JP6111302B1 - 樋 Packing box for supporting tool and packing box set - Google Patents

Abstract

The present invention provides a packaging box for a kite supporting tool that can be used for a plurality of types of kite supports having different plate widths and does not require separate padding, and a packaging box set having the packaging box for the kite supporting tool. . A packaging box for saddle support 10 comprises a box having opposing side wall plates 11, an adjacent side wall plate 12 adjacent to and opposite to the side wall plates 11, and a bottom plate 15. An inner flap 13 that extends from the upper end of the body 11 and has a length to the tip that is longer than a depth dimension of the side wall plate body 11, and an outer flap 14 that extends from the upper end of the adjacent side wall plate body 12. The flap 14 is used as an upper lid, and the inner flap 13 is bent halfway and stored and fixed in the box, so that a non-storage space 20 is formed between the side wall plate 11. ing. [Selection] Figure 1

Description

  The present invention relates to a packaging box for a heel support that can pack a heel support having at least a heel support portion made of a strip in alignment with the width direction of the strip (the thickness direction of the heel support), and the packaging box for the same The present invention relates to a packing box set having a packing box for supporting tools.

  Conventionally, when shipping and transporting the eaves support and the eaves support, a predetermined number of eaves support is aligned and packed in a packaging box (see, for example, Patent Document 1). In this document, each bag support is fixed so that the storage position does not deviate and does not rattle in the packaging box, and the number of storages is naturally constant.

JP 2006-182440 A

  However, a simple packaging box that is simply aligned in the width direction of the strip without fixing the heel support in the box can be manufactured at a lower cost, and the boxing operation can be performed easily and quickly. Many such packaging boxes are used. Moreover, even when packing each of a plurality of types of saddle supports having slightly different width dimensions, if a packaging box that matches the dimensions of the large size saddle support is molded, It is convenient because it can store the heel support of any size.

  However, when a predetermined number of small sized heel supports are stored in a packing box that is adapted to a large sized heel support, it is necessary to insert a padding to prevent rattling. In such a case, an appropriate item to be used as a stuffing was procured at the site of the packing work, but it was often impossible to prepare immediately and the work was sometimes delayed.

  The present invention has been proposed in view of such circumstances, and its object is to support a plurality of types of paddle supporters having different plate widths and does not require separate padding. An object of the present invention is to provide a packing box set having a packing box and a packing box for the heel support.

In order to achieve the above-mentioned object, the packaging box for a kite support tool according to claim 1 packs the kite support device having at least a kite support portion made of a strip plate in an aligned manner in the width direction of the strip plate. A support packaging box comprising a box having opposing side wall plates, an adjacent side wall plate adjacent to and opposite to the side wall plates, and a bottom plate, and extending from the upper end of the side wall plate The inner flap has an inner flap whose length dimension is longer than the depth dimension of the side wall plate body and an outer flap extending from the upper end of the adjacent side wall plate body, and the outer flap is used as an upper lid. Is folded in the middle and accommodated and fixed in a box so that a non-storage space is formed between the side wall plate body, and the bottom plate body is an outer bottom piece extending from the lower end of the side wall plate body. And an inner bottom piece extending from the lower end of the adjacent side wall plate body, In the vicinity of the lower portion, there is formed a locking receiving portion for locking the tip of the inner flap, and the locking receiving portion is formed so that the inner bottom piece is not in contact with the lower corner of the side wall plate body. It is comprised by the concave groove part which consists of the gap | interval which made the outer bottom piece the groove bottom .

  The packaging box for bag support according to claim 2 is characterized in that the inner flap is formed with a bent portion for bending at a predetermined position.

The packaging box for a heel support according to claim 3 is characterized in that a finger insertion recess is formed in at least one of the side wall plate and the adjacent side wall plate.

The packaging box set according to claim 4 is a packaging box set having the packaging box for the heel support tool according to claim 3 and an outer packaging box in which a plurality of packaging boxes for the heel support tool are accommodated, In the outer packaging box, at least one of the bag support tool packaging boxes is accommodated with the side wall plate body or the adjacent side wall plate body provided with a finger insertion recess facing the upper opening side.

According to the packaging box for scissors support device according to claim 1, since it has the above-described configuration, when a predetermined number of scissors support tools having a small width of the band plate are stored in the box, they are separated. The inner flap can be used instead of the stuffing without preparing the stuffing .
Further, according to the packaging box for a saddle support tool according to claim 1, the tip of the inner flap can be fixed in the box, and therefore there is almost no possibility that the inner flap is deformed in the box. Therefore, it is possible to prevent the heel support from rattling in the box.
Furthermore, according to the packaging box for a saddle support tool according to claim 1, the gap formed so as to be adjacent to the corner of the bottom of the box is used as a locking receiving portion for locking the front end of the inner flap. can do. Therefore, the packing operation can be performed efficiently. In addition, since the latch receiving portion can be formed by slightly holding both ends of the inner bottom piece, the manufacturing efficiency of the packaging box is good.

  According to the packaging box for heel support according to claim 2, since it has the above-described configuration, the inner flap can be easily used as a substitute for stuffing.

According to the bag box for a heel support tool according to claim 3 , since it has the above-described configuration, the finger insertion recess serves as a handle, and the box can be lifted with one hand. Moreover, since a handle is not required, there is no protrusion on each surface of the box, and the storage space and the storage space can be used efficiently.

Since the packaging box set according to claim 4 has the above-described configuration, even when the packaging box for the bag supporter is packed in the packaging outer box without any gap, the finger is inserted into the upward finger insertion recess. Can be easily removed.

It is explanatory drawing of the packaging box for heel supports which concerns on one Embodiment of this invention. (A) is a perspective view of the state which opened the flap, (b) is a perspective view of the state which closed the flap. (A) is a perspective view of the back surface side of the packaging box for heel support tools, (b) is a cross-sectional view of the packaging box for heel support tools. (A) is the longitudinal cross-sectional view of the state which opened the inner flap of the packaging box for heel support tools, (b) is the longitudinal cross-sectional view of the state which accommodated the heel support tools, and a principal part expanded longitudinal cross-sectional view. It is a perspective view of the packing state of the packing box set which has the packing box for heel supports, and an outer packaging box. It is explanatory drawing of an example of a heel support tool. (A) is a top view, (b) is a perspective view. It is a perspective view which shows an example of the eaves hook support tool.

  Below, the packaging box for heel supports which concerns on embodiment of this invention is demonstrated based on an accompanying drawing. The basic configuration is as follows.

  The main bag support packaging box 10 (hereinafter abbreviated as “packing box 10”) has at least the heel support portions 51 and 61 made of a band plate (the heel support 50, the eaves support 60). Is a packaging box in which the plates are packed in the width direction of the strip. The packaging box 10 is composed of a box body having opposing side wall plate bodies 11, 11, adjacent side wall plate bodies 12, 12 adjacent to and opposed to the side wall plate bodies 11, 11, and a bottom plate body 15. The packaging box 10 includes an inner flap 13 that extends from the upper end of the side wall plate 11 and has a length dimension to the tip that is longer than a depth dimension of the side wall plate 11 and an outer flap that extends from the upper end of the adjacent side wall plate 12. 14 and the outer flap 14 is used as an upper lid. The inner flap 13 is bent halfway and stored and fixed in the box, so that a non-storage space 20 is formed between the inner flap 13 and the side wall plate 11.

  In this packing box 10, the eaves support 50 shown as an example in FIG. 5 and the eaves eaves support 60 shown as an example in FIG. Are arranged and accommodated.

  The heel support 50 shown in FIG. 5 includes a strip-shaped heel support portion 51 that holds the cylindrical heel 5 from the outer peripheral direction, and a rod-shaped attachment portion 52 that protrudes outward from the heel support portion 51. This is a heel support tool. The heel support 50 is separated from the heel support 51 and can be opened and closed. However, the heel support 50 is housed in the packing box 10 in a closed state as shown in FIG. Yes.

  Further, the eaves rod support tool 60 shown in FIG. 6 extends in a straight line from the belt plate semicircular eaves support portion 61 that supports the semi-cylindrical eaves eaves 6 from below and one end of the eaves support portion 61. It is a heel support composed of an attachment portion 62. In addition, in the example of the following embodiment, it illustrated about packing of the heel support tool 50. FIG.

  Next, the detailed configuration and effects of the present packaging box 10 will be described.

  The present packing box 10 is a rectangular parallelepiped box, and side wall plates 11 and 11 (side walls from which inner flaps 13 and 13 described later are extended) and the side wall plates 11 and 11 are opposed to each other. Adjacent side wall plates 12, 12 that are adjacent to each other, a plurality of flaps (inner flaps 13, 13, outer flap 14), and a bottom plate body 15 are provided.

  The side wall plate bodies 11 and 11 and the adjacent side wall plate bodies 12 and 12 constitute a base ring portion that is a main portion of the box. Moreover, as a flap, as shown to Fig.1 (a), the inner flaps 13 and 13 extended from each upper end of the side wall board bodies 11 and 11, and the outer flap 14 extended from the upper end of one adjacent side wall board body 12 are shown. And three pieces are formed.

  Each inner flap 13 can be bent at two midpoints as shown in FIG. It may be bent in advance or may be formed with a bent portion 13d. What is necessary is just to be bendable at least. The folding may be performed on the inner side, and the inner side of the bent part 13d may be folded so that the valley side is recessed and the bent part 13d is formed thin. The detailed configuration of the inner flap 13 will be described later with reference to FIG.

  In the outer flap 14, an upper lid main body portion 14a and an insertion piece 14b extending from the tip thereof are connected to each other so as to be bendable.

  When the inner flaps 13 and 13 are packed, they are arranged in the box (details will be described later). As shown in FIG. 1B, the outer flap 14 is placed on the outside with the upper lid body 14a as the upper lid when packed. It exposes and the insertion piece 14b is inserted inside the other adjacent side wall board body 12. As shown in FIG.

  In addition, two round holes 12a and 12a are opened at a predetermined interval in the approximate center in the height direction of the plate surface of the adjacent side wall plate 12 facing the adjacent side wall plate 12 with the outer flap 14 extended. Has been. These round holes 12a, 12a serve as handles, and constitute finger insertion recesses that allow a finger to be inserted to lift or pull the packing box 10. Thus, since a handle is not required, there is no protrusion on each surface of the box, and a storage space, for example, a storage space such as the outer packaging box 30 shown in FIG. 4 can be used efficiently.

  The finger insertion recess is not limited to the through hole as long as the finger can be hooked. Moreover, as shown in FIG.1 (b), when the insertion piece 14b is inserted, as for the said insertion piece 14b, the front-end | tip is located below the round hole 12a, ie, the insertion piece 14b. It is desirable to have a dimension that closes the round hole 12a. The reason why the length of the insertion piece 14b is so long is that when the finger is inserted into the round holes 12a, 12a, the finger touches the heel support 50, which is a contained item, so as not to cause injury. is there.

  As will be described later, the circular holes 12a and 12a are mainly intended to lift and take out the main packaging box 10 accommodated in the outer packaging box 30 (see FIG. 4). If there is no fear, it is not necessary to have such a long insertion piece 14b. Moreover, what formed the finger insertion recess in the adjacent side wall board body 12 where the outer flap 14 was extended may be formed in both. Depending on the shape of the outer packaging box 30 and the manner in which the packaging box 10 is accommodated in the outer packaging box 30, a finger insertion recess may be provided in the side wall plate 11.

  Next, the bottom plate 15 will be described with reference to FIG.

  The bottom plate 15 is a double plate formed by overlapping outer bottom pieces 16 and 16 extending from the lower ends of the side wall plates 11 and 11 and inner bottom pieces 17 and 17 extending from the lower ends of the adjacent side wall plates 12 and 12. At the bottom. As shown in FIGS. 2 (a) and 2 (b), the opposed outer bottom pieces 16, 16 have substantially the same shape, and are assembled so that their tips abut each other. Further, the opposing inner bottom pieces 17 and 17 have substantially the same shape, and their tips are abutted.

  The width dimension of the outer bottom piece 16 may be the same as or slightly smaller than the width dimension of the side wall plate 11. On the other hand, the width dimension of the inner bottom piece 17 is slightly smaller than the width dimension of the adjacent side wall plate 12, and has a shape and dimension such that both ends in the width direction are cut off (two-dot chain line in FIG. 2A). reference).

  When the inner bottom pieces 17, 17 and the outer bottom pieces 16, 16 are bent to form the bottom plate body 15, both ends in the width direction of the inner bottom piece 17 are located below the side wall plate body 11 as shown in FIG. A recessed groove portion 19 having the outer bottom piece 16 as a groove bottom is formed so as not to contact the entering corner portion 18 but adjacent to the entering corner portion 18. That is, at the portion corresponding to the concave groove portion 19, only the outer bottom piece 16 is a single bottom.

  Next, the shape, action, and effect of the inner flap 13 will be described with reference to FIG. The following packing mode is not a mode in which there is no gap when a fixed number of heel support 50 is stored in the packing box 10, but a fixed number of slightly smaller heel support 50 is stored in the band plate. This is a mode in which a gap space is sometimes created and padding needs to be put there.

  As shown in FIG. 3A, the inner flap 13 can be bent inward at two predetermined bent portions 13d and 13d. The inner flap 13 includes a base portion 13a, an intermediate portion 13b, and a distal end portion 13c that are connected to the side wall plate body 11 with the two bent portions 13d and 13d as a boundary.

  The inner flap 13 is bent inward at the two positions, and is rotated in the direction of the arrow in FIG. 3A in an empty state in which the bag support 50 is not housed inside the box. And is housed in a box.

  The inner flap 13 is housed in the box in such a folded state, and the tip is locked to the inner bottom as described later. Therefore, the length dimension to the tip is longer than the depth dimension of the side wall plate 11.

  Both the inner flaps 13 are accommodated in the box as shown in FIG. 3B in the folded state as described above, and in the accommodated state, between the side wall plate 11 and the folded inner flap 13. In addition, a trapezoidal non-storage space 20 that does not store the heel support 50 is formed. And between the accommodated inner flaps 13 and 13, as shown in FIG.3 (b), the fixed number of heel support tools 50 are aligned and accommodated. That is, the inner flap 13 and the non-storage space 20 formed thereby serve as a stuffing for the packing box 10.

  When the inner flap 13 is housed in the box, it is inserted and locked into the concave groove portion 19 in which the tip of the tip portion 13c is formed on the inner bottom. That is, the concave groove portion 19 constitutes a locking receiving portion for locking the inner flap 13.

  Thus, since this packing box 10 is configured to be housed in the box with the inner flap 13 being folded, a predetermined number of hook supports 50 having a small width of the band plate are placed in the box. When storing, it is not necessary to prepare a separate stuffing, and an efficient packing operation can be performed.

  Further, if the inner flap 13 is formed with a bent portion 13d for bending at a predetermined position, the inner flap 13 can be easily bent when necessary and deformed as a filling.

  Further, as described above, since the locking receiving portion for locking the tip of the inner flap 13 is formed in the vicinity of the lower portion of the side wall plate 11, the folded inner flap 13 does not lose its shape in the box. Therefore, it is possible to prevent the ratchet support tool 50 from rattling during transportation.

  In particular, in the present embodiment, the latch receiving portion is configured by a concave groove portion 19 formed of a gap formed so that the inner bottom piece 17 is not in contact with the lower corner portion 18 of the side wall plate 11. Thus, since the clearance gap formed so that it adjoins the corner 18 can be utilized as a latching receiving part, a packing operation can be performed efficiently. Moreover, since the latch receiving part can be formed only by reducing the width dimension of the inner bottom piece 17 and holding down both ends, the packaging box 10 can be manufactured simply and inexpensively.

  Further, the bent shape of the inner flap 13 is desirable in order to stabilize the accommodation state of the heel support 50 such that the intermediate portion 13b is perpendicular to the bottom plate 15 as in the present embodiment.

  The inner flap 13 may be bent at only one place corresponding to the bent portion 13d between the base portion 13a and the intermediate portion 13b in the present embodiment. In that case, the locking piece protrudes from the end of the standing tip (no intermediate portion), and the locking piece is inserted into the locking receiving portion formed by a cut groove formed in the inner bottom piece 17 to lock. You may be able to do it.

  The locking structure between the tip of the inner flap 13 and the locking receiving portion is not limited to the above, and various structures may be used. The latch receiving portion is preferably formed in the vicinity of the lower portion of the side wall plate 11, and the one to which the tip of the inner flap 13 is latched is desirable. For example, the latch receiving part may be formed on the side wall plate 11 itself.

  FIG. 3 shows an example in which the inner flaps 13 and 13 are folded and housed in the box, but depending on the width of the band plate of the heel support 50, only one of them may be folded and housed. The other inner flap 13 in that case is housed in the box as an inner lid. When no padding is required, both inner flaps 13 and 13 act as inner lids. In addition, although the thing of this embodiment has the shape which both the inner flaps 13 and 13 can be bend | folded, the shape which can be bent only one side may be sufficient. That is, the other inner flap 13 in that case may be a shorter one that can be used only as an inner lid.

  Next, a packaging box set having the packaging box 10 and an outer packaging box 30 in which a plurality of packaging boxes 10 are accommodated will be described with reference to FIG. In this outer packaging box 30, five packaging boxes 10, 10,... Are accommodated so that there is almost no gap.

  The outer packaging box 30 includes four side walls 31, 31,..., Four flaps 32, 32,. It is made up of.

  In the outer packaging box 30, the packaging boxes 10 in the state shown in FIG. 1B are stacked and accommodated on both ends in the longitudinal direction, and the other one is a round hole 12a (finger insertion recess). The side wall plate 11 provided with is placed upright and stored so that it is on the upper surface side.

  As described above, since the five packaging boxes 10, 10,... Are stored in the packaging outer box 30 without gaps, it is difficult to take out the outer surface of the packaging box 10 by hand. Since one packing box 10 has the round hole 12a exposed on the upper surface side, it is possible to easily lift and remove the packing box 10 by inserting a finger there. Therefore, as shown in FIG. 4, the packaging box 10 can be stored with almost no gap. Therefore, rattling during transportation is unlikely to occur.

  Moreover, since there is no protrusion like a handle on each surface of the packing box 10, it is not necessary to provide a space for the handle in the packing outer box 30, and the packing outer box 30 is formed in a compact and wasteless dimension. be able to.

  Further, as shown in FIG. 4, the packing box 10 placed horizontally on both ends in the box of the packing outer box 30 contacts the side wall plate 11 formed with the round holes 12 a with the side wall 31 of the packing outer box 30. It is desirable to be accommodated. If packing is performed in this way, the side wall 31 of the outer packaging box 30 with the round hole 12a in the state where the packing box 10 is accommodated is removed and placed on a shelf or the like so that the round hole 12a is exposed in that state. In this state, the packing box 10 can be taken out of the shelf by inserting a finger into the round hole 12a.

  Further, the finger insertion recess may be formed at various places depending on the shape, the number of accommodations, the accommodation form, and the like of the outer packaging box 30 that accommodates the packaging box 10, and is formed on the side wall plate 11 as described above. It is good also as what was done. If the finger insertion recess is formed in the side wall plate body 11 and the inner flap 13 corresponding to the side wall plate body 11 is folded and stored in the box, the finger can be easily inserted and the finger can be inserted with the internal contents. There is no risk of injury.

10 Packing box for support tool (packing box)
11 Side wall plate body 12 Adjacent side wall plate body 12a Round hole (finger insertion recess)
13 Inner flap 13a Base portion 13b Intermediate portion 13c Tip portion 13d Bending portion 14 Outer flap 14a Upper lid body portion 14b Insertion piece 15 Bottom plate body 16 Outer bottom piece 17 Inner bottom piece 18 Entering corner portion 19 Recessed groove portion (locking receiving portion)
20 Non-storing space 30 Packing outer box 50 Hook support (Kashi support)
51 樋 Supporting portion 52 Mounting portion 5 竪 樋 60 樋 Supporting device (樋 supporting device)
61 樋 Supporting part 62 Mounting part 6 eaves

Claims (4)

A bag support tool packing box for packing a bag support tool having at least a bag support portion made of a band plate, aligned in the width direction of the band plate,
It consists of a box body having opposing side wall plate bodies, adjacent side wall plate bodies adjacent to and opposite to the side wall plate bodies, and a bottom plate body,
An inner flap extending from the upper end of the side wall plate body and having a length dimension to the tip longer than a depth dimension of the side wall plate body, and an outer flap extending from the upper end of the adjacent side wall plate body, The outer flap is used as an upper lid,
The inner flap is bent halfway and stored and fixed in a box, and a non-storage space is formed between the side wall plate body ,
The bottom plate body is formed by overlapping an outer bottom piece extending from the lower end of the side wall plate body and an inner bottom piece extending from the lower end of the adjacent side wall plate body,
In the vicinity of the lower portion of the side wall plate body, a lock receiving portion for locking the tip of the inner flap is formed, and the lock receiving portion is used to connect the inner bottom piece to the lower corner of the side wall plate body. A packaging box for a saddle-supporting tool , comprising a groove formed by a gap formed so as to be non-contact with the outer bottom piece as a groove bottom . In claim 1,
The inner flap is formed with a folding portion for folding at a predetermined position. In claim 1 or 2,
A finger insertion recess is formed in at least one of the side wall plate body and the adjacent side wall plate body . A packaging box set having the packaging box for the heel support according to claim 3 and a packaging outer box in which a plurality of the packaging boxes for the heel support are accommodated,
In the outer packaging box, at least one of the packaging boxes for the heel support is accommodated with the side wall plate body provided with the finger insertion recess or the adjacent side wall plate body facing the upper opening side. And packing box set.

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