TWI395692B - Packing box and stack combination thereof - Google Patents

Description

Packing box and box stacking combination

The present invention relates to a stack of storage compartments and storage compartments, and more particularly to a combination of packaging and packaging.

In general, the LCD panel will be packaged in a box and transported to other locations for assembly, testing, and other subsequent steps. However, when a plurality of packages are stacked on each other and the liquid crystal panel is placed in the package, the package may be displaced due to insufficient friction between the package and the package. Moreover, since the package filled with the liquid crystal panel has a certain weight, it is extremely difficult to adjust back to the original position after the displacement, which makes the stacking combination of the package easy to cause damage to the carton due to external force during transportation.

In addition, the box is usually designed to accommodate multiple LCD panels at a time to meet most of the needs. However, in some special cases, only a small amount of LCD panel needs to be transported to the customer for test strips or for testing. At this time, the excessive volume of the common package will cause a waste of shipping costs. In addition, after the client is shipped, if it needs to be distributed on the client, the oversized box is also troublesome.

Therefore, it is an important subject to provide a new package structure and a stack of package boxes to solve the above problems, reduce the damage of the carton during transportation, and apply to most of the cases to reduce the transportation cost.

Accordingly, one aspect of the present invention is to provide a package stacking structure comprising a plurality of packages. Each of the packages includes a horizontal top surface, at least one inner box, at least one outer box lid, moving parts and recessed grooves.

There are a plurality of partitions in the inner box. The outer box cover is movably disposed on the horizontal top surface. The outer box cover has a first card slot structure, and when the outer box cover is closed, the first card slot structure is engaged with the partition. The moving member is slidably coupled to the vertical wall of the package along the normal direction of the horizontal top surface. The slot corresponds to the moving part setting. When any two packages are stacked on each other, the relative positions of the packages can be fixed by extending the moving members into the slots of the other package.

According to an embodiment of the invention, the package has two first openings and a second opening that are joined to cover the first opening when the outer cover is closed. The partitions are spaced perpendicular to the horizontal top surface. The plurality of inner box accommodating spaces formed by the partitions are simultaneously connected to the first opening and the second opening. The first card slot structure is adjacent to the outer box cover and connected to the other side of the horizontal top surface. And the first card slot structure has a plurality of card slots corresponding to the spacer spacing. The card slots are respectively unequal-width openings, and the unequal-width openings have a first hole domain and a second hole domain that are connected to each other. The second hole domain is narrower than the first hole domain, and when the outer box cover is closed, the second hole domain is adjacent to the second opening compared to the first hole domain.

According to another embodiment of the invention, the inner box has two connected third and fourth openings. An inner box cover is respectively disposed on opposite sides of the third opening. When the inner box cover is closed, the third opening is covered. The inner box lid has an extension adjacent to the side of the fourth opening. The extension covers a portion of the fourth opening when the inner box lid is closed. When the inner box is disposed in the packaging box, the inner box lids are respectively folded to the inner side of the inner box perpendicular to the opposite sides of the third opening. The extensions are respectively folded into the inner box, and the extension portion and the inner box lid are clamped to the opposite side surfaces.

According to a further embodiment of the invention, the moving member is disposed on two opposite second side walls that are perpendicular to the horizontal top surface. The moving member has a strip-like structure, and the strip-shaped structure has a first fitting portion and a first positioning portion, and the cross-section of the first positioning portion is different from the cross-section of the first fitting portion. In addition, the projection of the moving member is an arrow-like cluster shape, and the end of the moving member further includes a fitting portion receiving portion connected to the first positioning portion. The second side wall has a limiting portion disposed parallel to the horizontal top surface. The limiting portion has a limiting opening, and the shape of the limiting opening corresponds to a section of the first fitting portion.

According to still another embodiment of the present invention, the second side wall has a groove for receiving the moving member, and the groove has a groove opening to cut one side of the second side wall. The moving member has a T-shaped structure and has a second positioning portion and a second fitting portion extending from the second positioning portion toward the groove opening. The relative distance between the opposite sides of the groove cooperates with the maximum width of the second positioning portion, and the groove opening fits the maximum width of the second fitting portion. The opposite sides of the groove respectively have a limiting member for limiting the position of the moving member. The recess also fits the maximum width of the second fitting portion.

Another aspect of the present invention is to provide a package. The package includes a horizontal top surface, a first opening, a second opening, at least one inner box, at least one outer box lid, a moving member and a slot. The first opening is disposed on the horizontal top surface. The second opening is connected to the first opening. The inner box has a plurality of partitions arranged vertically horizontally. And a plurality of inner box accommodating spaces formed by the partitions are simultaneously connected to the first opening and the second opening. The outer box cover is movably disposed on the horizontal top surface, and the outer box cover has a first card slot structure. When the outer box lid is closed, the first card slot structure engages with the partition and covers the first opening. The moving member is slidably connected to the vertical wall of the package along the normal direction of the horizontal top surface, and may partially protrude from one side of the package. The recessed groove is correspondingly disposed on the opposite surface of the moving piece protruding from the packaging box surface.

In the embodiment of the invention, a moving member and a corresponding recessed groove are provided. When the packages are stacked, the moving members extend into the recesses of another package stacked one on another, whereby the relative positions between the respective packages can be fixed. In addition, in the embodiment, the package has an inner box, so that it can be shipped in the entire package according to the condition of the shipment, or directly in the inner box. In this way, not only can the packaging method be flexibly selected according to the situation, but also the transportation volume can be reduced, and the transportation cost can be saved.

Each embodiment of the present invention is provided with an inner box to improve the elasticity of use, and the moving box and the corresponding embedding groove are also disposed on the packaging box. When the packaging box is in a stacked form, the moving parts can extend into another packaging box stacked on each other. The groove is used to fix the relative position between the boxes.

Please refer to FIG. 1 , which is a schematic diagram of an embodiment of a package stack combination. The package stacking combination 100 is formed by stacking a plurality of packages 200. Please refer to both Figures 2A and 2B. 2A and 2B are schematic views of the package 200. In the embodiment, the package 100 has the same structure with respect to both sides of the symmetry line AA to increase the number of the liquid crystal panels in the package 200. However, in other embodiments, the package 200 can also be designed as a single side along the symmetry line AA according to actual use conditions. Moreover, for the sake of brevity, the contents of the various embodiments of the present specification are only described for the structure of one side. Generally, the knowledgeable person should be able to understand the overall configuration of the package 200 according to the present specification. The structure of the moving member 400 and other related structures will be described in detail later.

The package 200 includes a horizontal top surface 210, at least one inner box 300, and at least one outer box lid 212. The inner box 300 has a plurality of partitions 310 therein. The outer box cover 212 is movably disposed on the horizontal top surface 210.

The package 200 has two connected first openings 220 and second openings 230, and when the outer box cover 212 is closed, the first opening 220 is covered, so that the appearance of the package 200 is as shown in FIG. The inner box 300 can be detached from the package 200 or placed in the package 200 via the first opening 220 and the second opening 230. In the present embodiment, the package box 200 can accommodate two inner boxes 300 side by side with respect to one side of the symmetry line AA. In other embodiments, the size of the package 200 and the inner box 300 may be designed according to the actual use conditions, and the number of the inner boxes 300 accommodated by the package 200 may be increased or decreased.

When the inner box 300 is disposed in the packaging box 200, the inner box accommodating space 320 formed by the partition 310 in the inner box 300 is simultaneously connected to the first opening 220 and the second opening 230. Thereby, the liquid crystal panel can be placed in the inner box accommodating space 320 through the first opening 220 and the second opening 230. That is, depending on the box requirements, the liquid crystal panel can be placed through the top or side opening.

In addition, the outer box cover 212 has a first card slot structure 214. When the outer box cover 212 is closed, the first card slot structure 214 is engaged with the partition 310. The first card slot structure 214 is adjacent to the outer box cover 212 to the other side of the horizontal top surface 210. The first card slot structure 214 has a plurality of card slots 226 spaced apart corresponding to the spacers 310.

Please refer to FIG. 3 at the same time, which is an enlarged schematic view of part B in FIG. 2B. The card slots 226 are respectively unequal width openings. The unequal wide opening has a first hole domain 224 and a second hole domain 222 that are connected to each other. The second aperture domain 222 is narrower than the first aperture domain 224. When the outer box cover 212 is closed, the second hole 222 is adjacent to the second opening 230 compared to the first hole 224.

When the outer box cover 212 is covered in the direction A in FIG. 2B, the first hole 224 will first approach the partition 310, so the first hole 224 is designed to provide a guiding effect for the partition. The engaging portion 312 of the 310 can be easily and correctly received into the card slot 226. A corresponding recess is disposed adjacent to the engaging portion 312 of the partition 310, so as to cooperate with the first slot structure 214, so that the first slot structure 214 can be engaged with the partition 310. Then, when the outer box cover 212 is completely covered, the second hole 222 sandwiches the partition 310 to the left and right, so that the entire first slot structure 214 and the partition 310 are tightly engaged, and the outer box cover 212 is positioned. The position and the case where the inner box 300 is detached from the package 200 at the time of transportation are avoided.

In addition, the outer box cover can also be designed with multiple card slots or other locations on the outer box cover at other locations. Please refer to Figure 4. This is a schematic diagram of another embodiment of the invention. In addition to the first card slot structure 214, a second card slot structure 216 is further disposed at a distance D from the first card slot structure 214 and disposed in parallel on the outer box cover 212. The second card slot structure 216 also has the same card slot 226 as the first card slot structure 214. By the two sets of the card slot structures 214, 216, the bonding force between the outer box cover 212 and the inner box 300 can be enhanced, and the situation that the inner box 300 is disengaged from the package 200 during transportation is further avoided.

Next, please refer to FIGS. 5A to 5B, which are schematic views of the inner box 300. The inner box 300 also has two connected third openings 330 and fourth openings 332. In order to improve the stability of the liquid crystal panel to be accommodated in the inner box accommodating space 320, and to prevent the liquid crystal panel from falling off during transportation, the inner buffer member 340 and the side inner buffer member 350 may be respectively mounted on the partition plates 310 on the sides of the two openings 330, 332. The upper inner cushioning member 340 and the inner inner cushioning member 350 are respectively engaged with the partition plate 310 through the slot shape and the recessed portion disposed thereon, so as to prevent the liquid crystal panel from sliding out from the third opening 330 and the fourth opening 332.

In addition, an inner box cover 360 is disposed on each of the opposite sides of the third opening 330, and the third opening 330 is covered when the inner box cover 360 is closed. The inner box cover 360 has an extension 362 adjacent to the side of the fourth opening 332. When the inner box cover 360 is closed, the extension 362 covers a portion of the fourth opening 332.

When the inner box 300 is disposed within the package 200, the inner box cover 360 is folded to the inner side 300 perpendicular to the opposite sides 370 of the third opening 330, respectively. The extensions 362 are respectively folded into the inner box 300 such that the opposite sides 370 are located between the inner box cover 360 and the extension 362. That is, the extension portion 362 and the inner box cover 360 sandwich the opposite side surfaces 370 as shown in FIG. 5A.

In order to fix the relative positions of the packages when the packages are stacked on each other, the embodiment of the present invention further provides a moving member and a corresponding recessed groove on each of the packages. Please refer to Figures 6A to 6C. This is a schematic diagram of a stacked combination of a package and a package according to an embodiment of the present invention. 6C is an enlarged schematic view of a portion A in FIG. 6B.

The moving member 400 is movable along the normal direction B of the horizontal top surface 210, and the recess 266 is disposed corresponding to the moving member 400. When any two packages 200A, 200B are stacked on each other to form a package stack assembly 100, the moving member 400 extends into the recess 266 of the other package (for example, the moving member 400 of the package 200B extends into the package in this embodiment). The slot 266) of the box 200A can fix the relative positions of the packages 200A, 200B.

In other words, the moving member 400 may partially protrude from one side of the package 200A, 200B, and the recess 266 corresponds to the opposite surface disposed on the convex surface. In the present embodiment, the moving member 400 in the package 200B is moved upward to fix the upper package 200A. Thus, the horizontal top surface 210 of the package 200A, 200B is provided with a moving member opening 268 corresponding to the moving member 400 such that a portion of the moving member 400 can protrude from the horizontal top surface 210. The slot 266 is correspondingly disposed on the opposite surface of the horizontal top surface 210, so that the moving member 400 of the lower package 200B can be moved upwards and protrudes into the slot 266 of the package 200A, thereby fixing the relative positions of the two packages 200A, 200B. .

However, when there is only one package 200, which is not stacked, the movable member 400 can be housed in the package 200, and the convex portion of the moving member 400 is prevented from causing inconvenience of transportation (as shown in FIG. 6A).

In the present embodiment, the moving member 400 is disposed on the two opposite second side walls 270 perpendicular to the horizontal top surface 210. The second side wall 270 is further provided with a moving part accommodating space 264 for accommodating the moving part 400 to move the moving part 400 in the movable part accommodating space 264 along the normal direction B of the horizontal top surface 210.

Please refer to Figures 7A through 7C at the same time. 7A and 7B are schematic views of the moving member of the embodiment. Figure 7C is a projection of the moving member.

The moving member 400 is a strip structure in this embodiment. The strip structure has a first fitting portion 410 and a first positioning portion 420. The cross section of the first positioning portion 420 is different from the cross section of the first fitting portion 410.

Please refer to the 7C chart. In the present embodiment, the moving member 400 is formed by cutting and folding using corrugated paper. It can be clearly seen from the projection view of the moving member 400 that the two fitting portion angles 412 folded by the first fitting portion 410 are different from the angles pointed by the two positioning portion corners 414 of the first positioning portion 420. Forms a cluster of arrows. It is also shown that the two positioning shapes of the first positioning portion 420 and the first fitting portion 410 are different.

The moving part accommodating space 264 in the second side wall 270 has a limiting portion 260 disposed parallel to the horizontal top surface 210. The limiting portion 260 has a limiting opening 262. The shape of the limiting opening 262 corresponds to the cross section of the first fitting portion 410. Therefore, only the first fitting portion 410 can pass through the limiting opening 262, and when the moving member 400 is displaced upward to the boundary between the first fitting portion 410 and the first fitting portion 410, the first positioning portion 420 and the first portion The two cross-sectional shapes of one of the fitting portions 410 are different, so that the first positioning portion 420 cannot pass through the limiting opening 262, so that the moving member 400 cannot rise without restriction. That is, the angle 414 of the first positioning portion cannot pass through the limiting opening 262, thereby restricting the first fitting portion 410 from projecting into the protruding portion of the recess 266 of the other package 200A (as shown in FIG. 6C).

In addition, the end of the moving member 400 further includes a fitting portion accommodating portion 430 connected to the first positioning portion 420. The fitting portion accommodating portion 430 is folded by corrugated cardboard and has a V-shaped projection. The two V-shaped side walls 434 directly form the fitting portion accommodating space 432, and no additional folding angle is formed. The fitting portion accommodating space 432 is a protruding portion of the first fitting portion 410 for accommodating the lower package 200B and extending into the fitting groove 266.

In addition to being designed to move upward as in the above embodiment, the moving member can also be designed to move downward to achieve the effect of fixing the relative position of the stack combination of the packages.

Please refer to Figures 8A to 8D. 8A to 8D are schematic views of a moving member according to another embodiment of the present invention. In the figure 8A, in order to show the moving member and the corresponding structure, part of the inner box and the corresponding other elements are not shown, and FIG. 8B and FIG. 8C are enlarged views of part A of FIG. 8A. 8B and 8C are schematic views respectively showing the moving parts in different states. Fig. 8D is a partial enlarged view of the moving member in Fig. 8B. In this embodiment, the second sidewall 240 has a recess 242 for receiving the moving member 500. The groove 242 has a groove opening 250 on one side of the second side wall 240.

The moving member 500 is designed as a thin plate of a T-shaped structure in this embodiment. The moving member 500 has a second positioning portion 510 and a second fitting portion 520. The second fitting portion 520 extends from the second positioning portion 510 toward the groove opening 250. The distance between the two opposite groove sides 246 of the groove 242 is designed to match the maximum width A of the second positioning portion 510. Thereby, the two opposite groove sides 246 of the groove 242 can contact the second positioning portion 510, and the sliding member 500 is substantially fixed by the friction between the two opposite groove sides 246 and the second fixing portion 510. In addition, the groove opening 250 fits the maximum width B of the second fitting portion 520, so that the second fitting portion 520 can smoothly pass through the groove opening 250 and protrude out of the package 200A, 200B.

In the present embodiment, the moving member 500 of the package 200A is moved downward to extend into the recess 252 of the other package 200B. However, in order to avoid that the moving member 500 is displaced downward by the influence of gravity after only one of the packages 200A, 200B, the opposite groove sides 246 of the groove 242 respectively have a limiting member 244 for defining The position of the moving member 500. In this embodiment, the limiting member 244 is an arc-shaped protruding member disposed on the side 246 of the groove, so that the second positioning portion 510 can abut against the limiting member 244 to prevent the moving member 500 from being in an unexpected situation. Move down. In other embodiments, the limiting member 244 can also be designed in a square shape or other suitable shape.

When the moving member 500 is moved downward, the hollow portion 512 disposed on the second positioning portion 510 can be biased to disengage the moving member 500 from the limiting member 244, and the second engaging portion 520 is extended. Another slot 252 of the package 200B is used to position the relative positions of the two packages 200. Of course, the recessed groove 252 is matched with the maximum width B of the second fitting portion 520, and the second side wall 240 is also provided with a fitting portion accommodating space 248 for accommodating the second fitting portion 520 of the inserting groove 252. Part. Thereby, when the second fitting portion 520 of the package 200A protrudes into the recess 252 of the package 200B, the relative position between the package 200A and the package 200B is fixed.

In the embodiment of the invention, a moving member and a corresponding recessed groove are provided. When the packages are stacked, the moving members extend into the recesses of another package stacked on each other, whereby the relative positions between the respective packages can be fixed. When the liquid crystal panel is placed in the packaging box, the condition of the packaging box is displaced due to insufficient friction between the packaging box and the packaging box. It also reduces the chance of damage to the carton caused by external forces during transportation.

In addition, in the embodiment, the package has a removable inner box, so that it can be shipped in the entire package according to the condition of the shipment, or directly shipped in the inner box. After being transported to a fixed point, for the convenience of the user, only a small amount of sample can be taken at a time. For example, in each embodiment of the present invention, only one small inner box in the package can be taken at a time, and the volume is taken. And weighs only a quarter of the overall package. In this way, not only can the packaging method be flexibly selected according to the situation, but also the transportation volume can be reduced, and the transportation cost can be saved.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention, and the present invention can be modified and modified without departing from the spirit and scope of the present invention. The scope is subject to the definition of the scope of the patent application attached.

100. . . Box stacking combination

200. . . Packing box

200A. . . Packing box

200B. . . Packing box

210. . . Horizontal top

212. . . Outer box cover

214. . . First card slot structure

216. . . Second card slot structure

220. . . First opening

222. . . Second hole domain

224. . . First hole domain

226. . . Card slot

230. . . Second opening

240. . . Second side wall

242. . . Groove

244. . . Limiter

246. . . Groove side

248. . . Fitted space

250. . . Groove opening

252. . . Insert slot

260. . . Limiting department

262. . . Limit opening

264. . . Moving parts accommodation space

266. . . Insert slot

268. . . Moving piece opening

270. . . Second side wall

300. . . Inner box

310. . . Partition

312. . . Clamping department

320. . . Inner box accommodation space

330. . . Third opening

332. . . Fourth opening

340. . . Upper buffer

350. . . Side buffer

360. . . Inner box cover

362. . . Extension

370. . . side

400. . . Moving parts

410. . . First fitting

412. . . Fitting section

414. . . Positioning angle

420. . . First positioning part

430. . . Mating part housing

432. . . Fitted space

434. . . V-shaped structure sidewall

500. . . Moving parts

510. . . Second positioning part

512. . . Hollowing

520. . . Second fitting part

The above and other objects, features, advantages and embodiments of the present invention will become more apparent and understood.

1 is a schematic view showing a stacking arrangement of a package according to an embodiment of the present invention.

2A and 2B are schematic views of a package according to an embodiment of the present invention.

Fig. 3 is an enlarged schematic view showing a portion B of Fig. 2B.

Figure 4 is a schematic view of a package in accordance with another embodiment of the present invention.

5A to 5B are schematic views of an inner box according to another embodiment of the present invention.

6A-6B are schematic diagrams showing a stacking combination of a package and a package according to an embodiment of the present invention.

Fig. 6C is an enlarged schematic view of a portion A in Fig. 6B.

7A to 7B are schematic views showing a moving member according to an embodiment of the present invention.

7C is a projection view of a moving member according to an embodiment of the invention

8A to 8D are schematic views showing a moving member according to another embodiment of the present invention.

100. . . Box stacking combination

200. . . Packing box

210. . . Horizontal top

212. . . Outer box cover

268. . . Moving piece opening

300. . . Inner box

400. . . Moving parts

Claims (25)

A package stacking combination comprising: a plurality of packages, each of the packages comprising: a horizontal top surface; at least one inner box having a plurality of partitions; at least one outer box cover, active Provided on the horizontal top surface, the outer box cover has a first card slot structure, and when the outer box cover is closed, the first card slot structure is engaged with the partitions; a moving member along the a normal direction of the horizontal top surface is slidably connected to one of the vertical walls of the plurality of packages; and a recessed groove corresponding to the moving member; wherein when the two of the packages are stacked on each other, the moving member extends The recessed grooves of the other packaging boxes fix the relative positions of the packaging boxes. The package stacking combination of claim 1, wherein the plurality of packages have two first openings and a second opening, and the first opening is covered when the outer cover is closed. The package stacking combination of claim 2, wherein the plurality of partitions are spaced perpendicular to the horizontal top surface. The package stacking combination of claim 3, wherein the plurality of inner box accommodating spaces formed by the partitions are simultaneously connected to the first opening and the second opening. The package stacking combination of claim 4, wherein the first card slot structure is adjacent to the outer box cover and connected to the other side of the horizontal top surface. The package stacking combination of claim 5, wherein the outer box cover further comprises a second card slot structure disposed on the outer box cover at a distance from the first card slot structure. The package stacking combination of claim 6, wherein the first card slot structure and the second card slot structure respectively have a plurality of card slots, and the plurality of card slots are disposed in parallel. The package stacking combination of claim 7, wherein the card slots are respectively unequal width apertures, the unequal width apertures having one of the first aperture domains and a second aperture domain The second hole domain is narrower than the first hole domain, and when the outer box cover is closed, the second hole domain is adjacent to the second opening compared to the first hole domain. The package stacking combination of claim 4, wherein the first card slot structure has a plurality of card slots corresponding to the plurality of spacers. The package stacking combination of claim 9, wherein the card slots are respectively unequal width apertures, the unequal width apertures having one of the first aperture domains and a second aperture domain The second hole domain is narrower than the first hole domain, and when the outer box cover is closed, the second hole domain is adjacent to the second opening compared to the first hole domain. The package stacking combination of claim 4, wherein the inner box has two third openings and a fourth opening. The package stacking combination of claim 11, wherein an inner box cover is respectively disposed on opposite sides of the third opening, and the third opening is covered when the inner box cover is closed. The package stacking combination of claim 12, wherein the inner box cover has an extension adjacent to the side of the fourth opening, and when the inner box cover is closed, the extension covers the portion Four openings. The package stacking combination of claim 13, wherein when the inner box is disposed in any of the plurality of boxes, the inner box lids are respectively folded to the inner side of the inner box perpendicular to the opposite sides of the third opening The extensions are respectively folded into the inner box, and the extensions sandwich the opposite sides with the inner box lids. The package stacking combination of claim 2, wherein the moving member is disposed on two opposite second side walls that are perpendicular to the horizontal top surface. The package stacking combination according to claim 15, wherein the moving member is a strip-shaped structure, the strip-shaped structure has a first fitting portion and a first positioning portion, and the cross section of the first positioning portion is different from the first portion A section of a fitting portion. The package stacking combination of claim 16, wherein the projection of the moving member is an arrow-like cluster. The package stacking combination of claim 17, wherein the end of the moving member further comprises a fitting receiving portion connected to the first positioning portion. The package stacking combination of claim 16, wherein the second side wall has a limiting portion disposed parallel to the horizontal top surface, the limiting portion has a limiting opening, and the shape of the limiting opening corresponds to the A cross section of the first fitting portion. The package stacking assembly of claim 15, wherein the second side wall has a recess for receiving the moving member, and the recess has a recess opening at a side of the second side wall. The package stacking combination of claim 20, wherein the moving member has a T-shaped structure, and has a second positioning portion and a second fitting portion extending from the second positioning portion toward the groove opening. The package stacking combination of claim 21, wherein a relative distance between the opposite sides of the groove matches a maximum width of the second positioning portion, the groove opening engaging a maximum width of the second fitting portion. The package stacking combination of claim 22, wherein the opposite sides of the groove respectively have a limiting member for limiting the position of the moving member. The package stacking combination of claim 23, wherein the slot fits the maximum width of the second mating portion. a package comprising: a horizontal top surface; a first opening disposed on the horizontal top surface; a second opening connected to the first opening; at least one inner box having a plurality of partitions therein Vertically disposed on the horizontal top surface, and the plurality of inner box accommodating spaces formed by the partitions are simultaneously connected to the first opening and the second opening; at least one outer box cover is movably disposed on the horizontal top surface The outer box cover has a first slot structure. When the outer box cover is closed, the first slot structure engages with the partitions and covers the first opening; a moving part along The normal direction of the horizontal top surface is slidably connected to one of the vertical walls of the packaging box, and may partially protrude from one side of the packaging box; and a recessed groove correspondingly disposed on the moving part protrudes from the packaging box surface On the opposite side.