KR102563002B1 - A method of manufacturing a sabari box, a sabari box manufactured by the manufacturing method, and a method of combining the sabari box - Google Patents

Abstract

The present invention relates to a manufacturing method of a sabari box, a sabari box manufactured by the manufacturing method, and a method of combining the sabari box.
Specifically, an enclosure that opens and closes the upper part of the inner box is coupled to both sides of the inner box, making it easy to open and close the enclosure, and there is no joint between the inlay and the outer cover on the outer surface of the hard core of the enclosure, so that nails or objects do not get caught. In addition, it relates to a method for manufacturing a shabari box in which the outer and inner sheets do not fall off and the adhesive component does not fall even when the shabari box is stored for a long time, a shabari box manufactured by the above manufacturing method, and a method of combining the shabari box.

Description

A method of manufacturing a sabari box, a sabari box manufactured by the manufacturing method, and a method of combining the sabari box }

The present invention relates to a manufacturing method of a sabari box, a sabari box manufactured by the manufacturing method, and a method of combining the sabari box.

Specifically, an enclosure that opens and closes the upper part of the inner box is coupled to both sides of the inner box, making it easy to open and close the enclosure, and there is no joint between the inlay and the outer cover on the outer surface of the hard core of the enclosure, so that nails or objects do not get caught. In addition, it relates to a method for manufacturing a shabari box in which the outer and inner sheets do not fall off and the adhesive component does not fall even when the shabari box is stored for a long time, a shabari box manufactured by the above manufacturing method, and a method of combining the shabari box.

In general, a box has a polyhedron shape having a predetermined space inside which a product to be packaged can be contained, and is variously manufactured in circular, rectangular, and polygonal shapes according to its plane shape.

Looking at the past use of these boxes, they were simply used to protect the contents to be packaged during transportation.

Recently, in order to increase the value of a product, attract consumers' attention from a visual point of view, and protect the contents contained inside, a wrapping paper box in which outer and inner parts are attached to the front and back of corrugated cardboard or hardboard. , Rigid paper box, Set-up box) are often used.

However, in the existing sabari box, the joint between the outer paper and the inner paper attached to the laminate protrudes, and the contents are caught in the process of taking out the contents or caught on the user's fingernail, etc. There is a falling problem.

In order to improve the above problems, as the prior art, Patent Registration No. 10-1517358 discloses a packaging box having a strong adhesive structure.

The content disclosed in the above patent document is folded and bonded so that both ends of the sidewalls are in contact with each other on the outer surface of the finishing plate, and a reinforcing wall is further extended at one end of the sidewall in a state in which the sidewall and the reinforcing wall overlap each other bonded enclosure; an adhesive surface formed at a region where the side walls come into contact with each other to improve adhesion between the side walls; and formed to be symmetrical to each other at the curved portions of the finishing plate and the side wall, and provided as close contact surfaces for improving adhesion between the finishing plate and the side wall.

However, the technology of the patent document is combined by folding, but there is a problem in that grooves and protrusions are formed on the side and side where the side is folded, rubbing each other over time and tearing the side, and the outer and inner surfaces of the hard wick. There is a problem in that the inside floats over time and is difficult to assemble by folding and connecting the inlay and the hard wick without attaching to the outer surface.

KR 10-1517358 B1 (2015. 04. 28. ) KR 10-2021-0019262 A (2021. 02. 22. ) KR 10-2021-0076572 A (2021. 06. 24 . )

An object of the present invention relates to a manufacturing method of a sabari box, a sabari box manufactured by the manufacturing method, and a method of combining the sabari box.

Specifically, an enclosure that opens and closes the upper part of the inner box is coupled to both sides of the inner box, making it easy to open and close the enclosure, and there is no joint between the inlay and the outer cover on the outer surface of the hard core of the enclosure, so that nails or objects do not get caught. In addition, it is to provide a method for manufacturing a shabari box in which the outer and inner sheets do not fall and the adhesive component does not fall even when the sabari box is stored for a long time, a sabari box manufactured by the above manufacturing method, and a method of combining the sabari box.

In order to achieve the above object, the manufacturing method of the sabari box according to the present invention, the sabari box manufactured by the manufacturing method, and the method of combining the sabari box, the inner box 10 and the inner box for storing the contents In the box 100 formed on both sides of (10) and coupled with an enclosure 20 that opens and closes the upper part of the inner box 10,

The sabari box 100,

A bottom surface 210 having a predetermined thickness and width and supporting the inner box 10, a joint wing 220 protruding at a predetermined portion from both sides of the bottom surface 210 and rotating at a predetermined angle, and the bottom surface 210. A hard core 200 including a V-cutting groove 230 inclined at a predetermined portion to a surface adjacent to the surface 210 and the joint blade 220;

An outer cover 300 coupled to the lower bottom surface 210b of the hard wick 200; and

It consists of an inlay 400 attached to the entire surface of the hard wick 200 to which the cover 300 is coupled,

The inner surface of the outer case 20 is coupled to the outer case 300 and the inner side 400 are not coupled to the outer case 221, and rotates as much as the rotation range of the joint blade 220 to open and close the inner case 10. It is characterized by doing.

In addition, the outer cover 300

a cover bottom surface 310 having a predetermined thickness and width;

First cover joint wings 320 protruding at predetermined portions from both sides of the inclined surface of the cover bottom surface 310; and

Second outer joint wings 330 protruding at a predetermined portion from each side of the inclined surface of the outer cover bottom surface 310 on which the first outer joint wings 320 are not formed; are formed,

A first outer contact line 321 is formed on one side where the outer bottom surface 310 and the first outer joint wing 320 come into contact with each other,

It is characterized in that a second outer contact line 331 is formed on one side where the outer cover bottom surface 310 and the second outer cover joint wing 330 come into contact.

In addition, the inclined portion of the first outer joint wing 320 and the second outer joint wing 330 is configured to be folded, and the first outer joint wing 320 and the second outer joint wing 330 are It is characterized in that the part extending in the horizontal direction of the first outer joint wing 320 from the extended inclined portion is attached to the joint wing 220 portion.

In addition, the first surface contact lines 321 are formed on the same line as the V-cutting groove 230, so that the movement of the joint blade 220 can be freely rotated.

In addition, the second surface tangent line 331

The second outer joint 330 is folded by contacting each corner of the bottom surface 210 on which the joint wings 220 are not formed, and the second outer joint remaining after the second outer joint wings 330 are folded. The wing 330 is characterized in that it is attached by wrapping the bottom upper surface (210a).

In addition, each corner portion where the first flap joint 320 and the second flap joint 330 meet each other is inclined at a predetermined angle and is perpendicular to the outer corner portion of the first joint flap 320 and the adjacent portion. extended in the direction

The inclined portion extending the first outer joint wing 320 and the second outer joint wing 330 wraps around the bottom upper surface 210a and the lower bottom surface 210b of the bottom surface 210 and is combined with the inclined portion. The portion extending in the vertical direction from the portion adjacent to the outer corner portion of the first outer joint wing 320 extends a predetermined portion further than the V-cutting groove 230 and extends to one side of the joint wing 220. .

In addition, the inlay 400

an inlay bottom surface 410 having a predetermined thickness and width and contacting the bottom surface 210;

first inlay joint wings 420 extending in both directions from both side surfaces of the inlay bottom surface 410;

a first extended inlay joint wing 430 further extending a predetermined portion in one direction in which the first inlay joint wing 420 extends;

An outer inlay inclined portion 431 that can be folded is formed between the first inlay joint wing 420 and the first extended inlay joint wing 430,

a second extension inlay joint wing 440 extending further to both sides of the first inlay joint wing 420 and extending to the first extended inlay joint wing 430 and the outer inlay joint wing 431;

A first inlay tangent line 411 that can be folded is formed between the first inlay joint wing 420 and the first extended inlay joint wing 430, and one side of the second extended inlay joint wing 440 and the first inlay joint wing 440 It consists of an inner inlay inclined portion 442 to which one side of the first inlay joint wing 420 extends,

It is characterized in that a foldable second inlay tangent 421 is formed on one side where the inlay bottom surface 410 and the first inlay joint wing 420 meet.

In addition, an inlay bottom surface 410 is attached to the bottom surface 210, and a pair of first inlay joint wings 420 are attached to the joint wings 220,

The first extended inlay joint wing 430 and the second extended inlay joint wing 440 surround the circumference of the joint wing 220 in the lower direction, so that the outer cover 300 and the inlay 400 are not attached to the enclosure coupling surface ( 221) is formed.

In addition, the upper part of the inner box 10 is opened, and the inner case 20 rotates smoothly by the V-cutting groove 230, and no dotted line or groove line is formed in the opposite direction to the folded direction. It is characterized in that it prevents the enclosure 20 from being set aside in the opposite direction.

According to the present invention, the contents can be easily stored or found by opening the enclosures provided on both sides of the inner box sideways.

In addition, since the outer cover and the inlay attached to the front and rear surfaces of the hard wick do not protrude to the outside, there is an effect of preventing tearing or damage by objects accommodated in the inner box or user's nails.

In addition, since the outer surface of the hard wick is combined with the inlay, an aesthetic sense can be felt, and it is durable and can be used for a long time.

1 is a perspective view of a manufacturing method of a sabari box according to the present invention, a sabari box manufactured by the manufacturing method, and a method of combining the sabari box.
Figure 2 is a perspective view showing the hard core of the manufacturing method of the sabari box according to the present invention, the sabari box manufactured by the manufacturing method, and the coupling method of the sabari box.
Figure 3 is a perspective view showing the outer cover of the manufacturing method of the sabari box according to the present invention, the sabari box manufactured by the manufacturing method, and the method of combining the sabari box.
Figure 4 is a perspective view showing the manufacturing method of the sabari box according to the present invention, the inlay of the sabari box manufactured by the manufacturing method and the coupling method of the sabari box.
Figure 5 is an embodiment in which the cover is coupled to the hard wick of the manufacturing method of the sabari box according to the present invention, the manufacturing method of the sabari box and the method of coupling the sabari box manufactured by the manufacturing method.
Figure 6 is an embodiment in which the inlay is coupled to the back of the bottom surface of the manufacturing method of the sabari box according to the present invention, the manufacturing method of the sabari box and the coupling method of the sabari box manufactured by the manufacturing method.
7 is a method of manufacturing a shabari box according to the present invention, a shabari box manufactured by the manufacturing method, and an enclosure coupled to each of the joint wings in which the outer cover and the inside are not coupled to the hard wick of the coupling method of the shabari box An embodiment in which the bottom surface of the inlay and the inner box are combined.
Figure 8 is an embodiment of opening and closing the enclosure of the manufacturing method of the sabari box according to the present invention, the sabari box manufactured by the manufacturing method and the method of combining the sabari box.

The terms or words used in this specification and claims should not be construed as being limited to their usual or dictionary meanings, and the inventors can properly define the concept of terms in order to best explain their invention. Based on the principle, it should be interpreted as a meaning and concept consistent with the technical idea of the present invention.

Therefore, since the embodiments described in this specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention and do not represent all of the technical spirit of the present invention, various equivalents that can replace them at the time of the present application It should be understood that there may be variations and examples.

Hereinafter, prior to description with reference to the drawings, matters that are not necessary to reveal the subject matter of the present invention, that is, known configurations that can be added obviously by those skilled in the art, are not shown or specifically described. reveal the sound

The present invention relates to a manufacturing method of a sabari box, a sabari box manufactured by the manufacturing method, and a method of combining the sabari box.

Specifically, an enclosure that opens and closes the upper part of the inner box is coupled to both sides of the inner box, making it easy to open and close the enclosure, and there is no joint between the inlay and the outer cover on the outer surface of the hard core of the enclosure, so that nails or objects do not get caught. In addition, it relates to a method for manufacturing a shabari box in which the outer and inner sheets do not fall off and the adhesive component does not fall even when the shabari box is stored for a long time, a shabari box manufactured by the above manufacturing method, and a method of combining the shabari box.

1 is a perspective view of a manufacturing method of a shabari box according to the present invention, a shabari box manufactured by the manufacturing method, and a method of combining the shabari box, Figure 2 is a manufacturing method of a shabari box according to the present invention, the above It is a perspective view showing the hard wick of the sabari box manufactured by the manufacturing method and the method of combining the sabari box.

In addition, Figure 3 is a perspective view showing the manufacturing method of the shabari box according to the present invention, the shabari box manufactured by the manufacturing method and the cover of the coupling method of the shabari box, Figure 4 is a shabari box according to the present invention It is a perspective view showing the manufacturing method, the inlay of the manufacturing method, the manufacturing method, and the coupling method of the box.

1 to 4, the inner box 10, the outer box 20, the outer cover 300, and the inner cover 400 to which a dark background color is applied to the outer and inner surfaces of the box 100 are colored for convenience of distinction. It is missing or brightly colored.

As shown in FIG. 1, the inner box 10 has a rectangular box shape with an open top, and an accommodation space capable of accommodating contents is formed therein.

In addition, a pair of enclosures 20 are formed on both sides of the inner box 10.

The enclosure 20 protrudes in one direction in a triangular shape when viewed from the side, and is formed on the side of the inner box 10 so as to cover the side surface of the inner box 10 and half of the open top surface. A space is formed therein. .

The inner box 10 and the outer box 20 are coupled to the hard wick 200.

As shown in FIG. 2, the hard wick 200 has a predetermined thickness and is composed of a rectangular plate extending in both directions.

The hard wick 200 includes a bottom surface 210 that comes into contact with and supports the inner box 10, a joint wing 220 that protrudes at a predetermined portion from both sides of the bottom surface 210 and rotates at a predetermined angle, and the bottom surface 210. It consists of a V-cutting groove 230 inclined at a predetermined portion to a surface adjacent to the surface 210 and the joint blade 220.

The enclosure 20 is coupled to the joint blade 220, and the rotation of the joint blade 220 is smoothly performed by the V-cutting groove 230.

That is, the V-cutting groove 230 is formed thinner than the general thickness of the hard wick 200, so that the folding is made freely, and the first V-cutting side surface 231 and the second V-cutting side surface 232 can come into contact with each other. is configured so that

On the other hand, the first V-cutting side surface 231 and the second V-cutting side surface 232 are composed of inclined surfaces on both sides of the V-cutting groove 230.

In addition, of the bottom surface 210, the surface on which the V-cutting groove 230 is formed is the bottom upper surface 210a, and the opposite surface is the bottom bottom surface 210b.

The outer surface 300 is coupled to the lower surface of the hard wick 200, and the inlay 400 to be described later is coupled to the upper surface.

The combination of the outer wick 300 and the inner 400 on the hard wick 200 may be used as a material used for attaching objects such as bond, glue, etc., but is not limited thereto.

As shown in FIG. 3, the outer cover 300 includes a bottom surface 310 in contact with the bottom surface 210 and a first cover joint wing 320 protruding at a predetermined portion on both sides of the inclined surface of the bottom surface 310. and second outer joint wings 330 protruding at a predetermined portion from each side of the inclined surface of the outer cover bottom surface 310 on which the first outer joint wings 320 are not formed.

At this time, each corner portion where the first cover joint blade 320 and the second cover joint blade 330 meet each other is inclined at a predetermined angle and is perpendicular to the outer corner portion of the first cover joint blade 320 and the adjacent portion. It is configured to extend in the direction.

That is, the inclined portion where the first outer joint blade 320 and the second outer joint blade 330 extend is coupled by wrapping the upper bottom surface 210a and the lower bottom surface 210b of the bottom surface 210, The inclined portion extending in the vertical direction from the portion adjacent to the outer corner portion of the first outer joint wing 320 extends a predetermined portion further than the V-cutting groove 230 so that it can extend to one side of the joint wing 220. It consists of

Figure 5 shows an embodiment in which the cover is coupled to the hard wick of the manufacturing method of the sabari box according to the present invention, the sabari box manufactured by the manufacturing method, and the method of coupling the sabari box.

As shown in FIG. 5, if an embodiment in which the cover 300 is coupled to the hard wick 200 is described, the lower bottom surface 210b and the bottom surface 310 of the outer cover are attached, but the second cover joint wing ( 330) is also configured to be attached together.

That is, the inclined portion where the first and second joint wings 320 and 330 extend is configured to be folded, and the first and second joint wings 320 and 330 are The part extending in the horizontal direction of the first outer joint wing 320 from the extended inclined portion is configured to be attached to the joint wing 220 portion.

In addition, first outer contact lines 321 are formed on the same line as the V-cutting groove 230, so that the joint blade 220 can rotate freely.

In addition, the second outer joint 331 comes into contact with each corner on both sides of the bottom surface 210 on which the joint wings 220 are not formed, so that the second outer joint wings 330 are folded, and the second outer joint wings ( 330) is folded and the remaining second outer joint wing 330 is attached by wrapping around the bottom upper surface 210a.

Then, the inlay 400 is attached to the entire surface of the hard wick 200 in the direction of the bottom upper surface 210a.

The inlay 400 includes an inlay bottom surface 410 in contact with the bottom surface 210, first inlay joint wings 420 extending in both directions from both side surfaces of the inlay bottom surface 410, and the first inlay joint wing 420. The first extended inlay joint wing 430 further extends a predetermined portion in one direction in which the inlay joint wing 420 extends, and is folded between the first inlay joint wing 420 and the first extended inlay joint wing 430. An external inclination part 431 is formed, which can be made,

Second extended inlay joint wings 440 extending further to both sides of the first inlay joint wing 420 and extending to the first extended inlay joint wing 430 and the outer inlay inclined portion 431;

A first inlay tangent line 411 that can be folded is formed between the first inlay joint wing 420 and the first extended inlay joint wing 430, and one side of the second extended inlay joint wing 440 and the first inlay joint wing 440 It consists of an inner inlay inclined portion 442 to which one side of the 1 inlay joint wing 420 extends.

In addition, a foldable second inlay tangent line 421 is formed on one side where the inlay bottom surface 410 and the first inlay joint wing 420 meet.

Figure 6 is an embodiment in which the inlay is coupled to the back of the bottom surface of the manufacturing method of the sabari box according to the present invention, the manufacturing method of the sabari box and the coupling method of the sabari box manufactured by the manufacturing method.

6, the inlay 400 is also attached to the hard wick 200 to which the cover 300 is attached.

An inlay bottom surface 410 is attached to the bottom upper surface 210a, and a pair of first inlay joint wings 420 are attached to the joint wings 220.

In addition, the first extended inlay joint wing 430 and the second extended inlay joint wing 440 wrap around the lower joint wing 220 so that the cover 300 and the inlay 400 are formed as shown in the last drawing of FIG. An unattached enclosure mating surface 221 is formed.

At this time, the enclosure coupling surface 221 is composed of a pair.

On the other hand, hot melt is applied on both sides of the hard wick 200 in a certain arrangement to attach the cover 300 and the inlay 400, and the hot melt is applied in a certain arrangement on the outer case coupling surface 221 and the top of the bottom upper surface 210a. It is configured to attach the inner box 10 and the outer box 20 to form the box 100.

At this time, an adhesive area is included on one side of the center of the space between the arrays of hot melts.

The adhesive area uses an instant adhesive (or glue), for example, an instant adhesive having a weak bond.

At this time, when the adhesive force (bond machine) of the adhesive area is the same as that of the hot melt, part of the phenomenon in which the outer cover 300, the inner cover 400, the inner box 10 and the outer box 20 are pushed away from the hard core 200 after bonding It can be prevented, but moxibustion cannot be prevented.

Accordingly, the adhesive strength of the adhesive area is lowered compared to that of the hot melt, so that even after the hot melt is cured and completely adhered, the adhesive area is evenly distributed on both surfaces of the outer cover 300, the inner cover 400, the inner box 10 and the outer box 20. By distributing and adhering, it is to completely prevent the rolling phenomenon of the outer paper 300, the inner paper 400, the inner box 10 and the outer box 20 as well as the moxibustion phenomenon.

As another example, the adhesive used for the bonding area may be configured as follows.

The adhesive composition used in this adhesive area is a mixture of instant adhesive and water. At this time, the mixing is based on 100 parts by weight of instant adhesive by weight, and 5 parts by weight of water is mixed, and powdered by cooling to form an adhesive powder. After preparation, it is completed by mixing a viscosity enhancing agent.

At this time, the mixing with the viscosity enhancing agent is a method of injecting a liquid viscosity enhancing agent into a device having the same principle as an ultrasonic cleaner used for washing glasses in the related art, injecting an adhesive powder, and mixing by applying ultrasonic waves. At this time, the viscosity enhancing agent Use the ratio of 1: adhesive powder 4.

According to this, even if the additional composition is included, the amount of adhesive used in the bonding area is reduced, and since it is cheaper than processed conventional adhesive products, cost increase due to cost reduction can be prevented.

In addition, after the viscosity enhancing agent is mixed, 1 to 3 parts by weight of a curing retardant may be further included based on a weight ratio of 100 parts by weight of the total amount. This is to induce curing delay of the above-described bonding area.

7 is a method of manufacturing a shabari box according to the present invention, a shabari box manufactured by the manufacturing method, and an enclosure coupled to each of the joint wings in which the outer cover and the inside are not coupled to the hard wick of the coupling method of the shabari box An embodiment in which the bottom surface of the inlay and the inner box are combined.

As shown in FIG. 7, one inner side of the enclosure 20 is attached to the enclosure coupling surface 221. At this time, as the enclosure coupling surface 221 is composed of a pair, it is preferable that the enclosure 20 is also composed of a pair.

In other words, the bottom surface of the inner box 10 is coupled to the upper part of the inlay bottom surface 410 attached to the upper part of the bottom upper surface 210a between the enclosures 20 and 20.

Figure 8 is an embodiment of opening and closing the enclosure of the manufacturing method of the sabari box according to the present invention, the sabari box manufactured by the manufacturing method and the method of combining the sabari box.

As shown in FIG. 8, the upper part of the inner case 10 is opened, and the inner case 20 rotates smoothly through the V-cutting groove 230, and a dotted line or a groove line is formed in the opposite direction to the folding direction. This prevents the enclosure 20 from being set aside in the opposite direction.

What has been described using the drawings above is only the main points of the present invention, and it is obvious that the present invention is not limited to the configuration of the drawings as various designs are possible within the technical scope.

10: Inner case 20: Enclosure 21: Inner side of the enclosure
100: Sabari box
200: hard wick
210: bottom surface
210a: upper floor surface 210b: lower floor surface
220: joint wing 221: enclosure coupling surface
230: V cutting groove
231: first V-cutting side 232: second V-cutting side
300: Cover
310: outer surface
320: first outer joint wing 321: first outer tangent
330: second outer joint wing 331: second outer tangent
400: deceived
410: bottom of inlay 411: first inlay tangent
420: first inlay joint wing 421: second inlay tangent
430: first extended inlay joint wing 431: outer inlay slope
440: second extended inlay joint wing
441: third incarnation tangent 442: inner incarnation inclination

Claims (9)

In the box 100 in which the inner box 10 for storing the contents and the enclosure 20 formed on both sides of the inner box 10 to open and close the upper part of the inner box 10 are coupled,
The sabari box 100,
A bottom surface 210 having a predetermined thickness and width and supporting the inner box 10, a joint wing 220 protruding at a predetermined portion from both sides of the bottom surface 210 and rotating at a predetermined angle, and the bottom surface 210. A hard core 200 including a V-cutting groove 230 inclined at a predetermined portion to a surface adjacent to the surface 210 and the joint blade 220;
An outer cover 300 coupled to the lower bottom surface 210b of the hard wick 200; and
It consists of an inlay 400 attached to the entire surface of the hard wick 200 to which the outer cover 300 is coupled,
The inner surface of the outer case 20 is coupled to the outer case 300 and the inner side 400 are not coupled to the outer case 221, and rotates as much as the rotation range of the joint blade 220 to open and close the inner case 10. but
The outer cover 300,
a cover bottom surface 310 having a predetermined thickness and width;
First cover joint wings 320 protruding at predetermined portions from both sides of the inclined surface of the cover bottom surface 310; and
Second outer joint wings 330 protruding at a predetermined portion from each side of the inclined surface of the outer cover bottom surface 310 on which the first outer joint wings 320 are not formed; are formed,
A first outer contact line 321 is formed on one side where the outer bottom surface 310 and the first outer joint wing 320 come into contact with each other,
A second outer contact line 331 is formed on one side where the outer bottom surface 310 and the second outer joint wing 330 come into contact with each other,
The second surface tangent line 331,
The second outer joint 330 is folded by contacting each corner of the bottom surface 210 on which the joint wings 220 are not formed, and the second outer joint remaining after the second outer joint wings 330 are folded. The wing 330 is attached by wrapping the bottom upper surface 210a,
Each corner portion where the first and second cover joint blades 320 and 330 meet each other is inclined at a predetermined angle in a vertical direction from the portion adjacent to the outer corner portion of the first cover joint blade 320. extended,
The inclined portion extending the first outer joint wing 320 and the second outer joint wing 330 wraps around the bottom upper surface 210a and the lower bottom surface 210b of the bottom surface 210 and is combined with the inclined portion. The portion extending in the vertical direction from the portion adjacent to the outer corner portion of the first outer joint wing 320 extends a predetermined portion further than the V-cutting groove 230 and extends to one side of the joint wing 220,
Hot melt is applied in a certain arrangement to both sides of the hard wick 200 to attach the outer paper 300 and the inner paper 400,
Hot melt is applied in a certain arrangement to the upper surface of the enclosure coupling surface 221 and the upper bottom surface 210a to form a box 100 by attaching the inner box 10 and the enclosure 20,
Among the spaces between the arrays of hot melts, one side of the center is used as an adhesive area, and an adhesive is used in the adhesive area, but the adhesive is lowered in adhesive strength compared to the hot melt to prevent moxibustion,
the adhesive,
Based on the weight ratio, based on 100 parts by weight of the instant adhesive, 5 parts by weight of water is mixed, powdered through cooling to produce an adhesive powder, and then mixed with a viscosity enhancer.
delete The method of claim 1,
The inclined portion where the first and second joint wings 320 and 330 extend is configured to be folded, and the first and second joint wings 320 and 330 are extended. The part extending in the horizontal direction of the first outer joint wing 320 from the inclined portion is attached to the joint wing 220 portion, the slab box.
The method of claim 1,
The first outer contact line 321 is formed on the same line as the V-cutting groove 230, so that the movement of the joint wing 220 can rotate freely.
delete delete The method of claim 1,
The inlay 400,
an inlay bottom surface 410 having a predetermined thickness and width and contacting the bottom surface 210;
first inlay joint wings 420 extending in both directions from both side surfaces of the inlay bottom surface 410;
a first extended inlay joint wing 430 further extending a predetermined portion in one direction in which the first inlay joint wing 420 extends;
An outer inlay inclined portion 431 that can be folded is formed between the first inlay joint wing 420 and the first extended inlay joint wing 430,
a second extension inlay joint wing 440 extending further to both sides of the first inlay joint wing 420 and extending to the first extended inlay joint wing 430 and the outer inlay joint wing 431;
A first inlay tangent line 411 that can be folded is formed between the first inlay joint wing 420 and the first extended inlay joint wing 430, and one side of the second extended inlay joint wing 440 and the first inlay joint wing 440 It consists of an inner inlay inclined portion 442 to which one side of the first inlay joint wing 420 extends,
Characterized in that a foldable second inlay tangent 421 is formed on one side where the inlay bottom surface 410 and the first inlay joint wing 420 meet.
The method of claim 7,
An inlay bottom surface 410 is attached to the bottom surface 210, and a pair of first inlay joint wings 420 are attached to the joint wings 220,
The first extended inlay joint wing 430 and the second extended inlay joint wing 440 surround the circumference of the joint wing 220 in the lower direction, so that the outer cover 300 and the inlay 400 are not attached to the enclosure coupling surface ( 221) is formed, characterized in that the slab box.
The method of claim 1,
The upper part of the inner box 10 is opened, and the inside of the outer box 20 is smoothly rotated by the V-cutting groove 230, and no dotted line or groove line is formed in the opposite direction to the folded direction. (20) is characterized in that to prevent it from being set aside in the opposite direction.