KR102130449B1 - Packing sheet and packing container assembled by the packing sheet - Google Patents

Abstract

A packaging material for a packaging box and a packaging box assembled by the packaging material are disclosed.
According to an embodiment of the present invention, the first panel, the bottom panel and the second panel are continuously connected through a fold line to form a triangular space therein; A first side panel of a triangular shape leading to a fold line at one end of the bottom panel to close one side of the body panel; A second side panel of a triangular shape disposed opposite to the first side panel to close the other side surface of the main body panel, and leading to a fold line at the other end of the bottom panel; A first connection panel; A second connection panel; A third connection panel; A fourth connection panel; A first handle panel connected to a fold line at the top of the first panel and having a first perforated portion for a handle formed therein; And a second handle panel which is connected to a fold line at the top of the second panel and is formed with a second perforation portion for the handle therein and disposed opposite to the first handle panel, a packaging material for a packaging box can be provided. have.

Description

PACKING SHEET AND PACKING CONTAINER ASSEMBLED BY THE PACKING SHEET}

The present invention relates to a packaging material for a packaging box and a packaging box assembled by the packaging material, and more particularly, to a packaging material that can easily and conveniently stably store bottled products such as wine bottles, and a packaging box assembled by the packaging material It is about.

Generally, a packaging box (carrier) for a bottle product is used to protect a predetermined bottle product, such as a wine bottle, and to provide convenience for storage, transportation, or transportation, and is shaped as a sheet formed of cardboard or cardboard having a certain thickness. It is manufactured using packaging materials.

The process of making a packaging box for bottle packaging using a sheet-shaped packaging material molded from cardboard or corrugated cardboard, determines a certain form in which the bottle product is to be accommodated, and then prints the necessary information on the surface of the cardboard or cardboard, and cuts it into a flat pattern in a slotter. Or, a fold line is put in the fold and joined with adhesive or adhesive tape.

As such, the packaging box for packaging a bottle made of paper using cardboard or corrugated cardboard is easily collapsible, has a light weight, and is advantageous for stacking, and can be conveniently transported and stored. There are several advantages to protecting a product from damage.

However, the conventional packaging box for bottle packaging as described above is useful for packaging and transportation of bottled products, but a separate binding means for preventing the packaging from being unpacked is not perfectly provided, so that the packaging box is easily unpacked during the transportation process after packaging. there is a problem.

In addition, although the conventional packaging box for bottle packaging has a special characteristic of storing and transporting bottle products that are easily damaged, there is no difference from a packaging box or carrier for general products, and the bottle product is stable in the process of transporting bottle products. As it is not supported, there is a problem of increasing the anxiety of transportation by shaking or moving.

Korean Patent Publication No. 10-2012-0066334 (published on June 22, 2012)

The present invention has been proposed to solve the above problems, as well as easy and safe packaging of bottle products that are fragile, and after packaging, it is not arbitrarily disassembled so that packaging products for packaging boxes and packaging materials for preventing damage to bottle products are prevented. The purpose is to provide a packaging box assembled by.

In addition, the present invention is assembled by a packaging material for a packaging box and a packaging material for safely and stably transporting the bottle product by preventing the fluctuation of the bottle product in the process of packaging and transporting the bottle product and absorbing the shock that may be applied to the bottle. Another purpose is to provide a customized packaging box.

According to an embodiment of the present invention, the first panel, the bottom panel and the second panel are continuously connected through a folding line to form a triangular space therein so that a predetermined bottle product can be received; A first side panel of a triangular shape leading to a fold line at one end of the bottom panel to close one side of the body panel; A second side panel of a triangular shape disposed opposite to the first side panel to close the other side surface of the main body panel, and leading to a fold line at the other end of the bottom panel; One side end of the first panel and one side of the first side panel are connected to the first panel and the first side panel, respectively, so as to be connected to each other, and are connected to the first panel and the first side panel. A first connection panel in which a first bent line is formed at a boundary of the following area; An area connected to the second panel and the first side panel so as to connect one side end of the second panel and the other side of the first side panel to each other, and to an area leading to the second panel and the first side panel. A second connection panel in which a second bent line is formed at a boundary of the following area; The first panel and the second side panel are connected to each other so that one side of the first side panel and the other side end of the first panel are connected to each other, and a region extending to the first panel and the second side panel A third connection panel in which a third bent line is formed at a boundary of the following area; An area connected to the second panel and the second side panel so as to connect the other end of the second panel and the other side of the second side panel to each other, and to an area leading to the second panel and the second side panel. A fourth connection panel in which a fourth bent line is formed at the boundary of the following area; A first handle panel connected to a fold line at the top of the first panel and having a first perforated portion for a handle formed therein; And a second handle panel that is connected to a fold line at the top of the second panel, and has a second perforated portion for a handle formed therein and is disposed opposite to the first handle panel, wherein the first perforated portion has a binding projection. Is provided, the second perforated portion is provided with a packaging material for the packaging box, characterized in that the binding hole is maintained so that the binding projection is inserted so that the upper end of the first panel and the second panel are collected together Can be.

Here, the first handle panel includes: a first locking protrusion which is partially cut on one side of the first handle panel and protrudes while being folded with a folding line; And a first locking hole perforated on the other side of the first handle panel, wherein the second handle panel is perforated on one side of the second handle panel, and is disposed opposite to the first locking protrusion to form the first locking hole. A second locking ball to which the locking projection is inserted and bound; And a second locking protrusion which is partially cut on the other side of the second handle panel and protrudes while being folded with a folding line, is disposed to face the first locking hole, and is inserted into and coupled to the first locking hole. have.

In addition, the packaging material for the packaging box, the first side support, the first main support, the second main support and the second side support continue continuously through a line of fold, the first main support and the second main support Folded downward in a concave shape on the floor panel by a folding line, the first side support and the second side support are respectively convex upward with respect to the first main support and the second main support by folding lines. Folded, the first main support portion and the shock absorbing panel to place the bottle product on the second main support portion; may further include a.

Further, at least one of the first side panel and the second side panel may be characterized in that a through hole is formed to expose a portion of the bottle product to the outside.

In addition, at least one of the upper end of the first handle panel and the upper end of the second handle panel is connected to a folding line and folded by the folding line to be disposed in the inner region of the first and second perforations. It may be characterized in that a bottle-shaped deco panel is provided.

On the other hand, according to another embodiment of the present invention, the first panel, the bottom panel and the second panel are continuously connected so that a predetermined bottle product can be accommodated to form a triangular space therein; A first side panel of a triangular shape, provided to close one side of the body panel; A second side panel of a triangular shape provided to close the other side of the main body panel and disposed opposite to the first side panel; A first handle panel extending upwardly at the top of the first panel and having a first perforated portion for a handle formed therein to allow a user's hand to be inserted therein; And a second handle panel extending upwardly at the upper end of the second panel and having a second perforation portion for a handle formed therein so that a user's hand can be inserted therein and disposed opposite to the first handle panel. 1 characterized in that the binding projection is provided in the perforated portion, the second perforated portion is provided with a binding hole in which the binding projections are inserted so that the upper ends of the first panel and the second panel are gathered together, and the binding is maintained, A packaging box can be provided.

Here, the first handle panel includes: a first locking protrusion which is partially cut on one side of the first handle panel and protrudes while being folded with a folding line; And a first locking hole perforated on the other side of the first handle panel, wherein the second handle panel is perforated on one side of the second handle panel, and is disposed opposite to the first locking protrusion to form the first locking hole. A second locking ball to which the locking projection is inserted and bound; And a second locking protrusion which is partially cut on the other side of the second handle panel and protrudes while being folded with a folding line, is disposed to face the first locking hole, and is inserted into and coupled to the first locking hole. have.

In addition, the packaging box, the first side support, the first main support, the second main support and the second side support continue continuously through a fold line, the first main support and the second main support is the Folding in a concave shape downward on the floor panel by a folding line, the first side support and the second side support are respectively convex upward with respect to the first main support and the second main support by the folding line. Folded by, it may further include a shock absorbing panel, so that the bottle product is seated on the first main support and the second main support.

In addition, at least one of the upper end of the first handle panel and the upper end of the second handle panel is connected to a folding line and folded by the folding line to be disposed in the inner region of the first and second perforations. It may be characterized in that a bottle-shaped deco panel is provided.

According to the embodiment according to the present invention, it is possible to quickly and safely pack a fragile bottle product, and after packaging using a double bundling means, it has an excellent effect of preventing breakage of the bottle product by preventing disassembly. have.

In addition, the present invention has the advantage of stably supporting the bottle product in the process of packaging and transporting the bottle product to prevent the fluctuation of the bottle product and to absorb the shock that can be applied to the bottle to more stably carry the bottle product. .

1 is an exploded view of a packaging material for a packaging box according to an embodiment of the present invention.
2 and 3 are perspective views for explaining a process of assembling a packaging material into a packaging box using the developed view of FIG. 1.
4 to 5 are reference diagrams for explaining a process of assembling the packaging material into the packaging box using the developed view of FIG. 1.
FIG. 6 is a perspective view showing a packaging box assembled using an expanded view of the packaging material for the packaging box of FIG. 1.
7 is a cross-sectional view showing line AA of FIG. 6.

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and operation according to an embodiment of the present invention. The following description is one of several aspects of the present invention that can be patented, and the following description may form part of the detailed description of the present invention.

However, specific descriptions of well-known components or functions in describing the present invention may be omitted to clarify the present invention.

The present invention can be modified in various ways and can include various embodiments, and specific embodiments will be illustrated in the drawings and described in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

Terms including ordinal numbers such as first and second may be used to describe various components, but the components are not limited by these terms. These terms are only used to distinguish one component from another.

When a component is said to be'connected' or'connected' to another component, it is understood that other components may be directly connected or connected to the other component, but other components may exist in the middle. It should be.

The terms used in this application are only used to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise.

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

Referring first to FIG. 1, the packaging material 10 for a packaging box according to an embodiment of the present invention includes a main body panel 100, a first side panel 200, a second side panel 300, and a first connection panel ( 400), a second connection panel 500, a third connection panel 600, a fourth connection panel 700, a first handle panel 800 and a second handle panel 900 may be included, and The shock absorbing panel 1000 may be further included.

The body panel 100 may form a triangular receiving space therein so that a predetermined bottle product (eg, a wine bottle) can be accommodated. The inner space of the body panel 100 forms a triangular accommodating space to form a structure that naturally surrounds the outer periphery of the bottle product 1 when the bottle product 1 is stored, and is formed between the bottle products 1 Since the play that can be minimized is minimized, accordingly, it is possible to minimize the swing of the bottle product 1 from side to side, up and down in the receiving space inside.

Specifically, the main panel 100 is formed such that the first panel 110, the bottom panel 120, and the second panel 130 are continuously connected through a fold line c so that a triangular receiving space is formed therein. Can be.

The first panel 110, the bottom panel 120, and the second panel 130 are formed with a fold line (c) at their boundary, and are connected to each other, and the first panel ( 110) and the second panel 130 are folded with respect to the floor panel 120 to form three surfaces of the body panel 100, which form a receiving space of a triangle therein.

Here, the floor panel 120 is disposed on the bottom of the body panel 100 to form the bottom surface of the body panel 100, and the first panel 110 is disposed obliquely on either side of the floor panel 120 to the floor The main panel is closed by closing one side with respect to the panel 120, and the second panel 130 is inclined at the other side of the bottom panel 120 to close the other side with respect to the bottom panel 120. Let (100) form the inner receiving space of the triangle.

On the other hand, the first side panel 200 is provided to close one side of both sides open in the main body panel 100 forming a triangular inner receiving space. The first side panel 200 is connected to a fold line c at one end of the bottom panel 120, and is formed in a triangular shape to correspond to a triangular shape forming an inner space of the body panel 100.

In addition, the second side panel 300 is provided to close the other side of both sides that are open in the body panel 100. The second side panel 300 is disposed to face the first side panel 200 and is formed in a triangular shape leading to a line (c) that is folded to the other end of the bottom panel 120.

Meanwhile, the first connection panel 400 eliminates one side of the body panel 100 having a triangular inner space by allowing one side of the first panel 110 and one side of the first side panel 200 to be interconnected. It is provided to prevent a gap between the first panel 110 and the first side panel 200 when the one side panel 200 is closed.

The first connection panel 400 is connected to the first panel 110 and the first side panel 200, respectively, as shown in FIG. Also, in the first connection panel 400, a first line 410 is formed at a boundary between the region 401 leading to the first panel 110 and the region 402 leading to the first side panel 200.

That is, the first connection panel 400 may include two regions 401 and 402 separated by the first broken line 410, and one region 401 is a region extending from the first panel 110 2, the region 401 may be folded toward the first panel 110 as shown in FIG. 2 to be in close contact with the first panel 110, and if necessary, may be attached to the inner surface of the first panel 110 by adhesive means. It may be glued.

In other words, the first bending line 410 of the first connection panel 400 and the inner region 401 of the fold line c extending from one end of the first panel 110 are folded to the inside of the first panel 110. It may be defined as a first contact portion 401 that is adhered to or adhered to a surface, and this region is illustrated in FIG. 1 by a diagonal line.

The first contact portion 401 may be folded to the first panel 110 simply by folding according to the needs of the practitioner, or may be adhered to the first panel 110 by adhesive means (eg, adhesive or adhesive tape).

In addition, the second connection panel 500 may be provided so that one side end of the second panel 130 and the other side of the first side panel 200 are interconnected. The second connection panel 500 is connected to the second panel 130 and the first side panel 200 by a fold line c, respectively, and the region 501 and the first side panel leading to the second panel 130. A second bent line 510 may be formed at the boundary of the region 502 following the 200.

Therefore, in the same principle as described above, the second bending line 510 of the second connection panel 500 and the one side end of the second panel 130 and the inner region 501 of the folding line c connecting the second panel are folded. It may be defined as a second contact portion 501 that is adhered to or adhered to the inner surface of 130.

In addition, the third connection panel 600 may be provided so that the other end of the first panel 110 and one side of the second side panel 300 are interconnected. The third connection panel 600 is connected to the first panel 110 and the second side panel 300 by a fold line c, and the area 601 and the second side panel that lead to the first panel 110 are connected. A third bent line 610 is formed at the boundary of the region 602 following the 300. In this case, the inner area 601 of the first panel 110 is folded by folding the third bending line 610 of the third connection panel 600 and the other end of the first panel 110 to the inner area 601 of the folding line c. It may be defined as a third contact portion 601 that is adhered to or adhered to.

Also, the fourth connection panel 700 may be provided so that the other end of the second panel 130 and the other side of the second side panel 300 are interconnected. The fourth connection panel 700 is connected to the second panel 130 and the second side panel 300 by a fold line c, respectively, and the area 701 and the second side panel leading to the second panel 130 A fourth bent line 710 is formed at the boundary of the region 702 that follows the 300. In this case, the inner area 701 of the fourth line 710 of the fourth connecting panel 700 and the other end of the second panel 130 and the fold line c connecting to the inner surface 701 of the second panel 130 are folded. It may be defined as a fourth contact portion 701 that is adhered to or adhered to.

On the other hand, the first handle panel 800 and the second handle panel 900 collect the upper ends of the main body panel 100 together to close the inner storage space of the main body panel 100 and store the bottle product 1. It is provided to easily transport the body panel 100 in a state.

The first handle panel 800 is connected to a fold line (c) at the top of the first panel 110, and a first perforation portion 810 for the handle is formed inside the user's hand.

In addition, the second handle panel 900 leads to a line (c) that is folded at the top of the second panel 130, and a second perforation portion 910 for the handle is formed inside to face the first handle panel 800. Is placed.

Therefore, the first handle panel 800 and the second handle panel 900 are disposed to face each other at the upper end of the main body panel 100, and the first handle panel 800 and the second handle panel 900 are centered. When collected together, the inlet of the upper portion of the body panel 100 that is open is temporarily narrowed and blocked, and the first perforations 810 and the second perforations 910 are also positioned to face each other.

In this state, even if the first handle panel 800 and the second handle panel 900 are not continuously held by hand, the first perforation part is maintained so that the binding between the first handle panel 800 and the second handle panel 900 is maintained. 810) is provided with a binding projection 811 and a second hole 910 is provided with a binding hole (911).

3 and 4, the binding projection 811 is formed to protrude a predetermined length from the first drilling portion 810 toward the second drilling portion 910, the binding hole 911 is a second On the extension portion 912 formed to extend in the perforation portion 910, a size corresponding to the cross-sectional size of the binding protrusion 811 may be formed.

Accordingly, as shown in FIG. 5, when the binding protrusion 811 of the first handle panel 800 is inserted into the binding hole 911 of the second handle panel 900 on the other side, the first panel 110 and the first 2 As the panel 130 is bound to each other by the binding protrusion 811 and the binding hole 911, the first panel 110 and the second panel 130 are arbitrarily bound until a separate external force is applied. This is not released and the binding can be maintained to close the entrance of the upper portion of the body panel 100.

On the other hand, the present invention may further include the following configuration to auxiliaryly maintain the binding of the first panel 110 and the second panel 130 in addition to the above-described binding projection 811 and the binding hole 911.

1, 2, 6 and 7, the first handle panel 800 includes a first locking protrusion 820 and a first locking hole 830, and the second handle panel ( 900) may include a second locking hole 920 and the second locking projection (930).

The first locking protrusion 820 may be partially cut on one side of the first handle panel 800 and folded by a folding line c to protrude in one direction on the first handle panel 800. In addition, the first locking hole 830 may be perforated on the other side of the first handle panel 800. In this case, the first locking protrusion 820 and the first locking hole 830 are disposed with the binding protrusion 811 therebetween so that the binding between the first panel 110 and the second panel 130 is maintained in a balanced manner as a whole. It is desirable to be.

In addition, the second locking hole 920 is perforated on one side of the second handle panel 900 and is disposed to face the first locking protrusion 820 so that the first locking protrusion 820 is inserted to bind the first. It may be formed to a size corresponding to the locking projection (820).

In addition, the second locking protrusion 930 may be partially cut on the other side of the second handle panel 900 and folded by a folding line c to protrude in one direction on the second handle panel 900. The second locking protrusion 930 is disposed to face the first locking hole 830, and may be inserted into and bound to the first locking hole 830 as shown in FIG. 7. At this time, it is preferable that the second locking hole 920 and the second locking protrusion 930 are disposed with the binding hole 911 therebetween.

In addition, at least one of the top of the first handle panel 800 and the top of the second handle panel 900 leads to a folding line (c), and is folded by the folding line (c) to form a first perforation portion (810). And bottle-shaped deco panels 840 and 940 disposed in the inner region of the second perforation unit 910.

The deco panels 840 and 940 improve the aesthetic function of the packaging box, and at the same time, wrap the upper edges of the first perforated portion 810 and the second perforated portion 910 that are touched by the user, thereby improving the user's touch to the corners. Can perform a function.

That is, the deco panels 840 and 940 are folded inside the first handle panel 800 and the second handle panel 900 and then folded once again to pass through the first perforation part 810 or the second perforation part 910. 1 is configured to be visible from the outside of the handle panel 800 or the second handle panel 900, thereby increasing the aesthetic effect while indicating that the product stored in the packaging box 20 is a bottle product 1 The upper edges of the study 810 and the second perforation 910 may be wrapped to allow the user to feel a soft touch when holding the handle.

Of course, the deco panels 840 and 940 are attached to the first handle panel 800 and the second handle panel 900, respectively, when folded inside the first handle panel 800 and the second handle panel 900, respectively. It may include a connection panel (841,941) for increasing the strength, and in FIG. 1, this part is shown in diagonal lines.

Meanwhile, referring to FIGS. 1 to 3, the shock absorbing panel 1000 may include a first side support 1100, a first main support 1200, a second main support 1300, and a second side support 1400. It may be configured to be continuously connected through the folding line (c).

Here, the shock absorbing panel 1000 is concave down on the bottom panel 120 by a line (c) of the first main support 1200 and the second main support 1300 as shown in detail in FIG. It is folded into a shape.

In addition, the first side support 1100 and the second side support 1400 are respectively folded in a convex upward shape with respect to the first main support 1200 and the second main support 1300 by a fold line c. The bottle product 1 may be mounted on the main support part 1200 and the second main support part 1300.

Thus, when the shock absorbing panel 1000 is folded into the shape as described above, and the bottle product 1 is seated again on the shock absorbing panel 1000 in a state located in the bottom panel 120, the first main support part 1200 and the first 2 The main support part 1300 surrounds the lower outer circumferential surface of the bottle product 1, and the edge and bottle product formed by a fold line c between the first main support part 1200 and the second main support part 1300 ( 1) Since a predetermined separation space is generated between each other, the impact that can be applied to the bottle product 1 can be alleviated by this space.

In addition, since the first side support 1100 and the second side support 1400 can support the bottle product 1 shaking from side to side in the inner receiving space of the body panel 100, the bottle product 1 is more visible. It can be transported stably.

Further, at least one of the first side panel 200 and the second side panel 300 may have through holes 210 and 310 through which a part (eg, an inlet portion) of the bottle product 1 is exposed to the outside. have.

The through-holes 210 and 310 can be stored even when the length of the bottle product 1 is long by allowing the entrance of the bottle product 1 to be exposed to the outside, and the inside of the packaging box 20 is exposed by exposing the bottle entrance to the outside. A function of notifying the stored product to the outside can be provided at the same time.

In addition, a part of the outer circumferential surfaces of the through holes 210 and 310 is formed with a notch part 211 and 311 partially cut in a triangular shape so that the inlet of the bottle can be easily inserted into the through holes 210 and 310 and the inlet part of the bottle product 1 Even if the outer diameter of the through-hole (210,310) is slightly larger than the diameter can be easily inserted.

The packaging box 20 completed by assembling the packaging material 10 for a packaging box according to an embodiment of the present invention as described above is as shown in FIG. 6. The packaging box 20 of FIG. 6 includes the configuration of the packaging material 10 for a packaging box as described above, and description of each configuration is replaced by the contents described above.

As described above, the present invention has been described using preferred embodiments, but the scope of rights of the present invention is not limited to the specific embodiments described, and any person having ordinary knowledge in the art may be within the scope of the present invention. Substitution and modification of components are possible, and this also belongs to the rights of the present invention.

1: bottle products
10: packaging material 20: packaging box
100: main body panel 110: first panel
120: floor panel 130: second panel
200: first side panel 300: second side panel
210, 310: through hole 211: 311: notch
400: first connection panel 410: first line
500: second connection panel 510: second bend line
600: 3rd connection panel 610: 3rd line
700: 4th connection panel 710: 4th line
800: first handle panel 810: first perforation
820: first locking projection 830: first locking ball
900: second handle panel 910: second perforation
920: second locking ball 930: second locking projection
840, 940: Deco Panel 1000: Shock Relief Panel
1100: first side support 1200: first main support
1300: second main support 1400: second side support

Claims (6)

The first panel 110, the bottom panel 120 and the second panel 130 are continuously connected through a fold line c so that a predetermined bottle product 1 can be accommodated, thereby forming a triangular space therein. Body panel 100;
A first side panel 200 of a triangular shape leading to a fold line (c) at one end of the bottom panel 120 to close one side of the body panel 100;
In order to close the other side of the main body panel 100, it is disposed opposite to the first side panel 200, and a second side of a triangular shape leading to a fold line c at the other end of the bottom panel 120 Panel 300;
One side end of the first panel 110 and one side of the first side panel 200 are connected to each other by a line (c) foldable to the first panel 110 and the first side panel 200, respectively. , A first connection panel 400 having a first line 410 formed at a boundary between an area 401 leading to the first panel 110 and an area 402 leading to the first side panel 200;
One side end of the second panel 130 and the other side of the first side panel 200 are connected to each other by a line (c) that is folded to the second panel 130 and the first side panel 200, , A second connection panel 500 having a second line 510 formed at a boundary between the region 501 leading to the second panel 130 and the region 502 leading to the first side panel 200;
The other side end of the first panel 110 and one side of the second side panel 300 are connected to each other by a line (c) that is folded to the first panel 110 and the second side panel 300, , A third connection panel 600 having a third bent line 610 formed at a boundary between the region 601 leading to the first panel 110 and the region 602 leading to the second side panel 300;
The other side of the second panel 130 and the other side of the second side panel 300 are connected to each other by a line (c) that is folded to the second panel 130 and the second side panel 300, , A fourth connection panel 700 having a fourth bent line 710 formed at a boundary between the region 701 leading to the second panel 130 and the region 702 leading to the second side panel 300;
A first handle panel 800 connected to a fold line c on the top of the first panel 110 and having a first perforated portion 810 for the handle formed therein; And
The second handle panel is connected to a fold line (c) at the top of the second panel 130, and a second perforation portion 910 for the handle is formed therein to face the first handle panel 800. (900),
The first projection 810 is provided with a binding projection (811),
The second perforated portion 910 is provided with a binding hole 911 through which the binding projections 811 are inserted so that the top ends of the first panel 110 and the second panel 130 are gathered together. Become,
At least one of the upper end of the first handle panel 800 and the upper end of the second handle panel 900 is connected to a folding line (c) and folded by the folding line (c) to form the first perforation ( 810) and a bottle-shaped deco panel 840,940 disposed in an inner region of the second perforated portion 910, wherein the deco panel 840,940 includes the first handle panel 800 and the second handle. When folded to the inside of the panel 900, each of the first handle panel 800 and the second handle panel 900, the connection panel (841,941) is attached to each, the packaging material for the packaging box. According to claim 1,
The first handle panel 800,
A first locking protrusion 820 which is partially cut on one side of the first handle panel 800 and protrudes while being folded with a folding line (c); And
It includes a first locking hole 830 perforated on the other side of the first handle panel 800,
The second handle panel 900,
A second locking hole 920 that is perforated on one side of the second handle panel 900 and is disposed to face the first locking protrusion 820 so that the first locking protrusion 820 is inserted and bound; And
The second handle panel 900 is partially cut on the other side and protrudes while being folded with a folding line (c), is disposed to face the first locking hole 830, and is inserted into the first locking hole 830 The second locking projection 930 is bound to be; packaging material for containing, including. According to claim 1,
The packaging material for the packaging box,
The first side support 1100, the first main support 1200, the second main support 1300 and the second side support 1400 are continuously connected through a fold line c, and the first main support ( 1200) and the second main support portion 1300 is folded down into a concave shape on the bottom panel 120 by a folding line (c),
The first side support 1100 and the second side support 1400 are respectively folded in a convex shape with respect to the first main support 1200 and the second main support 1300 by a fold line c. ,
The first main support 1200 and the second main support 1300 further comprises a shock-absorbing panel 1000 so that the bottle product 1 is seated, packaging material for a packaging box. According to claim 1,
At least one of the first side panel 200 and the second side panel 300 is formed with through holes 210 and 310 through which a portion of the bottle product 1 is exposed to the outside. , Packaging material for packaging boxes. delete The first panel 110, the bottom panel 120 and the second panel 130 are continuously connected to form a triangular space therein so that a predetermined bottle product 1 can be accommodated;
A first side panel 200 of a triangular shape, provided to close one side of the body panel 100;
A second side panel 300 of a triangular shape provided to close the other side of the body panel 100 and disposed opposite to the first side panel 200;
A first handle panel 800 extending upwardly at the upper end of the first panel 110 and having a first perforated portion 810 for a handle inserted therein to allow a user's hand to be inserted therein; And
The second extending to the top of the second panel 130, a second perforated portion 910 for the handle is formed so that the user's hand can be inserted therein is disposed to face the first handle panel 800 2 includes a handle panel (900),
The first projection 810 is provided with a binding projection (811),
The second perforated portion 910 is provided with a binding hole 911 through which the binding projections 811 are inserted so that the top ends of the first panel 110 and the second panel 130 are gathered together. Become,
At least one of the top of the first handle panel 800 and the top of the second handle panel 900 is folded into the inside of the first handle panel 800 and the second handle panel 900, and then the Folded once again to pass through the first perforated portion 810 or the second perforated portion 910, the shape of the bottle is configured to be visible from the outside of the first handle panel 800 or the second handle panel 900, respectively. Packaging box, characterized in that the decor panel (840,940) is provided.

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