JP2023177617A - Printed matter applied with swap preventing measure - Google Patents

Abstract

To provide a printed matter which prevents reuse of a printed matter used once, and a printed matter formed by cutting a part of printed matters having different values and patching the parts to other printed matter as a genuine printed matter, even if all of a plurality of printed matters have the same size.SOLUTION: There are provided printed matters applied with swap prevention measure in which there exist a plurality of products having different precious values, where a notification part having a predetermined width and height is printed on at least a part of a base material, the notification part has an information part indicating a precious value of the printed matter and a background part around the information part, and the notification part has different widths and/or heights for every precious value.SELECTED DRAWING: Figure 3

Description

The present invention is intended to prevent an unsuccessful candidate from altering valuable printed matter showing pass/fail test results, such as qualifications or certifications, by cutting and pasting the part on which the passing result of a successful candidate is printed. This relates to printed matter with measures to prevent re-pasting.

Conventionally, with regard to qualifications and certifications, test takers are notified of the test results by Internet email or mail after taking the test. In the case of mailing, the test results are printed on a postcard or envelope and sent, and in many cases, the postcard or envelope itself serves as a certificate of passing or ability.

Therefore, in the printed materials containing the test results, personal information such as the names and facial photos of those who failed the test are cut out using a cutter or scissors, and then cut and pasted on top of the personal information of those who passed the test to obtain the certificate. There have been cases of alteration.

As a countermeasure against such alterations due to cutting and pasting, we can create variable information on the contours of multiple printed materials of equal value, such as stamps and stamps, which differs for each printed material, so that the stamps of used printed materials can be easily marked. A printed matter is disclosed in which the unattached portion is cut out and the printed material is cut and pasted to prevent it from being reused as if it were an unused printed matter (see Patent Document 1).

JP2019-010846A

According to Patent Document 1, variable information that differs for each printed matter is formed on the contour of the printed matter corresponding to the position where the tally mark is given as proof of use, so that the tally mark part of the used printed matter can be cut out and other used printed matter can be marked. When pasted at the same location on a printed matter, the variable information becomes inconsistent/unnatural, making it possible to see at a glance that the printed matter has been altered.

However, in the technique described in Patent Document 1, the plurality of printed materials that are created are all the same size. Therefore, if used printed materials or printed materials of different values are collected and cut and pasted, the variable information may not match or feel strange, but it is possible to create printed materials of the same size as unused printed materials, so improvements are needed. There is room for

Therefore, the present invention aims to solve the above-mentioned problem, and even if a plurality of printed matter are all the same size, a part of the printed matter that has been used once or a printed matter of different value can be cut out and a part of the printed matter of different value can be cut out and a To provide a printed matter which can be prevented from being cut and pasted onto the printed matter and reused as if it were a genuine piece.

The present invention relates to a printed matter having a valuable value, wherein the printed matter has a different valuable value, a plurality of printed matter exist for each valuable value, and at least a part of a base material has a notice having a predetermined width and height. A copy is printed, the notification part has an information part indicating the valuable value of the printed material, and a background part around the information part, and the notification part has a different width and/or height depending on the valuable value. This is a printed matter that has been designed to prevent it from being replaced.

Furthermore, the printed material with a measure to prevent repositioning according to claim 1 is characterized in that the printed material with low valuable value is larger in width and/or height than the printed material with high valuable value.

In the printed matter with the anti-repaste measure of the present invention, the notification part on which the test results are printed is formed in a different size for each valuable value. Even if the printed material is pasted in the same place as the rejected person's, the information of the rejected person will be exposed, making it obvious at a glance that the printed material has been tampered with.

FIG. 2 is a plan view of a printed matter (1) for notifying "pass" to which the re-sticking prevention measures of the present invention have been applied. FIG. 2 is a plan view of a printed matter (1) for notifying "rejection" to which the re-pasting prevention measure of the present invention has been applied. FIG. 4 is a schematic diagram comparing a pass notification section (4a) and a failure notification section (4b) of the present invention. A plan view showing an example of the background part (4a-b, 4b-b) of the present invention. FIG. 3 is a schematic diagram showing modification of the rejection notification section (4b) of the present invention.

Embodiments for carrying out the present invention will be described with reference to the drawings. However, the present invention is not limited to the embodiments described below, and includes various other embodiments as long as they are within the scope of the technical idea described in the claims.

FIG. 1 is a plan view of a printed matter (1) for notifying "pass" with measures to prevent re-pasting according to the present invention.

In FIG. 1, printed matter (1) is a plan view of an unfolded pressure-bonded postcard notifying the test results. The printed matter (1) in the present invention is a printed matter (1) in which there are a plurality of products having different valuable values. For example, in FIG. 1, products have different valuable values depending on whether the test result is "pass" or "fail". In the case of "pass", the printed material (1) itself also serves as a certificate, so in the present invention, information that adds value to the printed material (1), for example, the test result in FIG. shall be. For comparison, when there are multiple banknotes (for example, 10,000 yen notes), but they all have the same value, it is treated as "printed matter in which there are multiple products with the same valuable value."

The printed matter (1) has a variable information section (3) formed on a part of the base material (2), which has different information for each printed matter (1). and date of birth "2001/01/01". In addition, a background pattern or the like may be printed to improve the design.

The base material (2) is not particularly limited as long as it is possible to print at least the variable information section (3) and the acceptance notification section (4a) described below, and may be a paper base material such as high-quality paper or coated paper, or Various base materials such as films and card base materials can be used, and the material is not particularly limited.

The printed material (1) has an acceptance notification part (4a) which is a notification part (4) on a part of the base material (2). The acceptance notification section (4a) consists of an information section (4a-f) and a background section (4a-b). The information section (4a-f) is a section indicating the valuable value of the printed matter (1), and in FIG. 1, the words "pass" are formed as the test result. A tint block pattern is formed as a background part (4a-b) around the information part (4a-f).

The information part (4a-f) can be formed by combining letters, numbers, and symbols, and is not particularly limited.

FIG. 2 is a plan view of a printed matter (1) for notifying "rejection" to which a measure to prevent re-pasting according to the present invention has been applied.

Note that the printed matter (1) shown in FIGS. 1 and 2 is a printed matter (1) that notifies different test takers of the test results for the same exam. Therefore, the printed matter (1) in FIG. 1 and the printed matter (2) in FIG. 2 are products with different valuable values. The printed matter (1) has a rejection notification part (4b) which is a notification part (4). The rejection notification section (4b) consists of an information section (4b-f) and a background section (4b-b). The information section (4b-f) is a section indicating the valuable value of the printed matter (1), as in FIG. 1 described above, and in FIG. 2, the words "fail" are formed as the test result. A background pattern (4b-b) is formed around the information part (4b-f). Note that the pass notification section (4a) and the failure notification section (4b) will be referred to as "pass notification section (4a) and failure notification section (4b)" when explaining different test results, respectively. When described together as a printing unit that notifies, it will be collectively referred to as a “notification unit (4)”.

FIG. 3 is a schematic diagram comparing the pass notification section (4a) and the failure notification section (4b).

The width (W1) of the pass notification part (4a) is shorter at both ends than the width (W1b) of the rejection notification part (4b). As an example, in FIG. 3, the width (W1a) of the pass notification part (4a) is shorter than the width (W1b) of the rejection notification part (4b) by 5.0 mm at both ends.

Further, the background part (4a-b) of the pass notification part (4a) and the background part (4b-b) of the rejection notification part (4b) have the same background pattern, but are formed in different colors. As an example, in FIG. 3, the colors are reversed from negative to positive, the background part (4a-b) of the pass notification part (4a) is a pattern mainly made of black, and the background part (4b-b) of the rejection notification part (4b) is ) has a pattern that is mainly white.

Although the details will be described later, in the present invention, the width and/or height of the pass notification part (4a) is made shorter than the width and/or height of the rejection notification part (4b), and the background is of a different color. parts (4a-b, 4b-b), if an attempt is made to alter the pass notification part (4a) by cutting it out and pasting it on top of the rejection notification part (4b), the rejection notification part (4b) By protruding the background portion (4b-b), it becomes possible to easily detect alterations with the naked eye.

The configuration in which the widths of the pass notification part (4a) and the failure notification part (4b) are made different is not limited to the width (W1b, W2b), but may be made to make the height (W) different, as shown in FIG. . However, in order to easily detect visually when the pass notification part (4a) is cut out and pasted on top of the rejection notification part (4b), which is the purpose of the present invention, the rejection notification part (4b) partially protrudes, it is necessary to make the height (W2b) of the rejection notification part (4b) larger than the height (W2a) of the acceptance notification part (4a).

Note that the pass notification section (4a) and the fail notification section (4b) may have different widths and heights.

In addition, the background parts (4a-b, 4b-b) of the pass notification part (4a) and the failure notification part (4b) are not limited to the same pattern shown in FIG. 3 but have different colors. It may be configured with different patterns. However, in order to easily detect visually when the pass notification part (4a) is cut out and pasted on top of the rejection notification part (4b), which is the purpose of the present invention, the rejection notification part Regarding the pattern in the area where part of (4b) protrudes, it is necessary to make the background parts (4a-b, 4b-b) different colors and/or patterns.

Furthermore, as a counterfeit prevention measure, a luminescent material may be used for the background part (4b-b) of the rejection notification part (4b). When a luminescent material is used, when excitation light is irradiated to the area that protrudes due to reattachment, it becomes possible to confirm whether or not tampering has occurred by checking whether or not light is emitted.

The width and/or height (W1a, W1b, W2a, W2b) of the pass notification part (4a) and the failure notification part (4b) are not particularly limited, but the area that protrudes visually when tampering with the pasting is performed. It is preferable that the difference in width and/or height (W1a, W1b, W2a, W2b) be about 0.5 to 15.0 mm so that the difference can be confirmed.

Moreover, although the pass notification part (4a) and the failure notification part (4b) have a rectangular shape, they can have any shape such as an ellipse shape.

The background portions (4a-b, 4b-b) include various patterns in addition to the background pattern shown in FIG. A tint block pattern is a pattern such as a light-colored halftone dot, grain, or line drawing printed on the background of a character or picture, and also includes a continuous tone pattern in which the tone changes continuously.

FIG. 4 is a plan view showing an example of the background part (4a-b, 4bb) of the present invention.

The background shown in FIG. 4A is an example of a line drawing pattern, and is based on a flat tone in which the same pattern is continuously repeated, and the gradation is constant and does not change. However, a pattern in which the gradations are changed continuously may also be used.

The background area (4a-b, 4b-b) shown in FIG. 4(b) is an example of a continuous gradation pattern, in which the area ratio of halftone dots changes continuously and the gradation changes continuously. ing. The shape of the halftone dots included in such a continuous tone pattern has a linear shape such as a triangle, a quadrangle, a polygon of pentagon or more, and a curved shape such as a circle or an ellipse.

The background part (4a-b, 4b-b) shown in FIG. 4(c) has a continuous tone pattern similar to the background part (4a-b, 4b-b) shown in FIG. 4(b). This is an example, in which the area ratio of halftone dots changes continuously and the gradation changes continuously. The shape of the halftone dots included in this continuous tone pattern has a curved shape such as a circle or an ellipse.

The background part (4a-b, 4b-b) shown in FIG. 4(d) is an example of a sandy dot pattern, and the gradation is determined by the density of irregularly arranged minute dots. This is called a random halftone dot or FM (Frequency Modulation) screen. Other halftone dot patterns include what is called an AM screen (Amplitude Modulation), which expresses gradation by the density of regularly arranged minute dots.

Next, a method for detecting falsification of printed matter (1) will be explained.
FIG. 5 is a schematic diagram showing alteration of the rejection notification section (4b). Specifically, after cutting out the test taker's pass notification part (4a) shown in Figure 1 using a cutter or scissors, cut out the test taker's failure notification part (4a) shown in Figure 2, which is different from that in Figure 1. This shows an alteration in which 4b) was replaced with adhesive or glue.

In FIGS. 1 to 3, as an example, the width (W1a) of the pass notification part (4a) is made 5 mm shorter than the width (W1b) of the rejection notification part (4b), and the background part of the pass notification part (4a) is (4a-b) were made red, and the background part (4b-b) of the rejection notification part (4b) was made blue. Therefore, if alterations are made by re-adhering, both ends of the background part (4b-b) of the rejection notification part (4b) will protrude by 5 mm, and the blue By exposing the rejection notification part (4b), it becomes possible to easily detect alterations with the naked eye.

In addition to the above-mentioned test result notification (notifying pass and fail), printed materials (1) include certificates (notifying approval and non-certification), permits (notifying permission and non-certification), and admission documents. It can be used as an admission ticket (to notify admission or non-admission), an admission ticket (to notify admission or non-admission), etc. For example, in the case of an admission ticket for an exhibition held for three days, the vertical and horizontal dimensions should be determined for each day of admission, such as the 1st, 2nd, 3rd, or even all days. It is also possible to change the values by combining them.

The means for forming the variable information section (3) and the notification section (4) in the present invention is not particularly limited, such as an offset printing method, a gravure printing method, an IJP printing method, or laser processing.

1 Printed matter 2 Base material 3 Variable information section 4 Notification section 4a Pass notification section 4b Rejection notification section 4a-f, 4b-f Information section 4a-b, 4b-b Background section

Claims (2)

Printed matter that has valuable value,
The printed matter has different valuable values, and a plurality of prints exist for each valuable value,
A notification portion having a predetermined width and height is printed on at least a portion of the base material,
The notification section has an information section indicating the valuable value of the printed matter, and a background section around the information section,
The printed matter is characterized in that the notification portion has a different width and/or height for each of the valuable values, and is designed to prevent repositioning. 2. The printed material according to claim 1, wherein the width and/or height of the printed material with low valuable value is larger than that of the printed material with high valuable value.

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