JPS5943214Y2 - handbag suit paper box - Google Patents

Description

[Detailed Description of the Invention] Industrial Field of Application The present invention relates to an improvement of a paper suit box for carrying suits, which is used in clothing stores to store suits and hand them over to customers.

BACKGROUND OF THE INVENTION Conventionally, most of these types of paper boxes for carrying suits have been of the type with a lid that can be placed over the lid9, but recently there have been proposals that consist of an outer box and an inner box that can be pulled out. .

Problems that the invention aims to solve: With conventional paper suit boxes that can be carried over with lids, if you stack a large number of them on top of a dresser, etc., when looking for a suit, you can lower them all from the top of the dresser and open the lid one by one. It has some drawbacks.

On the other hand, pull-out paper suit boxes can easily be used by stacking them in multiple tiers because when looking for a suit, all you have to do is pull out the appropriate item. There is.

In view of the above, the object of the present invention is to manufacture a suit paper box that has sufficient strength to withstand stacking.

Another object of the present invention, in addition to the above object, is to provide a handheld suit paper box that is convenient for carrying and storing suits.

Means for Solving the Problems In order to achieve the above object, the configuration of the present invention includes an outer box A consisting of a top surface 1, a bottom surface 2, a front side wall 3, and a rear side wall 4, and a bottom surface 100 connected on all sides. After standing up the side wall components at right angles to the bottom surface 10, fold them back inward through a horizontal plane parallel to the bottom surface 10 to form the front side wall 30, the rear side wall 40, the left side wall 50, and the right side wall 60. and an inner box B having a double structure, a horizontally elongated window hole 5 is provided at the center of the front side wall 3 of the outer box A, and an outer side surface of the front side wall 30 of the inner box B, A pair of vertical holes 6,
A flexible handle 70 having inward return claws 7a, 7a connected to the lower surface of both ends is inserted into and out of the vertical holes 6, 6, and the left side wall of the inner box B is inserted into the vertical holes 6, 6. A hole 8 for a finger rest is provided on the outer surface of the wall 50, and an insect repellent input window 9 is provided on the inner surface of the right side wall 60.

EXAMPLES Hereinafter, the present invention will be explained in detail based on examples shown in the accompanying drawings.

In the figure, A is an outer box, and B is an inner box that is removably inserted into the outer box A, and both are made of paper material such as cardboard.

The outer box A is composed of four sides: a top surface 1, a bottom surface 2, a front side wall 3, and a back side wall 4.Both the left and right sides are open, and the inner box B, which will be described later, can be inserted and removed from the left and right side openings. It has become.

Further, a horizontally long window hole 5 is provided at the center of the front side wall 3 of the outer box A.

B is an inner box that is removably housed in the outer box A.

This inner box B is constructed by standing up the side wall components connected to the four sides of the bottom surface 10 at right angles to the bottom surface 10Vc, and then folding them back inward via a horizontal plane parallel to the bottom surface 10 to form the front side wall 30. The rear side wall 40, the left side wall 50, and the right side wall 60 have a double structure.

That is, the front side wall 30, the rear side wall 40, the left side wall 50, and the right side wall 60 have a double structure in which the inner and outer surfaces stand in parallel with a predetermined interval.

The double structure of the front side wall 30, the rear side wall 40, the left side wall 50, and the right side wall 60 will be explained in more detail with reference to the corner of the rear side wall 40 and the right side wall 60 shown in FIG.
A side wall component piece 40a//'i of the rear side wall 40 that is connected to the rear side wall 40 via a fold line 4a, a fold line 4b parallel to the fold line 40a,
It has an outer surface 41, a horizontal surface 42, and an inner surface 43 via 4c.

At both left and right ends of the outer surface 41 and the inner surface 43, there are broken lines 4e t perpendicular to the broken lines 4a, 4b, and 4c.
Ear pieces 41a and 43a are connected to each other via 4f.

The fold line 4f coincides with an extension of the fold line 6a described later, the fold line 4e is arranged a desired distance inside the fold line 4f, and the tip of the fold line 4e forms a notch 45 that is one step closer to the center of the inner surface 43. None.

This side wall component piece 40a has an outer surface 41 raised up at right angles to the bottom surface 10, and an inner surface 43 is folded back inside the outer surface 41 via the horizontal surface 42 along the fold lines 4b and 4c. 41a.

43a is bent along fold lines 4ey4f so as to be positioned above the bottom surface 10 as shown in the figure.

On the other hand, the side wall component piece 60a of the right side wall 60, which is connected to the bottom surface 10 via a fold line 6a perpendicular to the fold line 4a, is attached to the outer surface 60 through fold lines 6b, 6cy6d parallel to the fold line 6a.
1, a horizontal surface 62, an inner surface 63, and an insertion end 64.

The distance between the fold line 6a and the fold line 6b is the same as the fold line 4a, 4.
The distance between the broken lines 6c and 6d is approximately the same as the depth of the inner surface 43 of the rear side wall 40.

Further, the width of the side wall component piece 60a is made to coincide with the extension line of the fold line 4a, but on the distal end side from the fold line 6c, both ends are configured to be narrow enough to the above-mentioned horizontal surface 42, and the inner surface 6
3 has ears 65 protruding from both ends thereof.

The side wall component piece 60a has the outer surface 61 raised at right angles to the bottom surface 10VC, and the inner surface 63 is folded back to the inner side of the outer surface 61 via the horizontal surface 62 along the fold lines 6b and 6c. The insertion end 64 is inserted into the notch 45, and the insertion end 64 is inserted into the bottom surface 10 and the tabs 43a, 41.
It is designed to be inserted between a.

On the outer surface of the front side wall 30 of the inner box B, a pair of vertical holes 6,
6, and into these vertical holes 6, 6, both ends of a flexible handle 70 having inward return claws 7a, 7a connected to each other on the lower surface of both ends are inserted in and out.

That is, as most clearly shown in FIG. 3, this handle 7 is constructed by inserting return claws 7a, 7a between the outer surface 31 and inner surface 33 of the front side wall 30 of the inner box B through the vertically elongated hole 6.6. Become.

A hole 8 is provided in the outer surface of the left wall 50 of the inner box B for the KH finger hook, and an insect repellent input window 9 is provided in the inner surface of the right wall 60.

Effects of the invention The present invention has the above-mentioned configuration, in which the side wall components connected to the four sides of the bottom surface 10 are made to stand up perpendicularly to the bottom surface 10, and then the side wall components connected to the bottom surface 10 are made to stand up at right angles to the bottom surface 10, and then the side wall components connected to the bottom surface 10 are made to stand up at right angles to the bottom surface 10, and then the side wall components connected to the four sides of the bottom surface 10 are made to stand up at right angles to the bottom surface 10. Fold back to the front side wall 30, rear side wall 40, and left side wall 5.
0 and the right side wall 60 have a double structure, sufficient strength can be obtained for stacking.

In particular, the front side wall 30, the rear side wall 40, the left side wall 50, and the right side wall 60 have a double structure with an inner surface and an outer surface standing in parallel with a predetermined interval, so that the vertical push It has sufficient strength not only for crushing, but also for loads applied from diagonally above.

Further, in the present invention, on the outer surface part of the front side wall 30 of the inner box B,
A pair of vertically elongated holes 6, 6 are provided in the portions of the outer box A that match both ends of the window hole 5, and inside the longitudinally elongated holes 6,6, there are return claws inwardly directed on the lower surface of both ends. Both ends of the flexible handle 7 with ay7a connected thereto can be inserted in and out freely, so when inserting and removing the inner box B into and out of the outer box A, both ends of the handle 1 should be inserted deep inside the vertical holes 6, 6. Proceed to handle 7 (/i) so that it becomes flat and does not interfere with insertion and removal.

When the handle 7 is to be used as a portable device, the handle 7 can be pulled back through the window hole 5 using the claws 7a, 7a hooked on the ends of the vertical holes 6.6.

In particular, since both ends of the handle 70 are housed in the space between the inner and outer surfaces of the front side wall 30, there is no possibility that the tips of the handles will get caught on items stored in the inner box B.

Furthermore, in the present invention, the left side wall 50 of the inner box B is provided with a finger hole 8 on the outside surface, and an insect repellent input window 9 on the inside surface of the right side wall 60. Since the inner surface and the outer surface of the right side wall 60 do not have openings that can be folded down, debris does not enter the inner box B, and the insect repellent input window 9 is connected to the inner box containing the insect repellent components. This is also the outflow port into B.

[Brief explanation of the drawing]

Fig. 1 is an exploded perspective view showing an embodiment of the hand-held suit paper box of the present invention, Fig. 2 is a partially exploded perspective view of the inner box, and Fig. 3 is an X-
It is an enlarged sectional view of an X-ray part. 1...Top surface, 2...Bottom surface, 3...
...Front side wall, 4...Rear side wall, 5...
・Window hole, 6... Vertical hole, 7... Handle,
7a... Return claw, 8... Finger rest is hole, 9
...Insect repellent input window, 10...Bottom, 3
0... Front side wall, 40... Rear side wall,
50...Left side wall, 60...Right side wall, A
...Outer box, B...Inner box.

Claims (1)

[Claims for Utility Model Registration] An outer box A consisting of a top surface 1, a bottom surface 2, a front side wall 3, and a rear side wall 4, and the side wall components connected to the four sides of the bottom surface 10 are defined as the bottom surface 10V.
c, and then folded back inward through a horizontal plane parallel to the bottom surface 10 to form a double structure of the front side wall 30, the rear side wall 40, the left side wall 50, and the right side wall 60. A horizontally long window hole 5 is provided at the center of the front side wall 3 of the outer box A, and a window hole 5 of the outer box A is provided at the outer surface of the front side wall 30 of the inner box B. A pair of vertical holes 6,
6, and into these vertical holes 6, 6, both ends of a flexible handle 7, which has inward return claws 7a, 7a connected to each other on the lower surface of both ends, are inserted into and out of the inner box B. The left side wall 50 has a finger hole 8 on the outside surface, and the right side wall 60 has a hole 8 on the inside surface Vc//
i A handheld suit paper box equipped with an insect repellent insertion window 9.