KR102137100B1 - Diary Cover with Verrou and Method of Making Diary Cover - Google Patents

Abstract

According to the present invention, a method of manufacturing a diary cover with a lock includes the following steps of: cutting a material, which is an outer cover, in the size of a diary cover; gluing a first laminated sheet, which is a page sheet, to each of both sides of the inner surface of the outer cover except for a folded part in which the cover is folded; gluing a second laminated sheet, which comprises a page laminated sheet including a magnetic groove and a page laminated sheet including a cut part of a square shape with one open side, to the inner surface of the outer cover, in which the first laminated sheet is glued, except for the part in which the cover is folded; inserting a small magnet into the magnet groove of the second laminated sheet, and then, gluing a third laminated sheet, which comprises a page laminated sheet and a page laminated sheet including a first square hole, to the inner surface of the outer cover, in which the second laminated sheet is glued, except for the part, in which the cover is folded; gluing an inner cover including a second square hole formed on one side to the entire inner surface of the material, in which the third laminated sheet is glued; cutting the material into the shape of the diary cover by using an outer frame; oiling the edge of the diary cover with color oil-based ink; fastening a lock comprising a head and a tab by inserting the lock into the square hole formed on the material; and finishing the material by gluing an end paper sheet to a lock insertion position. Therefore, the method is capable of making the edge of the diary cover have various colors.

Description

Diary Cover with Verrou and Method of Making Diary Cover}

The present invention relates to a diary cover of a Beru structure. In general, the diary cover is configured to prevent the diary cover from being opened through mutual magnetic force between the end magnet of the berou and the magnet of the diary cover by inserting and fastening the berou through the cover to the cover and inserting a magnet on one side of the diary cover.

The prior art related to the present invention is disclosed in Korean Patent Registration No. 10-0873988 (announced on December 17, 2008). 1 is a flow chart for the conventional book cover manufacturing method. In FIG. 1, the conventional method for manufacturing a book cover includes a series of steps (S160) and (S170) and can be understood as an extension to a process step for a method for manufacturing a bookbinding product using a book cover. Therefore, it is preferable to proceed in the following order. Step (S110): The step of preparing the outer skin and the inner skin is the central area part 113, and the left/right area parts 111 having the same size around the boundary between the two side folded parts 115 of the central area part 113. Prepare the outer shell 110 made of, 112 and the inner shell 130 formed to correspond to the outer shell 110. At this time, the outer shell 110 is made to be able to bend the left / right outer cover divided into the left / right area portion 111, 112 with the center of both sides folded portion 115 of the central area portion 113 desirable. The outer sheath 110 is a material capable of high-frequency adhesion or ultrasonic adhesion, polyvinyl chloride (PVC) paper, polyvinyl paper, vinyl paper, DS paper, sheet paper, foil paper, polypropylene (PP) paper, non-woven fabric, thermoplastic It is preferable if any one selected from a base material, urethane, silicone, polyurethane (PU) treated to be high-frequency adhesive, wet and various fabrics is used, and is not necessarily limited to these materials. The endothelial 130 is formed to have a thin thickness because it is located inside the book cover 100. The endothelial 130 is a material capable of high-frequency adhesion and ultrasonic adhesion, polyvinyl chloride (PVC) paper, polyvinyl paper, vinyl paper, DS paper, sheet paper, foil paper, polypropylene (PP) paper, non-woven fabric and thermoplastic It is preferable if any one selected from the location is used, and it is not necessarily limited to these materials. (S120) step; As a step of coating the adhesive on one surface of the left/right reinforcing material in a predetermined pattern, the adhesive is coated on one surface of the left/right reinforcing material 121, 122 disposed on the left/right area parts 111, 112 ( A1). At this time, when coating (A1) the adhesive to the left/right reinforcement 121, 122, it is preferable to partially coat the entire surface. That is, as shown, it is preferable to coat (A1) the adhesive on the entire surface of the left/right reinforcement 121 and 122 in a checkerboard shape or a spotted shape, but is not limited thereto, and the left/right reinforcement 121 ), it is obvious that the adhesive may be coated on a part of the 122 or coated in various ways such as a stripe shape (not shown) or a dot shape. That is, it is possible to prevent the warping phenomenon by not applying an adhesive to the entire surface. Meanwhile, the adhesive coated on the left/right reinforcing materials 121 and 122 is preferably a high-frequency adhesive PVC paste, a high-frequency adhesive laminating film, or a high-frequency adhesive PVC sheet. This is to facilitate bonding of the endothelial 130 and the left/right reinforcing materials 121 and 122 of different materials in the future. (S130) step: a step of arranging the reinforcing material, so that the central reinforcing member 123 and the left/right reinforcing member 121 and 122 are disposed in each of the region parts 111 to 113 of the outer shell 110, respectively. That is, the central reinforcement 123 is located in the central area portion 113, and the left/right reinforcement 121 and 122 are located in the left/right area portions 111 and 112. At this time, the central stiffener 123 and the left/right stiffeners 121 and 122 are preferably located inside the edge of the outer shell 110, and the adhesive is coated on the left/right stiffeners 121 and 122 ( A1) is placed so that the face toward the endothelial 130. This is to be used in the future as a portion for the high-frequency adhesion of the endothelial 130 with the edge of the outer shell 110 matingly arranged on the lower surface thereof, and so that the adhesive is coated (A1) and the inner shell 130 with high-frequency adhesion. . The left/right stiffeners 121 and 122 are formed in rounded corners, and only the corners of the left/right stiffeners 121 and 122 positioned at the corners of the outer shell 110. It is preferable if it is formed to be round. At this time, the corner portion is formed so that the magnet can be installed to do the corner can, or to install the injection or metal decoration

It may be formed. Meanwhile, the central reinforcing material 123 disposed in the central area part 113 may be selectively employed. That is, the central reinforcing material 123 is used as a reinforcing material for physical properties to have an elastic restoring force, and may be selectively provided according to the manner of gakjangjang, hwanyangjang, etc., during sticking. The central stiffener 123 and the left/right stiffeners 121 and 122, as described above, are low-weight paper, zigzag, astage, non-woven fabric, S1 paper, cloth, sheet, thick paper, laminated paper, corrugated cardboard, MDF wood, It is preferable that any one selected from films, aluminum, aluminum alloys, synthetic resins, veneer plates and plastic plates is used, and is not necessarily limited to these materials. Additionally, the left/right stiffeners 121 and 122 may be manufactured from molded or injection molded products capable of high-frequency adhesion. (S140) step: a step of arranging the outer skin to be matched with the inner skin so that the outer skin 110 is matched to the upper surface of the inner skin 130 where the central reinforcing material 123 and the left/right reinforcing materials 121 and 122 are disposed. To deploy. At this time, in the illustrated drawing, the outer skin is shown as being disposed at the bottom, but it should be understood that the inner skin is disposed at the bottom. (S150) step: a step of high-frequency bonding to the rim and the folds of the endothelium and the endothelium. When the envelope 110 and the endothelium 130 are mated and arranged, the rim and the central region of the envelope 110 and the endothelium 130 ( 113) the central stiffener 123 and the left/right stiffeners 121 and 122 by applying a high frequency to both side folded portions 115 of the outer shell 110 and the inner shell 130 so as to be accommodated between the outer shell 110 and the inner shell 130. The endothelial 130 is mutually bonded. In addition, the endothelium 130 and the left/right stiffeners 121 and 122 are adhered by an adhesive coated (A1) on one surface of the left/right stiffeners 121 and 122. This is to prevent fluidity of the endothelium 130 in the future. On the other hand, in the present specification, the outer shell 110, the reinforcing materials 121 to 123, and the inner skin 130 are stacked in the order of high frequency adhesion and are shown and expressed, but preferably the inner skin 130 and the reinforcement 121 to 123 ), and is laminated in the order of the outer sheath 110 to perform high-frequency adhesion. More specifically, when the endothelial 130, the reinforcing materials 121 to 123, and the outer sheath 110 are stacked in order, the rim of the outer sheath 110 is pressurized to be bent as much as the thickness of the reinforcing material 121 to 123, thereby making the endothelial 130 ). After the outer shell 110 and the inner shell 130 are adhered as described above, it is obvious to proceed with the cutting process along the boundary line of the bonded edge so as to smooth the border. On the other hand, when the outer shell 110 and the inner shell 130 are adhered and manufactured as a book cover 100, a book cover (for the purpose of improving the adhesive fixing force between the outer shell 110, the inner shell 130 and the reinforcement materials 121 to 123) It is also possible to proceed to the step of sewing (stitching) along the edge of one side of 100). In addition, the process of the triple haircut method of fixing the shape of a Seneca can be further performed when making a book by using a book cover manufactured through the above steps. Here, Seneca is a representation of a collapsible central area, and a method of fixing a S1, nonwoven fabric, T/C, etc., PVC-treated reinforcement material (not shown) to the central area part may be fixed. In addition, when making an album or a paper, etc., after the PVC coating on the left and right stiffeners and the central stiffener, the method of attaching the PVC coated stiffeners to the central region and the left and right reinforced parts and then attaching them at high frequency may proceed. When the book cover is manufactured through the above steps, as described above, the process of manufacturing the bookbinding product through the following steps will be described. (S160) Step: When the book cover 100 is completed through the above steps as a cotton preparation step, the cotton paper 101 is prepared. The cotton paper 101 is attached to the outermost sides of the left and right sides of the inlay 10 formed of at least one sheet having a thickness equal to or slightly smaller than the width of the central area portion 113, respectively. 121), 122 is made to be attached to the endothelium 130. That is, the cotton paper 101 is made of a surface attached to the inlay 10 and the endothelial 130 based on its center. Such cotton paper 101 is made of a pair, and is attached to the endothelial 130 on the left/right stiffeners 121 and 122, and of the cotton paper 101 attached to the left/right stiffeners 121 and 122, respectively. The area is preferably formed smaller than the area of the left and right reinforcement 121, 122. On the other hand, it is preferable that the adhesive is coated (A1') on the cotton paper adhered to the endothelium 130 and prepared. That is, in order to easily adhere the inner skin 130 and the cotton paper 101 of different materials, the adhesive A1' used when bonding the inner skin 130 and the cotton paper 101 is in the form of a laminating coating, It is preferably a PVC paste capable of high-frequency adhesion. In this case, the cotton paper 101 is preferably made of a paper material or a film material coated with an adhesive, and in particular, the process of binding a book, that is, the cotton paper 101 is integrally formed with the inner skin 130 of the book cover 100 If the material applied during the joining process is capable of absorbing the grass, it is possible to minimize the overflow caused by the grass being pushed to the edge, and this is preferable because it can solve the problem of contaminating the neighboring areas. (S170) step: the cover and the binding step of the binding agent, the adhesive coated (A1') one side of the pair of cotton paper 101 is located inside the edge of the endothelial 130 on the left/right reinforcement 121, 122 If possible, bonding is performed by heating and pressing with high frequency. The cotton 101 may be adhered to the inner skin 130 by being previously attached to the inner paper 10, but may be adhered to the inner paper 10 after being adhered to the inner skin 130. On the other hand, it has been described as being repelled by using the adhesive coated cotton paper 101, but is not limited thereto, and can be rewritten using various repelling methods. For example, it is possible to use a hardcover method of attaching adhesive A1' while applying it to cotton 101. In addition, it is also possible to directly bond the cotton paper and the book cover by hand, or it can be adhered to the book cover and the sticky paper by using the sticker attachment method. The stacked structure of the book cover 100 to which the cotton paper 101 is adhered is sequentially, the outer shell 110, the reinforcing materials 121 to 123, the adhesive coating layer A1, the inner shell 130, and the adhesive coating layer A1' , It is made of a six-layer structure of cotton paper 101. Also, beru can be formed on the left and right sides of the book cover.

In the conventional book cover manufacturing method configured as described above, it is described that beru can be formed on the left and right sides of the book cover. However, it does not provide a solution to the oiling of oil-based ink on how the beru is specifically formed or where the beru is formed. Therefore, the diary cover and the diary cover manufacturing method provided with the present invention for solving the problems of the prior art are to provide a method for easily forming the diary on the diary cover, and also, color on the rim of the diary cover. In the case of oiling with oil-based ink, it is intended to provide a method of effectively oiling the area where the belu is fastened.

Diary cover manufacturing method with the present invention has the above-described object is a step of cutting the outer cover fabric to the size of the diary cover, and when folding the cover on the inner surface of the cover, each side on both sides except for the folded part The step of pasting the first lamination of phosphorus using an adhesive, and the side of the cover with the magnet grooves except for the part where the cover is folded on the inside surface of the first lamination is attached and the square-shaped incision with one side open The step of pasting the second lamination made of plywood using an adhesive, and inserting the elemental stone into the magnet groove of the second lamination, except for the portion where the cover is folded on the inner surface of the cover sheet to which the second lamination is attached. The step of attaching and padding a third piece of paper made of a piece of paper and a piece of paper on which the first square hole is formed, and an inner cover with a second square hole formed on one side of the entire inner surface of the fabric to which the third paper is attached. Using adhesive to apply and padding, using an outer frame to cut into a diary cover shape, lubricating the diary cover with colored oily ink, and a head and tab bellows into a square hole formed in the fabric It is characterized in that it comprises a step of inserting and fastening, and the step of attaching and closing the cotton paper with an adhesive in place of the beret.

The diary cover and the diary cover manufacturing method provided with the beru of the present invention configured as described above have an effect of attaching the beru to the diary cover without sewing. In addition, the present invention has the effect of perfecting the oil-based ink finish at the edge of the beru insert by oiling with oil-based ink on the rim of the diary cover before inserting and fastening the beru into the cover. In addition, the present invention has an effect that the rim of the diary cover can be configured in various color colors by oiling the rim of the diary cover with oil-based inks of various colors.

1 is a flow chart for a conventional book cover manufacturing method,
Figure 2 is a diary cover manufacturing method flow chart with the present invention,
Figure 3 is a cover configuration applied to the present invention,
Figure 4 is a first lamination configuration diagram applied to the present invention,
Figure 5 is a second lamination configuration applied to the present invention,
Figure 6 is a third lamination configuration applied to the present invention,
7 is a block diagram of the inner cover applied to the present invention,
Figure 8 is a configuration diagram to grease the diary cover applied to the present invention,
Figure 9 is an exemplary diagram applied to the present invention,
10 is a diary cover configuration diagram provided with the present invention Beru,
11 is a configuration diagram of a cotton sheet with a cotton insert applied to the present invention,
12 is a configuration diagram of the outer frame applied to the present invention.

A method for manufacturing a diary cover having a bellow and a diary cover having a bellow having the above-described object will be described with reference to FIGS. 2 to 12 as follows.

2 is a flow chart of a method for manufacturing a diary cover with a bellows of the present invention. The method for manufacturing a diary cover having a belu according to the present invention in FIG. 2 is a step (S11) of cutting a fabric as a cover material to a constant diary cover size, and when folding the cover on the inside surface of the cover, each of the two sides is excluded. Step (S12) of pasting the first lamination which is the side lamination using an adhesive, and the square on which the magnetic groove is formed and the one side is opened except for the portion where the cover is folded on the inner surface of the outer cover to which the first lamination is attached. Step (S13) of attaching and padding the second laminations made of insulators each having an incision having a shape using an adhesive, and after inserting the elemental stones into the magnet grooves of the second laminations, within the cover sheet to which the second laminations are attached. Step (S14) of attaching and padding a third lamination made of a side lamination and a side lamination on which a first square hole is formed using an adhesive, except for a portion where the cover is folded on the side (S14), and the entire inner surface of the fabric to which the third lamination is attached. Step (S15) of attaching the inner cover with a second square hole formed on one side using an adhesive and cutting it into a diary cover shape using an outer frame (S16), and color oil-based ink on the diary cover frame Oiling step (S17), and inserting and fastening by inserting a head and a tab made of bureau into a square hole formed in the fabric (S18), and finishing by attaching cotton paper with adhesive to the seat of the verru (S19) It is characterized by. In the above, the first square hole 237 of the third paper and the second square hole 247 of the inner cover are the same size. In addition, the end of the tab 320 of the belu 300 has a structure in which a magnet is embedded inside, so that the diary cover is folded and the diary can be prevented from opening by using the elemental stone of the cover and the magnet of the belu.

3 is a configuration of a cover material applied to the present invention. The outer cover 200 applied to the present invention is polyvinyl chloride (PVC) paper, polyvinyl paper, vinyl paper, DS paper, sheet paper, foil paper, polypropylene (PP) paper, non-woven fabric, thermoplastic material, urethane, silicone, Polyurethane (PU) material can be used as an outer cover.

4 is a first lamination configuration diagram applied to the present invention. In FIG. 4, the first paper 210 applied to the present invention is composed of two sides and indicates that the diary cover is glued to both sides of the inner side of the cover except for the portion where the diary cover is folded.

5 is a second lamination configuration diagram applied to the present invention. In FIG. 5, the second paper 220 applied to the present invention is attached to the inner surface of the outer cover of which the first paper is attached except for the portion where the cover is folded, and a device stone is attached to the center left side of the paper. The magnet groove 225 is formed, and the other side of the lamination has a structure in which a cutout portion 227 having a square shape is cut on one side.

6 is a configuration diagram of a third paper applied to the present invention. In FIG. 6, the third paper applied to the present invention shows the structure of the third paper 230 in which the first square hole 237 is formed to the right of the center on one paper and the other paper.

7 is a configuration diagram of the inner cover applied to the present invention. In FIG. 7, the inner cover 240 applied to the present invention indicates that the second square hole 247 is formed on one side of the center.

8 is a configuration diagram for oiling the diary cover applied to the present invention. In FIG. 8, various colors can be formed on the rim by oiling the rim 520 of the diary cover using oil-based ink of various colors oiled on the diary cover 500 applied to the present invention, and the square hole 510 This indicates that it is configured.

9 is an exemplary diagram applied to the present invention. In Fig. 9, the belu 300 applied to the present invention is composed of a square-shaped head 310 and a tail-shaped tab 320 integrally fastened to the head, and the tab 320 is attached to the diary cover 500. When inserted into the formed square hole 510, the head 310 is fastened to be caught in the square hole 510.

10 is a configuration diagram of the diary cover provided with the beru of the present invention. In FIG. 10, the diary cover 500 provided with the present invention is a first cover 210 made of an outer cover 200 and two side sheets of paper bonded with an adhesive except for a portion folded on an inner surface of the outer cover. ), the second lamination 220 having a square-shaped incision with one side open on the other side of the center and a side groove formed with a magnetic groove in which a device stone is inserted into one side of the center by being adhered to the first lamination, and the second It is attached with adhesive to the paper, and the third paper 230 in which the first square hole is formed on one side of the paper and the other side of the center of the other side, and the third paper is adhesively attached to the whole of the third paper to form a square shape on the other side. Characterized in that it consists of an inner cover 240 formed in a two-square hole, and a belu 300 inserted and fastened into a square hole 510 formed by the first square hole of the second square hole and the third joint of the inner cover. Is to do.

11 is a state configuration diagram of a cotton sheet with a bellows insert applied to the present invention. The present invention in FIG. 11 shows that after inserting and fastening the belu 300 into the square hole 510 of the diamond cover 500, the insert fastening part is attached with an adhesive to the surface 270 to finish.

12 is a configuration diagram of the outer frame applied to the present invention. In FIG. 12, the outer mold applied to the present invention is to cut a cover sheet with a diary in a diary shape in a diary cover shape, and a blade is formed on the inner surface of the outer mold 400 to be cut and cut. .

200: cover, 210: first lamination,
220: the second paper, 230: the third paper,
240: inner cover, 300: beru,
500: Diary cover

Claims (5)

In the method of manufacturing a diary cover having a bellow to prevent the diary cover from opening,
The diary cover manufacturing method having the bellows,
Cutting the outer cover fabric into a uniform diary cover size (S11);
When the cover is folded on the inner surface of the outer cover, a step (S12) of attaching and padding first laminations, each of which is on both sides, using an adhesive, except for the folded portion;
Except for the part where the cover is folded on the inner surface of the outer cover to which the first paper is attached, the second paper is made of adhesive paper with a magnetic groove and a paper with a square-shaped incision on one side open, using adhesive to attach each pad. Step S13;
After inserting the element stone into the magnet groove of the second lamination, the third lamination is made of the side lamination and the side lamination on which the first square hole 237 is formed, except for the portion where the cover is folded on the inside surface of the cover on which the second lamination is attached. A step (S14) of pasting and bonding the paper using an adhesive;
A step (S15) of attaching and padding an inner cover on which the second square hole 247 is formed on one side of the entire inner surface of the fabric to which the third paper is attached using an adhesive;
Cutting into a diary cover shape using an outer mold (S16);
Lubricating the diary cover with colored oil ink (S17);
And inserting and fastening the Beru into a square hole formed in the fabric (S18).
According to claim 1,
The diary cover manufacturing method having the bellows,
Diary cover manufacturing method having a beru, characterized in that it further comprises the step (S19) of finishing by attaching cotton paper with an adhesive to the place of the beru fit.
According to claim 1,
The first square hole 237 and the second square hole 247,
Diary cover manufacturing method having a beru, characterized in that the same size.
In the diary cover with a bellow to prevent the diary cover from opening,
Diary cover with the bellows,
An outer cover 200;
A first lamination 210 made of two side laminations, which are glued with an adhesive, except for a portion that is folded on the inner surface of the cover;
A second paper 220 having a side paper with a magnetic groove on which a device stone is inserted at one side of the center, and a square-shaped incision with one side open on the other side of the center;
A third lamination 230 in which a first square hole 237 is formed at one side of the lamination and the other side of the center of the other side as an adhesive to the second lamination;
An inner cover 240 formed in a second square hole 247 having a square shape on the other side of the center by being adhesively glued to the entire third sheet;
And a bure (300) inserted into a square hole (510) formed by a second square hole of the inner cover and a first square hole of the third lamination.
According to claim 4,
Diary cover with Beru,
Diary cover with bellows, characterized in that the edge of the cover is oiled with oil-based ink.

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