JP2007094132A - Precious printed matter with flocky finish layer - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a precious printed matter with a discrimination mark, capable of improving tactile discrimination in which especially a visually handicapped person discriminates it with finger sense, and capable of improving visual discrimination in which an able-bodied person visually discriminates it, regarding a printed matter form of the precious printed matter such as a bank note, a security and an exchange coupon. <P>SOLUTION: Regarding the precious printed matter, capable of improving tactile discrimination in which the visually handicapped person discriminates it with finger sense, and capable of improving visual discrimination in which the able-bodied person visually discriminates it, specifically, a discrimination area where visual and/or tactile discrimination is possible, is provided in a part of a base material of the precious printed matter. At least two discrimination marks are formed in the discrimination area, and one of them is composed of the discrimination mark to which piles (short fiber) are planted by flocky finish (electrostatic hair implantation), and moreover, two or more discrimination marks have different surface roughness from each other. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to printed matter forms of valuable printed matter such as banknotes, securities, gift certificates, and in particular, “tactile discrimination” that visually impaired persons identify with the sense of a fingertip is improved, and healthy individuals also identify visually. The present invention relates to a valuable printed matter having an identification mark that improves “visual identification”.

  Traditionally, banknotes have irregular shapes and convex shapes on certain parts of banknotes so that the types of bills can be identified for visually impaired people with visual disabilities. An area is provided, and the surface is touched with a finger (hereinafter referred to as “tactile sensation”) so that the ticket type can be discriminated by the difference in shape.

  Currently, in banknotes issued in Japan, the 10,000 yen note is L-shaped, the 5,000 yen note is octagonal, and the 2000 yen note is round in the lower right and lower left parts of the surface of the banknote. The three thousand yen coupons have a horizontal bar shape (hereinafter referred to as “identification mark”) as an identification mark by intaglio printing. The ticket type is determined based on the tactile sensation and the shape of the identification mark.

  In this way, in order to improve the distinguishability of the identification mark, the identification mark is applied by using paper manufacturing technology and print manufacturing technology, such as changing the shape or enhancing the distinguishability by tactile feeling, However, the present situation is that it is desired to provide an identification mark that is more discriminating and that can be easily and easily identified.

  As described above, as a technology to improve the identification of valuable printed materials, a valuable printed material in which an identification mark is attached to a part of the substrate and an optical change element (hologram) is attached in the vicinity of the identification mark is proposed. Has been. This includes two types of identification methods: a difference due to the tactile sensation between the optical change element (hologram) and the surface state of the identification mark (smooth and rough), and a shape confirmation based on the height difference between the convex portion of the identification mark and the paper surface. (For example, refer to Patent Document 1).

  Braille is widely known as a character form for general visually impaired persons. As a Braille technique, a Braille formation product has been proposed in which a transparent sheet having Braille characters is bonded to the surface of an article on which characters are printed. This is because visually identifiable characters and tactilely identifiable Braille are placed in the same area, reducing the display space without impairing the distinguishability between characters and Braille, and increasing the information density of Braille and characters. (For example, refer to Patent Document 2).

  Furthermore, as one of the techniques in which a healthy person can visually distinguish counterfeit bills and a visually handicapped person can identify authenticity by touching with a finger, a metal relief plate is fixed to one of the metal rollers. There has been proposed an embossed paper in which a paper is run between the metal rollers and pressure is applied to the paper to provide a concave portion in the paper. This enables both a watermark effect for a healthy person to identify authenticity by visual observation and an embossing effect for a visually impaired person to identify authenticity by touch with a finger (see, for example, Patent Document 3). ).

  In addition, as one of the technologies that enables healthy people to distinguish counterfeit bills by visual inspection and visually impaired people to identify authenticity by tactile sensation with their fingers, information is uneven with Braille, letters, symbols, alphanumeric characters, and patterns. There has been proposed a banknote that is configured and has such irregularities applied to both sides or one side of the banknote (for example, see Patent Document 4).

  On the other hand, as a sheet having a forgery preventing effect, a sheet in which a flocking portion is provided on a part of the sheet has been proposed. The flocked portion is a paper formed by applying an adhesive on the surface of the paper and forming a flock on the surface, or by sticking a flocked label on the paper (see, for example, Patent Document 5).

JP 2004-58605 A Japanese Utility Model Publication No. 07-23361 JP 2001-262497 A Japanese Utility Model Publication No. 07-43300 JP 2000-318400 A

  However, with respect to Patent Document 1, in order to improve the discriminability by the difference in height between the identification mark and the paper surface, it is necessary to put a mark such as applying the identification mark by intaglio printing. However, in relation to machine reading accuracy such as ATMs and vending machines, there are restrictions on the height direction (prime) of intaglio printing, and therefore it is required to provide identification marks by other printing methods and processing methods.

  In addition, with respect to Patent Document 2, Braille is a character that reads by tactile sense a point consisting of a combination of 3 vertical points x 2 horizontal points, but Braille has rules regarding the size of the characters and the way of notation, Characters that cannot be enlarged or reduced. For these reasons, there are various restrictions on the use of Braille for identification marks.

  Furthermore, with respect to Patent Document 3 and Patent Document 4, for example, when four types of banknotes are provided with a concave portion or an uneven portion at the same location, it is difficult to identify the type of the bill unless the shape is changed considerably. There is sex. Or when the position which provides a recessed part is changed into a ticket classification, it is necessary to clarify the top and bottom direction while clarifying front and back.

  Regarding Patent Document 5, for example, four types of banknotes and various types of gift certificates, etc. are given a change in the shape of the flocked portion formed on the paper, and the type of the ticket is identified by the difference in shape. In this case, it is difficult to identify the ticket type unless the shape is changed considerably. In particular, when there are many types of ticket types, the design of the flocked part may be complicated because a clear shape change is required for each type of ticket, and the complicated design makes identification difficult. .

  In addition, if only certain areas are made high by intaglio printing at the stage of creating precious printed matter with an identification mark, intaglio printing will improve the discriminability due to the required tactile sensation. If an ink phenomenon occurs in which part of the ink does not dry and moves to the back, or if the number of stacked sheets increases, there will be a considerable difference in height between the specific area where the identification mark is applied by intaglio printing and the area where it is not applied. There are many problems of quality control, manufacturing control and distribution suitability.

  The present invention aims to solve the above problems, and improves the “tactile identifiability” that visually impaired persons identify with the sense of their fingertips, and also improves the “visual identifiability” that healthy individuals visually identify. Specifically, an object of the present invention is to form an identification mark in which a pile (short fiber) is cast on a part of the valuable printed material by a flocking process (electrostatic flocking process).

  The precious printed matter having the flocking layer of the present invention is a precious printed matter in which an identification region that can be visually and / or tactilely identified is provided on a part of the substrate, and is specified by the flocking layer in which a pile is cast on the identification region. An identification mark having a shape is formed.

  The valuable printed material having the flocked layer of the present invention is a valuable printed material in which an identification region that can be visually and / or tactilely identified is provided on a part of a substrate, and at least two or more identification marks are formed in the identification region. And at least one of the two or more identification marks having a specific shape is formed of a flocking layer on which a pile is cast, and at least two or more of the identification marks have different surface roughnesses. To do.

  The valuable printed material having the flocked layer of the present invention is a valuable printed material in which an identification region that can be visually and / or tactilely identified is provided on a part of a substrate, and at least two or more identification marks are formed in the identification region. And at least two or more identification marks having the same shape and / or different shapes and at least two or more identification mark colors having the same color and / or different colors. The arrangement is characterized by being adjacent and / or partially stacked.

  The valuable printed matter having the flocked layer of the present invention is a valuable printed matter in which an identification region that can be visually and / or tactilely identified is provided on a part of a substrate, and the identification mark formed in the identification region has a circular shape, It consists of a polygonal shape, a rod shape, a design, a pattern, a character, a symbol, and / or a combination thereof.

  The precious printed matter having the flocking layer of the present invention is a precious printed matter in which an identification area that can be visually and / or tactilely identified is provided on a part of a substrate, and a pile of a specific shape is cast on the identification area. An identification mark is formed by a layer, and the pile is made of rayon, nylon, acrylic, or polyester.

  By forming a plurality of different identification marks by different application methods in the identification area of the valuable printed material, the distinctiveness is improved by utilizing the difference in tactile sensation due to the surface roughness and shape of each identification mark.

  The “tactile sensibility” that the visually handicapped person identifies with the tactile sensation of the fingertip is improved, and the “visual identification property” that the healthy person visually identifies is also improved.

  When the precious printed matter of the present invention is copied by a color copier or a copier for the purpose of counterfeiting, the tactile sensation peculiar to a flocking layer is reproduced by the copier even though the visual color may be reproduced. This is impossible, and the effect of preventing forgery can be improved. In addition to the identification mark formed by the flocking layer, an identification mark having a surface roughness different from that of the flocking layer is provided, so that a further forgery prevention effect can be achieved.

  Since the flocking layer on which the pile is cast is characterized by the original tactile sensation, even with a convex portion having a short pile length of about 0.01 mm to 0.05 mm, higher discrimination is obtained. Even if the pile length is increased and the flocking layer is formed relatively high, if a pile having elasticity is selected and formed, pressing the top of the stack even if the number of stacked layers increases will increase the Stacking at a uniform height is possible without causing a height difference.

  In addition, in the manufacturing stage of the flocking process, there is no set-off phenomenon that occurs due to the increase in the ink height for the purpose of improving the distinguishability like intaglio printing, and there is a problem in quality control due to the height (thickness). do not do.

  Next, embodiments of the present invention will be described with reference to the drawings. FIG. 1 shows a valuable printed product having a flocking layer according to the present invention. FIG. 3 shows an arrangement example when two types of identification marks in the present invention are used.

  The precious printed matter shown in FIG. 1 shows a form of the banknote (1), and is printed on a paper (2) as a base material with symbols, characters, patterns and the like. Identification that can identify the type of banknote (for example, 10,000 yen, 5000 yen, 2000 yen, 2000 yen, 1000 yen) on a part of the form (2) of the banknote (1) by tactile sensation An area (3) is provided, and an identification mark (9) is formed by a flocking layer in which a pile (5) having a specific shape is cast on the provided identification area (3) by flocking.

  By touching the surface of the identification mark (9) formed of the pile (5) thrown by flocking with a finger, it is possible to obtain a fuzzy and unique feel, and the feel of the paper (2) as the base material. The difference is obvious.

  Here, the flocking process is said to be an electrostatic flocking process, and uses an electrostatic attraction force in a high-voltage electrostatic field on the same principle as electrostatic coating or the like. As a procedure, an adhesive is applied to the base material, and the pile (5) is made to stand vertically (throw), and then the pile (5) thrown is fixed by drying the adhesive.

  As the pile (5), rayon, nylon, acrylic, polyester or the like is used, and the length is in the range of about 0.01 mm to 4.0 mm. The pile is thinner and the longer the cut, the better the texture. However, if an extremely thin and long pile is used, the piles may be entangled with each other. Therefore, it is preferable to cut the pile to a length corresponding to the thickness of the pile to be used.

  Further, since the pile (5) can be dyed in a desired color, it is dyed according to the design of the identification area (3) of the banknote (1).

  Adhesives are classified into emulsion type and solvent type, and the classification is mainly acrylic, urethane, epoxy, sakusan vinyl, and the like. The selection of the adhesive is appropriately selected according to the intended use for the identification area (3) of the banknote (1). The usage is, for example, the size and shape of the flocking layer provided in the identification region (3), the thickness of the pile (5) to be used, and the material of the substrate (2).

  There are four types of processing methods depending on the flying direction of the pile. One is an up method that raises a pile from below, 1 is a down method that raises a pile from below, 1 is a side method that raises a pile horizontally, and one is a combination of an up method and a down method. It is an updaou method to be performed at the same time. Regarding the processing method, the banknote (1) is appropriately selected and used according to the intended use for the identification area (3).

  The shape of the identification mark (9) is not particularly limited, such as a circular shape, polygonal shape, bar shape, design, pattern, character, symbol, etc. A simple shape is preferred.

  Further, regarding the size of the identification mark (9), it is necessary that the size of the identification mark (9) is about 25 mm to 30 mm, and it is necessary that the size of the identification mark (9) is about 25 mm to 30 mm. It is assumed that the identification mark fits within the range.

  Further, the color of the identification mark (9) is intended to improve visual discrimination, and is formed by dyeing the color in accordance with the design of the banknote (1).

  Further, regarding the shape, size, and color of the identification mark (9), it is desirable to give a characteristic to the ticket type, and it is an effective means for improving the distinguishability as the difference in each is clearer.

  So far, the embodiment in which only one type of the flocking layer cast by the flocking process is formed as the identification mark has been described. However, the identification area (3) has different identification marks different from the flocking layer and the flocking layer. And may be formed in combination.

  In this case, as the arrangement of each identification mark, as shown in FIG. 2, there are a method (a) of making it close, a method (b) of partially laminating, a method of completely superposing (c), and the like. This corresponds appropriately with the form of the precious printed matter (1), the range of the identification region (3), and the type, shape, size, color, etc. of the identification mark (9).

  Next, a case where an identification area is provided on a paper sheet as a base material and two or more different identification marks are formed in the identification area by two or more different methods will be described using an embodiment. Example 1 shows the case of forming two types of identification marks, an intaglio printing layer and a flocking layer, and Example 2 shows the case of forming two types of identification marks, a sticking layer by a hologram and a flocking layer. Example 3 shows a case where two types of identification marks, a perforated layer by fine perforations and a flocked layer, are formed.

  The precious printed matter shown in FIG. 3 shows a form of the banknote (1), and is printed on a paper (2) as a substrate by a printing method such as intaglio printing or offset printing.

  The banknote (1) can be identified by tactile sensation (for example, 10,000, 5,000, 2,000, or 1,000 yen) on a part of the form (2) of the banknote (1). An identification area (3) is provided. The range of the identification area (3) is preferably about 25 mm to 30 mm.

  In this identification area (3), two different types of identification marks are formed by two different types of application methods. One of the identification marks formed in the identification region (3) is an intaglio printing layer (hereinafter referred to as “identification mark 3A”) in which intaglio ink (4) is formed in a rectangle by intaglio printing, and another identification mark. Is a flocking layer (hereinafter referred to as “identification mark 3B”) in which the pile (5) is formed in a rectangular shape by flocking.

  Both the identification mark 3A and the identification mark 3B have a rectangular shape of 20 mm long × 10 mm wide. However, it is not limited to this shape. For example, the identification mark 3A and the identification mark 3B may have different shapes, and the shapes of the identification mark 3A and the identification mark 3B may be a circle, a polygon, or a rod. , Designs, patterns, characters, symbols, etc., or combinations thereof.

  Further, the length of the identification mark 3A and the identification mark 3B (long side direction) is 20 mm, but is preferably about 10 mm to 25 mm, and the horizontal width (short side direction) is 10 mm. About 20 mm is preferable.

  Further, the interval between the identification mark 3A and the identification mark 3B is set to 10 mm like the rectangular width, but is preferably about 0 mm to 15 mm. However, it does not matter even if it overlaps about 0 mm-10 mm, without taking a space | interval. However, if the identification mark 3A and the identification mark 3B have the same shape and the same size, if the two types of identification marks are completely overlapped, only the identification mark formed on the upper layer can be identified. It is preferable to do. Furthermore, when the identification mark 3A and the identification mark 3B have the same shape and different sizes, if the large identification mark is formed on the small identification mark, only the identification mark formed on the upper layer can be identified. Alternatively, it is preferable to form a small identification mark on the large identification mark.

  First, as a method for applying the identification mark 3A, intaglio printing is performed on the identification area (3) of the paper (2) by an intaglio printing machine to form an intaglio printing layer. Since the intaglio ink (4) is printed on the surface of the paper (2), the surface of the paper (2) is raised.

  In this method, as shown in the enlarged view 3A ', the entire area of the identification mark 3A is covered with the intaglio ink (4) on the paper (2), and irregularities are formed only on the upper end of the intaglio ink (4). As shown in FIG. 3A ″, there is a method of partially covering the paper (2) with the identification mark 3A to form irregularities, but either method may be used. At this time, the height of the intaglio ink (4) relative to the paper (2) is 0.1 mm, but is preferably about 0.05 mm to 0.5 mm.

  Next, as a method for applying the identification mark 3B, a pile (5) is cast on the identification area (3) of the paper (2) by a flocking process to form a flocking layer. The pile length is 0.1 mm as shown in the enlarged view 3B ′ of FIG. 1, but is preferably about 0.05 mm to 0.5 mm.

  As shown in FIG. 4, when the identification area (3) is confirmed by the tactile sensation with the finger (7), the surface of the identification mark 3A on which the intaglio printing layer is formed by intaglio printing has a concavo-convex shape, whereas it is a flocking process. As a result, the surface of the identification mark 3B on which the flocking layer is formed can be confirmed to be fuzzy and have a unique tactile sensation, and the distinctiveness is improved due to the considerable difference in tactile sensation between the identification mark 3A and the identification mark 3B.

  In addition, by changing the size and shape of the identification mark 3A and the identification mark 3B, or by providing a correlation between these identification marks, the “tactile identification” of the banknote in the banknote (1) having a plurality of banknote types is provided. Improve ". Furthermore, “visual discrimination” is improved by changing the color of the pile used for the identification mark 3B for each ticket type.

  The precious printed matter shown in FIG. 5 shows a form of a banknote (1 ′), and is printed on a paper (2 ′) as a base material by a printing method such as intaglio printing or offset printing. .

  On a part of the banknote (1 ') sheet (2'), the type of the banknote (for example, a banknote 10,000, 5,000, 2,000, or 1,000 yen) can be identified by tactile sensation. Such an identification area (3 ') is provided. The range of the identification area (3 ′) is preferably about 25 mm to 30 mm.

  In the identification area (3 ′), two different types of identification marks are formed by two different types of application methods. One of the identification marks formed in the identification region (3 ′) is a pasting layer (hereinafter referred to as “mark 3C”) on which the hologram (6) is pasted by a hologram pasting machine, and the other identification mark is a flocky. This is a flocking layer (hereinafter referred to as “identification mark 3D”) in which a pile (5 ′) is formed in a rectangular shape by processing.

  The shape of the identification mark 3C is an ellipse of 12 mm long × 15 mm wide, and the shape of the identification mark 3D is a rectangular shape of 20 mm long × 10 mm wide. However, the shape of the identification mark 3C and the identification mark 3D may be, for example, a circular shape, a polygonal shape, a rod shape, a pattern, a pattern, a character, a symbol, or a combination thereof.

  Furthermore, although the vertical width of the identification mark 3C is 12 mm and the vertical width (long side direction) of the identification mark 3D is 20 mm, both are preferably about 10 mm to 25 mm. Further, the identification mark 3C has a horizontal width of 15 mm and the identification mark 3D has a vertical width (short-side direction) length of 10 mm, which is preferably about 10 mm to 20 mm.

  Further, the interval between the identification mark 3C and the identification mark 3D is 10 mm, which is the same as the width of the rectangle, but is preferably about 0 mm to 15 mm. However, it does not matter even if it overlaps about 0 mm-10 mm, without taking a space | interval. However, when the identification mark 3C and the identification mark 3D have the same shape and the same size, if the two types of identification marks are completely overlapped, only the identification mark formed on the upper layer can be identified. It is preferable to do. Furthermore, when the identification marks 3C and 3D have the same shape and different sizes, if a large identification mark is formed on a small identification mark, only the identification mark formed on the upper layer can be identified. Alternatively, it is preferable to form a small identification mark on the large identification mark.

  First, as a method for applying the identification mark 3C, a hologram is pasted on the identification area (3 ′) of the paper (2 ′) by a hologram pasting machine to form a pasting layer. As this method, as shown in the enlarged view 3C ′, a hologram is attached to the surface of the paper (2), and therefore, it is embedded in the paper (2).

  Next, as a method for applying the identification mark 3D, a pile is cast on the identification area (3 ′) of the paper (2 ′) by flocking to form a flocking layer. The length of the short fiber is 0.1 mm as shown in the enlarged view 3D of FIG. 5, but is preferably about 0.05 mm to 0.5 mm.

  As shown in FIG. 6, when the identification region (3 ′) is confirmed by tactile sensation with the finger (7 ′), the surface of the identification mark 3C on which the adhesive layer is formed by applying the hologram (6) is extremely smooth. The surface of the identification mark 3D on which the flocking process layer is formed by the flocking process, while having a “smooth feeling”, can confirm a fuzzy tactile sensation, and a considerable tactile feeling between the identification mark C and the identification mark D. The distinctiveness is improved due to the difference.

  In addition, by changing the size and shape of the identification mark 3C and the identification mark 3D, or by making the identification marks have a correlation, the “tactile sense” of the banknote (1 ′) having a plurality of banknote types is provided. "Identity" is improved. Furthermore, “visual discrimination” is improved by changing the color of the pile used for the identification mark 3D for each ticket type.

  The precious printed matter shown in FIG. 7 shows the form of a banknote (1 ″), and is printed on the paper (2 ″) as a base material by a printing method such as intaglio printing or offset printing. It is.

  The banknote (1 ″) has a sheet (2 ″) on which a ticket type (for example, a 10,000-yen, 5,000-yen, 2,000-yen, or 1,000-yen voucher) is touched. An identification area (3 ″) that can be identified is provided. The range of the identification area (3 ″) is preferably about 25 mm to 30 mm.

  In this identification area (3 ″), two different types of identification marks are formed by two different types of application methods. One of the identification marks formed in the identification region (3 ″) is a perforated layer (hereinafter referred to as “mark 3E”) that has been finely perforated (8) by a laser irradiation device or a perforator. One identification mark is a flocking layer (hereinafter referred to as “identification mark 3F”) in which a pile (5 ″) is formed in a rectangular shape by flocking.

  The shape of the identification mark 3E is a character shape represented by “A” 20 mm long × 15 width wide, and the shape of the identification mark 3F is a rectangular shape 20 mm long × 10 mm wide. However, it is not limited to this shape. For example, the shape of the identification mark 3E and the identification mark 3F may be a circular shape, a polygonal shape, a rod shape, a pattern, a pattern, a character, a symbol, or a combination thereof. The fine perforations (8) may penetrate the paper (2) or may not penetrate.

  Furthermore, although the vertical width of the identification mark 3E is 20 mm and the length of the vertical width (long side direction) of the identification mark 3F is 20 mm, both are preferably about 10 mm to 20 mm. Moreover, although the vertical width of the identification mark 3E is 15 mm and the length of the horizontal width (short side direction) of the identification mark 3F is 10 mm, both are preferably about 10 mm to 20 mm.

  Further, the interval between the identification mark 3E and the identification mark 3F is 10 mm as in the case of the rectangular width, but is preferably about 0 mm to 15 mm. However, it does not matter even if it overlaps about 0 mm-10 mm, without taking a space | interval. However, when the identification mark 3E and the identification mark 3F have the same shape and the same size, if the two types of identification marks are completely overlapped, only the identification mark formed on the upper layer can be identified. It is preferable to do.

  Furthermore, when the identification mark 3E and the identification mark 3F have the same shape and the identification mark 3E is larger than the identification mark 3F, either may be formed in the upper layer or may be completely overlapped. On the other hand, when the identification mark 3E and the identification mark 3F have the same shape, the identification mark 3E is smaller than the identification mark 3F, and the identification mark 3E is non-penetrating, the identification mark 3E is made an upper layer, or the overlapping portion is made a part. Is preferred. Further, when the identification mark 3E penetrates under the latter condition, either of them may be formed as an upper layer or may be completely overlapped. However, when the identification mark 3F is formed in the upper layer, the identification mark 3F is identified from the front surface of the valuable printed material (1), and the identification mark 3E is identified from the back surface of the valuable printed material (1).

  First, as a method for applying the identification mark 3E, a perforated layer is formed by performing fine perforation processing on the identification region (3 ″) of the paper (2 ″) with a laser irradiation device or a perforator. When the micro-perforations (8) are processed in the paper (2) by the laser irradiation device, as shown in the enlarged view 3E ′, the method of penetrating the paper (2), or the paper as shown in the enlarged view 3E ″ There is a method of not penetrating (2) (non-penetrating), but either method may be used.

  Next, as a method of applying the identification mark 3F, a pile is cast on the identification area (3 ″) of the paper (2 ″) by flocking to form a flocking layer. The length of the short fiber is 0.1 mm as shown in the enlarged view 3F of FIG. 7, but is preferably about 0.05 mm to 0.5 mm.

  As shown in FIG. 8, when the identification region (3 ″) is confirmed by tactile sensation with a finger (7 ″), the surface of the identification mark 3E formed with a perforated layer by fine perforations (8) is uneven. While the tactile sensation similar to the shape can be confirmed, the surface of the identification mark 3F on which the flocking layer is formed by the flocking process can confirm the fluffy tactile sensation, which corresponds to the identification mark E and the identification mark F. The distinctiveness is improved by the difference in touch.

  Further, by changing the size and shape of the identification mark 3E and the identification mark 3F, or by providing a correlation between the identification marks 3F, the "" Tactile discrimination ”is improved. Furthermore, “visual discrimination” is improved by changing the color of the pile used for the identification mark 3F for each ticket type.

  In the best mode for carrying out the present invention, the precious printed matter is described as the form of the banknote. However, the present invention is not limited to this, and various securities, gift certificates, identification cards, pass tickets, stamps are also included. Class, passport, card, etc., which refers to those that require identification.

  Similarly, in the best mode for carrying out the present invention, the preferred size of the identification area and the identification mark in the banknote, which is a valuable printed material, is described. The design is arbitrarily made according to the type of identification mark formed on the precious printed matter and the shape and size of the identification mark.

  Similarly, in the best mode for carrying out the present invention, only the case where two different types of identification marks are formed has been described. However, the present invention is not limited to this, and a plurality of types of identification marks can be combined. In addition, a plurality of identification marks made of a flocking layer on which a pile is cast may be provided in the vicinity, and the shape, size, and color of each identification mark may be changed.

  Similarly, in the best mode for carrying out the present invention, an identification mark is formed by a flocking layer on which a pile is cast, and the length of the pile used at that time is 0.1 mm. It is not necessary to cast the entire surface with piles of the same length, and it is possible to cast by changing the length of the piles to form a flocking layer with arbitrarily different lengths.

The valuable printed matter which has the flocking process layer in this invention is shown. The example of arrangement | positioning at the time of using two types of identification marks in this invention is shown. The valuable printed matter which has the intaglio printing layer and the flocking process layer in this invention is shown. The identification method of Example 1 in this invention is shown. The valuable printed matter which has a sticking layer and a flocking process layer in this invention is shown. The identification method of Example 2 in this invention is shown. 1 shows a valuable printed product having a perforated layer and a flocked layer in the present invention. The identification method of Example 3 in this invention is shown.

Explanation of symbols

1, 1 ′, 1 ″ Banknote 2, 2 ′, 2 ″ Paper 3, 3 ′, 3 ″ Identification area 4 Intaglio ink 5, 5 ′, 5 ″ Pile (short fiber)
6 Hologram 7, 7 ′, 7 ″ Finger 8 Fine perforation 9 Identification mark

Claims (2)

A valuable printed matter provided with an identification region that can be visually and / or tactilely identified on a part of a substrate,
At least two or more identification marks having a specific shape are formed in the identification area, and one of the at least two or more identification marks is formed of a flocking layer on which a pile is cast, and the at least two or more identification marks Are valuable prints having a flocked layer, each having a different surface roughness. The specific shape of the at least two or more identification marks is the same shape and / or different shape, and the color of the at least two or more identification marks is the same color and / or different colors, and the at least two or more identification marks 2. The precious printed matter having a flocky area according to claim 1, wherein the marks are arranged in the vicinity and / or partially stacked.

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