KR102505633B1 - Label system for allocating boundary of blocking area by controlling layer gap - Google Patents

Abstract

The present invention relates to one or more label systems for opening and closing an upper part of an outlet formed on an upper surface of a packaging pack, comprising: a body label unit that selectively covers an upper part of the outlet and forms a body of a label; a blocking section unit included inside the body label unit and selectively forming a predetermined step on a lower surface of the body label unit along a preset virtual boundary line; and a keeping label unit continuously formed from the body label unit and maintaining adhesion to the top surface of the packaging pack even when the body label unit is removed from the packaging pack, thereby capable of minimizing time and cost consumption by partially cutting an outlet label when opening the packaging pack.

Description

Label system for allocating boundary of blocking area by controlling layer gap}

The present invention relates to a label system for opening and closing the upper part of the outlet, and more particularly, to form a step in an area corresponding to the outlet at the top of a packaging pack, and to selectively prevent transfer of re-adhesive label paper through the step. It is a technical field related to a label system that partitions a selective adhesion blocking area through control.

Recently, eco-friendliness, carbon dioxide utilization, reduction management, and globalization have emerged as social issues, and various environmental/product regulations are being expanded, especially in Europe. In addition, as regulations on materials are enforced at home and abroad, the development of adhesive material technology using socially environmentally friendly materials is becoming a major issue.

Along with environmental regulation issues, consumer needs for eco-friendliness are expanding. According to the Ministry of Environment and the distribution industry, in the case of eco-friendly needs, the domestic eco-friendly retail market, which was worth KRW 1.5 trillion in 2001, is estimated to have grown to exceed KRW 30 trillion by 2020 after going through KRW 16 trillion in 2010. The continuous growth in scale and the needs of consumers are expanding.

Eco-friendly products, a key factor occupying the market, correspond to products with eco-friendly elements applied throughout the entire process from purchasing raw materials to production, distribution, use and disposal.

In the label market, movements for the development of eco-friendly materials and the convenience of recycling are expanding in line with regulations on eco-friendliness and user needs.

Among them, in the case of wet tissue, that is, wet tissue, an opening is formed at the upper end of the packaging pack for receiving and storing the wet tissue, and there is an adhesive label to open and close the opening. In the adhesive label, an adhesive material is applied to the lower surface of the synthetic resin label, and a sanitary problem arises in that the wet tissue is contaminated as the adhesive material and the wet tissue come into contact.

The adhesive material of the existing label is an organic compound and has problems such as harmful toxic substances being detected, and toxic substances being contaminated in wet tissues.

As a prior patent document related to the adhesive label of the wet tissue packaging book, "wet tissue content leakage prevention label (Registration No. 10-1492445, hereinafter referred to as Patent Document 1)" exists.

Patent Document 1 relates to an opening and closing sheet of a wet tissue, and more specifically, to facilitate opening and folding of the opening and closing sheet for opening and closing a wet tissue outlet, and to prevent leakage of wet tissue contents as long as the structure is improved so that the manufacturing cost is economically manufactured. It's about the label.

The invention according to Patent Document 1 includes a container in which wet wipes are stored and an outlet is formed so that the stored wet wipes can be taken out, an opening and closing sheet is attached to one side of the container in which the outlet is formed, and the opening and closing sheet is made of a film material. As a landing, an adhesive is applied to be adhered to one side of the receptor, and the opening and closing sheet includes a fixed sheet fixedly adhered to one side of the receptor and a detachable sheet formed by cutting a part in the central region of the fixed sheet and opening and closing the outlet characterized by being made.

As another prior patent document, "re-adhesive label paper for preventing contamination of wet tissue (Registration No. 10-2095933, hereinafter referred to as Patent Document 2)" also exists.

In the case of Patent Document 2, as a re-adhesive label sheet to prevent contamination from the adhesive by the wet tissue accommodated in the packaging pack, the main label unit forming the body of the re-adhesive label sheet; A tag unit that allows a portion of the main label unit to be removed from the upper surface of the packaging pack; a fixing attachment portion for attaching the remainder of the main label portion from the upper surface of the packaging pack; and a clean area portion from which adhesive material is selectively removed in a region between an outer diameter including a perforated line of an outlet on an upper surface of a packaging pack and an inner diameter included in the perforated line.

Likewise, "wet tissue container (Publication No. 10-2015-0047296, hereinafter referred to as Patent Document 3)" also exists as a prior patent document.

In the case of Patent Document 3, a container body in which wet tissue is stored and an outlet is formed, an adhesive sheet member attached to the container body and opening and closing the outlet, and provided between the container body and the adhesive sheet member to form the first adhesive sheet member. It includes an unopening confirmation member that is partially separated to make it impossible to restore to its original state when opened, and allows checking whether or not the adhesive sheet member has been opened.

In the case of Patent Document 3, there is an advantage in increasing product reliability as a new product that has not been opened by consumers because it can prevent unauthorized withdrawal of wet tissues and foreign substance input because there are unrecoverable traces of opening at the time of initial opening.

However, in the case of prior patent literature, there is no clear solution to the change of the adhesive material for the problem of contamination of wet wipes from harmful components of the adhesive material, and no solution such as changing the components of the adhesive material has been proposed. .

Registration No. 10-1492445 Registration No. 10-2095933 Publication No. 10-2015-0047296

The label system according to the present invention, which partitions the selective adhesion blocking area by adjusting the stacking level difference, has been devised to solve the above-mentioned conventional problems, and presents the following problems.

First, it is intended to minimize time and cost consumption by partially cutting off the outlet label when opening the packaging pack.

Second, in the process of opening and closing the label of the packaging pack, the label is fixed so that it can stand on its own to provide users with efficiency in use.

Third, it is intended to minimize active ingredient contamination on the wet tissue by changing the adhesive component of the area adjacent to the outlet of the packaging pack.

The problems to be solved in the present invention are not limited to those mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the description below.

The label system for partitioning the selective adhesion blocking area through the stacking step adjustment according to the present invention has the following means for solving the above problems.

According to the present invention, the label system for partitioning the selective adhesion blocking area by adjusting the stacking step difference selectively covers the upper part of the outlet in the one or more label systems for opening and closing the upper portion of the outlet formed on the upper surface of the packaging pack. a body label unit forming a body of the label; a blocking section unit included inside the body label unit and selectively forming a predetermined step on a lower surface of the body label unit along a preset virtual boundary line; and a keeping label unit continuously formed from the body label unit and maintaining adhesion to the upper surface of the packaging pack even when the body label unit is removed from the packaging pack. .

According to the present invention, the body label unit of the label system that partitions the selective adhesive blocking area by adjusting the stacking level difference is provided on the front surface of the lower surface of the body label unit and contains a plurality of non-curing adhesive components to provide It may be characterized in that it includes a sticky portion to make the adhesion of.

In the blocking section unit of the label system that divides the selective adhesion blocking area by adjusting the stacking step according to the present invention, the preset virtual boundary line includes a radius larger than the outer diameter of the outlet, and the outer diameter of the outlet It may be characterized in that it selectively covers the cutting line of.

The blocking section unit of the label system that divides the selective adhesion blocking area through the adjustment of the stacking step according to the present invention is sprayed and stacked in the form of a plurality of particles within the preset virtual boundary line on the lower surface of the body label unit, It may be characterized in that an optional step is provided to the preset virtual boundary line.

According to the present invention, the blocking section unit of the label system that partitions the selective adhesion blocking area through the adjustment of the stacking step is selectively stacked within the predetermined virtual boundary line, and the plurality of non-curing adhesive components in the outlet It may be characterized in that it is not physically exposed.

According to the present invention, the blocking section unit of the label system for partitioning the selective adhesion blocking area by adjusting the stacking step difference selectively transfers the plurality of non-curing adhesive components through the selective step difference of the preset virtual boundary line. It can be characterized as preventing.

According to the present invention, the blocking section unit of the label system that partitions the selective adhesion blocking area by adjusting the stacking step difference, the vectorial sum of the blocking section unit converges to 0 along the cutting line, so that the top surface of the packaging pack It may be characterized in that only a region corresponding to the outlet is selectively detached along the cutting line of the outer diameter of the outlet.

According to the present invention, in the blocking section unit of the label system that partitions the selective adhesion blocking area by adjusting the stacking step difference, the body of the label is arbitrarily bent by the user's external force, and through the step difference of the blocking section unit, the blocking section unit It may be characterized in that structural rigidity is formed within a set virtual boundary line, and a predetermined tension is provided to the blocking section unit.

According to the present invention, the body label unit of the label system that divides the selective adhesion blocking area through adjustment of the stacking level difference has the predetermined tension within the preset virtual boundary line due to the level difference of the blocking section unit when the external force is generated. It may be selectively accumulated and form a selective curve on the body according to the predetermined tension.

The keeping label unit of the label system that divides the selective adhesion blocking area by adjusting the stacking step according to the present invention forms a continuous surface with the body label unit, and when the body label unit is detached from the packaging pack, a standing unit detached together with the body label unit to form a standing unit; and an adhesion holding part that forms a discontinuous surface with the standing part and maintains contact with the packing pack even when the standing part is formed upright.

According to the present invention, the adhesion maintaining part of the label system that divides the selective adhesion blocking area by adjusting the stacking step is disposed on both sides of the body label unit and forms a predetermined curved line to move from the body label unit to the standing part. a curved line portion that gradually changes the width up to; and a standing support unit disposed on the other side of the body label unit and forming a predetermined support line to form a predetermined standing angle in the body label unit when the body label unit is raised.

The standing part of the label system that divides the selective adhesion blocking area by adjusting the stacking step according to the present invention is provided between the curved line part and the standing supporting part, and when the body label unit stands up, a predetermined level is applied to the body label unit. A pair of supporting space units that provide an attractive force; and a pushing space portion that selectively presses the packing pack at the lower portion of the body label unit when it stands up to form a standing supporting force, forms an attractive force up to the supporting space portion, and forms a curved surface on a horizontal surface of the body label unit. It can be characterized by including.

The blocking section unit of the label system that partitions the selective adhesive blocking area by adjusting the stacking level according to the present invention may include an emulsion adhesive series within the preset virtual boundary line.

According to the present invention, the blocking section unit of the label system that partitions the selective adhesion blocking area by adjusting the stacking step difference is, when the body label unit is adhered to the top of the packaging pack, between the sticky portion and the blocking section unit. It may be characterized by forming an air cushion space of.

The label system for partitioning the selective adhesion blocking area through the adjustment of the stacking level according to the present invention configured as described above provides the following effects.

First, when the label is opened by the user in the process of opening and closing the re-adhesive label, the label is fixed to the packaging pack through the keeping label unit, and a stand is formed from the packaging pack.

Second, a preset virtual boundary line is set up to the area adjacent to the outlet and stacked within the boundary line to form a step, so that the wet tissue is not contaminated with effective substances.

Third, the transition of the non-curing adhesive component is prevented through the formation of a step in a preset virtual boundary line, so that the outlet is not contaminated.

The effects of the present invention are not limited to those mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description below.

FIG. 1 is a perspective view showing that a label of a label system defining a selective adhesion blocking area is adhered to an upper portion of a packaging pack by adjusting a stacking step according to an embodiment of the present invention.
FIG. 2 is a bottom view illustrating a lower surface of a label system for partitioning a selective adhesion blocking area by adjusting a stacking step according to an embodiment of the present invention.
3 is a cross-sectional view of a label of a label system that partitions a selective adhesion blocking area through adjustment of stacking level according to an embodiment of the present invention.
4 is a perspective view illustrating that a label of a label system that partitions a selective adhesion blocking area by adjusting a stacking step according to an embodiment of the present invention covers an outlet of a packaging pack.
FIG. 5 is a perspective view showing a label of a label system that partitions a selective adhesion blocking area through adjustment of stacking level according to an embodiment of the present invention standing up from the top of a packaging pack.
FIG. 6 shows that when a label is opened by a user in a label system that partitions a selective adhesion blocking area through stacking step adjustment according to an embodiment of the present invention, an area corresponding to the outlet is cut along the cutting line of the outlet. It is a perspective view shown.
7 is a cross-sectional side view illustrating that a label forms a selective curve by being bent by an external force in a label system that partitions a selective adhesion blocking area by adjusting a stacking step according to an embodiment of the present invention.

The label system for partitioning the selective adhesion blocking area through the adjustment of the stacking level according to the present invention can have various changes and various embodiments. Specific embodiments are illustrated in the drawings and described in detail in the detailed description. do. However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all modifications, equivalents, or substitutes included in the technical spirit and scope of the present invention.

FIG. 1 is a perspective view showing that a label of a label system defining a selective adhesion blocking area is adhered to an upper portion of a packaging pack by adjusting a stacking step according to an embodiment of the present invention. FIG. 2 is a bottom view illustrating a lower surface of a label system for partitioning a selective adhesion blocking area by adjusting a stacking step according to an embodiment of the present invention. 3 is a cross-sectional view of a label of a label system that partitions a selective adhesion blocking area through adjustment of stacking level according to an embodiment of the present invention. 4 is a perspective view illustrating that a label of a label system that partitions a selective adhesion blocking area by adjusting a stacking step according to an embodiment of the present invention covers an outlet of a packaging pack. FIG. 5 is a perspective view showing a label of a label system that partitions a selective adhesion blocking area through adjustment of stacking level according to an embodiment of the present invention standing up from the top of a packaging pack. FIG. 6 shows that when a label is opened by a user in a label system that partitions a selective adhesion blocking area through stacking step adjustment according to an embodiment of the present invention, an area corresponding to the outlet is cut along the cutting line of the outlet. It is a perspective view shown. 7 is a cross-sectional side view illustrating that a label forms a selective curve by being bent by an external force in a label system that partitions a selective adhesion blocking area by adjusting a stacking step according to an embodiment of the present invention.

According to the present invention, the label system for partitioning the selective adhesion blocking area by adjusting the stacking step is a label system for opening and closing the upper part of the outlet 11 formed on the upper surface of the packaging pack 10, and has a selective step on the top of the outlet 11. It is to form a step to prevent contamination of the wet tissue in the packaging pack 10 through the step.

In the case of the label system that partitions the selective adhesive blocking area by adjusting the stacking level according to the present invention, a body label unit (100), a blocking section unit (200), and a keeping label unit (keeping label unit) , 300).

First, in the case of the body label unit 100, the upper portion of the outlet 11 is selectively covered to form the body of the label.

The material of the body label unit 100 may correspond to a film, a recyclable, or biodegradable label, or may correspond to paper on which a film capable of blocking moisture is formed.

The user lifts up the body of the body label unit 100 corresponding to the re-adhesive label to open the outlet 11 of the packing pack 10, or closes it downward to close it after use.

As shown in FIG. 1 , an area corresponding to a handle (not shown) may be provided on one side of the body label unit 100 to lift the body label unit 100 .

In addition, in the case of the blocking section unit 200, it is included inside the body label unit 100 and forms a predetermined step on the lower surface of the body label unit 100 along a preset imaginary boundary line L.

As shown in FIGS. 1 and 2 , the preset virtual boundary line L may be formed on the lower surface of the body label unit 100, and referring to FIGS. 1 and 2 , the preset virtual boundary Although a line (L) is shown, it is preferable that it corresponds to a line that can be checked on a computer program that cannot be checked with the naked eye.

In addition, the preset virtual boundary line L may be confirmed through the formation of a step difference.

The shape of the preset virtual boundary line L may be provided in a form corresponding to the outlet 11, as shown in FIG. 1, but the shape is not proposed as a form capable of covering the outlet 11. It is preferable not to

The blocking section unit 200 is included inside the body label unit 100 and may be disposed on the lower surface of the body label unit 100 .

By forming a step on the inner lower surface of the body label unit 100 of the blocking section unit 200, the step is formed by selectively stacking on a preset imaginary boundary line (L).

As shown in FIG. 1, in the case of the keeping label unit 300, it is continuously formed from the body label unit 100, and even when the body label unit 100 is detached from the packaging pack 10, the packaging pack 10 ) can maintain adhesion with the top surface.

As shown in FIG. 4 , in the case of the keeping label unit 300, an adhesive component is applied to the lower surface and attached to the upper surface of the packaging pack 10.

As shown in FIG. 5, the keeping label unit 300 is attached to and held on the packaging pack 10 even when the label is detached from the packaging pack 10 by a user's arbitrary external force, so that the label can be easily reattached. is to do

The body label unit 100 of the label system that partitions the selective adhesion blocking area through the layering step adjustment according to the present invention is provided on the front surface of the lower surface of the body label unit 100 and contains a plurality of non-curing adhesive components, , It may include a sticky portion 110 to achieve adhesion with the packaging pack 10.

In the case of the sticky part 110, it is applied to the entire surface of the body label unit 100 to give a function of allowing the body label unit 100 to adhere to the packaging pack 10.

In the case of the sticky part 110, it may be applied to the lower surface of the keeping label unit 300 along with the body label unit 100.

In addition, in the case of the sticky part 110, it may be provided by being coated on the upper surface of the blocking section unit 200.

In the case of the sticky part 110, it may contain a plurality of non-curing adhesive components. In the case of the plurality of non-curing adhesive components, it includes an adhesive showing stickiness in a constant moisture state, and the packaging pack 10 ) can be adhered to the top of the

The sticky part 110 can be re-attached to the upper part of the packaging pack 10 by the non-curing adhesive component, and it is preferable to re-attach a plurality of times.

In the blocking section unit 200 of the label system that partitions the selective adhesion blocking area through the adjustment of the stacking step according to the present invention, the preset virtual boundary line L has a radius larger than the outer diameter of the outlet 11 , can cover the cutting line C of the outer diameter of the outlet 11.

In the case of a preset virtual boundary line L, as shown in FIG. 1, it is preferable to have a larger outer diameter R1 than the outer diameter R2 of the outlet 11.

The blocking section unit 200 is formed large so as to cover not only the front surface of the outlet 11 but also the upper surface of the packaging pack 10 from the outer diameter of the outlet 11 .

The blocking section unit 200 of the label system, which partitions the selective adhesion blocking area through the adjustment of the stacking step according to the present invention, is in the form of a plurality of particles within a virtual boundary line L preset on the lower surface of the body label unit 100. By spraying and stacking, an optional step may be provided to a preset imaginary boundary line (L).

2 to 3, the blocking section unit 200 forms a step on the lower surface of the body label unit 100, and the blocking section unit 200 has a plurality of This is to provide a selective step in the blocking section unit 200 by stacking the particles.

As shown in FIG. 2, the blocking section unit 200 is provided on the lower surface of the body label unit 100 and is provided on the lower surface of the sticky part 110 stacked on the lower surface of the body label unit 100 to form a sticky part ( 110) and a step difference is formed.

The plurality of particles injected within the preset imaginary boundary line L may correspond to an adhesive containing an adhesive component or may correspond to ink.

Steps may be provided differently according to a plurality of particles sprayed and stacked within a preset virtual boundary line L, and the blocking section unit 200 may provide an optional step on the lower surface of the body label unit 100 there is.

The blocking section unit 200 of the label system, which partitions the selective adhesion blocking area through the adjustment of the stacking step according to the present invention, is selectively stacked within a predetermined virtual boundary line L, so that a plurality of Non-curing adhesive components can be prevented from being exposed.

When the plurality of non-curing adhesive components are exposed to wet wipes in the packaging pack 10, it may cause problems such as contamination of the wet wipes with organic compounds harmful to the human body.

The blocking section unit 200 prevents a plurality of non-curing adhesive components from being exposed in the outlet 11 by forming a preset virtual boundary line L larger than the outer diameter of the outlet 11 .

For example, when the label is closed, a preset virtual boundary line L is formed larger than the outer diameter R2 of the outlet 11 to prevent exposure of a plurality of non-curing adhesive components in the outlet 11. .

In addition, when the label is removed, the preset virtual boundary line (L) is formed larger than the outer diameter (R2) of the outlet 11, so that the wet tissue drawn out from the outlet 11 and the plurality of non-curing adhesive components come into contact. It is not, and it is to make withdrawal possible.

That is, the fact that the preset virtual boundary line L is formed larger than the outer diameter of the outlet 11 prevents any contact with a plurality of non-curing adhesive components when the wet tissue is pulled out, and when the wet tissue is pulled out in a random direction It is also to prevent contact with harmful compounds.

According to the present invention, the blocking section unit 200 of the label system that partitions the selective adhesion blocking area by adjusting the stacking step difference prevents the transition of a plurality of non-curing adhesive components through the selective step difference of the preset imaginary boundary line (L). can be selectively prevented.

As shown in FIGS. 2 and 3 , the blocking section unit 200 forms an optional step within the preset imaginary boundary line L, and the step is different from the sticky portion 110 at the bottom of the body label unit 100 is to be formed

The plurality of non-curing adhesive components of the sticky part 110 may contaminate the wet tissue in the outlet 11 due to pushing or random drifting, and the blocking section unit 200 prevents any pushing or tilting of the plurality of non-curing adhesive components. is to prevent it.

It is preferable that any pushing or pulling of the plurality of non-curing adhesive components is physically prevented through the steps of the blocking section unit 200.

According to the present invention, the blocking section unit 200 of the label system that partitions the selective adhesion blocking area by adjusting the stacking step difference is a packaging pack as the vectorial sum of the blocking section unit 200 converges to 0 along the cutting line C. Only the region corresponding to the outlet 11 along the cutting line C of the outer diameter of the outlet 11 on the upper surface of (10) can be selectively cut.

As shown in FIG. 6, the blocking section unit 200 is an outlet along the cutting line C in the process of the user holding one side of the body label unit 100 and removing the label from the upper surface of the packaging pack 10 for the first time. The cover 12 is selectively cut off.

The blocking section unit 200 may allow the outlet cover 12 to be neatly torn along the cutting line C.

It is preferable that the blocking section unit 200 allows the vectorial sum to converge to 0 along the cutting line C so that the outlet cover 12 is selectively cut through the convergence of force.

According to the present invention, the blocking section unit 200 of the label system, which partitions the selective adhesion blocking area through the stacking step difference adjustment, is bent by the user's arbitrary external force, and the label body is arbitrarily bent, and through the step difference of the blocking section unit 200 Structural rigidity may be formed within a preset imaginary boundary line L, and a predetermined tension may be provided to the blocking section unit 200.

When a user's arbitrary external force is applied to the label, the body of the label is bent. In the case of the blocking section unit 200, bending of the body of the label, that is, bending of the body label unit 100 may be performed.

The step formed in the blocking section unit 200 may form structural rigidity within a preset imaginary boundary line L, and due to the structural rigidity, the blocking section unit 200 may be provided with a predetermined tension for bending there is.

Structural rigidity may indicate a degree of resistance to deformation, that is, bending, of the body label unit 100 caused by an external force.

Due to the structural rigidity, the blocking section unit 200 may be provided with a predetermined tension for bending of the body of the label, and the predetermined tension may form a tension for the blocking section unit 200 to return to its shape.

The blocking section unit 200 can provide tension to the surface of the body label unit 100 through a predetermined tension, and can quickly return from bending according to the removal of the external force.

According to the present invention, the body label unit 100 of the label system that partitions the selective adhesion blocking area by adjusting the stacking step difference is within a predetermined virtual boundary line L by the step difference of the blocking section unit 200 when an external force is generated. The tension of the body is selectively accumulated, and a selective curve can be formed on the body according to a predetermined tension.

The predetermined tension of the blocking section unit 200 causes the body label unit 100 to form a selective curve, the body label unit 100 provided with the blocking section unit 200 and the blocking section unit 200 provided The curve of the body label unit 100, that is, bending, which is not formed may be formed differently.

As shown in FIG. 7, the bending of the blocking section unit 200 is different according to the selective tension accumulation of the blocking section unit 200, and the body label unit 100 according to the degree of bending of the blocking section unit 200 The curve of the upper surface of is also provided differently.

For example, when the external force provided to the blocking section unit 200 is relatively small, as shown in (a) of FIG. 7, less bending of the blocking section unit 200 is formed, and the blocking section unit 200 When the applied external force is relatively large, as shown in (b) of FIG. 7 , the bending of the blocking section unit 200 is greatly formed so that the body label unit 100 also forms a large curve.

When the bending is formed to a large extent, tension may accumulate in the blocking section unit 200 .

The blocking section unit 200 of the label system, which partitions the selective adhesive blocking area by adjusting the stacking level according to the present invention, can include an emulsion adhesive series within a preset imaginary boundary line (L).

The blocking section unit 200 of the label system, which divides the selective adhesion blocking area through the adjustment of the stacking step according to the present invention, when the body label unit 100 is adhered to the top of the packaging pack 10, the sticky portion 110 A predetermined air cushion space may be formed between the and the blocking section unit 200 .

As shown in FIG. 3, the blocking section unit 200 and the sticky portion 110 form a step so that when the sticky portion 110 is adhered to the top of the packaging pack 10, the top of the packaging pack 10 A predetermined air cushion space may be formed, and the predetermined air cushion space may correspond to a space in which adhesion to the packaging pack 10 is not achieved.

According to the present invention, the keeping label unit 300 of the label system that partitions the selective adhesion blocking area by adjusting the stacking step difference maintains contact between the standing part 310 corresponding to the standing area and the packaging pack 10 and stands It may include an adhesion holding part 320 forming a predetermined angle with the part 310 .

The standing portion 310 forms a continuous surface with the body label unit 100, and when the body label unit 100 is detached from the packaging pack 10, it is detached together with the body label unit 100 to form a standing can do.

The standing part 310 forms a standing part from the packing pack 10, and is detached from the packing pack 10 by a user's arbitrary external force, and can form a predetermined angle with the adhesive holding part 320 when standing up. .

The keeping label unit 300 may include an adhesive holding part 320 that forms a discontinuous surface with the standing part 310 and maintains contact with the packaging pack 10 even when the standing part 310 is formed upright. there is.

The adhesive holding part 320 forms a surface extending from the standing part 310, and as shown in FIGS. 3 and 4, to prevent the body label unit 100 from being separated from the packaging pack 10 It is possible to form resistance by the user's detachment force.

In addition, it is desirable to maintain adhesiveness with the packaging pack 10 .

The adhesive maintaining unit 320 of the label system, which partitions the selective adhesion blocking area through the stacking step adjustment according to the present invention, includes a curved line unit 321 and a standing support unit 322.

The curved line portion 321 is disposed on both sides of the body label unit 100, and can gradually change the width from the body label unit 100 to the standing portion 310 by forming a predetermined curved line. there is.

As shown in FIGS. 3 and 4 , the curved line portions 321 are symmetrically disposed on both sides of the body label unit 100 .

In addition, as shown in FIG. 3, a predetermined curved surface is formed, and the predetermined curved surface is the body label unit 100 from a predetermined position where the user's separation force is provided to the standing unit 310. It is provided in the form of progressively reducing the width of (100).

The standing support part 322 is disposed on the other side of the body label unit 100 and forms a predetermined support line to form a predetermined standing angle in the body label unit 100 when the body label unit 100 stands. there is.

The standing support part 322 forms a support line when the standing part 310 stands up, and is provided at the boundary between the standing part 310 and the adhesion holding part 320 as shown in FIG. 5 .

The shape of the support line of the standing supporting part 322 is formed as shown in FIGS. 4 and 5 , and the inward line through the protruding and inward line can support the standing part 310 standing.

The standing part 310 of the label system that partitions the selective adhesion blocking area by adjusting the stacking step according to the present invention may include a supporting space part 311 and a pushing space part 312.

In the case of the supporting space portion 311, it is provided between the curved line portion 321 and the standing supporting portion 322 to provide a predetermined force to the body label unit 100 when the body label unit 100 stands up. there is.

As shown in FIGS. 4 and 5 , the supporting space portion 311 may form both sides of the standing portion 310 when the body label unit 100 is standing.

The supporting space portion 311 provides a predetermined force when the body label unit 100 stands, and can pull the body label unit 100 from both sides of the standing portion 310 .

Due to the attractive force of the supporting space part 311, the standing part 310 can finely form a curved surface on a horizontal plane.

When the body label unit 100 stands up, the lower part of the pushing space part 312 selectively presses the packing pack 10 to form a supporting force for standing up, and forms an attractive force up to the supporting space part 311, and the body label unit A curved surface can be formed on the horizontal surface of (100).

As shown in FIGS. 4 and 5 , the pushing space unit 312 may selectively press the packaging pack 10 from the bottom.

Selective pressing of the pushing space part 312 forms a supporting force for standing, and can support the body label unit 100 to be able to stand as a whole.

Manpower is formed from the pushing space part 312 to the supporting space part 311, and the standing force of the standing part 310 is provided through the manpower.

The scope of the rights of the present invention is determined by the matters described in the claims, and parentheses used in the claims are not written for selective limitation, but are used for clear components, and descriptions in parentheses are also interpreted as essential components. It should be.

L: preset imaginary boundary line
C: cutting line
10: packaging pack
11: outlet
12: outlet cover
100: body label unit
110: sticky part
200: blocking section unit
300: keeping label unit
310: standing part
311: supporting space unit
312: pushing space unit
320: adhesive holding unit
321: curved line part
322: standing support unit

Claims (11)

In the one or more label systems for opening and closing the upper part of the outlet formed on the upper surface of the packaging pack,
a body label unit selectively covering an upper portion of the outlet and forming a body of the label;
a blocking section unit included inside the body label unit and configured to form a predetermined step on a lower surface of the body label unit along a preset virtual boundary line; and
A keeping label unit continuously formed from the body label unit and maintaining adhesion to the top surface of the packaging pack even when the body label unit is removed from the packaging pack;
The blocking section unit,
The preset virtual boundary line is formed near the outlet and covers the cutting line of the outlet,
The body of the label is arbitrarily bent by a user's arbitrary external force, forming structural rigidity within the preset virtual boundary line through the step of the blocking section unit, and providing a predetermined tension to the blocking section unit,
The body label unit,
When the external force is generated, the predetermined tension is accumulated in the preset virtual boundary line by the step of the blocking section unit, and a curve is formed in the body according to the predetermined tension. Stacking step adjustment, characterized in that Label system that partitions the selective adhesive blocking area through
The method of claim 1, wherein the body label unit,
It is provided on the front surface of the lower surface of the body label unit and includes a sticky portion containing a plurality of adhesive components to achieve adhesion with the packaging pack. label system.
delete The method of claim 1, wherein the blocking section unit,
Layering and covering the lower surface of the body label unit within the preset virtual boundary line, and providing a stacking step on the preset virtual boundary line. label system.
The method of claim 2, wherein the blocking section unit,
A label system for partitioning a selective adhesion blocking area through adjustment of the stacking step, characterized in that the label system is stacked within the preset virtual boundary line to prevent the plurality of adhesive components from being physically exposed on the outer diameter of the outlet.
The method of claim 2, wherein the blocking section unit,
A label system for partitioning a selective adhesion blocking area by adjusting the stacking step, characterized in that the transfer of the plurality of adhesive components is selectively prevented through the stacking step of the preset virtual boundary line.
The method of claim 1, wherein the blocking section unit,
Characterized in that the vectorial sum of the blocking section unit converges to 0 along the cutting line so that only the area corresponding to the outlet along the cutting line of the outer diameter of the outlet on the upper surface of the packaging pack is selectively detached. , A label system that partitions a selective adhesion blocking area through adjustment of the stacking level.
delete delete The method of claim 1, wherein the blocking section unit,
A label system for partitioning a selective adhesion blocking area through adjustment of stacking level difference, characterized in that an emulsion component series is included within the preset virtual boundary line.
The method of claim 1, wherein the blocking section unit,
When the body label unit is attached to the top of the packaging pack, a predetermined air cushion space is formed between the packaging pack portion and the blocking section unit. label system.

Images