JP5773522B2 - Hanger box - Google Patents

Description

  The present invention has a rectangular parallelepiped shape having a front plate, two side plates, a rear plate, a top plate and a bottom plate, a box body assembled from one first flat member, and a bar member attached to the inside of the box body. In particular, the present invention relates to a hanger box that is made of an inexpensive material such as corrugated cardboard and that is suitable for transporting clothes while hanging.

2. Description of the Related Art Conventionally, there has been known a hanger box that is made of an inexpensive material such as cardboard and can be accommodated and transported while being hung, so that a carrier can use it easily when moving.
These hanger boxes are configured such that a bar member is attached above a rectangular parallelepiped box body and a hanger with clothes or the like hung on the bar member is hung.
The bar member needs to have strength to withstand the weight of clothing and the like, and needs to be firmly supported by the box body. Therefore, the bar member is made of a resin cross-section cylindrical and fixed to the side surface of the box body. Things are known.
However, it is difficult to store and transport the bar member in a folded state, and the cost is high and the assembly workability is poor. When the bar member is made of resin, disposal after use must be performed separately from the box body.
In order to alleviate such a problem, a device in which a method for attaching the bar member to the box body is devised (see, for example, Patent Document 1, Patent Document 2, Patent Document 3, etc.).

Japanese Unexamined Patent Publication No. 07-300170 (all pages, all figures) JP-A-10-175688 (all pages, all figures) Japanese Patent Laying-Open No. 2005-104574 (all pages, all figures)

In a known hanger box as described in Patent Document 1, the bar member (paper tube 10) is placed on a plate-like portion (hanger portion 5) attached to the upper surface of the box body (tubular body 1). Since it is supported, the load resistance cannot be increased, and it has been impossible to store a large amount of clothing. Further, since the bar member (paper tube 10) is formed of a cylindrical body, the bar member (paper tube 10) itself cannot be stored and transported in a folded state.
In the known hanger box as described in the above-mentioned Patent Document 2, the portion of the bar member (suspending member 5) where the hanger is applied is a state in which one flat member is folded in two. The load resistance of the member 5) itself could not be increased, and it was impossible to store a large amount of clothing. Moreover, it is necessary to affix the support plate 3 beforehand to the side surface part which supports a bar member (suspending member 5), and the manufacturing process of a box main body (box 1) becomes complicated, and thickness in the folded state There was a problem that became larger.

  In the known hanger box as described in Patent Document 3, since the bar member (pipe 25) is formed of a cylindrical body as in the case of Patent Document 1, the bar member (pipe 25) itself is folded. It was difficult to store and transport. Moreover, it is necessary to affix the overlapping surface 20 of the bar support portion (pipe attachment portion 14) in advance to the side surface portion that supports the bar member (pipe 25), which complicates the manufacturing process of the box body and is folded. There was a problem that the thickness in a state became large. Further, if the side surface of the box body is deformed to the outside even a little, the support of the bar member (pipe 25) by the overlapping surface 20 is lost and only the hanging surface 18 is supported, and the entire support portion (pipe attachment portion 14) has a rectangular cross section. As a result, the hanging surface 18 is deformed and moves downward and outward, so that the bar member (pipe 25) cannot be stably supported, and there is a possibility that the bar member (pipe mounting portion 14) may fall off. .

  Therefore, the present invention solves the problem of the known hanger box as described above, and can be easily stored and transported even in a folded state with a simple structure, has good assembly workability, and is easy to manufacture. Another object of the present invention is to provide a hanger box that can increase the load resistance and can support the hanger without falling off stably.

The invention according to claim 1 is a rectangular parallelepiped shape having a front plate, two side plates, a rear plate, a top plate and a bottom plate, and a box body assembled from a single first flat member, and inside the box body. A hanger box having a bar member to be attached, wherein the box main body has a bar support portion that forms bar insertion grooves for supporting both ends of the bar member on the upper surface side of the two side plates, The bar support portion is formed once on the side plate extension portion formed on the upper surface side of the side plate at a right angle to the inner side of the box body at the boundary line with the side plate, and once downward at the lower folding line on the tip side. Folded and formed by inserting a tip insertion flap provided at the tip edge of the side plate extension into a side cutout provided in the side plate, and the bar insertion groove is formed on the side plate of the side plate extension. From the border with Is formed by a groove cut out portion provided from Mari lower fold line to the tip edge, the bar member is formed in a triangular prism shape assembled with triangular cross-section from one of the second flat member, the bar insertion groove, wherein The bottom end of the bar member has a bottom end supporting the bottom of the cross-sectional triangle, and a side edge extending in parallel from above to the bottom end, and the depression angle between the bottom of the cross-sectional triangle of the bar member and the other side is the Rukoto is formed such that the bottom end and the same angle as the included angle of one side edge of the bar insertion groove is intended to solve the above problems.

The invention according to the claims 2, in addition to the configuration of the hanger box according to claim 1, wherein the bar member is a pre-Symbol second planar member once with both sides of the base of the cross section triangular vertex by obtained by forming a height piece extending from the apex to the bottom by folding at least two inner one, Ru der intended to solve the above problems.

In the invention according to claim 3, in addition to the structure of the hanger box according to claim 1 or 2, the upper surface plate of the box main body has a rear plate extension formed on the rear plate as a front plate. The side insertion flap formed on the side edge plate side edge of the top plate is formed on a side line provided on the boundary line between the side plate and the side plate extension. By being configured to be inserted into the cut portion, the above-described problem is solved.
In addition to the structure of the hanger box according to any one of claims 1 to 3 , the invention according to claim 4 solves the above problem by the fact that the first planar member is cardboard. is there.
In addition to the structure of the hanger box according to any one of claims 1 to 4 , the invention according to claim 5 is that the second planar member is made of the same material as the first planar member. The above-mentioned problem is solved.

According to the hanger box of the invention according to the first aspect of the invention, when the box main body is manufactured, the bar support portion can be left in a flat state, which is easy to manufacture and the thickness increases even when the box main body is folded. And can be easily stored and transported.
In addition, since the bar support portion can be formed only by folding and inserting, the assembly workability at the site is improved.
In addition, since the bar support portion has a triangular cross section, the shape does not change even with a large load, and the bar member can be stably supported even if the side plate is slightly deformed outward.
Furthermore, since two sides of the bar member having a triangular cross section come into contact with the bar insertion groove of the bar support portion, the bar member can be stably supported by the bar insertion groove.

According to the configuration described in claim 2, it is possible form the strength similar to that of a circular cross section, easily stored in a developed state of the bar member, Ru can be transported.
According to the structure of this Claim 3, since the deformation | transformation to the outer side of a side plate can be suppressed by an upper surface board, the load resistance of a bar support part can be enlarged more.
According to the structure of this Claim 4 , a box main body can be manufactured with a cheap and easy-to-process material.
According to the structure of this Claim 5, when disposing after use, it is not necessary to separate a bar member and a box main body, and it becomes possible to handle more easily.

The expanded view of the state of the plane member of the hanger box which is one Example of this invention. The schematic perspective explanatory drawing which abbreviate | omitted the front board and bottom board of the hanger box which is one Example of this invention. Sectional drawing of the bar member of the hanger box which is one Example of this invention. Explanatory drawing of the state where the load of the hanger box which is one Example of this invention was applied. Explanatory drawing of the state which closed the upper surface board of the hanger box which is one Example of this invention. (A) Explanatory drawing of the shape of the bar insertion groove of the hanger box which is one Example of this invention, (b) Explanatory drawing in case a bottom end part and a side edge part are right angle.

The hanger box of the present invention has a rectangular parallelepiped shape having a front plate, two side plates, a rear plate, a top plate, and a bottom plate, and is attached to the inside of the box main body assembled from one first flat member. The box body has a bar support part that forms a bar insertion groove for supporting both ends of the bar member on the upper plate side of the two side plates, and the bar support part The side plate extension portion formed on the top plate side of the face plate is folded once at a right angle to the inside of the box body at the boundary line with the side plate, and once at the lower folding line on the tip side thereof, and is folded down once at the side plate. It is formed by inserting the tip insertion flap provided at the tip edge of the extension part into the side cutout part provided in the side plate, and the bar insertion groove starts from the boundary line with the side plate of the side plate extension part downward From the folding line Is formed by a groove cut out portion provided to the end edge, the bar member is assembled from one of the second flat member is formed into a triangular prism triangular cross-section, the bar insertion groove, the base of triangular section of the bars A bottom end portion to be supported and a side edge portion extending in parallel from above to the bottom end portion, and the depression angle between the bottom side of the cross-sectional triangle of the bar member and the other side is one of the bottom end portion of the bar insertion groove if shall be formed so as to have the same angle as the included angle of the side edge portion, other specific configurations may be any one.

Below, the structure and effect | action of the hanger box 100 which is one Example of this invention are demonstrated based on drawing.
In addition, in order to explain the present invention in an easy-to-understand manner, each drawing includes omitted and exaggerated items, and does not specify actual dimensional relationships or detailed shapes.
FIG. 1 is a development view of a hanger box 100 according to an embodiment of the present invention. A box body 110 and a bar member 150 are assembled from a first planar member 101 and a second planar member 102 shown in FIG.
The first planar member 101 includes a front plate 111, one side plate 112, a rear plate 113, and the other side plate 112. When the first plane member 101 is formed in a rectangular parallelepiped outside the other side plate 112, A box forming adhesive portion 143 to be fixed is formed.
Below the front plate 111, the one side plate 112, the rear plate 113, and the other side plate 112, a bottom side extension 142 is disposed, and these are combined in a known structure when formed into a rectangular parallelepiped. Thus, the bottom plate 115 is obtained.

Above the two side plates 112, a side plate extension 120 that constitutes the bar support 116 when assembled is provided, and above the rear plate 113, a rear plate extension that constitutes the upper plate 114. 130 is provided.
The upper side of the front plate 111 is formed as a front opening 140 that can be opened and closed with a known structure when formed in a rectangular parallelepiped, and a front plate extension 141 that can be folded and locked to the upper plate 114 is provided. ing.
The second planar member 102 is made of a single rectangular plate-like member, and has a bottom portion 151 at the center, side portions 152 on both sides thereof, and height pieces 153 on both outer sides thereof.

The side plate extension 120 is provided with a tip insertion flap 123 at the tip edge, and has a groove cutout portion 124 that starts from a boundary line 121 with the side plate 112 and extends from the lower folding line 122 to the tip edge side.
As shown in FIG. 2 (illustration of the front plate 111 and the bottom plate 115 is omitted), the side plate extension 120 is once perpendicular to the inner side of the box body 110 at the boundary line 121 with the side plate 112. It has a bar insertion groove 117 when it is formed into a rectangular parallelepiped by folding downward once at the front end side lower folding line 122 and inserting the front end insertion flap 123 into the side cutout portion 127 provided on the side plate 112. A bar support 116 is configured.

Side insertion flaps 131 are provided on both sides of the rear plate extension 130, and side cuts 128 are provided on the boundary line 121 between the two side plates 112 and the side plate extension 120, respectively. The top plate 114 can be opened and closed and fixed by folding the portion 130 toward the front plate 111 and inserting the side insertion flap 131 into the side cut portion 128.
As shown in FIGS. 2 and 3, the bar member 150 assembled from the second planar member 102 is folded inward once on both sides of the bottom portion 151 and once on both sides of the side portion 152. It is formed in a triangular prism shape having a triangular cross section, and is configured such that the height piece 153 reaches the bottom portion 151 and increases the strength in the vertical direction.
Even when the bar member 150 is stored and transported as it is in the second flat member 102 and assembled at the site of use, it can be assembled by winding an adhesive tape or the like after folding.

The operation of the hanger box 100 according to the embodiment of the present invention configured as described above will be described.
As shown in FIG. 2, the hanger box 100 includes a bar member 150 inserted from above into a bar insertion groove 117 formed in the bar support 116 on both sides of the assembled box body 110, and a rear plate extension 130. Is folded to the front plate 111 side, and the side portion insertion flap 131 is inserted into the side cut portion 128 to form the upper surface plate 114, so that it can be accessed from the front side.

With this configuration, as shown in FIGS. 2 and 4, the bar support portion 116 inserts the side insertion flap 131 of the side plate extension portion 120 into the side cut portion 128 of the side plate 112 and has a triangular cross section. Since it is formed in a shape, the shape does not change even with a large load, and the load applied to the bar member 150 is received almost downward by the side plate 112, so that the load resistance can be increased.
Further, the load applied to the bar member 150 generates some force to expand the side plate 112 outward. As shown in FIG. 5, the rear plate extension 130 is folded to the front plate 111 side, and the side portion insertion flap is folded. Since the upper surface plate 114 is configured by inserting 131 into the side cut portion 128, the bar support portion 116 is prevented from moving outward, so that the interval between the bar support portions 116 is widened and the bar member 150 is dropped. I don't have to.

As shown in FIG. 3, the bar member 150 itself has a shape with reinforcement by the height piece 153 in the height direction of the triangular section, and can be formed with the same strength as that of the circular section.
As shown in FIG. 6, the bar insertion groove 117 has a bottom end portion 125 that supports the bottom portion 151 of the bar member 150, and a side edge portion 126 that extends in parallel from above to the bottom end portion 125. The end 125 and the side edge 126 may be formed at right angles, but when the hanger is shaken for moving such as moving, the bar member 150 is inclined in the bar insertion groove 117 as shown in FIG. Then, the support cannot be stably supported, and the hanger may fall off the bar member 150.

However, in this embodiment, as shown in FIGS. 1 and 6A, the depression angle of the bottom portion 151 and the side portion 152 of the bar member 150 is set to be equal to the bottom end portion 125 of the bar insertion groove 117 and one side edge. By forming it so as to have the same angle as the depression angle of the portion 126, the bar member 150 can be stably supported in the bar insertion groove 117, and the hanger can be prevented from falling off.
Further, since the hanger is supported at the apex of the cross-sectional triangle of the bar member 150, there is less friction with the bar member 150 when the hanger is shaken during transportation, and more stable transportation is possible.
Furthermore, since the vertex of the cross-sectional triangle of the bar member 150 has a sharper angle, the interference between the base portion 151 and the hanger can be reduced, and the hanger can be hung on the bar member 150 smoothly and quickly. Is preferably 60 ° or less (the cross-sectional triangle is an isosceles triangle).

The hanger box of the present invention is suitable for transporting clothes while being hung when moving, etc., but it may be used in a fixed manner, and can be applied to applications other than clothes. It is.
The material of the first planar member and the second planar member may be any material such as cardboard or resin.

DESCRIPTION OF SYMBOLS 100 ... Hanger box 101 ... 1st plane member 102 ... 2nd plane member 110 ... Box main body 111 ... Front plate 112 ... Side plate 113 ... Rear plate 114 ... Top plate 115 ... Bottom plate 116 ... Bar support part 117 ... Bar insertion groove 120 ... Side plate extension part 121 ... Boundary line 122 ... Down folding line 123 ... Tip insertion flap 124 ... groove cutout part 125 ... bottom end part 126 ... side edge part 127 ... side notch part 128 ... side part notch part 130 ... rear plate extension part 131 ... side Part insertion flap 140 ... front opening part 141 ... front plate extension part 142 ... bottom side extension part 143 ... box forming adhesive part 150 ... bar member 151 ... bottom side part 152 ... ~ side Part 153 ... height pieces

Claims (5)

A hanger box having a rectangular parallelepiped shape having a front plate, two side plates, a rear plate, a top plate, and a bottom plate, assembled from one first flat member, and a bar member attached to the inside of the box main body. Because
The box body has a bar support part that forms a bar insertion groove for supporting both ends of the bar member on the upper plate side of the two side plates,
The bar support portion has a side plate extension formed on the top plate side of the side plate once at a right angle to the inner side of the box body at the boundary with the side plate, and once downward by a downward folding line on the tip side. And is formed by inserting a tip insertion flap provided at the tip edge of the side plate extension into a side cutout provided in the side plate,
The bar insertion groove is formed by a groove cutout portion provided from the boundary line with the side plate of the side plate extension portion to the tip edge side from the lower folding line ,
The bar member is assembled from one second planar member and formed into a triangular prism shape with a triangular cross section,
The bar insertion groove has a bottom end portion that supports the bottom side of the cross-sectional triangle of the bar member, and a side edge portion that extends in parallel from above to the bottom end portion,
Hanger said included angle of bottom and the other one side of the triangular cross section of the bar member, characterized that you have been formed so as to have the same angle as the included angle of the bottom end and one side edge of the bar insertion groove box. Said bar member, before Symbol once with both sides of the base of the cross section triangular second planar member, by forming a height piece extending from the apex to the bottom by folding at least two inner one at the apex The hanger box according to claim 1. The upper surface plate of the box body is formed in a lid shape that can be opened and closed by folding the rear plate extension formed on the rear plate to the front plate side,
Side insertion flaps provided at the side edges of the top plate are configured to be inserted into side cuts provided on the boundary line between the side plate and the side plate extension. The hanger box according to claim 1 or 2, characterized by. The hanger box according to any one of claims 1 to 3, wherein the first planar member is cardboard. The hanger box according to any one of claims 1 to 4, wherein the second planar member is made of the same material as the first planar member.

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