KR102502688B1 - packaging means - Google Patents

Abstract

As a sheet or board for packaging, a packaging means characterized by having a plurality of overhead lines for cutting or bending at regular intervals in at least two different directions is disclosed. Here, the sheet or board has a bending line, which is a processing line for bending at regular intervals in two directions perpendicular to each other, and a perforation line that makes cutting easier than a bending line is arranged for a certain number of parallel bending lines extending in each direction. can do.
According to the packaging means of the present invention, packaging can be performed while minimizing the volume suitable for the size of the object when packaging the object to be sent, and it is possible to reduce the possibility of damage due to external force or other factors.
In addition, the packaging means of the present invention uses an overhead line formed therein to easily cut and bend the packaging means to an appropriate size to fit the packaging object without a separate tool, so that packaging suitable for the object can be executed.
In addition, the packaging means of the present invention can be easily reused for packaging objects of a similar shape or smaller size after being easily unpacked according to the configuration.

Description

packaging means

The present invention relates to a packaging means, and more particularly, to a packaging means having a configuration that can be easily packaged through simple processing according to the size of an object to be packed.

When a product is sent by mail or courier, it is a function of packaging to protect the external appearance of the product, to mark the destination or other necessary marks of the product, and to increase the ease of handling and transportation. are often packaged.

In addition, in the case of sending products at the current post office, of course, only standard boxes are not necessarily used for postal delivery, but boxes or envelopes of predetermined standards are often used. Mailboxes are made of thick and strong paper such as corrugated cardboard or other cardboard, and generally have the advantage of reducing the risk of damage caused by a simple external force and not being easily wet and damaged even in mild rainfall.

In order to make the mail box convenient and easy to handle while making it with a strong material, the mail box is first processed in the same shape as the development drawing, and press marks are formed on the folded part to make the box. There are cases in which it is used. In this case, the folds of the box are formed by pre-calculating the size and shape of the box to be made.

However, as the size of the postal box used in post offices is fixed, it does not necessarily exactly match the size of the object to be sent. It can be unnecessarily bulky, and once used, it is not easy to recycle because there may not be a delivery object of the same size even if you try to recycle it.

However, when simply wrapping and sending an object with wrapping paper, although the object can be packed according to the size of the object, it is cumbersome because the wrapping paper must be folded several times according to the size of the object and pasted or taped. Wrapping paper can be a problem because it is likely to get wet in the rain or be torn and damaged by external force.

Due to this problem, when a thick and strong material such as cardboard is used as a wrapping paper, it can be inconvenient and difficult to wrap the object by folding it, partially cutting or sealing it.

In addition, when wrapping paper is used as a packaging means, there is a high possibility that the glued portion or the taped portion may be severely damaged during the unpacking process, and may be torn by force during the unpacking process. Therefore, it is not easy to unwrap and recycle the wrapping paper.

Therefore, when packing an object to be shipped, it is possible to carry out the packaging while minimizing the volume suitable for the size of the object, and it has considerable strength to reduce the possibility of damage due to external force and other factors, and is a packaging method other than the existing simple wrapping paper or post box. this is requested

Republic of Korea registered utility model 20-0489200 Republic of Korea registered utility model 20-0489905 Republic of Korea utility model application 20-1993-0014165

The present invention can fully perform the functions expected by the packaging when packaging the object to be shipped, while minimizing the volume suitable for the size of the object, and can reduce the possibility of damage due to external force and other factors It is an object of the present invention to provide a new packaging means.

The packaging means of the present invention for achieving the above object is a sheet or board made of paper or synthetic resin, which has a plurality of processing parts for cutting or bending at regular intervals in at least two different directions. to be characterized

In the present invention, a tape or sticker layer having an adhesive layer or an adhesive layer is attached to a certain portion of the sheet or board, and if necessary, the sticker layer may be removed and attached to another portion to be used like an adhesive tape.

In the present invention, the sheet or board may have a waterproof layer for waterproofing or a release layer for releasing the sticker layer, and the waterproof layer may be formed as a release layer. At this time, the release layer is preferably installed like the sticker layer installation unit, and may not be formed over the entire area of the packaging means, but may be installed at a part spaced apart from each other.

In the present invention, a scale may be displayed on the packing means to make it easy to fold the packing means according to the size of the object to be sent, and a number indicating a distance from a specific starting point may be displayed along with the graduation or separately from the graduation.

According to the packaging means of the present invention, packaging can be performed while minimizing the volume suitable for the size of the object when packaging the object to be sent, and it is possible to reduce the possibility of damage due to external force or other factors.

In addition, the packaging means of the present invention uses an overhead line formed therein to easily cut and bend the packaging means to an appropriate size to fit the packaging object without a separate tool, so that packaging suitable for the object can be executed.

In addition, the packaging means of the present invention can be easily reused for packaging objects of a similar shape or smaller size after being easily unpacked according to the configuration.

1 is a partial plan view showing a wrapping paper as a first embodiment of a packaging means of the present invention;
Figure 2 is a partial plan view showing a wrapping paper as a second embodiment of the packaging means of the present invention;
Figure 3 is a partial plan view showing a wrapping paper as a third embodiment of the packaging means of the present invention;
4 and 5 are cross-sectional views showing the morphological configuration of a bent portion and a cut portion, respectively, in a wrapping paper constituting another embodiment of a packaging means of the present invention;
Fig. 6 is a plan view showing a developed view obtained so that a packaging box can be formed through cutting in the packaging means of the first embodiment of the packaging means of the present invention;
Figure 7 is a schematic perspective view showing one aspect of a method of packaging a box-shaped rectangular parallelepiped object with the packaging means of the present invention;
Figure 8 is a front view showing each step of the method of wrapping one of the two opposite surfaces that are not wrapped in the same state as in Figure 7;
Fig. 9 is a plan view showing still another embodiment of the packaging means of the present invention.

Hereinafter, the present invention will be described in more detail through specific examples with reference to the drawings.

1 is a view showing a wrapping paper as a first embodiment of the wrapping means 10 of the present invention. Wrapping paper can be used by making it long in the length direction with a certain width and unwinding it by a certain length from the roll while producing, transporting, and storing it in the form of a roll, and FIG.

A plurality of overhead lines are formed at regular intervals in the width direction and the length direction. Such an overhead line facilitates cutting or bending in this part. Depending on the purpose, it may be made of a perforation line that is easier to cut or a bending line 11 that is easier to bend, but it is not appropriate to clearly distinguish the perforation line and the bending line. It is simply referred to as an overhead line.

The distance between the overhead lines formed side by side with each other may change depending on the type of the main packaging object, but here, it is assumed to be formed at an interval of 1 to 5 cm.

In Figure 2 showing the second embodiment, the wrapping line 11 is formed at a narrower interval, for example, at 1 cm intervals on the wrapping paper, which is the packaging means 10 ', and at 5 cm or 10 cm intervals, that is, every 5 or 10 bending lines. It is also possible to form the perforated line 13 to serve as. The bending line 11 is intended to more accurately fit the size of the object to be packaged during packaging, and since it is common for a portion of the wrapping paper to wrap the object to overlap with an extra portion of the wrapping paper, the location of the perforation line 13 is determined according to the exact size of the object. There is less need for a large fit, and therefore forming with a larger spacing may be appropriate.

In FIG. 3 showing the third embodiment, the bending line 11 and the perforation line 13, which are processing lines, are formed in the longitudinal direction and the width direction in the wrapping paper, which is the wrapping means 10 ", and in addition, diagonal bending lines in the diagonal direction ( 11') is further formed.

The diagonal bending lines 11', which are diagonally directed overhead lines, can be appropriately used when packaging objects such as boxes according to the shape of the packaging objects.

4 and 5 are cross-sectional views exemplarily showing two forms in which overhead lines are formed in embodiments of the present invention.

Here, the shape of the cut line in FIG. 4 will be named the bending line 21 and the shape of the cut line in FIG. 5 will be named and described as the cut line 33.

Here, the packaging means 20 and 30 have an approximately three-layer structure in the thickness direction. The lower side is the base layer 25, 35 as the main layer of the packaging means, which may be made of thick paper, synthetic resin board, sheet, or the like. Thick paper may be formed by overlapping several layers of thin paper.

There are vinyl sheet layers 27 and 37 that serve as both a release layer and a waterproof layer on top of it, and a smooth synthetic resin film can be formed. On the vinyl sheet layers 27 and 37, there are sticker layers 29 and 39, which are layers formed by combining a thin main layer with an adhesive layer.

Since the sticker layers 29 and 39 are on the vinyl sheet layers 27 and 37 serving as release layers, they can be easily separated from the substrate layers 25 and 35, and since they have an adhesive layer, they can be easily reattached. there is.

Here, the bending line 21 is processed to easily fold the packaging means in this part, and the base layer 25 in this part has a thickness through processing such as pressing with an embossed linear part of a flat or roller type mold. direction and as a result has a thin thickness. In addition, as shown in FIG. 4, the sticker layer 29 and the vinyl sheet layer 27 have a solid line or dotted line incision 23 in this area, so that the sticker layer 29 can be easily formed at a desired area if the user applies a little force. It can be separated from the base layer 25, and thus the sticker layer can be peeled off in any shape desired by the user.

The sticker layer 29 removed in this way can be used like a kind of packing tape that is finished by taping the end of the wrapping means exposed to the outside together with the surface of the wrapping means overlapping the wrapping means while wrapping the object to be wrapped with the wrapping means.

The surface of the sticker layer 29 may be smoothly finished with a separate vinyl layer, etc. In order to enhance the daping effect by the sticker layer, the sticker layer 29 forming the surface of the packaging means at the portion where the sticker layer is attached And the vinyl sheet layer 27 may be removed to expose the base layer 25 that can increase the adhesion of the sticker layer to the adhesive layer.

If the surface of the sticker layer is not smooth and the adhesive strength of the adhesive layer is high, the taping effect to finish the packaging increases, preventing the wrapping paper from being easily unwound. On the other hand, if the surface of the sticker layer is smooth and the adhesive strength of the adhesive layer is low Since it is easy to unpack the multi-sided packaging and recycle it again, it is preferable to select it appropriately to configure the surface of the stocker layer and the adhesive layer.

Referring to Figure 5, the perforation line is processed to easily cut the packaging means in this part, and in this part, the substrate layer is applied through a process such as applying pressure to the embossed linear blade part of the flat or roller type mold. A cut is made at some thickness of the layer 35 . In addition, in this part, as in the partial thickness of the substrate layer 35, the sticker layer 39 and the vinyl sheet layer 37 have a solid line or dotted line incision 33, and if the user applies a little force, the sticker layer can be moved to the desired part. (39) can be easily separated from the base layer 35, and therefore, the sticker layer 39 or the vinyl sheet layer 37 can be removed in any form desired by the user.

The configuration and use of the sticker layer here can be applied to the same description as the description of the bending line, so further description will be omitted.

Of course, unlike FIGS. 4 and 5, the packaging means of the present invention may consist of only a base material layer without a sticker layer or a vinyl sheet layer in the layer configuration, but when a sticker layer is used, in packaging in the form of wrapping paper or packaging box It has the advantage of not having to prepare a separate tape to finish the packaging.

6 shows a packaging box 40 in the form of a developed view formed using the packaging means of the present invention. When using the packaging means of the present invention to form such a packaging box 40, a box in the form of an exploded view as shown in FIG. 6 is obtained from the packaging means having a planar configuration as shown in FIG. The outline of the developed view is formed from the entire packaging means by using the cutting line as a perforation line, and the folding portion indicated by the solid line of the developed drawing can be said to use the cutting line as a bending line 41'.

Here, to complete the packaging box 40, parts A, B, C, D, E, and F are responsible for six sides of the packing box, and part G is inserted into the box while overlapping one side D of the packing box. The remaining parts H, I, J, and K overlap the part E or F, which is the side of the box, and use a sticker layer at the end or use a separate tape to finish the box. and D to the other sides of the box, E and F.

Of course, the six aspects of A, B, C, D, E, and F are essential here, but the remaining parts can be catered for according to the specific shape and formation convenience of the box, and instead of these remaining parts, cut lines from the original packaging means When making an incision along the incision, the incision can be made by attaching another part to the essential part.

Even when using packaging means to make such a packaging box 40, a packaging box used once can be reused to make a packaging box of a similar or smaller size, and in this case, a portion can be cut again.

Fig. 7 is a conceptual perspective view for explaining a method of using the packaging means 50 of the present invention in the form of a normal wrapping paper instead of a packaging box.

Here, when using the wrapping means as shown in FIG. 3, the bending line is mainly used and the perforation line is limitedly used to obtain the wrapping means 50 in a shape and size similar to that of a normal rectangular wrapping paper.

Therefore, while wrapping an object in a manner similar to the existing rectangular wrapping paper, it is possible to wrap the object according to the size and shape of the object to be wrapped more conveniently than a general wrapping paper using a bending line without being greatly restricted by the size and shape of the object.

For example, the box 60 is wrapped one or more times in the longitudinal direction of the packaging means 50 so that a portion of the packaging means overlaps the four sides of the rectangular parallelepiped box 60 so that the state shown in FIG. 7 is obtained. The state of FIG. 7 forms the same state as (a) of FIG. 8 when viewed from the front of the box (package object).

In this state, when the wrapping paper is folded and wrapped at the edges corresponding to the two open sides, the wrapping paper portions extending from the four sides of the already wrapped box are folded toward the center of the two open sides, respectively, so that the box is not visible.

Figures 8 (a) to (e) are front views showing each step of wrapping an object or a box with a packaging means from one open side.

In (e) of FIG. 8, the part extending from each side is folded toward the center of the box and bent in a state where the front of the box is completely hidden, and a portion of the sticker layer 70 is removed and taped on the overlapping part from the front to prevent unfolding again. Indicates a closed state.

Of course, the other side of the two open sides can be finished in this way, and in FIG. 7 or 8 (a), a portion of the sticker layer 70 is applied to the overlapped portion of the packaging means 50 on the lower side of the box 60. It can be finished by tearing off and taping so that the end of the packaging means does not spread.

Accordingly, the box can be packaged in a wrapping paper manner using the packaging means of the present invention.

At this time, in each step of FIG. 8, there is a part where the wrapping means needs to be folded in a diagonal direction. At this time, the diagonal bending line 11', which is a processing line formed to be easily folded in a diagonal direction in FIG. 3, can be helpful.

Even when using the wrapping means of the present invention in the form of such a wrapping paper, the wrapping paper once used can be more easily reused to make a wrapping means in the form of a wrapping paper of a similar or smaller size, and in this case, a portion can be cut again. .

Even in the case of such reuse, if an address or a necessary memo is written using the sticker layer, the corresponding part can be removed and the address or memo for new delivery can be easily written on the sticker layer of the other part.

Fig. 9 is a view showing another embodiment of the packaging means of the present invention. Here, as in the case of a ruler along a perforation line or a bending line in the embodiment as shown in FIG. 2, a scale 91 and a number representing a distance from a certain starting point are displayed. Here, the predetermined starting point may be the central position of the packaging means formed of a rectangular plane. Of course, only the scale 91 may be expressed, only numbers may be expressed for each bending position on the bending line without a separate scale, or both the scale 91 and the number may be expressed. When only numbers are expressed, a bending line or perforated line may serve as a scale.

In this case, it is possible to more easily make a packing box by first checking the size of an object using a scale or a number, and bending or cutting the object in advance at an appropriate location to suit the size of the object.

If the size of the packaging means is large, scales and numbers may be displayed periodically in multiple places at regular intervals instead of only in one place, and may be displayed in only one of the vertical and horizontal directions, but may be displayed in both may be

In the above, the present invention has been described based on the illustrated embodiment, but this is only an example, and various modifications may be made therefrom by those skilled in the art, and all or part of the above-described embodiment It will be appreciated that may be configured by selectively combining. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

10, 10', 10", 20, 30, 50: packaging means
11, 21, 41': bending line 11': diagonal bending line
13: perforated line 23, 33: perforated line
25, 35: base layer
27, 37: vinyl sheet layer 29, 39, 70: sticker layer
40: packaging box 41: overhead line
60: box (packaging object)

Claims (8)

As a packaging means made of a sheet or board,
The sheet or the board has a plurality of cutting lines for cutting or bending at regular intervals in at least two different directions,
As the processing line, a bending line formed for bending at a predetermined interval in two directions perpendicular to each other, and a cutting line that makes cutting easier than the bending line for each predetermined number of parallel bending lines extending in each direction are arranged. ,
Packaging means characterized in that it further has overhead lines at regular intervals in two diagonal directions having an angle of 45 degrees with the two directions. According to claim 1,
The packaging means, characterized in that the sheet or the board is provided with a substrate layer, a release layer and a sticker layer in at least one portion. According to claim 1,
The sheet or the board has at least a base layer,
The packaging means, characterized in that the base layer is made of synthetic resin or paper material. delete delete According to claim 3,
The bending line is made of a compression portion in which the thickness is reduced by applying partial pressure to the base layer,
The perforated line is a packaging means, characterized in that formed by cutting a portion of the thickness of the substrate layer in a solid line or dotted line. According to claim 2,
The base layer is made of synthetic resin or paper material,
The bending line has a compression portion that reduces the thickness by applying partial pressure to the substrate layer, and has a cutting portion that is cut along a solid line or a dotted line with respect to the release layer and the sticker layer,
The packaging means, characterized in that the perforated line has a cut portion cut along a solid line or a dotted line with respect to a portion of the thickness of the substrate layer, the release layer, and the sticker layer. According to claim 1,
A packaging means characterized in that numbers from a certain starting point are displayed or graduations at regular intervals are displayed.

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