是該較佳實施例之一外中層板展開圖； 圖6是該較佳實施例之蓋板展開圖； _ 圖7是該較佳實施例之輔助蓋板展開圖； -圖8是該較佳實施例之兩内中層板與基板之示意圖， 顯示兩内中層板對摺後之態樣； 圖9是該較佳實施例之部份組合示意圖，顯示兩内中 層板置於基板上，且基板之第一與第二側壁彎摺後之態樣 ， 圖10是該較佳實施例之—示意圖，顯示蓋板、可縮合 摺邊的電腦機殼、及已承載有内中層板之基板未組合前之 13 1310012 圖11是該較佳實施例之另一示意圖，顯示輔助蓋板之 展開態樣； 圖12是該較佳實施例之一組合示意圖，顯示可縮合摺 疊的電腦機殼及其相關配備與包裝箱之組裝態樣； 圖13是該較佳實施例之一局部示意圖，顯示内中層板 之一第二限位片經由基板之一第二嵌合孔穿出並彎摺嵌入 另一第二嵌合孔之態樣； 圖14是該較佳實施例之又一示意圖，顯示已組合有外 中層板之蓋板、不可縮合摺疊的電腦機殼、及已組合有内 中層板之基板於未組合前之相對關係； 圖15是該較佳實施例之另一組合示意圖，顯示不可縮 合摺疊的電腦機殼及其相關配備與包裝箱之組裝態樣；及 圖16是圖15之A部份局部剖面圖。 14 1310012The limiting piece 425 is also extended on the third and fourth side walls of the cover plate Η 第一 the first area 54 542 and the second area 551, 552 μ 'the fourth limit piece is similar to the second limit shown in FIG. 13 The sheet 412 is bent in the same manner as the other second contiguous holes 545, 555 of the cover 5 embedded in the cover 5 on each of the connection regions 543, 553 as for the two outer intermediate plates 42. The second joint hole 422 of the second joint hole 422 is engaged with the third joint piece 423 to be integrated into one body (as shown in FIG. 4), and the space between the outer middle pure 42 and the cover plate 5 is defined. The space defined by the two inner middle plates 41 and the central wall 31 of the substrate 3 is large, so that the former can be disposed outside the latter as shown in FIGS. 15 and 16, and the fourth intermediate plate 42 can be connected. The piece 424 is inserted into the engaging hole 413 of the inner middle plate 41. The third connecting piece is similar to and further buckled into the first engaging hole 415 of the inner middle layer plate 41, that is, the packaging operation of the computer casing and the packaging box 2 is completed. Of course, the computer-related equipment 82 can also be placed on the cover 5 as shown in the above-mentioned Figure 2, and can be mounted on the cover 5 in conjunction with the auxiliary cover 6. In summary, the package box 2 of the present invention has a plurality of fold lines % on the central wall 31 of the substrate 3 and a plurality of side walls 32 to 35 extending from the center wall 31 such that the central wall 31 and the side walls 32 to 35 A accommodating space 37 can be defined by a common bending, and the inner middle plate 4 is disposed in the accommodating space 37 and located at the buffering position, that is, a condensable and foldable computer casing 81 can be placed, and the inner middle layer The board 41 is also used as a cushioning material for the anti-collision protection of the computer casing 81. In addition, the design of the auxiliary cover plate 6 enables the related equipment 82 to be mounted on the package 2. In addition, as the two inner middle plates 41 are displaced to a group position perpendicular to the central wall 31 of the substrate 3, and the two outer middle plates 42 12 1310012 are combined on the cover 5, the volume of the package 2 can be changed. The package is more than a computer case 84 that can not be condensed and folded. Therefore, the package 2 of the present invention can have various combinations and convertible sizes, and can achieve the above purpose. However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are all It is still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view of an early computer case; Fig. 2 is a schematic view of a conventional condensable and foldable computer case; Fig. 3 is a development view of a substrate of a preferred embodiment of the package of the present invention; FIG. 5 is a development view of an outer middle panel of the preferred embodiment; FIG. 6 is a development view of the cover of the preferred embodiment; FIG. FIG. 8 is a schematic view showing the two inner middle plates and the substrate of the preferred embodiment, showing the two inner middle plates folded in half; FIG. 9 is a part of the preferred embodiment. The combination diagram shows the two inner middle plates placed on the substrate, and the first and second side walls of the substrate are bent. FIG. 10 is a schematic view of the preferred embodiment, showing the cover plate and the condensable folded edge. 13 1310012 before the computer casing and the substrate carrying the inner middle plate are uncombined. FIG. 11 is another schematic view of the preferred embodiment, showing the unfolded state of the auxiliary cover; FIG. 12 is a preferred embodiment of the preferred embodiment. a combined schematic showing a condensably folded computer housing and Figure 13 is a partial schematic view of the preferred embodiment, showing a second limiting piece of the inner middle plate passing through a second fitting hole of the substrate and being bent and embedded Figure 14 is a schematic view of the preferred embodiment, showing a cover plate having an outer middle layer combined with a non-condensable folded computer casing, and an inner middle layer having been combined Figure 15 is a schematic view of another combination of the preferred embodiment, showing a non-condensable folded computer casing and its associated equipment and packaging assembly; and Figure 16 is Figure 15 Part A partial section view. 14 1310012
311第一嵌合孔 322、 332、342、352 第二區域 323、 333、343、353 連接區域 324、 334、344、354 凸接片 325、 335 翼片 327凸耳 329扣孔 346、356側接片 【主要元件符號說明】 2包裝箱 4組中層板 6輔助蓋板 31、51中央壁 33、53第二側壁 35、55第四側壁 37容置空間 42外中層板 57第五連接片 62中央區 64第二旁側區 66第四旁側區 82相關配備 3基板 5蓋板 32、52第一側壁 34、54第三側壁 36、43、58、61 摺線 41内中層板 44、56斷裂線 59第六連接片 63第一旁側區 65第三旁側區 81、84電腦機殼 8 3提柄 32卜 33卜 341 、 351 第 326、336第三嵌合孔 328開孔 345、355第二嵌合孔 411第一限位片 一區域 412第二限位片 413卡接孔 414第一連接片 415第一接合孔 15 1310012 421第二連接片 423第三連接片 425第三限位片 521插接孔 543、553連接區域 551、552第二區域 651、661嵌接片 422第二接合孔 424第四連接片 426第四限位片 541、542第一區域 545、555第二嵌合孔 621長形孔311 first fitting hole 322, 332, 342, 352 second region 323, 333, 343, 353 connecting region 324, 334, 344, 354 tab 325, 335 tab 327 lug 329 button hole 346, 356 side Tab [Main component symbol description] 2 Packing box 4 middle panel 6 auxiliary cover 31, 51 central wall 33, 53 second side wall 35, 55 fourth side wall 37 accommodating space 42 outer middle layer 57 fifth connecting piece 62 The central side 64 second side area 66 and the fourth side area 82 are associated with a 3 substrate 5 cover 32, 52 first side walls 34, 54 third side walls 36, 43, 58, 61. The intermediate layers 44, 56 in the fold line 41 are broken. Line 59 sixth connecting piece 63 first side area 65 third side area 81, 84 computer case 8 3 handle 32 32 33 341, 351 326, 336 third fitting hole 328 opening 345, 355 Second fitting hole 411 first limiting piece 412, second limiting piece 413, engaging hole 414, first connecting piece 415, first engaging hole 15 1310012 421, second connecting piece 423, third connecting piece 425, third limit Sheet 521 insertion holes 543, 553 connection regions 551, 552 second region 651, 661 engagement piece 422 second engagement hole 424 fourth connection piece 426 fourth limit Sheet 541, 542 first area 545, 555 second fitting hole 621 elongated hole
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