KR20210035498A - bogwan-i yong-ihan seolyuyong baindeo ling pojang bangbeob - Google Patents

Abstract

The present invention relates to a packaging method of a binder ring for document binding and a packaging structure of a binder ring, and specifically, to a novel packaging method of a binder ring, configured to facilitate the use of a binder ring and prevent a binder ring from bending when the binder ring in a packaged state is individually used, such that the binder ring can be precisely inserted into a binding hole without a hole fitting process, and thus, a time required for binding can be shortened, and the occurrence of binder rings deformed and discarded can be prevented. To this end, the packaging method of a binder ring for document binding according to the present invention comprises: a fixing step of inserting and fixing multiple binder rings cut at regular intervals into a jig; a unit package step of fusing the binder rings fixed to the jig with a synthetic resin fixing film and removing the jig; and a completion step of stacking unit packaging bodies individually and accommodating the stacked packaging bodies in a box.

Description

Binder ring packaging method for documents that are easy to store{bogwan-i yong-ihan seolyuyong baindeo ling pojang bangbeob}

The present invention relates to a method of packaging a binder ring for document binding and a packaging structure of a binder ring. In particular, the binder ring is easy to use, and when used individually in a packaged state, the binding hole is prevented from occurring such as bending or bending of the binder ring. The present invention relates to a method for packaging a new binder ring that can be accurately inserted into the device without a separate hole fitting process, thereby shortening the binding time and preventing the occurrence of the deformed and discarded binder ring.

In general, the binding ring for binding documents allows you to easily bind (stitch) research proceedings, data collections for each company, or various reports. Also, when reading or copying documents in the bound state, you can easily turn pages of documents and turn them over. Since each page is spread evenly, it is convenient to use, so it is widely used in various materials and shapes.

FIG. 1 is a perspective view of a conventional binding ring for document binding, in which a binding hole 1a is formed on one side of a bookbinding material 1 and a binder ring 3 is inserted into the binding hole 1a.

The binder ring (3) is formed by folding one metal thread several times to form a continuous ring portion (3a) and inserting the binding hole (1a) formed in the bookbinding material (1) into the ring portion (3a) By using a binding device (not shown) of the ring part 3a is rolled and folded, the binder ring 3 is deformed into a circular shape so that the bookbinding material does not come out.

Looking at the packaging process of the binder ring 3 used as described above, as shown in FIG. 2, the binder ring 3 is formed by folding a metal thread (wire) having a certain thickness several times through a folding device to form a shape as shown in FIG. It is manufactured and continuously folded in a paper tube for storage and transport. It is cut to the same length as each size (A3, A4, A5, etc.) in the second process and packed in a certain amount in the packaging box (4). Purchase a mark box and separate the binder ring individually for use.

At this time, since the binder rings are clutteredly stacked on the packaging box, there is a problem that the binder rings accommodated while moving with each other are entangled with each other and are not easily used by the user.

That is, when a user pulls out one to use a binder ring, it is often stretched or bent in the process of pulling out the entangled binder rings, and the modified binder ring is inserted into the binding hole formed in the bookbinding material during use. There is a problem that it becomes difficult to put.

The deformation of the binder ring as described above causes many problems in the bookbinding process.

In particular, when the number of bookbindings is small, one side of the bookbinding product is lifted due to the bending of the binder ring, or it is not fixed at the correct position of the bookbinding device. There is a problem.

In addition, the binder ring is provided by about 15 sizes and shapes according to the amount, volume, and shape of the book being bound, and the binder ring is bound using an appropriate binder ring suitable for the bookbinding material.

For the above reasons, the binder ring needs to have one-shaped binder ring for each size, so that a lot of stacking space is required. Therefore, the consumer must make an effort to minimize the storage volume by using the most compact packaging box.

The present invention has been made in consideration of the above circumstances, and an object of the present invention is to prevent the binder rings from becoming entangled and entangled during transport in a document binding binder ring, thereby facilitating use and shortening the binding time due to no deformation. It is to provide a new method for packaging a binder ring that can improve the binding quality.

In addition, another object of the present invention is that there is no movement during transportation by fixing each of the binder rings using a fixing film, and the two binder rings are packaged in a stacked form, thereby maximizing the binder ring stored per unit packaging box. It is to provide a packaging method.

In addition, by minimizing the size of the unit box as described above, it is easy to store binder rings of various sizes and shapes, and even when repacking each binder ring, it is possible to store the binder rings in the same form as the original packaging. It is to provide a packing structure of a binder ring.

The present invention provides a method for packaging a binding ring for document binding in order to achieve the above object, a fixing step of inserting and fixing a plurality of binder rings cut at regular intervals into a jig, and a synthetic resin binder ring fixed to the jig. In the packaging method of a binder ring for document binding, which includes a unit packaging step of fusing a film and removing a jig, and a completion step of stacking each unit package and storing it in a packaging box.

In addition, in a binder ring packaging structure in which a binder ring wound around a paper tube is cut at regular intervals and stored in a packaging box, one side is finely fused to a synthetic resin fixing film while several of the binder rings are inserted into a jig and fixed. It is in a binder ring packaging structure formed by fixing the ring to the film and removing the jig to form a unit package, and then storing several of them in a packaging box.

As described above, the packaging method and packaging structure of the binder ring for document binding according to the present invention has the following effects.

First, when the binder rings are moved, they are not entangled with each other, so that they are easily separated into pieces, and there is an effect that deformation such as bending or bending of the binder rings does not occur during separation.

Second, since the size of the packaging box can be minimized, there is an effect of reducing the transportation cost by reducing the volume of the product.

Third, when the unit package of the binder ring is stored in the box, the space of the packaging box can be utilized as much as possible by stacking the binder rings attached to the fixing film of each unit package to overlap with the binder rings of neighboring unit packages. Effect

There is.

Fourth, by minimizing the volume of the packaging box, even if a binder ring packaging box of various sizes and shapes is stored, there is an effect that it does not occupy a lot of storage space.

Fifth, by fusing the open part of the binder ring to the fixed film, there is an effect of preventing the binder rings from entangled with each other.

1 is a perspective view of a conventional binder ring
Figure 2 is a perspective view showing a packaging state of a conventional binder ring
3 is an exploded perspective view of a unit package of a binder ring according to the present invention
4 is a perspective view of a unit package of a binder ring according to the present invention
5 is a perspective view showing a form in which the binder ring unit package according to the present invention is accommodated in a packaging box
6 is a plan view of another embodiment of a unit package of a binder ring according to the present invention
7 is a perspective view showing a binder ring in a folded state of a fixed vinyl according to another embodiment of the unit package of the binder ring according to the present invention.
8 to 9 are cross-sectional views of a unit package of another embodiment of a binder ring according to the present invention in a state accommodated in a packaging box

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

First, as described above, the binder ring 3 is moved and used by continuously folded binder rings wound around a paper pipe, and such a binder ring is cut to a desired length (length of A3, A4, A5 size) to be used for reprinting. It is formed in a state.

In the binder ring 3 formed as described above, as shown in FIG. 3, a plurality of binder rings 3 are placed in a row and a fork-shaped jig 5 is inserted from one side to maintain the aligned state. To form.

That is, by placing the open part (3b) of the binder ring (3) upward and then inserting the insertion part (5a) of the jig (5) from one side, several binder rings (3) and jig (5) Combine.

In this case, the binder ring 3 is formed at different positions according to a difference in length of the insertion portion 5a of the jig 5.

That is, it is formed so that the narrowly formed portion of the neighboring binder ring 3'can be fitted to the wide open portion of the binder ring 3 inserted in the jig 5.

The reason for placing the fixing film 6 in the open portion of the binder ring 3 is to fix the binder ring 3 in the future.

The purpose of preventing the product from being deteriorated or damaged by minimizing the surface damage of the binder ring 3 when thermally fused with the fixing film 6, and the purpose of preventing entanglement due to overlapping with neighboring binder rings during lamination. Has.

In the state formed as described above, the fixing film 6 is placed on the upper surface (open part) of the binder ring 3, thermally bonded on a hot plate (not shown), and then the jig 5 is removed. The unit package 10 is formed by fixing the binder ring 3.

At this time, the unit package 10 is a narrow portion of the binder ring 3'adjacent to the open portion of the binder ring 3 when folded so that the binder rings that are adjacent to each other are fixed to each other as shown in FIG. By being fitted), when stored in the packaging box 20, a large amount can be stored.

In the thermal bonding, the coating resin coated on the surface of the binder ring 3 is slightly melted and fused at a temperature sufficient to be fused with the film. Avoid exposure.

In the unit package 10 formed as described above, the size of the fixing film 6 can be changed according to the amount of the binder ring 3 to be packaged or the size of the packaging box 20, and approximately one fixing film 6 It is preferable to form the unit package 10 by fusion bonding 10 binder rings 3 to.

After forming a plurality of unit packages 10 formed as described above, the structure of packaging the unit packages 10 in the packaging box 20 at the appropriate time in the packaging box 20 is each binder ring as shown in FIG. 5. The method of stacking (3) by receiving them in the same direction, and folding the central part of one unit package 10 as shown in FIG. 8 and forming a fixed binder ring 3 so as to mesh with each other, are placed in the packaging box. By packaging, a large amount is saved compared to the packaging method of FIG.

Can be wrapped.

In addition, in FIG. 9, as another embodiment of the binder ring packaging method, a binder ring 3 ′ adjacent to each other is stacked on the upper surface of the unit package 10 accommodated in the lower part. Packaged quantity can be maximized by packing in a form similar to that of 8.

The method of packaging the binder ring for document binding according to the present invention configured as described above will be described in detail step by step as follows.

-Binder ring preparation stage-

A paper pipe wound with a continuous binder ring 3 is mounted on a cutting device (not shown), and the binder ring 3 is cut to a desired length (A3, A4, A5, etc.) and cut into the size of a binder ring to be packaged.

-Unit package formation stage-

Each of the binder rings 3 cut to the length set as described above is inserted into a fork-shaped jig 5 and fixed in an aligned state, and a fixing film 6 is attached to one side of the jig 5. After positioning, the unit package 10 is formed by heat-sealing with the binder ring 3.

That is, one side of the binder ring 3 is thermally fused to and fixed to the surface of one side of the fixing film 6, so that the jig 5 can be maintained in an orderly state even when the jig 5 is separated.

In addition, the fusion bonding of the binder ring 3 and the fixing film 6 is performed by fusion bonding the fixing film 6 to the open part 3b of the binder ring in order to minimize damage to the binder ring 3. It minimizes damage to the surface coating of the ring 3, and in particular, the heat used for thermal fusion is fused to the extent that the binder ring 3 adheres to the fixing film 6 and can be easily peeled off even with a small force. When separating the ring, make sure that the binder ring does not bend or bend.

In addition, the binder rings 3 to be fixed are fixed to the adjacent binder rings 3 ′ at a height opposite to each other, so that they can be superimposed upon each other during stacking.

-Packaging stage-

As described above, the unit package forming step is continuously performed to form several unit packages 10 and a certain amount is stored in the packaging box 20 to complete the packaging of the binder ring.

The binder ring packaged as described above does not become entangled when used, and the maximum amount is packaged in the minimum volume to reduce the cost of paperwork, and the binder ring does not bend or fold during use, so it is convenient to use and provides excellent quality binding. can do.

In addition, the use of the binder ring 3 is a product in which the binder ring 3 stored in the box is not consumed at once, but is used individually and continues to be used and stored repeatedly. Can be used.

One… Binding 1a... Binding hole
[0059] 3... Binder ring 3a… Ring
[0060] 4, 20... Packing box 5… Jig
[0061] 6... Fixed film 10... Unit package

Claims (2)

In the packaging method of the binding ring for binding documents,
A fixing step of inserting and fixing a plurality of binder rings 3 cut at regular intervals into a fork-shaped jig 5;
A unit packaging step of fusing the binder ring 3 fixed to the fork-shaped jig 5 with the synthetic resin fixing film 6 and removing the jig 5 to form a unit package 10;
A completion step of folding a plurality of unit packages 10 or stacking them so that the binder rings overlap each other and storing them in the packaging box 20:
Packaging method of a binder ring for document binding, characterized in that made including a. In a binder ring packaging structure in which a binder ring wound around a paper pipe is cut at regular intervals and stored in a packaging box, one side of the binder ring 3 is inserted into a fork-shaped jig 5 and fixed, and one side is made of synthetic resin. A state in which the binder ring 3 is fixed to the fixed film 6 by fine fusion on the fixed film 6, and the jig 5 is removed to form the unit package 10, and then stacked so that the neighboring binder rings are superimposed. Binder ring packaging structure, characterized in that formed by receiving in the packaging box (20).

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