WRAP CASE FOR PACKAGING

Abstract

The present invention relates to a wrap case (1) for packaging in which a wrap for packaging (3) wound around a branch pipe (2) is accommodated. The present invention comprises: a rectangular first bottom plate (10); a first front surface plate (11) and a first rear surface plate (13) which respectively extend from both long side portions of the first bottom plate (10); a first side surface plate (15) which extends from the short side portion of the first bottom plate (10); a first reinforcing plate (16) which extends from the outer side edge of the first side surface plate (15); connection plates (12 and 14) which extend from the short side portions of the first front surface plate (11) and the first rear surface plate (13); a second front surface plate (17) which extends from the long side portion of the first front surface plate (11) in such a manner as to overlap the first front surface plate (11); a second bottom plate (18) which extends from the long side portion of the second front surface plate (17) in such a manner as to overlap the first bottom plate (10); a second rear surface plate (19) which extends from the long side portion of the second bottom plate (18) in such a manner as to overlap the first rear surface plate (13); a second side surface plate (20) which extends from the short side portion of the second bottom plate (18) in such a manner as to overlap the first side surface plate (15); a second reinforcing plate (22) which extends from the outer side edge of the second side surface plate (20); an upper surface cover plate (24) which extends from the long side portion of the first rear surface plate (13); and a front surface cover plate (26) which extends from the long side portion of the upper surface cover plate (24). A shaft hole (21) is formed on the second side surface plate (20) or the second reinforcing plate (22) such that the end portion of the paper pipe (2) around which the wrap (3) is wound is inserted.

Description

TECHNICAL FIELD

The present invention relates to a wrap case for packaging, and in particular to a wrap case for packaging, which is characterized in that a component for fixing a wrap is integrally provided, not separately, in order to fix the wrap, so the wrap is prevented from moving during the packaging of a predetermined thing, and a packaging work is easy, and the weight is light while effectively protecting the built-in wrap along with an easier recycling. Safety may be enhanced since metallic teeth are not used.

BACKGROUND ART

A predetermined container filled with food is generally sealed using a wrap in order to prevent the food from being oxidized as the food comes into direct contact with air. Such a wrap is a packaging material made from a synthetic resin in a form of film and is configured to maintain the freshness of food in such a way to seal the container containing a variety of foods.

The related packaging wrap is wound on a cylindrical winding roll and is accommodated in a predetermined shaped packaging wrap case. Such a related packaging wrap is manufactured by bending a sheet of paper into a rectangular parallelepiped shape wherein a cover is integrally provided while leaving one side of the rectangular parallelepiped open. In order to cut the wrap, metallic teeth are formed along one edge of the above open side.

In the above-described related wrap case, the winding roll is simply inserted inside of the case, not fixed to the case. When a user unwinds the wound wrap when in use, the wound roll moves inside of the case, so cutting the wrap properly becomes hard.

When the wound roll moves, it may roll out of the case. In order to prevent the wound roll from rolling out of the case, the user needs to hold the wrap tightly. Since the related wrap case is made from paper, if the user holds the wrap tightly, the wrap case may be easily crushed, thus damaging the wrap accommodated inside of the wrap case. When the user packs a predetermined container using a packaging wrap while holding the related wrap case with a hand, the metallic teeth of the wrap case may hurt the user's hand due to the user's carelessness.

As one of the related art, the Korean Patent Publication Number 10-2010-0100460 describes a wrap cutter for packaging.

DISCLOSURE OF INVENTION

Technical Field

Accordingly, the present invention is made in an effort to improve the above-described problems. It is an object of the present invention to provide a wrap case for packaging, which is characterized in that a component for fixing a wrap is integrally provided, not separately, in order to fix the wrap, so the wrap is prevented from moving during the packaging of a predetermined thing, and a packaging work is easy, and the weight is light while effectively protecting the built-in wrap. Recycling is easy because a heterogeneous material is not used. Safety may be enhanced since metallic teeth are not bonded using an adhesive, along with easier recycling.

Solution to Problem

To achieve the above objects, there is provided a wrap case 1 for packaging, which is configured to accommodate a wrap 3 for packaging wound around a paper pipe 2, comprising a rectangular first bottom plate 10; a first front surface plate 11 and a first rear surface plate 13 which respectively extend from both long side portions of the first bottom plate 10; a pair of first side surface plates 15 which extend from both short side portions of the first bottom plate 10; a first reinforcing plate 16 which extends from an outer side edge of the first side surface plate 15 in a shape corresponding to the first side surface plate 15; connection plates 12 and 14 which extend from both short side portions of the first front surface plate 11 and the first rear surface plate 13 and are folded between the first side surface plate 15 and the first reinforcing plate 16; a second front surface plate 17 which extends from a longer side of the first front surface plate 11 in such a manner as to overlap the first front surface plate 11; a second bottom plate 18 which extends from a longer side of the second front surface plate 17 in such a manner as to overlap the first bottom plate 10; a second rear surface plate 19 which extends from a longer side of the second bottom plate 18 in such a manner as to overlap the first rear surface plate 13; a pair of second side surface plates 20 which extend from both short side portions of the second bottom plate 18 and are overlapped on the first side surface plate 15; a second reinforcing plate 22 which extends from an outer side edge of the second side surface plate 20; an upper surface cover plate 24 which extends from a longer side of the first rear surface plate 13 an is formed in a shape corresponding to the first bottom plate 10; and a front surface cover plate 26 which extends from a longer side of the upper surface cover plate 24 and is configured to cover the first front surface plate 11, wherein at either the second side surface plate 20 or the second reinforcing plate 22, there is formed a shaft hole 21 into which an end of the paper pipe 2 around which the wrap 3 is wound is inserted.

To achieve the above object, there is provided a wrap case 1 for packaging, which is configured to accommodate a wrap 3 for packaging wound around a paper pipe 2, comprising a rectangular bottom plate 30; a front surface plate 31 and a rear surface plate 33 which respectively extend from both short side portions of the bottom plate 30; a pair of side surface plates 35 which extend from both short side portions of the bottom plate 30; a reinforcing plate 36 which extends from an outer side edge of the side surface plate 35 in a shape corresponding to the side surface plate 35 and includes a shaft hole 37 into which an end of the paper pipe 2 is inserted; connection plates 32 and 34 which extend from both short side portions of the front surface plate 31 and the rear surface plate 33 and are folded between the side board 35 and the reinforcing board 36; an upper surface cover plate 24 which extends from a longer side portion of the rear surface plate 33 and is formed in a shape corresponding to the bottom board 30; and a front surface cover plate 26 which extends from a longer side of the upper surface cover plate 24 and is configured to cover the front board 31.

According to a feature of the present invention, there is further provided a guide part 29 which extends from a longer side portion of the front surface cover plate 26 and is configured to allow a cutter 40 for cutting the wrap 3 to slide along a longer side of the front surface cover plate 26.

Advantageous Effects

In present invention, there is provided a wrap case 1 comprising an integral shaft hole 21 into which a paper pipe 2 on which a packaging wrap 2 is wound is inserted, so the present invention does not need any component for fixing the paper pipe 2. For this, manufacture is easy, and manufacturing cost is low. Since any heterogeneous material is not used, recycling is also easy. The paper pipe 2 is inserted in the shaft hole 21 and is fixed in place, the wrap 3 does not move inside of the wrap case 1 when drawing the wrap 3, so the user does not need to hold the wrap 3 with hands when in use, thus preventing the wrap case 1 from crushing. Also, since the paper pipe 2 rotates in the shaft hole 21 when drawing the wrap 3, the wrap 3 may be efficiently drawn out.

Since a bottom surface and front and rear surfaces all belonging to the wrap case 1 are formed in a dual structure, the whole structure of the wrap case is stronger than the related product structure, and the accommodated wrap 3 may not be easily crushed by an external impact. In particular, even when the user holds the wrap case with hands when drawing the wrap 3, the wrap is not easily crushed. In addition, the present invention further comprises a cutter 40 which is slidably engaged at the wrap case 1 as compared with the related art wherein the metallic teeth are attached to the case using an adhesive so as to cut the wrap 3. So, it is possible to prevent any injuries when in use. The cutter 40 may be easily separated from the wrap case 1, which results in easier recycling.

BRIEF DESCRIPTION OF DRAWINGS

FIG. 1 is a perspective view illustrating a wrap case for packaging according to a first exemplary embodiment of the present invention.

FIG. 2 is an exploded view according to a first exemplary embodiment of the present invention.

FIG. 3 is a view illustrating a folded lateral cross section according to a first exemplary embodiment of the present invention.

FIG. 4 is a lateral side view illustrating a state that a wrap is fixed according to a first exemplary embodiment of the present invention.

FIG. 5 is an exploded view illustrating a wrap case for packaging according to a second exemplary embodiment of the present invention.

FIG. 6 is a partially disassembled perspective view illustrating a state that the exploded view of FIG. 5 is folded according to the present invention.

BEST MODES FOR CARRYING OUT THE INVENTION

The above-described purpose, features and advantages of the present invention will be apparent along with the following detailed descriptions. The exemplary embodiments of the present invention will be described with reference to the accompanying drawings.

FIG. 1 is a perspective view illustrating a wrap case for packaging according to a first exemplary embodiment of the present invention. FIG. 2 is an exploded view according to a first exemplary embodiment of the present invention. FIG. 3 is a view illustrating a folded lateral cross section according to a first exemplary embodiment of the present invention. FIG. 4 is a lateral side view illustrating a state that a wrap is fixed according to a first exemplary embodiment of the present invention.

As illustrated therein, the wrap case 1 for packaging according to a first exemplary embodiment of the present invention is configured to accommodate a wrap 3 wound on a paper pipe 2. The wrap case 1 for packaging illustrated in FIG. 1 is manufactured by folding an exploded view illustrated in FIG. 2 in a predetermined sequence.

The wrap case 1 for packaging according to the present exemplary embodiment of the present invention, as illustrated in FIG. 2, comprises a first bottom plate 10, a first front surface plate 11, a first rear surface plate 13, a first side surface plate 15, a first reinforcing plate 16, connection plates 12 and 14, a second front surface plate 17, a second bottom plate 18, a second rear surface plate 19, a second side surface plate 20, a second reinforcing plate 22, an upper surface cover plate 24, an upper surface cover wing 25, a front surface cover plate 26, a front surface cover wing 27, a finish wing 28 and a guide part 29.

The first bottom plate 10 is formed in a rectangular shape larger than the size of a longitudinal cross section of the paper pipe 2 on which the wrap 3 is wound. The front surface plate 11 and the first rear surface plate 13 correspond to each other in their shapes and extend from both long side portions of the first bottom plate 10 and are folded into a shape vertical with respect to the first bottom plate 10.

The first side surface plate 15 extends from both short side portions of the first bottom plate 10, and the first reinforcing plate 16 extends from an outer side edge of the first side surface plate 15. The connection plates 12 and 14 extend from both short side portions of the first front surface plate 11 and the first rear surface plate 13 and are folded into a shape vertical with respect to each of the first front surface plate 15 and the first rear surface plate 13. At this time, the facing connection plates 12 and 14 of the first front surface plate 11 and the first rear surface plate 13 are folded into a shape wherein they are overlapped on each other. In addition, the both sides of the first bottom plate 10 protrude more than the both sides of the first front surface plate 11 and the first rear surface plate 13, so the folded connection plates 12 and 14 are positioned at the first bottom plate 10. In addition, the first side surface plate 15 surrounds the outer sides of the folded connection plates 12 and 14, and the first reinforcing plate 16 surrounds the inner sides of the folded connection plates 12 and 14.

The second front surface plate 17 extends from a longer side of the top of the front surface plate 11 which is folded, and the second bottom plate 18 extends from a longer side of the second front surface plate 17. The second rear surface plate 19 extends from a longer side of the second bottom plate 18.

The second side surface plate 20 extends from both short side portions of the second bottom plate 18, and the second reinforcing plate 22 extends from an outer side edge of the second side surface plate 20. At this time, in the illustrated exemplary embodiment of the present invention, at the second side surface plate 20, there is formed a shaft hole 21 into which an end of the paper pipe 2 on which the wrap 3 is wound is inserted. Alternatively, such a shaft hole 21 may be formed at the second reinforcing plate 22.

The second front surface plate 17, the second bottom plate 18 and the second rear surface plate 19 are overlapped on the first front surface plate 11, the first bottom plate 10 and the first rear surface plate 13, respectively. The second surface front surface plate 17 and the second rear surface plate 19 are formed into a shape vertical to the second bottom plate 18 along with the first front surface plate 11 and the first rear surface plate 13.

The second side surface plate 20 is folded into a 0shape vertical to the second bottom plate 18, and the second reinforcing plate 22 is folded into a shape that it is overlapped on the second side surface plate 20. At this time, the second reinforcing plate 22 comes into face contact with the first reinforcing plate 16. As illustrated in FIG. 1, the second side surface plate 20 having the shaft hole 21 is positioned inside of the finished wrap case 1.

An auxiliary folding part 23 extends from a longer side of the second rear surface plate 19, and the auxiliary folding part 23 is folded and finished coming into face contact with the first rear surface plate 13.

The upper surface cover plate 24 extends from a longer side of the top of the folded first rear surface plate 13 and is formed of the first front surface plate 11, the first bottom plate 10 and the first rear surface plate 13, thereby covering the opened upper side. At this time, the upper surface cover wing 25 extends from both short side portions of the upper surface cover plate 24.

The front surface cover plate 26 extends from a longer side of the upper surface cover plate 24 and is formed on an outer side of the first front surface plate 11. At this time, the front surface cover wing 27 extends from both short side portions of the front surface cover plate 26, and a finish wing 28 extends from an outer side of the front surface cover wing 27. A finish protrusion 28a protrudes from an outer side of the finish wing 28. A slit 26a into which the finish protrusion 28a of the finish wing 28 is inserted is formed where the front surface cover plate 26 and the front surface cover wing 27 are folded.

The front surface cover wing 25 is inserted into between the front surface cover wing 27 and the finish wing 28, so the front surface cover plate 26 keeps being vertical to the upper surface cover plate 24. Also, the inner side of the finish wing 28 surrounds the outer side of the first side surface plate 15.

The guide part 29 extends from a longer side of the front surface cover plate 26 in such a manner as to overlap an inner side of the front surface cover plate 26. At this time, the cutter 40 is provided at the guide part 29. The cutter 40 comprises a cutter holder 41 slidably engaged along the guide part 29, and a cutter blade 42 secured to the cutter holder 41. The cutter blade 42 is vertical to the front surface cover plate 26. As illustrated in FIG. 1, at a lower outer side of the first front surface plate 11, a support plate 50 extends in a longitudinal direction in order for the cutter blade 42 to effectively cut the wrap 3. The support plate 50 is configured to allow the cut end portion of the wrap 3 to come into close contact and be fixed in place.

The wrap case 1 for packaging according to a first exemplary embodiment of the present invention is characterized in that as illustrated in FIG. 1, the shaft hole 21 of the second side surface plate 20 is formed at an inner circumferential surface of each of both sides of the wrap case 1, and as illustrated in FIG. 4, the both ends of the paper pipe 2 on which the wrap 3 is wound are inserted into the shaft holes 21 and are fixed in place inside of the wrap case 1. When the user draws the wrap 3, the paper pipe 2 rotates inside of the shaft hole 21, not moving inside of the wrap case 1, so the wrap 3 may be more smoothly drawn from the paper pipe 2.

The second front surface plate 17, the second bottom plate 18 and the second rear surface plate 19 are respectively overlapped on the first front surface plate 11, the first bottom plate 10 and the first rear surface plate 13 of the wrap case 1, as a result of which a dual structure case may be made. Even when the user holds the wrap case 1 with hands when drawing the wrap 3, the wrap case 1 is not crushed as compared with the related case with a singular structure.

FIG. 4 is a lateral side view illustrating a state that a wrap is fixed according to a first exemplary embodiment of the present invention. FIG. 5 is an exploded view illustrating a wrap case for packaging according to a second exemplary embodiment of the present invention. As illustrated therein, the wrap case 1 for packaging according to the present exemplary embodiment comprises a bottom plate 20, a front surface plate 31, a rear surface plate 33, a side surface plate 35, a reinforcing plate 36, connection plates 32 and 34, an upper surface cover plate 24, an upper surface cover wing 25, a front surface cover plate 26, a front surface cover wing 27, a finish wing 28 and a guide part 29 which are all integrally formed.

In the above illustrated exemplary embodiment, the bottom plate 30, the front surface plate 31 and the rear surface plate 33 are not configured in a dual structure. The front surface plate 31 and the rear surface plate 33 extends from both long side portions of the rectangular bottom plate 30. The front surface plate 31 and the rear surface plate 33 are folded into a shape vertical to the bottom plate 30.

The side surface plate 35 extends from both short side portions of the bottom plate 30, and the reinforcing plate 36 extends from an outer side edge of the side surface plate 35. Here, at the reinforcing plate 36, there is formed a shaft hole 37 into which the paper pipe 2 on which the wrap 3 is wound is inserted.

In addition, the connection plates 32 and 34 extend from both short side portions of the front surface plate 31 and the rear surface plate 33 and are overlapped on each other over the bottom plate 30 and are bend in such a way to surround the inner sides of the connection plates 32 and 34 on which the reinforcing plate 36 is folded and to surround the outer sides of the connection plates 32 and 34 on which the side surface plate 35 is folded. So, the shaft hole 37 of the reinforcing plate 36 is formed at an inner side of the finished wrap case 1.

In the same way as in the first exemplary embodiment, the upper surface cover plate 24 and the front surface cover plate 26 may keep being vertical by means of the front surface cover wing 27, the finish wing 28 and the upper surface cover wing 25. The finish wing 28 is configured to surround the outer side of the side surface plate 35. The constructions that the cutter 40 is slidably engaged to the guide part 29 extending from the longer side of the front surface cover plate 26 and the support plate 50 is provided at the front surface plate 31 are same as in the first exemplary embodiment.

The above-described exemplary embodiments of the present invention are provided for illustrative purposes and should understood in such a way that the above-described examples are not limited by any of the details of the foregoing description, unless otherwise specified, but rather should be construed broadly within its spirit and scope as defined in the appended claims, and therefore all changes and modifications that fall within the meets and bounds of the claims, or equivalences of such meets and bounds are therefore intended to be embraced by the appended claims.

Claims

1. A wrap case 1 for packaging, which is configured to accommodate a wrap 3 for packaging wound around a paper pipe 2, comprising:

a rectangular first bottom plate 10;

a first front surface plate 11 and a first rear surface plate 13 which respectively extend from both long side portions of the first bottom plate 10;

a pair of first side surface plates 15 which extend from both short side portions of the first bottom plate 10;

a first reinforcing plate 16 which extends from an outer side edge of the first side surface plate 15 in a shape corresponding to the first side surface plate 15;

connection plates 12 and 14 which extend from a short side portion of the first front surface plate 11 and the first rear surface plate 13 and are folded between the first side surface plate 15 and the first reinforcing plate 16;

a second front surface plate 17 which extends from a longer side portion of the first front surface plate 11 in such a manner as to overlap the first front surface plate 11;

a second bottom plate 18 which extends from a longer side portion of the second front surface plate 17 in such a manner as to overlap first bottom plate 10;

a second rear surface plate 19 which extends from a longer side portion of the second bottom plate 18 in such a manner as to overlap on the first rear surface plate 13;

a pair of second side surface plates 20 which extend from both short side portions of the second bottom plate 18 and are overlapped on the first side surface plate 15;

a second reinforcing plate 22 which extends from an outer side edge of the second side surface plate 20;

an upper surface cover plate 24 which extends from a longer side portion of the first rear surface plate 13 an is formed in a shape corresponding to the first bottom plate 10; and

a front surface cover plate 26 which extends from a longer side portion of the upper surface cover plate 24 and is configured to cover the first front surface plate 11,

wherein at either the second side surface plate 20 or the second reinforcing plate 22, there is formed a shaft hole 21 into which an end portion of the paper pipe 2 around which the wrap 3 is wound is inserted.

2. A wrap case 1 for packaging, which is configured to accommodate a wrap 3 for packaging wound around a paper pipe 2, comprising:

a rectangular bottom plate 30;

a front surface plate 31 and a rear surface plate 33 which respectively extend from both longer side portion of the bottom plate 30;

a pair of side surface plates 35 which extend from both short side portion of the bottom plate 30;

a reinforcing plate 36 which extends from an outer side edge of the side surface plate 35 in a shape corresponding to the side surface plate 35 and includes a shaft hole 37 into which an end portion of the paper pipe 2 is inserted;

connection plates 32 and 34 which extend from both short side portion of the front surface plate 31 and the rear surface plate 33 and are folded between the side surface board 35 and the reinforcing board 36;

an upper surface cover plate 24 which extends from a longer side portion of the rear surface plate 33 and is formed in a shape corresponding to the bottom board 30; and

a front surface cover plate 26 which extends from a longer side portion of the upper surface cover plate 24 and is configured to cover the front board 31.

3. The wrap case of claim 1, further comprising:

a guide part 29 which extends from a longer side portion of the front surface cover plate 26 and is configured to allow a cutter 40 for cutting the wrap 3 to slide along a longer side of the front surface cover plate 26.

4. The wrap case of claim 2, further comprising:

a guide part 29 which extends from a longer side portion of the front surface cover plate 26 and is configured to allow a cutter 40 for cutting the wrap 3 to slide along a longer side of the front surface cover plate 26.