KR100464560B1 - Calling Card Printed matter having complex embossing pattern and System for forming the same and the Method - Google Patents

Abstract

The present invention can provide two or more complex embossing patterns on a printed matter by embossing the printing paper by using a thin plate having corroded patterns, and at the same time, the consumer of the print has a wider choice of embossing patterns. The present invention also relates to an embossed business card printing paper capable of producing a complex pattern in which a finished printed matter has an embossed surface while maintaining a very clear printing state, thereby maximizing aesthetics, and a molding apparatus and a molding method thereof.

The present invention is made of a roller member having an upper printing roller 10 and a lower edge roller 20, the coupling groove 11 is formed along the longitudinal direction of the printing roller; Forming device comprising a relief plate 30 is a thin plate structure engraved on the surface by the corrosion process, both ends are bent in the longitudinal direction and the bending part is inserted into the coupling groove and fixed to prevent the printing roller from spreading. It is characterized by.

Description

Calling card printed matter having complex embossing pattern and system for forming the same and the method}

The present invention can provide two or more complex embossing patterns on a printed matter by embossing the printing paper by using a thin plate having corroded patterns, and at the same time, the consumer of the print has a wider choice of embossing patterns. The present invention also relates to an embossed business card printing paper capable of producing a complex pattern in which a finished printed matter has an embossed surface while maintaining a very clear printing state, thereby maximizing aesthetics, and a molding apparatus and a molding method thereof.

It is well known that printed matters having a very sophisticated and diverse color have been widely used by the development of papermaking technology and printing technology. In addition, beyond the simple type of printed material designed with various colors of ink on the smooth surface of the printed paper, the printed surface is printed in various colors on the embossed printing paper to have a three-dimensional effect and provide a more luxurious feeling. Also appearing. As an example of such high-end prints, fashion business cards or promotional stickers can be easily seen around.

However, despite the advantage that the conventional embossed printing paper as described above can give a three-dimensional impression to provide a more luxurious feeling, the price is relatively expensive and most of the embossing printing paper is dependent on imports, such embossed printing paper It was pointed out that the cost of producing the printed matter used is expensive.

And, since the conventional embossed printing paper is produced in such a way that the pattern of the roller is engraved on the printing paper by passing the printing paper between the rollers engraving the pattern, the printing paper produced because there is a limit to the pattern that can be engraved on the roller It is just forming the pattern repeatedly. In addition, in the case of fine printing on the existing embossed printing paper produced in this way, the printing ink is not uniformly applied due to the valleys of the embossed pattern surface, so that the sharpness of the produced printed material is significantly decreased.

In addition, since the conventional embossed printing paper is produced in a large amount by a specific company and supplied to a small printing factory, the supplied printing paper does not have a variety of processed embossing patterns. In addition, the printed materials used did not show any distinctive features other than the printed colors or designs. Therefore, the printed materials used were not differentiated significantly compared to the printed materials using conventional paper.

Moreover, it was impossible to create an embossed pattern yourself or to express a mixture of two or more embossed patterns in consideration of the design in which the consumer of the printed material was printed, which was not only full of desire for beauty but also his own personality. It appeared to be a problem that it does not correspond to the tendency of modern people to actively inform.

The present invention has been made to solve the above problems, it can be composed of two or more embossed patterns on the surface of the composite, and the production of a composite pattern that allows the print consumer to freely express the various embossing patterns desired The aim is to provide possible embossed business card printing paper.

In addition, the surface of the printing paper is divided into an embossing pattern and a non-embossing portion, so that the portion requiring precise printing forms a non-embossing portion, and thus another object is to provide an embossed business card printing paper having a clear printing surface while the printed paper is embossed. have.

In addition, it is configured to include a pair of upper and lower rollers, and the relief plate wound by the roller in a variety of protruding a predetermined pattern on the surface, so that the various patterns of the relief plate to be engraved on the printing paper passing between the rollers. An object of the present invention is to provide an embossed printing paper forming apparatus of a compound pattern directing type and an embossed business card printing paper molding method of a compound pattern directing type using such a molding apparatus.

1 is a perspective view showing a molding apparatus for embossing business card printing paper capable of producing a composite pattern according to the present invention

2 is a cross-sectional view showing a coupling structure of the upper roller and the relief plate of FIG.

Figure 3 is a perspective view showing another embodiment of the coupling structure between the upper roller and the relief plate of Figure 1

4 is a cross-sectional view showing a coupling structure of the upper roller and the relief plate according to FIG.

(A) and (b) of FIG. 5 are plan views showing the state in which the relief plate of FIG. 1 is unfolded.

Figure 6 is a flow chart showing an embodiment of the embossed business card printing paper molding method capable of producing a composite pattern according to the present invention

7 and 8 are product plan view showing an embodiment of the embossed business card printing paper capable of producing a composite pattern according to the present invention

<Explanation of symbols for main parts of drawing>

10,100: printing roller 20: tangy roller 11: coupling groove 12: fixing bar 13: tightening bolt 30, 130: relief plate 30a: pattern 40: business card printing paper 50: promotional stickers 51, 61, 62: embossing pattern 53: non-embossing unit 60 : Business card 102: coupling groove 104: fixing bolt 132: pressure plate 134: fixing band

In order to achieve the above object, the present invention comprises a roller member formed of an upper printing roller and a lower edge roller, the coupling groove is formed along the longitudinal direction on the circumferential surface of the printing roller; It is a thin plate structure engraving the pattern by the corrosion process on the surface, characterized in that the molding device including a relief plate which is fixed at both ends is bent in the longitudinal direction and the bending part is inserted into the coupling groove to prevent spreading to the printing roller. do.

In addition, the present invention, by forming a relief plate by engraving the various patterns to protrude through the corrosion operation on the thin plate to form a relief plate; A relief plate installation step of fixing the relief plate produced through the relief plate forming step to surround the printing roller circumferential surface of the roller member composed of an upper printing roller and a lower edge roller; Passing the printing paper to be pressed between the roller member, characterized in that the molding method comprising an embossing printing step of causing the pattern of the relief plate fixed to the printing roller is carved into the surface of the printing paper.

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

1 is a perspective view showing a molding apparatus for embossing business card printing paper capable of producing a composite pattern according to the present invention, Figure 2 is a cross-sectional view showing a coupling structure of the roller and the relief plate of FIG.

As shown, the embossed business card printing paper forming apparatus of the present invention is a roller member consisting of the upper printing roller 10 and the lower edge roller 20, and fixed to surround the circumferential surface on the printing roller 10 It is configured to include a relief plate 30.

That is, the printing roller 10 and the tangerine roller 20 are in contact with one surface of the upper and lower parts of the upper and lower rollers, the peripheral surface to the upper printing roller 10 of the upper and lower rollers (10, 20). The relief plate 30 is installed to wrap. In addition, the coupling groove 11 is formed in the circumferential surface of the printing roller 10 in the longitudinal direction, the both ends of the auxiliary plate 30 is bent in the longitudinal direction to be inserted into the coupling groove (11). Will be maintained.

Then, the fixing bar 12 for fixing the thin plate is installed in the coupling groove 11, the fixing bar 12 in the bent both ends of the auxiliary plate 30 is inserted into the coupling groove (11). To be fixed by. That is, the fixing bar 12 is configured in the form having a tightening bolt 13, by adjusting the tightening force of the fixing bar 12 through the operation of the tightening bolt 13 to fix the subsidiary plate 30. Or release was adjusted.

Also, another embodiment in which the relief plate is fixed to the printing roller is shown in FIGS. 3 and 4. That is, a pair of coupling grooves 102 are formed on the circumferential surface of the printing roller 100 to maintain a predetermined interval, and a plurality of fixing bolts 104 are fixed on the inner surface of the pair of coupling grooves 102. Are combined. In addition, the auxiliary plate 130 is provided with a pair of upper and lower pressure plate 132, the inner surface of the auxiliary plate 130 in contact with each end of the bolt plate, such a pair of upper and lower pressure plate 132 is the relief plate ( 130 is installed at both ends of each side. At this time, either one of the upper and lower pressure plate is provided with a fixing band 134 is fixed to the fixing bolt of the inner surface of the coupling groove 102.

Accordingly, in the state in which the auxiliary plate 130 is wound along the circumferential surface of the printing roller 100, the fixing band 134 is inserted into the coupling groove of the pressing plate 132 at both ends of the fixing bolts. Is fixed by pressing. As the pressing plate 132 at both ends of the auxiliary plate 130 is fixed to the inner surface of the coupling groove 102 formed as a pair of the printing roller 100, the auxiliary plate 130 is fixed to the printing roller 100 will be.

On the other hand, the relief plate 30 is formed by engraving the various patterns (30a) to protrude through the corrosion operation on the thin plate, the pattern (30a) of the relief plate 30 is shown in Figure 5 (a) and Likewise, the same pattern may be repeatedly engraved, or two or more patterns may be formed as shown in FIG. In addition, the relief plate 30, the entire surface may be processed to form a pattern, or in some cases may be processed so that the pattern surface and the inscription both surfaces coexist.

Figure 6 shows a molding method of embossed business card printing paper that can produce a composite pattern using the molding apparatus configured as described above, as shown, the molding method is a relief plate forming step (S10), the relief plate installation step ( S20), and comprises an embossing printing step (S30).

First, the relief plate forming step (S10) of engraving the various patterns to protrude through the corrosion operation to the thin plate cut to a predetermined size is performed. At this time, the size of the relief plate 30 is proportional to the width of the peripheral surface of the printing roller (10). The pattern 30a engraved on the relief plate 30 may have a form in which a dense pattern is engraved throughout the printing paper, that is, an irregular mesh or a plurality of fine ridges continuously protrude, and the pattern may be A single pattern may be formed, and in some cases, two or more patterns may be combined.

In addition, the relief plate 30 may be divided into a pattern surface and an inscription both surface in consideration of the features of the printed material to be produced. For example, when a photograph of a party or a specific product is printed on a fashion business card, the corresponding part is formed to form an inscription so that the printed photograph or a picture of a specific product is more clearly displayed.

Subsequently, the relief plate installation step S20 for attaching the relief plate 30 formed through the relief plate forming step S10 to the printing roller 10 is performed, which is represented in the embodiment of FIGS. 1 and 2. It will be described on the basis of the coupling structure of the upper roller 10 and the relief plate 30.

That is, after the bent both ends of the auxiliary plate 30 is inserted into the coupling groove 11 formed in the printing roller 10, both sides of the inserted relief plate 30 are inside the coupling groove 11. Tighten the tightening bolt 13 of the fixing bar 12 in a state to be bitten by the fixing bar 12 of. Accordingly, the relief plate 30 is installed so as to surround the circumferential surface of the printing roller 10 fixed to both sides of the coupling groove 11 inside.

In the embossing printing step (S30), the printing paper 40 is passed between the roller members 10 and 20 on which the relief plate 30 is installed. At this time, the printing paper 40 is to pass through while being strongly compressed between the upper and lower rollers (10, 20), accordingly, the pattern engraved on the relief plate 30 is inscribed on the printing paper 40 as it is. While forming, the printing paper 40 forms an embossed business card printing paper protruding a pattern corresponding to the pattern of the relief plate 30 to a fine height on the surface thereof.

On the other hand, the business card printing paper 40 processed in the embossed form has a strong resistance to moisture and at the same time having a better aesthetics to have a better aesthetics, the step of coating the surface of the business card printing paper (S40) is further included. This would be preferable.

7 and 8 illustrate embodiments of the business card printing paper produced through the embossed business card printing paper molding method capable of producing the composite pattern.

First, FIG. 7 shows the fashion business card 60, in which the embossed pattern 61 and the mesh-shaped embossed pattern 62 in the form of a ridge point expressed in FIG. The form is shown. By printing two or more embossing patterns in this way, the printed business card printed out of monotony can be maximized.

In addition, the printing paper produced through the present invention can be applied to promotional stickers in addition to business card printing paper. That is, Figure 8 shows the promotional sticker 50 embossed according to the present invention, the embossed pattern 51 of the ridge point shape having a fine size is densely engraved over the entire surface of the printed material to feel the feeling of the paper It shows the form to have.

In producing printed materials as described above, when a large amount of color is finely printed on a narrow surface while being a core part of a printed product such as a logo or a photograph of the company, by forming a non-embossed part that is not embossed, It is desirable to configure the embossed portion of the surface to be printed, yet without smearing, and in addition to the color or relatively large letters or numbers are printed. Referring to FIG. 8, the center portion of the printed matter forms the non-embossing portion 53.

That is, if necessary, the printing paper can be freely divided into embossing patterns and non-embossing portions so as to maximize the merchandise or functionality of the processed printing paper.

As can be seen by the above embodiments, by using the embossed business card printing paper capable of producing a composite pattern according to the present invention, and a molding apparatus and a molding method thereof, it is possible to form two or more various embossing patterns on the printed matter. Since the precise printing portion can be processed very cleanly, the aesthetics of the finished printed matter is maximized and accordingly, the satisfaction of the print consumer becomes very large.

In addition, since the print consumer can directly select the embossing pattern he / she wants, or in addition, he or she can design the print of his / her desired design by designing a rough pattern directly, thus making it possible to produce a print that satisfies the needs of the consumer. do.

Claims (8)

A roller member formed of an upper printing roller and a lower edge roller and having a coupling groove formed in a circumferential surface of the printing roller along a length direction thereof; A thin plate structure engraved with a pattern of corrosion on a surface, the both ends of which are bent in the longitudinal direction and inserted into the coupling grooves, the relief plate being fixed to prevent spreading on the printing roller; Embossing business card printing paper molding apparatus capable of producing a composite pattern comprising a. The method of claim 1, Embossing business card printing paper molding apparatus capable of producing a composite pattern, characterized in that the fixing push bar is installed to press the bent both ends of the relief plate inserted into the coupling groove. The method of claim 1, A plurality of fixing bolts are coupled to an inner surface of the coupling groove, and a pair of pressing plates having a plurality of fixing bands installed on one surface thereof are coupled to both end portions of the relief plate; Embossing business card printing paper molding apparatus capable of producing a composite pattern, characterized in that the pressing plate is inserted into the coupling groove is fixed to the fixing band by the fixing bolt. The method of claim 1, The relief plate is embossed printing paper molding apparatus capable of producing a composite pattern, characterized in that the two or more patterns are formed to be engraved complex. The method according to claim 1 or 2, The relief plate is embossed printing paper molding apparatus capable of producing a composite pattern, characterized in that the pattern is formed so as to be divided into the inscription surface and the inscription both sides. A relief plate forming step of forming a relief plate by engraving the various patterns through the corrosive work to the thin plate; A relief plate installation step of fixing the relief plate produced through the relief plate forming step to surround the printing roller circumferential surface of the roller member composed of an upper printing roller and a lower edge roller; An embossing printing step of passing the printing paper so as to be compressed between the roller members so that the pattern of the relief plate fixed to the printing roller is engraved on the surface of the printing paper; Embossing printing paper molding method capable of producing a composite pattern comprising a. The method of claim 6, Embossing printing paper molding method capable of producing a composite pattern, characterized in that it further comprises the step of coating the surface of the printing paper. An embossing type of printing paper produced by the method of claim 6 or 7.