JP4809078B2 - Storage case with a partition with buffer function - Google Patents

Description

The present invention relates to a storage case that has improved impact resistance by combining a one-touch case capable of mutually complementing strength and a partition.

Since glass products that are vulnerable to impacts require careful handling, protective measures such as covering the whole with a cushioning material are required when moving regardless of the size of the product. In cases that contain multiple glass vials for pharmaceuticals, the case is provided with a partition to prevent the vials from contacting each other due to impact, and from the standpoint of productivity, the storage case is integrated (one-piece type) In order to make effective use of materials and reduce the number of places to be glued, one that incorporates a one-touch bottom is used in terms of workability.

The following prior application is by the applicant of the present application, and is a technique relating to a one-piece type storage case that stores a plurality of vials arranged in two rows. Patent Document 1 discloses a technique that uses a bottom that opens and closes with one touch, Patent Document 2 discloses a technique that provides a buffer space on the lid of a storage case, and Patent Document 3 discloses a technique that relates to preventing interference at the bottom that opens and closes with one touch.
JP 08-253235 A JP-A-11-268725 JP 2000-109050

The functions required of the storage case are the ease of use and the safety of the vials, such as vials, that can withstand the vibrations caused by transportation and the inadvertent drop caused by careless handling. There are many types that store multiple items in a row. Since the direction of the impact applied to the storage case is unspecified, it is necessary to maintain safety against the impact on the entire surface of the storage case and the internal compartment, but the current storage case with a buffer function does not have a partition structure. Moreover, it is difficult to cope with the problem because the buffering capacity of each surface of the case is not uniform.

Between the ease of use and safety, there is a problem of compatibility between the shape of the base paper for the storage case and the box making machine. If the number of members formed on the mount is small, the function of the box making machine becomes simple and easy to use, but it is difficult to realize the desired safety. If the number of parts formed on the mount is large, the function of the box making machine will be complicated, and interference problems between parts will not be negligible, so there will be more restrictions on the case structure and both ease of use and safety will be improved. It becomes difficult to satisfy.

The problem with using a one-touch bottom on the one-piece type is related to the buffer capacity of the divider. Although it is necessary to shorten the length of the specific member (partition piece) in order to smoothly advance the movement of the bottom that opens and closes with one touch, the treatment works in the direction of reducing the buffer capacity. In addition, since the shape of the member that can be drawn on the mount is limited so that it does not interfere with the continuous folding process of the box making machine, the members corresponding to the top, bottom, front, back, left and right directions of the storage case are multilayered to provide even cushioning capacity. It is difficult to increase.

As described above, the one-piece type storage case currently used is structurally difficult to satisfy the two elements of usability and safety at the same time. The inventor of the present application has solved the problem by changing the storage case to a two-piece type that divides the storage case into a one-touch case and an inner partition, eliminating the restrictions, and increasing the choice of mount shape. As a result, a storage case that achieved both ease of use and safety was obtained. Details will be described below.

The present invention is a cubic storage case (1) that is a combination of a one-touch case (2) and a partition (3), wherein the one-touch case (2) has a glue plate (11) and a rear plate in the lateral direction. The side plate (12), the left side plate (13), the outer front side plate (14), and the right side plate (15) are connected to each other through a fold line, and the upper side is covered with the rear side plate (12) via the fold line. A left lid sleeve (17) on the left side plate (13), a right lid sleeve plate (19) on the right side plate (15), and an inner front side plate (14) on the outer front plate (14). 18) are connected to each other, the insertion plate (20) is connected to the lid plate (16) via a folding line, and the inner rear bottom plate (21) is connected to the rear side plate (12) via a folding line in the downward direction. ), An inner front bottom plate (23) on the outer front side plate (14), a left bottom sleeve plate (22) on the left side plate (13), and a right bottom on the right side plate (15). The plates (24) are connected to each other, and the inner rear bottom plate (25) is connected to the inner rear bottom plate (21) via the folding line, the middle front bottom plate (27) is connected to the inner front bottom plate (23), and the left bottom sleeve is connected. The left margin (26) is connected to the plate (22), the right margin (28) is connected to the right bottom sleeve (24), and the collar portion (32) is connected to the middle rear plate (25) via a folding line. ) The outer rear bottom plate (29) with the outer front bottom plate (30) with the collar (33) attached to the middle front bottom plate (27), and the mount formed by connecting the inner front side plate (18) along the folding line. The inner rear bottom plate (25) and the middle front bottom plate (27) are folded inward along the folding line, and the inner rear bottom plate (21) is folded inwardly and glued and fixed on the outer front side plate (14). And the upper and lower inner bottom plates (23) are glued and fixed, and the outer rear bottom plate (29) and the outer front bottom plate (30) are folded outwardly along the fold line so that the middle and rear bottom plates (25 The inner rear bottom plate (21), the inner front bottom plate (23), the left bottom sleeve plate (22), and the right bottom sleeve plate along a folding line. (24) is folded inward and overlapped on the rear side plate (12), the left side plate (13), the outer front side plate (14) and the right side plate (15), and the left adhesive margin along the folding line. (26) and the right margin (28) are externally folded and overlapped on the left bottom sleeve plate (22) and the right bottom sleeve plate (24), and the rear side plate (12) is folded left along the folding line. Then, the left margin (26) and the inner rear bottom plate (21) are glued and fixed over the left side plate (13), and the right side plate (15) is folded right along the fold line. Glue and fix the glue margin plate (11) to the right side plate (15) and the right margin margin (28) to the inner front bottom plate (23), overlaid on the plate (11). It is a storage case with a partition provided with a buffer function configured to apply force to the front and back of the flat state.
The left partition (41), outer rear side plate (42), right side plate (43), front side plate (44), inner left glue margin plate (45), front middle partition plate (46) and glue in the lateral direction. In order of the metal plates (47), they are connected via a folding line, and in the upward direction, a partition plate (48) with a back adhesive margin is connected to the outer rear side plate (42) via the folding line, and the front middle partition plate (46 ) Are connected to the partition plate (49) with a front adhesive margin, respectively, and the rear partition plate (52) is connected to the partition plate (48) with a rear adhesive margin via a fold line, and the rear partition is connected via a fold line. The left adhesive margin piece (53) and the right adhesive margin piece (54) are connected to both ends of the plate (52), and the inner rear side plate (55) is connected to the outer rear side plate (42) via a fold line in the downward direction. The backboard paste is attached along the fold line, the inner back plate (55) is folded inward along the fold line, and the backboard paste is attached along the fold line. The partition plate (48) and the partition plate with front adhesive margin (49) are folded inward, and the adhesive margin near the fold line is glued and fixed to the inner rear side plate (55) and the front middle partition plate (46), respectively. The rear middle partition plate (52) is folded outward along the fold line near the fold line of the partition plate (48) with the pasting margin, and the right margin piece (54) is fixed to the right side plate (43). Gluing and fixing, the front glue plate partition plate (49) and the front middle partition plate (46) are folded right along the fold line and stacked on the front plate (44) and the front plate (44) and the front plate Gluing and fixing the adhesive margin near the fold line of the partition plate with adhesive margin (49), and folding the front side plate (44) to the right along the fold line so that the front intermediate partition plate (46) is connected to the rear intermediate partition plate (52). At the same time, the glue margin plate (47) is superimposed on the right glue margin piece (54) and fixed by gluing. The left side plate (41) is folded to the left along the fold line, and the left adhesive margin piece (53) and the inner left adhesive margin plate (45) are overlapped and fixed, and a reverse force is applied to the front and back. It is preferable to do.

The two-piece type, which divides the storage case into a one-touch case and a partition, greatly reduces the design restrictions compared to the one-piece type that integrates the one-touch case and the partition. For example, the increase in options for the mount shape ensures the member shape suitable for the purpose of use, the multi-layering of members due to the fact that the members do not interfere with each other during assembly, and the expansion of the member dimensions without placing a heavy load on the box making machine It was easy.

The bottom plate was reinforced to improve the impact resistance in the downward direction, and the bottom plate's collar was provided on the inner surface of the case so that it could not be seen from the outer surface, which helped prevent unloading and tampering. By assigning the four corner sections provided in the partition to the buffer zone, cushioning is added and the impact resistance in the left-right direction is improved. The impact resistance in the front-rear direction has been improved by providing a cushioning effect by using multiple partitions. As a result, the buffer capacity of the entire storage case has been greatly improved.

In a storage case with a partition that stores a plurality of vials, etc., the lid sleeve, the space for the instruction manual provided on the back of the lid, the instruction manual inserted, and the inserted instruction manual serve as a cushioning material on the upper lid side. Buffer capacity is obtained. Therefore, the buffering capacity of the one-touch case may be a structure that is useful for improving the shock-absorbing capacity to protect against shocks by making all five side plates and the one-touch bottom a total of five surfaces to be improved. Since the present invention employs a two-piece type in which the storage case is divided into a one-touch case and a partition, an optimum shape can be given to each.

Compared to the one-piece type storage case, the two-piece type does not have to worry about the interference between the members constituting the one-touch case and the partition at the time of assembly. In the case of the one-touch case, at least one side plate and a bottom plate that opens and closes with one touch can be easily reinforced, and the shock-absorbing ability against the front-rear direction and the downward direction can be improved.

In the case of the inner partition, in order to maintain the shape of the inner partition itself, the partition pieces are arranged on both outer surfaces of the partition plate placed in the center, and the outer ends of the partition pieces are surrounded by the side plates. At least one side plate is made into a multi-layer, and at least two central partition plates are used, and the distance between the plates is 5-15 mm or preferably 8-10 mm. The width is selected by a connecting piece provided on one central partition piece. And improved the buffer capacity in the front-rear direction. The left and right buffering capacity was improved by allocating four corner sections formed by all side plates, partition pieces and central partition plates as buffer bands.

The one-touch case and the partition are constructed so that the excess and deficiency of the number of side plates facing each other in the front-rear direction can be eliminated by mutual complementation by combining both, so Almost no difference in buffer capacity. Similarly, the space held by the two partition plates cushions the impact applied to the compartment formed outside the partition plates. The bottom plate to be opened and closed was multilayered, and a collar portion was attached to the innermost bottom plate, and the collar portion was covered with another bottom plate. This structure can be realized only with the two-piece type.

The developed view displays the surface of the mount, and the one-touch case is called A mount, and the partition is called B mount. The terms indicating the top, bottom, left, and right and front and rear directions added to the members in the structure description are based on the case where the cover plate opened with respect to the opening of the storage case is located on the back side. The bending of the member starts with the back of the mount as a reference surface, and the front and back sides are mixed and the surface is mainly displayed at the time of completion. Folding is performed with respect to the back surface of the side plate member connected in the horizontal direction. The folding from the left to the upper right was defined as the left folding. Multi-layer boards are distinguished by crowning outside / inside or outside / middle / inside. The types of fold lines to be inserted into the folds are the crease line a for the crease line, the crease line b for the ruled line in which the cuts in the half-cut state are continuously inserted, the crease line c for the ruled line in which the cuts are discontinuously inserted, and the crease line d for the ruled line having many cuts. And ruled line d. The strengths of the broken line portion and the ruled line portion are made such that a is strong and d is weak in order. Although the folding procedure described below shows one method, it is a matter of course that another method may be used if the final shape is reached without difficulty.

1 is a developed view of the A mount, FIG. 2B is a developed view of the mount, FIG. 3 (A, B, C, D, E, F) is a reduced view of the folding order of the A mount of FIG. 1, and FIG. B, C, D, E) is a reduced view of the folding order of the B mount in FIG. 2, FIG. 5 (A, B, C, D) is a plan view of the one-touch case with the A mount, a perspective view of two sides, and a bottom view FIGS. 6A and 6B are a plan view and a perspective view of a partition with a B mount, FIG. 7 a perspective view with the partition inserted into the one-touch case, and FIG. 8 a completed perspective view of the storage case with a lid. FIG. 9 shows a state diagram in which a vial is inserted into the storage case.

As shown in FIG. 1, A mount 7 is constructed. The glue margin plate 11, the rear side plate 12, the left side plate 13, the outer front side plate 14, and the right side plate 15 are connected in this order through the folding line a in the central lateral direction. In the upward direction, the cover plate 16 is connected to the rear plate via the fold line a, the left cover sleeve plate 17 is connected to the left plate, the right cover sleeve plate 19 is connected to the right cover plate 19 and the inner front plate 18 is connected to the outer front plate. The insertion plate 20 is connected to the lid plate via In the downward direction, the inner rear bottom plate 21 is connected to the rear side plate via the fold line a, the inner front bottom plate 23 is connected to the left side plate, the left bottom sleeve plate 22 is connected to the right side plate, and the right bottom sleeve plate 24 is connected to the right side plate. Through a, the middle rear bottom plate 25 is connected to the inner front bottom plate, the middle front bottom plate 27 is joined to the left bottom sleeve plate, the left glue margin 26 is connected to the right bottom sleeve plate, and the right glue margin 28 is joined to the right bottom sleeve plate, respectively, via a folding line c. The outer rear bottom plate 29 is connected to the middle rear bottom plate, and the outer front bottom plate 30 is connected to the middle front bottom plate. An inverted trapezoidal section 31 with a ruled line d is attached to the upper end of the outer front side plate, and bottom fixing collars 32 and 33 are attached to the free ends of the outer rear bottom plate and the outer front bottom plate.

As shown in FIG. 2, the B mount 8 is constructed. The left side plate 41, the outer rear side plate 42, the right side plate 43, the front side plate 44, the inner left glue margin plate 45, the front middle partition plate 46 and the glue margin plate 47 are connected in this order through the folding line c. In the upward direction, a partition plate with a back adhesive margin is connected to the outer rear side plate via a fold line b, and a partition plate 49 with a front paste margin is connected to the front middle partition plate, respectively, and a partition plate with a back adhesive margin is connected via a fold line d. The rear middle partition plate 52 is connected to each other, and the left glue margin piece 53 and the right glue margin piece 54 are joined to both ends of the rear middle partition plate via the folding line c. In the downward direction, the inner front plate 55 is connected to the outer front plate via the broken line c. The partition plate with adhesive margin is separated into an adhesive margin, a rear partition piece 50 and a front partition piece 51 by the action of the ruled line d at the time of assembly. In addition, a connecting piece 56 with glue margin with ruled lines d is provided on the rear partition plate to connect with the front partition plate.

FIG. 3 (A, B, C, D, E, F) is a folding procedure as viewed from the back before assembling the A mount 7 to the one-touch case 2, and the folding is performed in the order from the vertical direction to the horizontal direction. FIG. 3A shows a state in which the inner front plate 18 is folded inward along the fold line and is glued and fixed on the outer front plate 14. FIG. 3B shows the middle rear bottom plate 25 and the middle front bottom plate 27 along the fold line. FIG. 3 (C) shows a state in which the outer rear bottom plate 29 and the outer front bottom plate 30 are folded outward along the folding line and opposed to each other. FIG. 3D shows a state in which the inner rear bottom plate 21, the inner front bottom plate 23, the left bottom sleeve plate 22 and the right bottom sleeve plate 24 are folded inward along the folding line. It overlaps on the opposing rear side plate 12, left side plate 13, outer front side plate 14 and right side plate 15, and externally folds the left glue margin 26 and right glue margin 28 along the fold line, and left bottom sleeve plate 22 and right bottom sleeve plate. FIG. 3 (E) shows a state in which the rear side plate 12 is folded to the right along the fold line and stacked on the left side plate 13, and the left glue margin and the inner rear bottom plate 21 are glued together. FIG. 3 (F) shows a flat state in which the right side plate 15 is folded to the left along the fold line and stacked on the rear side plate, and the glue margin plate 11 is glued to the right side plate and the right margin is glued to the inner front bottom plate. It is a one-touch case of the state.

FIG. 4 (A, B, C, D, E) is a folding procedure as viewed from the back side before assembling the B mount 8 to the partition 3, and the folding is performed in the order from the vertical direction to the horizontal direction. 4A shows a state where the inner rear plate 55 is folded inward along the fold line and is glued and fixed to the outer rear plate 42, and FIG. 4B shows a partition plate 48 having a rear paste margin and a front paste margin along the fold line. The partition plate 49 is folded inward, and the adhesive margins near the fold line are glued and fixed to the inner rear plate 55 and the front middle partition plate 46, respectively. FIG. 4C shows the rear middle partition plate 52 folded outward along the fold line. 4D is a state in which the left glue margin 54 is glued and fixed to the left side plate 43, and the partition board with front glue margin is overlapped along the fold line. Fold the front partition plate to the right and put it on the rear partition plate. Glue and fix the front side plate 44 and the front side plate along the fold line. The plate 46 is overlapped on the rear partition plate 52 and connected by the connecting piece 56, and at the same time, the left adhesive margin plate 47 is superimposed on the left adhesive margin piece 54. FIG. 4E shows a flat state in which the left side plate 41 is folded to the left and overlapped on the inner left adhesive margin plate 45 and glued to the left side plate, the left adhesive margin piece 53 and the inner left adhesive margin plate at the same time. It is a partition. The two-dot chain line is removed after being used by a dummy plate 57 for the purpose of smoothly performing a gluing operation or the like in the folding process.

When the opposite forces are applied to the front and back of the flat state in FIG. 3F, the one-touch case 2 shown in FIG. 5 (A, B, C, D) is completed. 5A is a plan view, FIG. 5B is an overall perspective view, FIG. 5C is a bottom view during opening and closing, and FIG. 5D is a bottom view. The one-touch case has a one-layer structure except that the front plate has a two-layer structure and the bottom surface is stacked in a Z shape to form a three-layer structure. The engaging flange necessary for forming the bottom surface is formed at the front end of the inner front bottom plate and the inner rear bottom plate. In the formation of the bottom surface, the member located on the outside is assembled at the mount stage so that the member is located inside after the assembly. Accordingly, the bottom of the assembled base is hidden and only the joint between the outer front bottom plate and the outer rear bottom plate can be seen, which is effective for unloading and tampering.

When a force in the opposite direction is applied to the front and back of the flat state in FIG. 4E, they stand up, and the partition 3 shown in FIGS. 6A and 6B is completed. FIG. 6A is a plan view and FIG. 6B is an overall perspective view. The front middle partition plate 46 and the rear middle partition plate 52 that pass through the center of the middle partition 3 that surrounds the side plate around the connecting piece 56 pass through, and the rear middle partition plate is provided with the rear adhesive plate with the rear adhesive margin on the front side. A partition plate 49 with a front adhesive margin is arranged outside the partition plate. Since the rear partition piece 50 and the front partition piece 51 of the partition plate with adhesive margin are not affected by the bottom of the one-touch case 2, the partition piece can secure sufficient height and adhesive margin as compared with the one-piece structure partition piece. In addition, the partition piece reliably connects between the side plate and the middle partition plate and maintains the interval. In the folded state, the partition plate with adhesive margin is separated into a partition piece and an adhesive margin along the ruled line when standing up with an integral ridge. Of the compartments 4 made of partition pieces, the compartments 5 at the four corners closest to the right side plate 41 and the left side plate 43 are used as buffering compartments in the left-right direction. The inner partition is a one-layer structure except that it has a two-layer structure with an outer rear side plate and an inner rear side plate, and the rear side plate has a height higher than that of the front side plate, and a space for storing the instruction manual between the lid and the upper end of the partition piece. Was provided.

As shown in FIG. 7, when the partition 3 is inserted into the one-touch case 2, the outer front side plate 14 of the one-touch case and the front side plate 44 having a short height of the partition are combined so as to match. For impact from the front and rear direction, the two-layer front plate of the one-touch case and the single-layer front plate of the partition are similarly combined with the two-layer rear plate on the single-layer rear plate. To compensate for the excess and deficiency of the number, all accept and relax as a three-layer structure. For impacts from above and below, the cover plate 16 of the one-touch case, the left cover sleeve plate 17, the right cover sleeve plate 19, and the apparent three-layer structure according to the instruction manual inserted between the cover and the partition, and the three-layer structure of the bottom plate Accepts and relaxes. The right side plate 13 and the left side plate 15 of the one-touch case, and the right side plate 41 and the left side plate 43 of the partition are all in a single layer structure for the impact in the left and right direction. Compared to the above, it is insufficient, and the four corners 5 of the partition are received and relaxed by allocating them as buffer bands.

FIG. 8 is a completed view of the storage case 1 with a lid. From the state of FIG. 7, the insertion plate 20 connected to the lid plate 16 is bent in order along the fold line, and the insertion portion is glued to the insertion portion, or is sealed with sealing paper after insertion. The inverted trapezoidal section 31 provided on the upper edge of the outer front plate 14 of the one-touch case 2 facilitates the opening of the lid plate, and the lower front plate 44 of the partition 3 facilitates the insertion operation of the insertion plate.

FIG. 9 shows the use state in which the vial 6 is inserted into the partition 3 of the storage case 1. In the two rows of the front partition plate 46 and the rear partition plate 52 that pass through the middle of the vials arranged in two rows, the empty wall lying between the two serves as a cushion, and alleviates the impact applied from the front and rear direction of the storage case. . Further, as described above, the side plates in the front-rear direction and the downward direction are made into three layers by the one-touch case 2 and the partition 3 and a cushion by an air layer between the respective layers is used, and the four corner sections 5 are cushioned in the left-right direction. Because it plays the role of a high buffer band, the buffer capacity has been greatly improved compared to the conventional one-piece type storage case.

When the two-piece type storage case of the present invention is compared with the one-piece type, the former has a feature that there are few restrictions on the selection of the number and shape of members, and it is easy to have excellent buffering capacity. Therefore, although the present invention is intended for pharmaceuticals, an article that emphasizes impact resistance for the purpose of storing a large number of items, for example, if the contents leak due to cracking, the smell, color, etc. are changed around to affect the commercial value This is a suitable storage case.

It is an expanded view of A mount. (Example 1) It is an expanded view of B mount. (A, B, C, D, E, F) is a reduced view of the folding order of the mount A in FIG. (A, B, C, D, E) is a reduced view of the folding order of the mount B in FIG. (A, B, C, D) are a plan view, an overall perspective view, a bottom view and a bottom view during opening and closing of the one-touch case using the mount A. (A, B) is the top view and whole perspective view of the partition by the mount B. FIG. It is a perspective view of the state where the partition was inserted in the one-touch case. It is a completion perspective view of a storage case with a lid. It is the state figure which inserted the vial in the storage case.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Storage case 2 One-touch case 3 Middle partition 4 Compartment 5 Buffer partition 11 Paste board 12 Rear side plate 13 Left side plate 14 Outer front side plate 15 Right side plate 16 Lid plate 17 Left lid sleeve plate 18 Inner front side plate 19 Right lid sleeve plate 20 Difference Insert plate 21 Inner rear bottom plate 22 Left bottom sleeve plate 23 Inner front bottom plate 24 Right bottom sleeve plate 25 Middle rear bottom plate 26 Left glue margin 27 Middle front bottom plate 28 Right glue margin 29 Outer rear bottom plate 30 Outer front bottom plate 31 Sections 32, 33 鉤Portion 41 Left side plate 42 Outer rear side plate 43 Right side plate 44 Front side plate 45 Inner left adhesive margin plate 46 Front middle partition plate 47 Adhesive margin plate 48 Rear adhesive margin partition plate 49 Front adhesive margin partition plate 50 Rear partition piece 51 Front partition Piece 52 rear partition plate 55 inner rear side plate

Claims (5)

A cubic storage case (1) formed by combining the one-touch case (2) and the partition (3),
The one-touch case (2)
In the lateral direction, the glue plate (11), the rear side plate (12), the left side plate (13), the outer front side plate (14), and the right side plate (15) are connected to each other through the folding lines, respectively.
The upward, the cover plate (16) to said rear plate (12) via a fold line, the left cover sleeve plate on the left side plate (13) to (17), right cover sleeve plate on the right side plate (15) (19), an inner front plate outside said front side plate (14) to (18), and respectively connected,
Via fold lines and connecting plug plate (20) to said cover plate (16),
Hidarisokosode The downward after the inner to the rear side plate via a fold line (12) the bottom plate (21), the inner front bottom plate (23) to the outer front plate (14), the left side plate (13) a plate (22), bottom right sleeve plate on the right side plate (15) to (24), and respectively connected,
Wherein the rear bottom plate via a fold line (21) to Nakago bottom plate (25), the central front bottom plate (27) in said front base plate (23), the left margin to the left bottom sleeve plate (22) (26 the), the right overlap width (28) in the right bottom sleeve plate (24), and respectively connected,
The Nakago bottom plate via a fold line (25) to the hook (32) with outside after the bottom plate (29), said central front bottom plate (27) to the hook (33) with outer front bottom plate (30), concatenated the mount comprising Te, said front plate (18) by inwardly folding glued and fixed on top of the outer front plate (14) along the fold line,
The Nakago bottom plate along the fold line (25) and glued and fixed on top of the central front bottom plate after the said folded inner (27) the bottom plate (21) and the inner front bottom plate (23),
The outer rear bottom plate along the fold line (29) the outer front bottom plate (30) by folding the outer glued and fixed on top of the Nakago bottom plate (25) and the central front bottom plate (27),
Wherein the rear bottom plate along the fold line (21) and the inner front bottom plate (23) and said left bottom sleeve plate (22) and said right bottom sleeve plate (24) inwardly folding a to opposing the rear side plate (12) superimposed on the left side plate (13) and the outer front plate (14) and the right side plate (15),
The left margin (26) and said right overlap width (28) along fold lines to the outer fold superimposed on the left bottom sleeve plate (22) and said right bottom sleeve plate (24),
And Ri left the rear side plate (12) along fold lines the left overlap width (26) and the inner rear bottom plate (21) glued fixed on top of the left side plate (13),
Wherein said margin plate to the right side plate along fold line the right side plate on top of the overlap plate by Ri turn right (15) (11) (15) (11) in said front base plate (23) Glue and fix the right margin (28)
Compartmentalized storage case in having a slow collision functions to cause a force structure on both sides of the flat state. The partition (3) is
The left side plate (41), the outer rear side plate (42), the right side plate (43), the front side plate (44), the inner left glue margin plate (45), the front middle partition plate (46), and the glue margin plate (47) ) In the order of fold lines,
In the upward direction, a partition plate (48) with a rear adhesive margin is connected to the outer rear side plate (42) and a partition plate (49) with a front adhesive margin is connected to the front middle partition plate (46) via a fold line, respectively. And
The rear middle partition plate (52) is connected to the partition plate (48) with a rear adhesive margin via a broken line,
Both ends in the left margin piece of the partition plate in post via said fold lines (52) (53) and the right margin piece (54) is connected,
Under direction, the backing sheet formed by concatenating an inner rear side plate (55) to the outer rear plate via a fold line (42), the outer rear plate by inwardly folding said inner rear side plate (55) along fold lines (42)
The rear margin with the partition plate along the fold line (48) and the front margin with a partition plate (49) inwardly folded by a fold line near the margin and said rear plate (55) and the front-middle partition plate (46) Each with glue,
Wherein in after the partition plate along the fold line (52) by folding the outer glued fixed fold line toward the margin of the rear margin with the partition plate (48), the right margin piece to the right side plate (43) (54 )
The front margin with the partition plate along the fold line (49) and the front side plate (44) and the front margin with partition superimposed on the front in the partition plate (46) turn right Ri to the front plate (44) Glue and fix the margin of the plate (49) near the fold line,
The front of the partition plate and Ri right turn the front plate (44) along fold lines (46) on top of the in rear partition plate overlaid by connecting simultaneously the right margin piece over the (52) (54) glued fixed overlapping the margin plate (47),
The left side plate along the fold line (41) Turn Ri to the glued fixedly superimposed on the said left margin plate and left margin piece (53) (45), causing added opposite forces on the front and back arrangement and The storage case with a partition provided with the buffer function of Claim 1 . With a cushioning function according ruled margin having connecting pieces (56) in claim 2 which is provided on the rear of the partition plate (52) to maintain the connection to distance the front in the partition plate (46) Storage case with a divider. The storage case with a partition provided with a buffer function according to claim 2 or 3 , wherein a distance between the front partition plate (46) and the rear partition plate (52) is selected from a range of 5 to 15 mm. Among components in said partition (3), said left side plate (41) the rear plate (42) said right side plate (43) said front plate (44) and the front-middle partition plate (46) the preceding claims 2 provided a plurality of compartments buffer zone across the four corners (4) to (5) which is surrounded by the partition plate (52) the rear partition piece (50) and the front partition piece (51) in after 4 A storage case with a partition provided with a buffer function according to any one of the above.