KR101918955B1 - Hardboard landform package box with easy stacking while lowering stack thickness - Google Patents

Abstract

The present invention relates to a hardboard landform mixing type package box and, more specifically, relates to an improved hardboard landform mixing type package box to easily stack a box while lowering a stack thickness, wherein a non-hardboard landform capable of folding a side plate that is hardly required for a support force of a box structure relatively is realized, and in case of storage, the box can be stacked in a state of being unfolded in the shape of a plate not to occupy a lot of loading spaces. Moreover, when the box is simply erected to be folded, the appearance of the box can be automatically made to save time and costs in accordance with box modeling.

Description

{Hardboard landform package box with easy stacking while lowering stack thickness}

More particularly, the present invention relates to a hardboard-and-paper mixed type package box, and more particularly, to a hardboard board mixed type package box, which can be folded in a plate- It does not occupy much space and it can be automatically folded to create a box shape so that it saves time and cost due to box molding. .

In general, a package box protects a product from being damaged while the manufactured goods are delivered to the purchaser, and at the same time, enhances the external aesthetics, thereby enhancing the buyer's desire to purchase.

The package box of the traditional concept was made by folding a sheet of paper (cardboard) into a rectangular shape so that it could contain goods, but in order to increase purchasing power through publicity and advertisement, It is evolving into various forms.

In addition, in the case of wrapping paper, various forms such as film type, vinyl type and rigid plastic type using synthetic resin have been disclosed from the traditional method which is limited to paper.

Among them, a hardboard terrain type package box is used for packaging of gifts, cosmetics, luxury watches, and precious metals.

However, since such a hardboard land type package box is a hard board paper, the package box can not be formed simply by folding.

In other words, although it can be folded in one direction, both sides orthogonal to it can not be fixed after being folded, so they must be sold, stored, or distributed in the form of a box that is inevitably completed.

Therefore, it is necessary to stack the package boxes for storage and distribution, and since the volume is unnecessarily large, it occupies a lot of space and is very inefficient.

In addition, since hard cardboard paper is folded and pasted into a package box, it has to be manually handled, so manufacturing cost and waste of manpower are also serious.

Korean Registered Patent No. 10-1387380 (Apr. 4, 2014), "Foldable Packaging Box" Korean Registration Practice No. 20-0473143 (June 4, 2014), "Carton box" Korea Registration Practice No. 20-0474887 (Apr. 14, 2014), 'Packing box with improved assemblability and durability'

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems in the prior art, and it is an object of the present invention to provide a non-rigid board that can fold a side plate relatively less in bearing capacity of a box structure, So that it is possible to automatically create a box shape by simply folding and folding, thereby saving time and cost due to the box molding. Thus, The main purpose is to provide a cardboard mixed type package box.

The present invention provides a non-hardboard topographic type sub-cardboard (200) which is bonded to a part of the main cardboard (100) and constitutes a side plate of a package box, A hardboard and paper mixed type package box comprising:
The main carton 100 includes a first carton 110 folded in a direction perpendicular to the first folding line 112 and a second cartridging unit 110 forming a bottom surface and spaced apart from the first folding line 112 A second folding line 120 having a second folding line 122 parallel to the first folding line 122 and a second folding line 122 having a size corresponding to the first folding line 110 and folded on the basis of the second folding line 122, A third folding section 130 held in parallel with the cage section 110 and a third folding line 132 formed on one side of the third cage section 130, A fourth folding line 140 having the same size as the second folding line 120 to cover the first and second folding lines 110 and 130 and a fourth folding line 142 formed on one side of the fourth folding line 140 And a fifth cradle (150) folded and attached to the outer surface of the first cradle (110) by a magnetic force;
The sub-cardboard 200 includes a rectangular upper side plate portion 210, an upper long side fold line 212 formed on the upper end of the side plate portion 210 and a folding line 212 completely folded on the upper long side fold line 212, A pair of side short side folding lines 214 symmetrically formed on both short sides of the side plate supporting portion 210 and spaced apart from each other by a predetermined distance therebetween as an outer side short side fold line 220, The lower side of the outer side short side fold line 214a as the folding guide board portion 230 which can be folded with respect to the line 214a and the inner side short side fold line 214b and the outer side short side fold line 214a, A floating float guide plate portion 230a and an upper fixed float guide plate portion 230b which are foldable along a diagonal fold line 232 formed in an oblique direction toward the upper portion of the float guide plate portion 230a, When the folded sheet is folded, Shaped reinforcing floating folding guide plate portion 240 and a reinforcing fixed folding guide plate portion 250 extending from the side edge of the fixed folding guide plate portion 230b and in surface contact with the fixed folding guide plate portion 230b when folded Lt; / RTI >
15% by weight of kaolin, 25% by weight of tapioca, and 25% by weight of kaolin were mixed so that stickiness was exhibited only when water was sprayed on the surfaces of the reinforcing side plate support portion 220, the reinforcing floating folding guide plate portion 240 and the reinforcing fixed folding guide plate portion 250, Characterized in that an adhesive composition consisting of 3.5% by weight of a mixture of sodium hydroxide and borax in a weight ratio of 1: 1, 15% by weight of PVA, 2.5% by weight of wood flour, 1.5% by weight of silicate and balance water is further applied Provides a hard boxed mixed type package box that can be easily boxed while reducing the thickness.

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According to the present invention, a side board which requires less bearing capacity of a box structure can be formed as a non-rigid board that can be folded, and can be stacked in a flat state when stored, It is possible to automatically create a box shape so as to save time and cost according to box molding.

1 is an exemplary view showing a state before the folding of the package box according to the present invention.
2 is an exploded view of a side plate constituting both side plates of a package box according to the present invention.
FIG. 3 is an exemplary view showing a folding process for the side plate structure of FIG. 2. FIG.
4 and 5 illustrate a process of molding a package box according to the present invention in a state where a side plate is attached.
6 is an exemplary view showing an example in which the package box according to the present invention is stacked and stored in a state before folding.
7 is an exemplary view showing another example of a package box according to the present invention.

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

Before describing the present invention, the following specific structural or functional descriptions are merely illustrative for the purpose of describing an embodiment according to the concept of the present invention, and embodiments according to the concept of the present invention may be embodied in various forms, And should not be construed as limited to the embodiments described herein.

In addition, since the embodiments according to the concept of the present invention can make various changes and have various forms, specific embodiments are illustrated in the drawings and described in detail herein. However, it should be understood that the embodiments according to the concept of the present invention are not intended to limit the present invention to specific modes of operation, but include all modifications, equivalents and alternatives falling within the spirit and scope of the present invention.

As shown in FIG. 1, the hard boxed mixed type package box, which is easy to box form while lowering the lamination thickness according to the present invention, includes a hardboard top main cardboard 100 and a main board 100 bonded to a specific portion of the main board 100 And a non-hardboard terrain type sub-board 200 constituting a side plate of the package box.

The main paperboard 100 includes a first paper fold 110 folded in a direction perpendicular to the first fold line 112 and a second paper fold 110 folded in a direction perpendicular to the first fold line 112, A second folding line 120 having a second folding line 122 parallel to and spaced from the first folding line 122 and a second folding line 122 having a size corresponding to the first folding line 110, A third folding line 130 held in parallel with the first folding line 110 and a third folding line 132 formed on one side of the third folding line 130, A fourth folding line 140 having the same size as the second cage 120 to cover the cages 110 and 130 and a fourth folding line 142 formed on one side of the fourth cage 140 And a fifth sheet portion 150 folded on the reference and attached to the outer surface of the first sheet portion 110 by a magnetic force.

In this case, iron pieces are embedded in one of the first and second magazine portions 110 and 150, and a magnet is embedded in the other of the first and second magazine portions 110 and 150 so as to be attracted by a magnetic force .

The fifth sheet portion 150 is attached to the first sheet portion 110 as long as the fifth sheet portion 150 is attached to the first sheet portion 110 by a magnetic force in the folded state, 110).

Of course, in the present invention, the fifth magazine portion 150 is attached to the first magazine portion 110 by magnetic force, but the present invention is not limited to this, and a known attachment means such as a Velcro fastener may be used.

In particular, since the main paperboard 100 is formed of a hard board paper, the rigid characteristic is strong, and thus the outer shape can be maintained.

Also, before folding, since it is the same as a flat plate, for example, a cardboard or a sheet, as shown in FIG. 1, it can be stacked even if a plurality of stacked sheets are stacked as shown in FIG.

The sub-cardboard 200 is provided on both sides orthogonal to the direction in which the main cardboard 100 is folded.

Since only a part of the sub-cardboard 200 is adhered to the main cardboard 100 and is also kept flat before folding, it does not occupy much of the stacking space as described above, There are advantages.

2 and 3, the sub-board 200 includes a rectangular side plate portion 210, an upper long side fold line 212 formed at an upper end of the side plate portion 210, A pair of side short legs 210 formed to be symmetrical to both short sides of the side plate portion 210 and to be spaced apart from each other by a predetermined distance, A folding folding guide plate portion 230 which is foldable with respect to the outer side short side folding line 214a and the inner side short side folding line 214b as the line 214 and the outer side short side folding line 214a, An upper float guide plate portion 230a and a lower fixed float guide plate portion 230b which can be folded along a diagonal fold line 232 formed in an oblique direction toward the lower end of the side short side fold line 214a, Extends from the upper end of the guide plate portion 230a and, when folded, A triangular-shaped reinforcing floating guide plate part 240 which is in surface contact with the fixed part 230a and a reinforcing floating folding guide board part 240 which is in surface contact with the fixed part 230b and is in surface contact with the fixed- And a fixed folding guide plate 250.

At this time, the gap between the outer side short side fold line 214a and the inner side short side fold line 214b should be greater than the thickness of the side plate portion 210. This is because when the package box is formed, Since the first and third cartridges 210 and 230 need to be interlocked with each other, they are constrained to each other, while at the same time, the side plate portions 210 should be vertically erected to form a side plate This is to prevent this because mutual interference occurs in the process, which makes the molding difficult.

That is, if the gap is not maintained, the side plate portion 210 is wrinkled due to interference at the time of folding, so that it is difficult to accurately maintain the desired shape, and appearance quality due to poor folding at the time of molding is lowered.

The gap between the reinforcing floating guide plate 240 and the reinforcing plate supporting part 220 is maintained at the same interval as the interval so that the slit 260 is formed in the reinforcing moving folding guide plate part 240 to smoothly fold the reinforcing floating guide plate part 240 .

In addition, the first grounding reinforcing card portion 270 may be formed at the lower end of the side plate support portion 210 so as to extend in a generally inverted trapezoidal shape and be folded to be grounded with the bottom surface of the package box when folded To prevent the internal components from leaking out through the space between the lower end of the side plate portion 210 and the bottom surface of the package box.

For the same purpose, a second folded reinforcing plate portion 280 which is extended in an inverted trapezoidal shape and is folded is further formed at the lower end of the fixed folded guide plate portion 230b formed symmetrically on both sides of the side plate portion 210 .

The reason why the first and second grounding reinforcing card portions 270 and 280 are formed in an inverted trapezoidal shape is to prevent both ends from interfering with each other when folded.

Of course, when the first and second ground reinforcing cartridges 270 and 280 are grounded on the bottom surface of the package box and a rectangular bottom surface cardboard (not shown) is additionally provided thereon, It will be more useful because it does not.

The fixed folding guide plate 230b is fixed to the first and third cartridges 210 and 230 so as to be adhered to the back face of the main face of the main carton 100, 200).

The reinforcing side plate guide part 220 and the reinforcing floating folding guide plate part 240 and the reinforcing fixed folding guide plate part 250 are respectively folded and folded into the side plate part 210, the floating folding guide plate part 230a, the fixed folding guide plate part 230b, respectively.

Since these are the cage portions for strength reinforcement, they may be adhered or not adhered.

However, since they are integrated when they are bonded, it helps to improve workability in molding work.

To this end, an adhesive may be applied to the surfaces of the reinforcing side plate portion 220, the reinforcing floating folding guide plate portion 240, and the reinforcing fixed folding guide plate 250. When the adhesive is sticky, that is, sticky, It is possible to make the operation difficult during the box manufacturing process.

Therefore, it is preferable to use an adhesive that prevents sticky property from being expressed at normal times so as not to hinder workability and, when adhesion is required, water is sprayed to develop sticky property.

This adhesive is composed of 3.5 wt% of a mixture of 15 wt% of kaolin, 25 wt% of tapioca, a mixture of sodium hydroxide and borax at a weight ratio of 1: 1, 15 wt% of PVA, 2.5 wt% of wood powder, 1.5 wt% And the rest of the water is used.

At this time, since the kaolin has kaolinite and halysanite as its main components and has moisture, it has a softening property due to the generation of an impulse, and since it has a property of hardening when dried, it is also added to increase the intensity of sticky- do.

The tapioca is a kind of starch obtained from the roots of cassava and has a high adhesive strength and is added for enhancing the adhesive strength.

Further, the sodium hydroxide and borax mixture is added for viscosity control, and the PVA is added as a synthetic adhesive to reinforce the adhesive force between kaolin and tapioca to achieve strong adhesion, and the wood powder is added when the adhesive is dried Is added to control hygroscopicity so as to prevent sticky property from appearing before an artificial water spray, and the silicate is added to prevent contamination of the surface to which the adhesive is applied.

Therefore, the present invention can improve stickiness by spraying water only when necessary, thereby contributing to enhancement of strength, ease of operation and increase of convenience by integration by adhesion.

The sub-board 200 having such a configuration is completed when it is folded in the order of (1), (2), (3), and (4) as shown in FIG.

That is, first, the reinforcing side plate member 220 is folded.

Then, the reinforcing floating folding guide plate portion 240 is folded, and then the reinforcing fixed folding guide plate 250 is folded. Then, when the reinforcing fixed folding guide plate 250 is folded, the fixed folding guide plate portion 230b is folded in the diagonal direction When the back side of the fixed folding guide plate 230b is glued and fixed to the first and third cartridges 110 and 130 in this state, the sub-carton 200 is attached to the main carton 100 So that it can be integrated.

4, when the first and third cartridges 110 and 130 constituting the main carton 100 are folded and vertically installed, the sub-carton 200 is automatically raised while being interlocked with the first and third cartridges 110 and 130 to complete the side plate of the package box do.

That is, a rectangular box with an open top is formed.

Next, as shown in FIG. 5, the fourth carton 140 is folded to become a lid, and the fifth carton 150 is folded back and attached with a magnetic force, thereby completing one package box.

Thus, although the package box according to the present invention includes a hard board, it is possible to realize a single packageable box automatically by folding in a state of being provided in a plate form, which is very convenient, It can also prevent waste of manpower.

7, the fifth extended portion 150 is removed and the first extended portion 140 'is further formed in a state in which the width of the fourth portion 140 is reduced. In addition, The second extended crotch portion 110 'is further formed at the end of the first crotch portion 110 so that the second extended crotch portion 110' is seated on the first extended crotch portion 140 ' The first extended crotch portion 140 'is exposed between the second extended crotch portion 110' and the fourth crotch portion 140, so that the first extended crotch portion 140 ' By exposing the exposed parts with gold or pearl, the package box can be made even more luxurious.

It can be modified in various ways.

Of course, it is most preferable that the second extended portion 110 'and the fourth portion 140 are attached to the surface of the first extended portion 140' by magnetic force.

100: first plate portion 110: second plate portion
120: third edition part 140: fourth edition part
150: fifth plate part 210: side plate part
220: reinforced side plate part 230: folding guide plate part
240: Reinforced floating folding guide plate portion 250: Reinforced fixed folding guide plate portion
260: slit 270: first ground reinforcement plate section
280: second ground reinforcing plate section

Claims (2)

A hard board top type main carton 100 and a hard board top type sub board 200 adhered to a part of the main board 100 to constitute a side plate of the package box, ;
The main carton 100 includes a first carton 110 folded in a direction perpendicular to the first folding line 112 and a second cartridging unit 110 forming a bottom surface and spaced apart from the first folding line 112 A second folding line 120 having a second folding line 122 parallel to the first folding line 122 and a second folding line 122 having a size corresponding to the first folding line 110 and folded on the basis of the second folding line 122, A third folding section 130 held in parallel with the cage section 110 and a third folding line 132 formed on one side of the third cage section 130, A fourth folding line 140 having the same size as the second folding line 120 to cover the first and second folding lines 110 and 130 and a fourth folding line 142 formed on one side of the fourth folding line 140 And a fifth cradle (150) folded and attached to the outer surface of the first cradle (110) by a magnetic force;
The sub-cardboard 200 includes a rectangular upper side plate portion 210, an upper long side fold line 212 formed on the upper end of the side plate portion 210 and a folding line 212 completely folded on the upper long side fold line 212, A pair of side short side folding lines 214 symmetrically formed on both short sides of the side plate supporting portion 210 and spaced apart from each other by a predetermined distance therebetween as an outer side short side fold line 220, The lower side of the outer side short side fold line 214a as the folding guide board portion 230 which can be folded with respect to the line 214a and the inner side short side fold line 214b and the outer side short side fold line 214a, A floating float guide plate portion 230a and an upper fixed float guide plate portion 230b which are foldable along a diagonal fold line 232 formed in an oblique direction toward the upper portion of the float guide plate portion 230a, When the folded sheet is folded, Shaped reinforcing floating folding guide plate portion 240 and a reinforcing fixed folding guide plate portion 250 extending from the side edge of the fixed folding guide plate portion 230b and in surface contact with the fixed folding guide plate portion 230b when folded Lt; / RTI >
15% by weight of kaolin, 25% by weight of tapioca, and 25% by weight of kaolin were mixed so that stickiness was exhibited only when water was sprayed on the surfaces of the reinforcing side plate support portion 220, the reinforcing floating folding guide plate portion 240 and the reinforcing fixed folding guide plate portion 250, Characterized in that an adhesive composition consisting of 3.5% by weight of a mixture of sodium hydroxide and borax in a weight ratio of 1: 1, 15% by weight of PVA, 2.5% by weight of wood flour, 1.5% by weight of silicate and balance water is further applied Mixed package box with hard cardboard for easy boxing while reducing thickness.
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