JP2009173306A - Storing case with mount - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a storing case with a mount in which the storing case is hardly detached from the mount during transport, and the storing case can be used as a storing case of an article after the storing case is detached from the mount. <P>SOLUTION: The storing case 1 with the mount includes a mount 2 and a storing case 3 capable of storing an article 10. A first insertion piece 41 and a second insertion piece 42 are formed in the mount 2. A first insertion port 51 capable of allowing the first insertion piece 41 to be inserted and a second insertion port 52 capable of allowing the second insertion piece 42 to be inserted are formed in the storing case 3. The first insertion piece 41 is inserted into the first insertion port 51 and the second insertion piece 42 is inserted into a slit part 6 formed in a back wall 31 of the storing case 3, and extends upwardly along an inner surface of the back wall 31, and an upper end part of the second insertion piece 42 is inserted into the second insertion port 52. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a storage case with a mount in which the storage case is attached to the mount.

Conventionally, various types of storage cases for storing various articles have been known.
Of these, storage cases in which sheet materials such as synthetic resin sheets and cardboard are assembled are frequently used because they can be manufactured relatively inexpensively.
In addition, a storage case with a mount in which the storage case is attached to the mount for the purpose of suspending and displaying the storage case is also known.

As a storage case with such a mount, Patent Document 1 discloses that a header is extended upward from a rear side wall, a container body in which a suspension hole is provided in the header, and a lateral slit through which the header is inserted. And a storage case with a mount comprising a mount provided with a suspension hole above the slit.
In such a storage case with a mount of Patent Document 1, the container body is attached to the mount by inserting the header of the container body into the slit of the mount and inserting the tongue formed on the lower side of the mount into the bottom flap of the container body. It is attached.

On the other hand, Patent Document 2 discloses a storage case with a mount having a container having an opposing flap and a mount having a pair of slits through which the flap of the container is inserted.
In the storage case with mount of Patent Document 2, the container is attached to the mount by inserting the flap of the container into the slit of the mount, bending the flap on the back surface of the mount, and fixing with the adhesive tape.

The storage case with a mount of Patent Documents 1 and 2 can be used as a storage case for storing articles by removing the container body or the container from the mount.
JP 2006-264738 A JP 2005-1751 A

However, the storage case with a mount of Patent Document 1 has a problem that the header protrudes from the container body when the container body is used as a storage case because the header extends from the container body.
Furthermore, in the storage case with a mount of Patent Document 1, the container main body is attached to the mount by inserting the header through the slit, but the container main body may be detached from the mount. For this reason, both holes are drilled so that the suspension holes on the header and the mount are aligned, and the two suspension holes are inserted into the rod-shaped hanger so that the container body does not come off the mount. ing. This method is effective when the storage case with the mount is suspended and displayed on the rod-shaped hanger, but there is a possibility that the container body may come off from the mount when vibration is applied to the storage case with the mount during transportation.

  On the other hand, in order to prevent the container from being detached from the mount, the storage case with a mount of Patent Document 2 must be fixed with an adhesive tape on the back surface of the mount, and cannot be easily attached. Moreover, when removing a container from a base_sheet | mounting_paper, you have to peel off an adhesive tape, and when removing an adhesive tape, there exists a possibility that the flap of a container may be damaged.

  The present invention provides a storage case with a mount in which the storage case is difficult to be detached from the mount during transportation and hanging display, and the storage case can be used as a storage case for articles after the storage case is removed from the mount. Is an issue.

  The storage case with a mount of the present invention includes a mount and a storage case capable of storing articles, the back wall of the storage case is attached to the mount, and the storage case is attached to the mount via an insertion piece. A storage case with a mount, wherein the mount has a first insertion piece formed at a lower portion thereof and a second insertion piece formed at an upper portion thereof, and the storage case includes a lower portion thereof. A first insertion port through which the first insertion piece of the mount can be inserted, and a second insertion port through which the second insertion piece of the mount can be inserted is formed above the first insertion port. An insertion piece is inserted into the first insertion port, and the second insertion piece is inserted into a slit formed in the back wall of the storage case and extends upward along the inner surface of the back wall. , On the second insertion piece Parts, characterized in that it is engaged into the second spigot bent in a direction substantially perpendicular to the rear wall of the storage case.

In the storage case with a mount of the present invention, since the first and second insertion pieces for mounting the storage case are formed on the mount, the storage case has a protruding obstacle part such as the insertion piece. do not do. For this reason, the storage case removed from the mount can be used as a good storage case for articles.
Furthermore, since the 1st insertion piece formed in the lower part of the mount is inserted in the 1st insertion port, the downward direction of a storage case is supported by this 1st insertion piece. On the other hand, the second insertion piece formed in the upper part of the mount is inserted into the slit part of the back wall and extends upward along the inner surface of the back wall, so that the storage case tilts forward. Can be prevented. Furthermore, since the upper end portion of the second insertion piece is bent in a direction substantially orthogonal to the rear wall and is inserted into the second insertion port, the second insertion inserted into the inner surface of the rear wall from the slit portion. There is no possibility that the piece comes out of the slit portion, and the upper part of the storage case is supported by the second insertion piece.
Therefore, since the storage case attached to the mount is not displaced in the vertical direction with respect to the mount by the first and second insertion pieces and hardly tilts forward, the storage case with the mount of the present invention The storage case is unlikely to come off the mount during hanging display.

  A preferable storage case with a mount of the present invention includes a cylindrical body having a back wall and a front wall, a bottom wall closing a lower opening of the cylindrical body, and an upper opening of the cylindrical body. An upper surface wall that is foldably connected to the upper side of the front wall and has a flap piece formed on a side facing the continuous portion of the front wall. Is bent at the continuous portion of the front wall and the flap piece of the upper surface wall is inserted along the inner surface of the rear wall, whereby the upper opening of the cylindrical body is closed by the upper surface wall, and the inner surface of the rear wall The flap piece inserted along the line extends downward from the slit portion of the back wall.

  In the preferable storage case with a mount, the storage case has a cylindrical body and an upper surface wall that closes the upper opening of the cylindrical body, bends the upper surface wall, and flaps the upper surface wall on the inner surface of the rear wall. By inserting along, the upper opening part of the cylindrical body is obstruct | occluded with the upper surface wall. Since the flap piece of the top wall inserted along the inner surface of the back wall extends to the lower side than the slit portion of the back wall, when the first insertion piece is inserted into the slit portion, The first insertion piece hits the outer surface of the flap piece. For this reason, the 1st insertion piece inserted in the slit part can be easily guide | induced between the outer surface of a flap piece, and the inner surface of a back wall, and the 1st insertion piece can be extended upwards easily along the inner surface of a back wall. Can do.

  In another preferable storage case with a mount of the present invention, the second insertion port is formed in the upper surface wall.

  In the other preferable storage case with a mount, the second insertion slot is formed in the upper surface wall, so that the second insertion piece of the mount is inserted into the second insertion slot of the upper surface wall. For this reason, the upper surface wall connected to the front wall so as to be bendable is fixed by the second insertion piece, and the upper opening of the cylindrical body can be prevented from being inadvertently opened. Accordingly, it is possible to prevent the article from coming out by opening the upper opening of the cylindrical body during transportation, and to prevent tampering of the article for mischief purposes.

Since the storage case with the mount according to the present invention has the insertion piece formed on the mount, the storage case removed from the mount has no obstacle, so the storage case can be used as a good storage case for articles. .
Furthermore, the storage case with the mount of the present invention can prevent the storage case from falling or falling off because the storage case is unlikely to be detached from the mount during transportation or hanging display.

Hereinafter, a preferred embodiment of the present invention will be specifically described with reference to the drawings. In each figure, the crease line may be indicated by a one-dot chain line.
1 to 3, reference numeral 1 denotes a storage case with a mount having a mount 2 and a storage case 3 removably attached to the mount 2.
The mount 2 is formed in a larger area than the back wall 31 of the storage case 3. The storage case 3 has a hollow portion that can store the article 10 therein, and is formed by assembling a sheet material as will be described later.
The storage case 3 is attached to the mount 2 via first and second insertion pieces 41 and 42 formed on the mount 2 with the back wall 31 attached to the surface of the mount 2.

Specifically, as shown in FIG. 4, the mount 2 has a flat plate shape and is formed to have a size of 1.2 times or more, preferably 1.5 times or more the area of the back wall 31 of the storage case 3. Has been.
The material of the mount 2 is not particularly limited, and for example, a thick paper having a thickness of about 0.8 mm to 1.5 mm, a synthetic resin sheet having a thickness of about 0.5 mm to 1 mm, and the like can be used.
The shape of the mount 2 is not particularly limited, but is usually formed in a rectangular shape in front view.

A tongue-shaped first insertion piece 41 is extended on the lower side of the mount 2. A crease line 91 is formed at the base of the first insertion piece 41 along the lower side of the mount 2. The first insertion piece 41 can be bent at the crease line 91 so as to be substantially orthogonal to the surface of the mount 2.
In addition, a band-like second insertion piece 42 is formed in the surface of the mount 2 and above the portion where the first insertion piece 41 is formed. The second insertion piece 42 is composed of a region partitioned by a cut line 21 that is substantially U-shaped when viewed from the front and penetrates in the thickness direction of the mount 2. The second insertion piece 42 can be protruded from the surface of the mount 2 by extruding the area defined by the inverted U-shaped cut line 21. That is, the second insertion piece 42 is connected to the mount 2 at its base (lower part), and the second insertion piece 42 can be bent at the base.
Further, a crease line 92 substantially parallel to the lower side of the mount 2 (the direction in which the crease line 91 is formed) is formed above the second insertion piece 42. A region from the crease line 92 to the upper edge of the second insertion piece 42 is an upper end portion 42 a of the second insertion piece 42. The upper end portion 42 a of the second insertion piece 42 can be bent at a crease line 92 so as to be substantially orthogonal to the surface of the mount 2.
A hanging hole 22 is formed in the surface of the mount 2 above the portion where the second insertion piece 42 is formed. The storage case 1 with a mount of the present invention may be one in which the suspension hole 22 is not formed in the mount 2.

The storage case 3 is formed by assembling a flexible sheet material.
As the sheet material, it is possible to use various types of sheets such as polyolefins such as polypropylene and polyethylene, polyesters such as polyethylene terephthalate, various synthetic resin sheets such as polystyrene and polyamide, paper, and synthetic paper. The sheet material may be the same type or different type of laminated sheet. Especially, since the stored article | item 10 can be visually recognized from the outside, it is preferable to use a transparent (colorless transparent or colored transparent) sheet material.
The thickness of the sheet material is not particularly limited. For example, in the case of a synthetic resin sheet, the thickness is about 0.2 mm to 1.0 mm.
Especially, since it has moderate rigidity and a softness | flexibility, it is preferable to use the transparent polypropylene sheet about 0.2 mm-0.6 mm in thickness.

The storage case 3 is formed of a box having a cylindrical body 39, a lower wall 34 that closes the lower opening of the cylindrical body 39, and an upper wall 35 that closes the upper opening of the cylindrical body 39. .
The cylindrical body 39 includes a back wall 31, a front wall 32 disposed opposite to the back wall 31, and both side walls 33 and 33 provided on the side of the back wall 31 and the front wall 32. The back wall 31 and the front wall 32 are formed in a rectangular shape, and the both side walls 33 and 33 are formed in a rectangular shape that is bent at an obtuse angle at the center. Therefore, the cylindrical body 39 is formed in a hollow hexagonal column shape.
The lower wall 34 is connected to the lower side of the back wall 31 and the lower side of the front wall 32, and closes the lower opening of the tubular body 39.

The upper surface wall 35 is connected to the upper side of the front wall 32 through a crease line 93 so as to be bendable. A flap piece 36 is formed on the upper surface wall 35 on the side facing the continuous portion (in other words, the boundary portion) of the front wall 32. The flap piece 36 is connected to the upper surface wall 35 via a crease line 94 so as to be foldable.
The upper surface wall 35 is bent at the crease line 93 toward the upper opening side of the cylindrical body 39, and the flap piece 36 of the upper surface wall 35 is bent at the crease line 94 and inserted along the inner surface of the rear wall 31. The upper opening of the shape body 39 is closed by the upper surface wall 35. Moreover, the upper opening part of the cylindrical body 39 can be opened by pulling up the upper surface wall 35 in the closed state.

  A second insertion port 52 into which the upper end portion 42 a of the second insertion piece 42 can be engaged is formed in a continuous portion between the upper surface wall 35 and the flap piece 36. The second insertion port 52 is formed by engraving a cut line in a continuous portion of the upper surface wall 35 and the flap piece 36.

In addition, a first insertion port 51 into which the first insertion piece 41 of the mount 2 can be inserted is formed in a continuous portion of the back wall 31 and the lower wall 34. The first insertion port 51 is formed by engraving a cut line in a continuous portion of the back wall 31 and the bottom wall 34 (the lower side of the back wall 31).
Further, a slit portion 6 into which the second insertion piece 42 of the mount 2 can be inserted is formed in a portion of the back wall 31 above the portion where the first insertion port 51 is formed. The slit portion 6 is formed by cutting a cut line substantially parallel to the lower side of the back wall 31 in the plane of the back wall 31.
The vertical length of the flap piece 36 is preferably longer than the length from the upper edge of the back wall 31 to the slit portion 6. In the case of this preferred embodiment, as shown in FIGS. 2 and 3, when the flap piece 36 is inserted into the cylindrical body 39 along the inner surface of the back wall 31, the flap piece 36 causes the slit portion 6 of the back wall 31 to pass. It will extend to the lower side beyond it.

  In addition, a notch portion 7 is formed at the upper edge of the back wall 31 by cutting downward. The cutout portion 7 is located above the slit portion 6, and the width of the cutout portion 7 is slightly larger than the width of the second insertion piece 42.

  Here, each crease line is not particularly limited as long as it is a line formed so that the mount or sheet material can be easily bent, and, for example, a half formed by cutting the mount or sheet material into a substantially V shape in the thickness direction. A perforation line or the like in which short holes penetrating cut lines, mounts or sheet materials are formed can be used.

  In addition, in FIG. 5, the expansion | deployment sheet | seat 11 which comprises the said storage case 3 is shown. Of the reference numerals attached to FIG. 5, portions corresponding to the respective components of the storage case 3 are assigned the same reference numerals as those of the storage case 3, and a specific description thereof is omitted. In addition, all the folding ruled lines are represented by alternate long and short dash lines.

The spread sheet 11 is formed by punching one sheet material.
The spread sheet 11 is formed by appropriately connecting surface areas corresponding to the back wall 31, the front wall 32, the left and right side walls 33, 33, the lower wall 34, the upper wall 35, and the flap piece 36 of the storage case 3. . In the spread sheet 11, the side wall 33 is continuously provided on both sides of the front wall 32, and the adhesive margin piece 37 is continuously provided on both sides of the back wall 31.
The unfolded sheet 11 is bent at each crease line, and the glue margin piece 37 is adhered to the side portions of the left and right side walls 33 to form a cylindrical body 39 in which the lower opening is closed by the lower wall 34. Next, the storage case 3 is formed by bending the top wall 34 and inserting the flap piece 36 into the inner surface of the back wall 31 of the cylindrical body 39.

The storage case 1 with the mount is formed by attaching a storage case 3 to the mount 2.
Specifically, the first insertion piece 41 of the mount 2 is bent, and the first insertion piece 41 is engaged with the first insertion port 51 of the storage case 3. Next, the second insertion piece 42 of the mount 2 is pushed out from the mount 2, and the upper end portion 42 a of the second insertion piece 42 is bent from the lower side of the slit portion 6 of the storage case 3 while curving the mount 2. Insert into. At this time, since the flap piece 36 extends so as to close the slit portion 6 on the inner surface side of the back wall 31, the upper end portion 42 a of the second insertion piece 42 inserted into the slit portion 6 is the flap piece 36. When hitting the outer surface, the upper end portion 42 a of the second insertion piece 42 is guided between the outer surface of the flap piece 36 and the inner surface of the back wall 31. Subsequently, when the second insertion piece 42 is further inserted into the slit portion 6, the upper end portion 42 a of the second insertion piece 42 reaches the cutout portion 7 of the back wall 31, and the upper end portion 42 a is directed to the outer surface side of the back wall 31. Exposed. Finally, the upper end portion 42 a of the second insertion piece 42 is bent along the crease line 92, and the upper end portion 42 a is engaged with the second insertion port 52 of the storage case 3.

  In the storage case 1 with the mount, the back wall 31 of the storage case 3 is attached to the surface of the mount 2, and the first insertion piece 41 of the mount 2 is approximately the back wall 31 of the storage case 1. After the second insertion piece 42, which is bent in the direction orthogonal to the first insertion port 51 and inserted from the slit portion 6, extends upward along the inner surface of the rear wall 31, the rear wall The upper end portion 42 a of the second insertion piece 42 is bent in a direction substantially orthogonal to the back wall 31 of the storage case 3 and is engaged with the second insertion port 52.

The storage case 1 with the mount of the present invention can be displayed in a suspended manner by inserting the suspension hole 22 of the mount 2 into the rod-shaped hanger A as shown in FIG.
In the storage case 1 with the mount of the present invention, the first insertion piece 41 of the mount 2 is bent in a direction substantially orthogonal to the back wall 31 and is inserted into the first insertion port 51. The lower part of is supported.
Further, the second insertion piece 42 of the mount 2 is inserted into the slit portion 6 of the back wall 31 and extends upward along the inner surface of the back wall. For this reason, a part 31a of the back wall 31 (a belt-like part 31a extending in the width direction shown in FIGS. 2 and 3) is hooked on the second insertion piece 42. For this reason, it is possible to prevent the storage case 3 from tilting forward. Further, since the upper end portion 42 a of the second insertion piece 42 is bent in a direction substantially orthogonal to the back wall 31 and is engaged with the second insertion opening 52, the second insertion piece 42 is inserted into the slit portion 6. The upper part of the storage case 3 is supported.
Therefore, the storage case 1 with the mount of the present invention is not displaced in the vertical direction with respect to the mount 2 and hardly tilted forward with respect to the mount 2 when being displayed, so that the storage case 3 falls off the mount 2 and falls. Can be prevented. Even when the storage case 1 with the mount is being transported, the storage case 3 is difficult to drop off from the mount 2.

  In addition, since the second insertion port 52 is formed in the upper surface wall 35 and the upper end portion 42a of the second insertion piece 42 of the mount 2 is engaged with the second insertion port 52, the upper opening of the cylindrical body 39 is opened. There is no possibility that the upper surface wall 35 in a state where the portion is closed is inadvertently opened. Accordingly, it is possible to prevent the upper opening of the cylindrical body 39 from opening during transportation and prevent the article 10 from coming out, and to prevent tampering of the article 10 for mischievous purposes.

In the storage case 1 with mount, the storage case 3 can be detached from the mount 2 by pulling out the first and second insertion pieces 41 and 42 from the first and second insertion openings 51 and 52.
The storage case 3 that does not have a protruding portion such as an insertion piece and remains detached can be used as a good storage case for articles.

The present invention is characterized in that the storage case 3 is locked by the first insertion piece 41 and the second insertion piece 42 provided on the mount 2, and the configuration other than this characteristic portion is intended by the present invention. The design can be changed as appropriate within the range.
For example, in the above-described embodiment, the cylindrical body 39 is formed in a hollow hexagonal column shape. However, the cylindrical body 39 is not limited to this shape, and the cylindrical body 39 has a hollow rectangular parallelepiped shape (including a square column shape), a hollow triangular shape It may be formed in a columnar shape.
In the above embodiment, the upper wall 35 that closes the upper opening of the cylindrical body 39 is connected to the front wall 32, but the upper wall 35 can be bent to the rear wall 31 or the side wall 33. It may be connected to.

The side view of the storage case with a mount concerning one embodiment of the present invention. II sectional view taken on the line of FIG. The perspective view which shows the state which isolate | separated the mount and the storage case in the same mount pair storage case. Front view of the mount. The top view of the expansion | deployment sheet | seat which comprises a storage case. The side view which shows the use condition of the storage case with the mount.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Storage case with mount, 2 ... Mount, 3 ... Storage case, 31 ... Back wall, 32 ... Front wall, 33 ... Side wall, 34 ... Bottom wall, 35 ... Top wall, 36 ... Flap piece, 36 ... Cylindrical shape Body 41... First insertion piece 42. Second insertion piece 42 a. Upper end portion of second insertion piece 51. First insertion port 52. Second insertion port 6 slit portion 7 notch , 91, 92, 93, 94 ... folding line, 10 ... article

Claims (3)

A storage case having a mount, and a storage case capable of storing articles, the back wall of the storage case being attached to the mount, and the storage case being attached to the mount through an insertion piece ,
The mount has a first insertion piece formed at the lower part thereof and a second insertion piece formed at the upper part thereof,
The storage case is formed with a first insertion port into which the first insertion piece of the mount can be engaged at a lower portion thereof, and a second insertion opening capable of engaging with the second insertion piece of the mount at an upper portion thereof. Is formed,
The first insertion piece is inserted into the first insertion port;
The second insertion piece is inserted into a slit formed in the back wall of the storage case and extends upward along the inner surface of the back wall, and the upper end of the second insertion piece is the storage case. A storage case with a mount, wherein the storage case is bent in a direction substantially orthogonal to the rear wall of the first wall and is inserted into the second insertion slot. The storage case includes a cylindrical body having a back wall and a front wall, a lower wall closing the lower opening of the cylindrical body, and an upper wall closing the upper opening of the cylindrical body. An upper surface wall that is foldably connected to the upper side of the wall and has a flap piece formed on the side facing the continuous portion of the front wall, and the upper surface wall is bent at the continuous portion of the front wall; By placing the flap piece of the upper surface wall along the inner surface of the back wall, the upper opening of the cylindrical body is closed by the upper surface wall,
The storage case with a mount according to claim 1, wherein a flap piece placed along the inner surface of the back wall extends below the slit portion of the back wall.   The storage case with the mount according to claim 2, wherein the second insertion port is formed in the upper wall.

Images