JP5037935B2 - Containment case - Google Patents

Description

  The present invention relates to a housing case for housing a product.

  Conventionally, when selling a product, a housing case for display is used (for example, Patent Document 1 and Patent Document 2).

  The housing case is formed of a rectangular case main body that accommodates a product, and an opening for showing the stored product is formed on the front surface of the case main body.

  That is, a pair of upper and lower cuts traversing the front surface are formed on the front surface of the case main body, and each cut extends to the center of the side surface of the case main body. The end portions of the respective cuts are connected by fold lines, and a fold portion that is folded inside the case main body is formed inside the both cuts and the fold lines.

The folding portion includes a front surface configuration portion configured by a part of the front surface and a side surface configuration portion configured by a portion of the side surface, and the side surface configuration portion is in a state in which the folding portion is folded. It is comprised so that it may be arrange | positioned along the inner side of the side surface of a case main body. Moreover, the said front surface structure part is comprised so that it may be arrange | positioned along the back surface of the said case main body, and it is comprised so that an opening part can be formed in the said front surface in this folding state.
Japanese Utility Model Publication No. 57-129032 Japanese Patent Laid-Open No. 01-213143

  However, in such a storage case, the width dimension of the front surface of the case body and the width dimension of the back surface are set to be substantially the same, but the width dimension inside the case body is the same as the case body. The side wall becomes narrower.

  For this reason, in the state which folded the said folding part in the said case main body, the said folding part will bend, and the said front surface structure part arrange | positioned along the said back will curve inside and will protrude.

  When the product is stored in the storage case in this state, there is a problem that the product is caught on the protruding front structure portion and is difficult to store.

  This invention is made | formed in view of such a conventional subject, and it aims at providing the accommodation case which can eliminate the malfunction which may arise at the time of accommodation.

In order to solve the above-described problem, in the storage case according to claim 1 of the present invention, a pair of cut end portions extending from the front surface to the side surface of the case body are provided between the front surface and the back surface. In the storage case in which the folding part surrounded by the both folding lines formed on each side and the both cuts is folded inside the case body and an opening is formed on the front surface, which is connected by the provided folding lines. The formation position of the fold line is set on the front side from an intermediate position between the front surface and the back surface, and an edge fold line for forming each side surface with respect to the front surface is formed in the folding portion, A pair of valley fold lines that longitudinally cut the fold portion are provided between the both edge fold lines, and the separation distance between the valley fold line and the adjacent edge fold line is set within 5 mm.

  That is, by setting the formation position of the fold line to the front side from an intermediate position between the front surface and the back surface, the length dimension of the fold portion between the fold lines is aligned with the inner surface of the case body. It can be made shorter than the distance between the two folding lines.

Thereby, the bending which may arise in the said folding part folded in in the said case main body is prevented, and the said folding part is fixed to the back side.
In addition, a plane is formed between the fold line and the edge fold line by forming an edge fold line in the fold portion for bending the side surfaces with respect to the front surface. It is arranged along.
Further, by providing a pair of valley fold lines that vertically cut the fold portion between the both edge fold lines, a plane is formed between the both fold lines, and this plane is disposed along the back surface. .
And it forms between the plane arrange | positioned along the said side surface, and the plane arrange | positioned along the said back surface by setting the separation distance of the said valley fold line and the said edge fold line adjacent to within 5 mm. The width of the inclined surface is within 5 mm.

  In the storage case of claim 2, the separation distance from the intermediate position to the formation position of the fold line is set to be equal to or greater than the thickness dimension of the plate member forming the case body.

  Thereby, the bending | flexion resulting from the thickness of the said board | plate material which may arise when the said folding part is folded inside the said case main body is prevented.

  As described above, in the storage case according to the first aspect of the present invention, it is possible to prevent bending at the folding portion that is folded into the case main body, and fix the folding portion to the back side of the case main body. Can do.

  For this reason, in a state in which the folded portion is folded into the case body, the folded portion is bent, and the portion disposed along the back surface is curved inward and protrudes in comparison with the conventional case. The product can be easily accommodated in the case, and the workability of accommodating the product in the case body is improved.

Accordingly, it is possible to eliminate problems that may occur during product accommodation.
In addition, by forming an edge fold line in the folding portion for forming each side surface with respect to the front surface, a plane is formed between the fold line and the edge fold line, and this plane is formed on the side surface. Can be arranged along.
Thereby, the accommodation space of the width direction in the said case main body can be increased.
Further, by providing a pair of valley fold lines that vertically cut the fold portion between the two edge fold lines, a plane is formed between the valley fold lines, and this plane can be disposed along the back surface. it can.
Thereby, the accommodation space of the depth direction in the said case main body can be increased.
And it forms between the plane arrange | positioned along the said side surface, and the plane arrange | positioned along the said back surface by setting the separation distance of the said valley fold line and the said edge fold line adjacent to within 5 mm. The width dimension of the inclined surface can be within 5 mm.
Thereby, the storage space in the width direction and the storage space in the depth direction in the case body can be effectively used.

  Further, in the storage case according to claim 2, by setting a separation distance from the intermediate position to the formation position of the folding line to be equal to or greater than a thickness dimension of a plate member forming the case main body, the folding portion is configured to be the case main body. It is possible to prevent the bending due to the thickness of the plate material that may occur when folded inside, and to solve the problems caused by the bending.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
FIG. 1 is a diagram showing a storage case 1 according to the present embodiment. The storage case 1 stores products and displays them in stores.

  As shown in FIGS. 1 and 2, the storage case 1 includes a rectangular case body 11 and is configured so that the storage case 1 can be placed on a display shelf in a state where the storage case 1 is self-supporting. An extension piece 12 extends upward from the case body 11 of the storage case 1, and a triangular hanging hole 13 is formed at the center of the extension piece 12. Thereby, it is comprised so that the said storage case 1 can also be suspended and displayed.

  An opening 22 is formed in the front surface 21 of the case body 11 so that a product stored in the case body 11 can be seen from the opening 22. 1, the container body 24 holding the sponges 23,... As products is accommodated in a state of being wrapped in a transparent bag as shown in FIG. The state in which the sponge 23 is accommodated in part is shown).

  FIG. 3 is a view showing a state in which the storage case 1 is unfolded. The storage case 1 is formed by pressing a cardboard 31 as a plate material, and printing is performed on the front side thereof.

  That is, the storage case 1 includes a rectangular back surface 41, and a continuous portion 43 is continuously connected to the back surface 41 via a folding line 42. The continuous portion 43 is configured to be bent along the folding line 42 and is configured to form the extending piece 12.

  A joining piece 52 is connected to the lower part of the left edge of the back surface 41 via a folding line 51, and a left side surface 54 is connected to the right edge of the back surface 41 via a folding line 53. Yes. The front surface 21 is connected to the right edge of the left side surface 54 via a folding line 55, and the right side surface 57 is connected to the right edge of the front surface 21 via a folding line 56. .

  A bottom lid 62 is continuously provided on the lower edge of the back surface 41 via a folding line 61, and a left locking piece 64 is continuously provided on the lower edge of the left side surface 54 via a folding line 63. Has been. A bottom surface 66 is connected to the lower edge of the front surface 21 via a folding line 65, and a right locking piece 68 is connected to the lower edge of the right side surface 57 via a folding line 67. Yes.

  A left flap 72 is connected to the upper edge of the left side surface 54 via a folding line 71, and a top surface 74 is connected to the upper edge of the front surface 21 via a folding line 73. ing. A flap 76 is continuously provided on the top surface 74 via a folding line 75, and a right flap 78 is formed on the upper edge of the right side surface 57 via a folding line 77.

  Each of the folding lines is formed in a groove shape at the time of pressing, and is configured to be mechanically folded when the box-shaped storage case 1 is formed.

  Thus, when the case body 11 is formed by bending the folding lines, the bonding piece 52 coated with an adhesive is bonded to the back side of the right side surface 57 to form a rectangular cylindrical shape. The bottom lid 62, the left locking piece 64, the right locking piece 68, and the bottom surface 66 form a bottom. Then, the left flap 72 and the right flap 78 are tilted inward, and the top surface 74 is overlaid on the top surface 74 so that the flap 76 is inserted into the back surface 41 side. The case body 11 is configured to be closed.

  A pair of upper and lower cuts 81 and 82 are formed on the front surface 21 constituting the case body 11, and both cuts 81 and 82 extend so as to cross the front surface 21. .

  The upper notch 81 is formed in a wave shape, and its left end extends to the left side surface 54. This upper cut left end 85 is set to the right edge side from the middle position 91 between the left edge and the right edge of the left side surface 54, that is, from the middle position 91 between the front surface 21 and the back surface 41 to the front surface 21 side. A separation distance 92 between the upper notch left end 85 and the intermediate position 91 is set to 1 mm which is equal to or greater than the thickness dimension of the cardboard 31.

  A right end portion of the upper cut 81 extends to the right side surface 57, and the upper cut right end 101 is located on the left edge side of the middle position 102 between the left edge and the right edge of the right side surface 57, that is, the front surface. 21 is set closer to the front surface 21 than the intermediate position 102 between the rear surface 41 and the rear surface 41, and the distance 103 between the upper notch right end 101 and the intermediate position 102 is set to 1 mm which is equal to or greater than the thickness of the cardboard 31. ing.

  The lower notch 82 is formed in a curved shape, and its left end extends to the left side surface 54. The lower cut left end 111 is set to the right edge side from the intermediate position 91 between the left edge and the right edge of the left side surface 54, that is, from the intermediate position 91 between the front surface 21 and the back surface 41 to the front surface 21 side. The separation distance 92 between the lower cut left end 111 and the intermediate position 91 is also set to 1 mm which is equal to or greater than the thickness dimension of the cardboard 31.

  The right end of the lower cut 82 extends to the right side 57, and the lower cut right end 121 is located on the left edge side of the intermediate position 102 between the left and right edges of the right side 57, that is, the The intermediate position 102 between the front surface 21 and the back surface 41 is set on the front surface 21 side, and the separation distance between the lower cut right end 121 and the intermediate position 102 is set to 1 mm which is equal to or greater than the thickness dimension of the cardboard 31. ing.

  The upper notch left end 85 of the upper notch 81 and the lower notch left end 111 of the lower notch 82 are connected by a left folding line 131 that is mountain-folded, and a separation distance between the left folding line 131 and the intermediate position 91 92 is set to 1 mm which is not less than the thickness of the cardboard 31. The upper notch right end 101 of the upper notch 81 and the lower notch right end 121 of the lower notch 82 are connected by a right fold line 132 that is mountain-folded, and the right fold line 132 and the intermediate position 102 are connected to each other. The separation distance 103 is set to 1 mm which is not less than the thickness of the cardboard 31.

  As a result, the case body 11 is formed with a fold portion 141 that is folded inside the case body 11 on the inner side surrounded by the both cuts 81 and 82 and the both fold lines 131 and 132. The opening portion 22 can be formed in the front surface 21 by folding the folding portion 141 inside the case main body 11.

  A left edge fold line 151 is formed in the fold portion 141 by the fold line 55 for bending the left side surface 54 with respect to the front surface 21, and the left edge fold line 151 is formed in the fold portion 141. Is extended longitudinally. In addition, a right edge fold line 152 is formed in the fold portion 141 by the fold line 56 for bending the right side surface 57 with respect to the front surface 21, and the right edge fold line 152 is also the fold line. The portion 141 is extended longitudinally. Thereby, when folding the said folding part 141 inside the said case main body 11, each said edge fold line 151,152 is comprised so that a valley fold can be carried out.

  A left trough fold line 161 is formed in parallel to the inside of the left edge fold line 151, and the left trough fold line 161 extends vertically through the folding portion 141. A right valley fold line 162 is formed in parallel to the inside of the right edge fold line 152, and the right valley fold line 162 extends vertically through the folding portion 141. Thereby, between the left and right folding lines 131 and 132, a pair of the valley folding lines 161 and 162 that longitudinally cut the folding portion 141 is provided.

  A separation distance 171 between the left valley fold line 161 and the left edge fold line 151 adjacent to the left valley fold line 161 is set to 5 mm, and the right valley fold line 162 and the right valley fold line 162 adjacent to the right valley fold line 162 are set. The separation distance 172 from the right edge fold line 152 is also set to 5 mm, and these separation distances 171 and 172 are preferably within 5 mm.

  Thereby, between the left folding line 131 and the left edge folding line 151 of the folding part 141, as shown in FIG. 4, the folding part 141 is folded into the case body 11, and the left side surface A left hanging part 181 is formed along the left edge fold line 151 and the left valley fold line 161. The left hanging part 181 hangs obliquely from the left side face 54 toward the back face 41. An inclined portion 182 is formed.

  In addition, a right hanging part 191 that hangs down along the right side surface 57 is formed between the right fold line 132 and the right edge fold line 152, and the right edge fold line 152 and the right valley fold line 162 are A right inclined portion 192 extending obliquely from the right side surface 57 toward the back surface 41 is formed therebetween.

  A back surface extending portion 201 extending along the back surface 41 is formed between the left trough fold line 161 and the right trough fold line 162.

  In the present embodiment according to the above configuration, the positions of the left and right folding lines 131 and 132 of the folding part 141 that is folded inside the case main body 11 are defined as intermediate positions 91 and 102 between the front surface 21 and the back surface 41. By setting the front side 21 more, the length dimension of the folding part 141 between the left and right folding lines 131 and 132 is made shorter than the distance between the left and right folding lines 131 and 132 along the inner surface of the case body 11. be able to.

  Thereby, the bending which may arise in the said folding part 141 folded in in the said case main body 11 can be prevented, and the said folding part 141 can be fixed to the said back surface 41 side of the said case main body 11. FIG.

  For this reason, in the state which folded the folding part in the case main body, compared with the conventional case where the bending part produces bending and the site | part arrange | positioned along a back surface curves inside and protrudes. The container body 24 can be easily accommodated therein, and the workability of accommodating the container body 24 in the case body 11 is improved.

  Accordingly, it is possible to eliminate problems that may occur during product accommodation.

  Further, the separation distances 92 and 103 from the intermediate positions 91 and 102 to the formation positions of the left and right folding lines 131 and 132 are set to 1 mm which is equal to or greater than the thickness dimension of the cardboard 31 forming the case body 11. .

  Thereby, the bending | flexion resulting from the thickness of the said cardboard 31 which may arise when the said folding part 141 is folded inside the said case main body 11 can be prevented, and the malfunction by bending can be eliminated.

  Further, the left and right folding lines 131 and 132 and the left and right edge folding lines 151 are formed by forming left and right edge folding lines 151 and 152 in the folding portion 141 for bending the side surfaces 54 and 57 with respect to the front surface 21. , 152 can be formed between the left and right hanging parts 181 and 191, and the left and right hanging parts 181 and 191 can be disposed along the left and right side surfaces 54 and 57.

  Thereby, the accommodation space of the width direction in the said case main body 11 can be increased.

  Furthermore, by providing a pair of left and right trough fold lines 161 and 162 apart between the left and right fold lines 131 and 132, it is possible to form a back surface extending portion 201 formed of a plane between both trough fold lines 161 and 162. A back surface extension 201 can be disposed along the back surface 41.

  Thereby, the storage space of the case main body 11 in the depth direction can be increased.

  The left and right drooping portions disposed along the left and right side surfaces 54 and 57 are set to have a separation distance 171 and 172 of 5 mm from the left and right edge fold lines 151 and 152 adjacent to the left and right valley fold lines 161 and 162. The width dimension of the left and right inclined portions 182 and 192 formed between 181 and 191 and the back surface extending portion 201 disposed along the back surface 41 can be 5 mm.

  Thereby, the storage space in the width direction and the storage space in the depth direction in the case body 11 can be used effectively.

It is a figure which shows the usage example of one embodiment of this invention. It is a figure which shows a storage case the same embodiment. It is a figure which shows the state which expand | deployed the storage case of the embodiment. It is explanatory drawing which shows the cross section of the principal part of the embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Storage case 11 Case main body 21 Front surface 22 Opening part 31 Cardboard 41 Back surface 54 Left side surface 57 Right side surface 81 Upper notch 82 Lower notch 85 Upper notch left end 91 Intermediate position 92 Separation distance 101 Upper notch right end 102 Intermediate position 103 Separation distance 171 Separation Distance 172 Separation distance 121 Lower cutting right edge 111 Lower cutting left edge 131 Left folding line 132 Right folding line 141 Folding part 151 Left edge folding line 152 Right edge folding line 161 Left valley folding line 162 Right valley folding line

Claims (2)

The ends of a pair of cuts extending from the front surface to the side surface of the case body are connected by a fold line provided between the front surface and the back surface, and both fold lines formed on each side surface and the both cuts In the storage case in which the folded portion surrounded by is folded inside the case body and an opening is formed on the front surface,
The formation position of the fold line is set on the front side from an intermediate position between the front surface and the back surface,
A folding line for forming each side surface with respect to the front surface is formed in the folding part, and a pair of valley folding lines that longitudinally cut the folding part are provided between the both edge folding lines, A storage case, wherein a separation distance between a valley fold line and the adjacent edge fold line is set within 5 mm.   The storage case according to claim 1, wherein a separation distance from the intermediate position to the formation position of the broken line is set to be equal to or greater than a thickness dimension of a plate member forming the case main body.

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