JP2012076795A - Holding member for packing - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a holding member for packing which keeps workability improved for packing heavy objects to be packed.SOLUTION: The length B of the holding member 100 for packing is short to the extent that rattle is not generated at a gap compared with an inner size of the depth of a packing box 500. The length C of the holding member 100 for packing is long to the extent that the rattle is not generated at the gap compared with the inner size of the width of the packing box 500. The length A of the holding member 100 for packing is short to the extent that the rattle is not generated at the gap compared with the inner size of the height of the packing box 500. The length A of opposite faces (230, 330) of a concave side of the holding member 100 for packing is A>C/2. By this, the object to be packed does not easily fall over by providing a large connecting space on an inner face of a flap 521 inside a top face of the packing box 500 and the object 10 be packed can be held stably even if moving and storing it to the back of the packing box 500 while holding the top and the bottom of the holding member 100 for packing.

Description

  The present invention relates to a packing holding member that improves workability for packing heavy objects to be packed.

  Conventionally, as an operation method for packing an object to be packed, the packing holding member 100 in an unfolded state as shown in FIG. 8 is assembled as shown in FIG. And as FIG. 10 shows, it puts in the inside of a packaging box from the top in the state which pinched the to-be-packaged object from the both sides with the opening part of the packaging box, and was hold | maintained from the both sides. However, in the case of a heavy object to be packed, there is a problem that it is difficult to maintain a state in which the object to be packed is sandwiched from both sides by a holding member for packing, and it is difficult to insert. Therefore, there is a method that does not require maintaining the state in which the object to be packed is sandwiched from both sides by the holding member for packing.

  In this method, the packing box is tilted sideways and the opening of the packing box is turned sideways to store the items to be packed. This is because the inner flap of the packing box that has been laid down is placed on the floor, and one of the holding members for packing is placed on the upper surface of the inner flap with the concave side facing upward, and the item to be packed is placed upright there. Put in the state. Further, the other packing holding member is placed on the upper side of the article to be packed with the concave side facing downward. In this state, the upper and lower packing holding members are suppressed and moved to the back of the packing box for storage. However, since the packaged item is in an upright direction, the packaged item becomes unstable, and it is difficult to store the packaged item. Therefore, an improved use is required. As an alternative, some cardboard packaging materials can be fixed stably. Among them, there is a corrugated cardboard cushioning material that can reliably hold an object to be packed (for example, see Patent Document 1).

  In Patent Document 1, a side wall is formed by winding an outer plate, a top plate, and an inner plate sequentially connected to both side edges of the substrate, and a top plate and an inner plate sequentially connected from the outer plates connected to both side edges of each outer plate. An end wall is formed by winding an end plate, the end wall material of each end is overlapped, and an end wall is formed by winding with an outer cover plate, a top cover plate, and an inner cover plate that are sequentially connected to the substrate. A configuration characterized by the above is disclosed.

JP 2001-48162 A (page 4, FIG. 3)

  However, in the packaging material described in Patent Document 1, when the packaged object is set in an upright direction, the area serving as the bottom surface of the packaging material is small and unstable, and is difficult to stabilize.

  Therefore, in the present invention, there is provided a holding member for packing which is stable even when placed in an upright work state and has improved storage work.

  The packing holding member of the present invention is a packing holding member that is stored in a packing box together with an article to be packed, and is formed by attaching folds (mountain folds, valley folds) to three corrugated cardboard materials, die-cutting, and assembling. The concave packing holding member formed together has a holding function by holding the packed object from both sides and holding it in the packing box.

  The packing box is tilted sideways so that the bottom surface is vertical, the opposite surface of the packing holding member is placed on the inner flap of the packing box, and the object to be packed is placed on the concave side. Further, with the other packing holding member placed on the upper side of the packaged object with the concave side facing downward, the upper and lower packing holding members are suppressed and moved to the back of the packing box for storage. Is.

  In such an operation, the opposite side of the concave side of the holding member for packing has a large area in contact with the inner flap of the packing box, thereby stably holding the object to be packed. .

  In addition, the triangular prism-shaped protrusions formed on the concave upper part of the holding member for packing are positioned at the four inner corners of the packing box, so that even if the package is stored in the upper part of the package, The protrusions of the contact with the inner four corners of the packaging box prevent the load of the packaged item from directly affecting the packaged item.

  According to this invention, the following effects are acquired compared with the conventional holding member for packing.

  The packing box is tilted sideways so that the bottom surface is vertical, the opposite surface of the packing holding member is placed on the inner flap of the packing box, and the object to be packed is placed on the concave side. Further, with the other packing holding member placed on the upper side of the packaged object with the concave side facing downward, the upper and lower packing holding members are suppressed and moved to the back of the packing box for storage. In the work, since the surface opposite to the concave side of the holding member for packing has a large area for contacting on the inner flap of the packing box, the packed object can be stably held and stored. Workability can be improved.

  In addition, the triangular prism-shaped protrusions formed on the concave upper part of the holding member for packing are positioned at the four corners on the inner side of the packing box, so that the triangular prism-shaped protrusions can be stored even when the package is stored in the upper part of the package. Since the protrusions come in contact with the inner four corners of the packaging box and the load of the packaged item is not directly related to the packaged item, the packaged item can be protected.

It is an expanded view of the holding member for packing which concerns on embodiment of this invention. It is an assembly perspective view of the holding member for packing concerning this embodiment. It is a perspective view of the holding member for packing concerning this embodiment. It is an expanded view of the packaging box which concerns on this embodiment. It is a whole structure perspective view until it hold | maintains with the holding member for packing at the time of accommodating a to-be-packaged item in the packing box which concerns on this embodiment. It is a whole structure perspective view which hold | maintains a to-be-packaged object with the holding member for packing which concerns on this embodiment, and accommodates it in a packing box. It is the whole structure perspective view which accommodated the to-be-packaged item in the packing box with the holding member for packing concerning this embodiment, and made the packing box into the normal position. It is an expanded view of the conventional holding member for packing. It is a perspective view of the conventional holding member for packing. It is a perspective view which accommodates a to-be-packaged item in a packing box with the conventional holding member for packing.

  Embodiments of the present invention will be described below with reference to the accompanying drawings.

  FIG. 1 shows a developed view of the packaging holding member 100 according to this embodiment before assembly.

  In FIG. 1, creases are made on each of the three corrugated cardboard materials (200, 300, 400). Corrugated board material 200 (mountain folds 211, 221, 241 241 261, 271), corrugated board material 300 (mountain folds 311, 321, 331, 341, 361, 371), corrugated board material 400 (mountain folds 410L, 411L, 412L, 413L, 414L, 415L, 416L, 417L, 418L, 419L, trough folds 421L, 422L), and dies as shown in the developed view.

  The punched holes (401a, 402a, 403a, 404a) of the cardboard material 400 are fitted with the fitting pieces (222, 223) of the cardboard material 200. The punched holes (405c, 406c) of the cardboard material 400 are fitted with the fitting pieces (272, 273) of the cardboard material 200.

  The punched holes (401b, 402b, 403b, 404b) of the cardboard material 400 are fitted with the fitting pieces (322, 323) of the cardboard material 300. The punched holes (405d, 406d) of the cardboard material 400 are fitted with the fitting pieces (372, 373) of the cardboard material 300.

  The surfaces 411, 418, and 420 of the cardboard material 400 form a concave inner surface of the packaging holding member 100, and the surface 270 of the cardboard material 200 and the surface 370 of the cardboard material 300 are formed by fitting the cardboard materials 200 and 300. Forms the inner surface, and the concave shape (consisting of 270, 370, 411, 418, 420) of the holding member 100 for packing is formed.

  The surfaces 412 and 417 of the cardboard material 400 form a concave frame surface of the holding member 100 for packing, and the surface 260 of the cardboard material 200 and the surface 360 of the cardboard material 300 are formed by fitting the cardboard materials 200 and 300. A frame surface is formed to form a concave frame surface (configured by 260, 360, 412 and 417) of the packing holding member 100.

  The surfaces 410 and 419 of the cardboard material 400 reinforce the concave frame surface of the packaging holding member 100 by overlapping the surface 410 with the surface 414 and the surface 419 with the surface 415.

FIG. 2 is an assembly view in which the corrugated board material 200 and the corrugated board material 300 are fitted to the corrugated board material 400.

  In FIG. 2, the surface 210 and the surface 250 of the corrugated cardboard material 200 are configured by triangular prism-shaped protrusions (surfaces 210, 230, 240, 250) by fitting the hole 212 of the surface 210 and the fitting piece 252 of the surface 250. ). The upper end portion 201 of the triangular prism-shaped protrusion (configured with the surfaces 210, 230, 240, 250) is a portion that abuts against the top surface flap (521 or 541) of the packaging box 500.

  Further, the surface 310 and the surface 350 of the corrugated board material 300 are fitted with the hole 312 of the surface 310 and the fitting piece 352 of the surface 350 so as to form a triangular prism-shaped protrusion (consisting of surfaces 310, 330, 340, 350). To form. The upper end portion 301 of the triangular prism-shaped protrusion (configured by the surfaces 310, 330, 340, 350) is a portion that abuts against the top surface flap (521 or 541) of the packaging box 500.

  The surfaces 224 and 274 of the cardboard material 200 overlap with the surface 420 of the cardboard material 400 from the front and back, and reinforce the concave frame surface of the holding member 100 for packing.

  Further, the surfaces 324 and 374 of the cardboard material 300 overlap with the surface 420 of the cardboard material 400 from the front and rear, and reinforce the concave frame surface of the packaging holding member 100.

  FIG. 3 is a perspective view of the packaging holding member 100 showing a state in which the cardboard material 200 and the cardboard material 300 are fitted to the cardboard material 400.

  FIG. 4 shows an exploded view of the packaging box 500 according to this embodiment before assembly.

  In FIG. 4, creases (mountain folds 510L, 511L, 512L, 520L, 521L, 522L, 530L, 531L, 532L, 540L, 541L, 542L) are provided on one sheet of corrugated board, and side surfaces (510, 520, 530, 540), the top surface (511, 531), the top surface flaps (521, 541) and the bottom surface (512, 532), and the bottom surface flaps (522, 542), and the bonding surface 550 and the side surface Adhere the ends of 540.

  The abutting portions of the bottom surface 512 and the bottom surface 532 are attached with an adhesive tape to form the bottom surface of the packaging box, and the packaging box 500 is provided in which the top surfaces (511, 531) and the top surface flaps (521, 541) are opened.

  FIG. 5 is a perspective view of the entire configuration up to holding by the holding member 100 for packing when the article to be packed 10 is stored in the packing box 500 according to this embodiment.

  In FIG. 5, the packaging box 500 is turned sideways so that the bottom surface 512 and the bottom surface 532 of the packaging box 500 are vertical, and the concave side of the packaging holding member 100 is placed on the inner surface of the top surface flap 521 of the packaging box 500. The opposite surface (230, 330) is placed, and the article to be packed 10 is put upright on the concave side inner surface (consisting of 270, 370, 411, 418, 420).

  Further, the inner side of the object to be packed 10 is put on the concave side inner surface (configured by 270, 370, 411, 418, 420) of the other packing holding member 100 so as to face downward.

  At this time, the opposite surface (230, 330) on the concave side of the holding member 100 for packing has a large area in contact with the inner surface of the flap 521 in the top surface of the packing box 500, thereby holding the packing. The article to be packed 10 held by the member 100 is stably held.

  FIG. 6 is a perspective view of the overall configuration in which the packaging object 10 is held by the packaging holding member 100 according to this embodiment and is stored in the packaging box 500.

  In FIG. 6, the length B of the holding member 100 for packing is shorter than the inner dimension of the depth of the packing box 500 to such an extent that no play occurs in the gap. The length C of the holding member 100 for packing is shorter than the inner dimension of the width of the packing box 500 to such an extent that no play occurs in the gap. The length A of the holding member 100 for packing is shorter than the inner dimension of the height of the packing box 500 to such an extent that no play occurs in the gap.

  The length A of the opposite surface (230, 330) on the concave side of the packaging holding member 100 is A> C / 2.

  Thereby, it has a large area which contacts on the inner surface of the top surface flap 521 of the packing box 500, and it moves to the back of the packing box 500 and stores it while suppressing the upper and lower packing holding members 100. Even if it is, the to-be-packaged object 10 can be hold | maintained stably.

  FIG. 7 is an overall configuration perspective view in which the package 10 is stored in the packing box 500 by the packing holding member 100 according to this embodiment, and the packing box 500 is in the normal position.

  In FIG. 7, the side surface (510, 520, 530, 540), top surface (511, 531), top surface flaps (521, 541) and bottom surface (512, 532), bottom surface flaps (522, 532), 542) suppresses the holding member 100 for packing.

At this time, a triangular prism-shaped protrusion (formed with surfaces 210, 230, 240, 250 and surfaces 310, 330, 340, 350) formed on the opposite surface (230, 330) on the concave side of the holding member 100 for packing. Are located at the four corners of the packaging box 500, and the upper end portions (201, 301) of the triangular prism-shaped projections (configured by the surfaces 210, 230, 240, 250 and the surfaces 310, 330, 340, 350) are the packaging box 500. The top surface flaps (521, 541) of the sword are stopped against.
Accordingly, even when the packaged item is stored in the upper part of the packaged item 10, the load of the packaged item 10 is not directly related to the packaged item, so that the packaged item can be protected.

DESCRIPTION OF SYMBOLS 10 To-be-packaged object 100 Packing holding member 200 Corrugated cardboard material 201 which comprises the packaging holding member End 301 of triangular prism-shaped projection part (It is comprised by surface 210,230,240,250) 301 of packing holding member End portions 230 and 330 of triangular prism-shaped protrusions (constituting surfaces 310, 330, 340, and 350) of the member 100. Opposite surfaces 260, 360, 412, and 417 on the concave side of the packing holding member 100. Concave side frame surface 270, 370, 411, 418, 420 Concave side inner surface 300 of packing holding member 100 Corrugated cardboard material 400 constituting packaging holding member Corrugated cardboard material 401a, 402a, 403a, 404a constituting packaging holding member The corrugated board material 200 and the fitting 401b, 402b, 403b, 404b In the corrugated board material 300 and fitting 405c, 406c In the corrugated board material 400, the corrugated board material 200 and fitting 405d, 406d In the corrugated board material 400, the mating board 500 and fitting 500 Packing boxes 510, 520, 530, 540 Sides 511 and 531 of the box Top surfaces 521 and 541 Flaps in the top surface 512 and 532 Bottom surfaces 522 and 542 Flaps in the bottom surface

Claims (2)

As a packing member to be stored in the packing box together with the article to be packed, a concave packing member formed by fitting a crease (mountain fold, valley fold) to three cardboard materials, die cutting and assembling, A holding member for packing having a holding function by holding an object to be packed from both sides and holding it in a packing box,
The packing box is tilted sideways so that the bottom surface is vertical, the opposite surface of the packing holding member is placed on the inner flap of the packing box, and the object to be packed is placed on the concave side. Further, with the other packing holding member placed on the upper side of the packaged object with the concave side facing downward, the upper and lower packing holding members are suppressed and moved to the back of the packing box for storage. In the work
A holding member for packing, characterized in that the surface opposite to the concave side of the holding member for packing has a large contact area on the inner surface of the inner flap of the packing box. As a packing member to be stored in the packing box together with the article to be packed, a concave packing member formed by fitting a crease (mountain fold, valley fold) to three cardboard materials, die cutting and assembling, A holding member for packing having a holding function by holding an object to be packed from both sides and holding it in a packing box,
A holding member for packing, characterized in that triangular prism-shaped protrusions formed at the upper part on the concave side of the holding member for packing are positioned at the four corners of the packing box.