JP3228470U - Delivery slip - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a delivery slip capable of printing arbitrary information such as benefits together with delivery information and making it difficult to duplicate the printed arbitrary information. SOLUTION: A delivery slip 100 has a delivery information printing area 110 capable of printing delivery information including information for specifying a delivery destination, and a first, capable of printing arbitrary information which is arbitrary information associated with the delivery information. The second arbitrary information printing areas 121 and 122 are provided, and at least the first and second arbitrary information printing areas 121 and 122 are subjected to anti-counterfeit printing 130 in which a latent image appears when the printing surface is copied by a copying device. .. [Selection diagram] Fig. 1

Description

The present invention relates to a delivery slip attached to a packing box or the like in order for a mail-order company, a retail store, or the like to outsource a delivery product to a delivery company.

Since it is necessary for major mail-order companies to process a large amount of parcels in a short time and outsource them to the delivery company, we have introduced a system that manages the information of the delivery destination, which is the purchaser, and the purchased items. Therefore, information can be efficiently printed on the delivery slip. However, benefits to the purchaser (discount vouchers, coupons, etc.) must be handled separately from the delivery slip, so you may forget to include the benefits that had to be included in the delivery item, or you may send it to another purchaser. There was a mistake that it was bundled with the delivered item.

In order to prevent such mistakes, a delivery slip has been proposed in which privilege information such as point tickets and discount tickets can be printed together with delivery destination information (see, for example, Patent Document 1). The delivery slip described in Patent Document 1 is provided with an information printing section that can be separated from the delivery information entry section, and by printing unique information for the consignee on this information printing section, a point ticket or a discount can be obtained. It will be a privilege such as a ticket. Therefore, in the delivery slip described in Patent Document 1, the packing work and the like can be performed using the delivery slip in which the privilege for the consignee is integrated with the delivery destination information, and the privilege such as the point ticket and the discount ticket can be obtained. You can effectively suppress mistakes such as forgetting to pack or misdelivering.

Japanese Patent No. 4497439

However, benefits such as point tickets and discount tickets created from the delivery slip described in Patent Document 1 are special because they are printed using the information printing section provided on the same page as the delivery information entry section. No anti-counterfeiting measures have been taken. In other words, recent copying devices (copiers, scanners, etc.) have high reading resolution and printing resolution, so it is possible to perform copying without any discomfort in appearance, so benefits such as point tickets and discount tickets are forged. There is a risk of printing.

Therefore, an object of the present invention is to provide a delivery slip capable of printing optional information such as benefits together with delivery information and making it difficult to duplicate the printed arbitrary information.

In order to solve the above problems, the delivery slip of this configuration has a delivery information print area in which delivery information including information for specifying a delivery destination can be printed, and arbitrary information which is arbitrary information associated with the delivery information. The optional information printing area is provided with an arbitrary information printing area capable of printing, and at least the arbitrary information printing area is provided with anti-counterfeit printing in which a latent image appears when a printing surface is copied by a copying device.

Further, in the above configuration, a plurality of the optional information printing areas may be provided so that the optional information having different contents can be printed separately.

A copy allowance information print area which is information associated with the delivery information and can print copy allowance information which allows copying may be provided.

Further, in the above configuration, the anti-counterfeit printing applied to the arbitrary information printing area comprises a set of large dots or line groups that can be reproduced by the copying apparatus and a set of small dots or line groups that do not meet the copying reproduction ability. The combined anti-counterfeit printing is formed with the first chromatic ink, and the second ink with a chromatic color different from the first ink lurks in a flat net which is an aggregate of small points that do not meet the copying reproduction ability. It may be printed on the image and its background area so as to be visually achromatic.

Further, in the above configuration, the anti-counterfeit printing applied to the arbitrary information printing area is a design main body portion formed of small points less than the copying reproduction ability of the copying device and a background of the symbol main body portion. A symbol background portion formed at the same area ratio at the small point common to the symbol main body portion, and a light contact portion that makes the symbol main body feel as if it is exposed to light. A relief-like pattern that is composed of a shadow part that makes the main body of the design appear to stand out by making it look like a shadow, and a three-dimensional design as a whole expressed in a two-dimensional plane, and the copying device. The area ratio of the large point aggregate or line group that can be reproduced by the above, the area ratio of the symbol main body portion and the symbol background portion, and the area ratio of the large point aggregate or line group that can be reproduced by the copying device. They may be substantially matched and combined on the same surface.

According to the delivery slip according to the present invention, anti-counterfeit printing is applied to the arbitrary information printing area where arbitrary information, which is arbitrary information linked to the delivery information, can be printed, in which a latent image appears when the printing surface is copied by a copying device. Therefore, it becomes difficult to duplicate the arbitrary information printing area. Therefore, if arbitrary information that can be used as a privilege such as a point ticket or a discount ticket is printed in the optional information printing area, it is possible to prevent the privilege from being forged.

(A) is an external view which shows the printed surface of the delivery slip which concerns on 1st Embodiment. (B) is an external view showing a copying surface in which the delivery slip of FIG. 1 (A) is copied by a standard copying device. (A) is an external view showing a printed surface after printing various information on the delivery slip according to the first embodiment. (B) is an external view showing a copying surface in which the delivery slip of FIG. 2 (A) is copied by a standard copying device. It is explanatory drawing of the packing process using the delivery slip which concerns on 1st Embodiment. (A) is an external view which shows the printed surface of the delivery slip which concerns on 2nd Embodiment. (B) is an external view showing a copying surface in which the delivery slip of FIG. 4 (A) is copied by a standard copying device. The conventional "printing method so far" (left), the "printing method that produces a red latent image by copying" (center) by this anti-counterfeit printing technology, and the "green by copying" by this anti-counterfeit printing technology. It is a process diagram in which "printing method for producing a latent image" (right column) is briefly shown and the result of color copying is added. The conventional "printing method so far" (left) and the "method of incorporating the anti-counterfeit plate into the illustration plate" (right) by this anti-counterfeit printing technology are briefly shown, and the color copy results are added. It is a process diagram. The conventional "printing method so far" (left) and the "method of incorporating a printing plate into a tint block" (right) using this anti-counterfeit printing technology are briefly shown, and the results of color copying are added. It is a process diagram. Simplify the conventional "previous printing method" (left) and the "method of incorporating the anti-counterfeit plate into the illustration plate and the printing plate into the tint block plate" (right) by this anti-counterfeit printing technology. It is a process diagram which shows each and added the result of color copy. It is explanatory drawing explaining the process of preparing the relief-like pattern (embossed image for combination) which is a part of the process of making anti-counterfeit printed matter by the 2nd anti-counterfeit printing technique, and is being combined on the same surface. .. Prepare a line group (latent image for combination) that is another part of the process of creating anti-counterfeit printed matter by the second anti-counterfeit printing technology and can be reproduced by a copying device that is the other to be combined on the same surface. It is explanatory drawing explaining a process. It is a main part of the process of producing an anti-counterfeit printed matter by the second anti-counterfeit printing technology, and is a relief pattern (embossed image for combination) shown in FIG. 9 and a line group (combination) reproducible by the copying apparatus shown in FIG. It is explanatory drawing explaining the process from the latent image image) to the creation of an anti-counterfeit printed matter.

Hereinafter, embodiments of the delivery slip according to the present invention will be described with reference to the attached drawings. FIG. 1A shows the delivery slip 100 according to the first embodiment. The delivery slip 100 is provided with a delivery information printing area 110 capable of printing delivery information including information specifying a delivery destination. The delivery information includes, for example, delivery destination information (address, name, telephone number, etc.), requester information (address, name, telephone number, etc.), contents / number of packages, and the like.

The first arbitrary information printing area 121 partitioned by the delivery information printing area 110 and the first dividing line 101, and the second arbitrary information printing area 122 partitioned by the first arbitrary information printing area 121 and the second dividing line 102 are This is an area where arbitrary information, which is arbitrary information associated with delivery information, can be printed. The content of the optional information is not particularly limited, but the information should be information that the copying device should avoid being easily duplicated (for example, privilege information such as a point ticket or a discount ticket that the recipient wants to give in a limited manner). Is desirable. The first and second dividing lines 101 and 102 can be configured by separable perforations, and the delivery information printing area 110 and the first and second arbitrary information printing areas 121 and 122 can be separated at an arbitrary timing. As described above, since the first arbitrary information printing area 121 and the second arbitrary information printing area 122 can be easily separated, different arbitrary information according to the purpose of use can be obtained from the first arbitrary information printing area 121 and the second arbitrary information printing area. You may print each on 122.

An adhesive layer is provided on the back surface side of the delivery slip 100, and the delivery slip 100 can be attached to an appropriate place by peeling off the release paper that protects the adhesive layer. The adhesive layer may be formed at least on the back surface side of the delivery information printing area 110, and the adhesive layer may not be provided on the back surface side of the first and second arbitrary information printing areas 121 and 122. Further, the arbitrary information printing area provided in the delivery slip 100 is not limited to two, and three or more arbitrary information printing areas may be provided, or only one arbitrary information printing area may be provided.

The printing surfaces of the first and second arbitrary information printing areas 121 and 122 are provided with anti-counterfeit printing 130 in which a latent image appears when the printing surface is copied by a copying device. The anti-counterfeit printing 130 uses a printing technique that cannot reproduce the original printed surface when copied by a standard copying apparatus. For example, it is possible to apply a printing technique in which characters and tint block that are difficult to see with large and small dots are configured in advance, and when the characters and tint block are copied or scanned, the embedded characters and tint block are output conspicuously. In addition, even if anti-counterfeit printing 130 is applied by anti-counterfeit printing technology (detailed later) that makes color characters and tint block stand out by copying, and anti-anti-counterfeit printing technology (detailed later) that makes relief-like embossed patterns stand out. good.

In the delivery slip copy 100'in which the delivery slip 100 is duplicated by the copying device by applying the anti-counterfeit printing 130, as shown in FIG. 1 (B), the first and second arbitrary information printing areas 121 and 122 The printed surface of is not reproduced, and the latent image 132 stands out on the background 131. Therefore, the original delivery slip 100 and the delivery slip copy 100'can be easily distinguished by looking at the printed surfaces of the first and second arbitrary information printing areas 121 and 122.

As shown in FIG. 2A, in the printed delivery slip 100P in which various information is printed on the delivery slip 100, privilege information is printed in the first optional information printing area 121, and the second optional information printing area 122 is filled with "O". "Purchase statement" and "Notice of benefits" are printed. The privilege information printed in the first voluntary information printing area 121 relates to a privilege to be given to the recipient in a limited manner, such as a point ticket, a discount ticket, an admission ticket to an event, and an admission privilege voucher.

As shown in FIG. 3, the printed delivery slip 100P is divided by the first partition line 101 in the work process of packing the delivery to the delivery destination, and the first and second arbitrary information printing areas 121 and 122 are the delivery boxes. It is enclosed in the CB, and the delivery information printing area 110 is attached to the outside of the delivery box CB. In this way, if the packing work is performed using the printed delivery slip 100P in which the delivery information and the optional information are integrated, the first and second optional information printing areas 121, which are benefits such as point tickets and discount coupons, It is possible to effectively suppress mistakes such as forgetting to pack 122 or misdelivering it.

Moreover, since the first and second arbitrary information printing areas 121 and 122 are subjected to anti-counterfeit printing 130, in the printed delivery slip copy 100P'in which the printed delivery slip 100P is duplicated by the copying device, FIG. As shown in B), the latent image 132 stands out on the background 131. That is, by looking at the printed surfaces of the first and second arbitrary information printing areas 121 and 122, the original printed delivery slip 100P and the printed delivery slip copy 100P'can be easily distinguished. Therefore, it is difficult for a person who receives the first and second arbitrary information printing areas 121 and 122 of the printed delivery slip 100P to copy the first arbitrary information printing area 121 and forge the privilege.

In the delivery slip 100 of the first embodiment described above, it is assumed that optional information (purchase statement, etc.) that does not require anti-counterfeiting is printed in the second arbitrary information printing area 122 to which anti-counterfeit printing 130 is applied. However, it is useless to apply anti-counterfeit printing 130 even to an area for printing information that does not require anti-counterfeiting.

Therefore, in the delivery slip 200 of the second embodiment shown in FIG. 4A, the copy allowance information print area 212 (copy allowance information that allows copying) divided by the delivery information print area 211 and the first dividing line 201 is provided. A printable area) is provided, and an arbitrary information print area 220 partitioned by the copy allowable information print area 212 and the second dividing line 202 is provided. Anti-counterfeit printing 230, in which a latent image appears when the printing surface is copied by a copying device, is applied to the printing surface of the arbitrary information printing area 220, but anti-counterfeit printing 230 is not applied to the printing surface of the copying allowable information printing area 212.

In the copy allowance information print area 212, copy allowance information which is arbitrary information associated with the delivery information and which is information that does not cause any problem even if it is duplicated is printed. Copy tolerance information The copy tolerance information to be printed in the print area 212 includes, for example, information for the recipient such as "purchase statement" and "precautions for delivery products", as well as delivery products before packing work. Information used by the shipping source, such as the "pickup list" used to align the items, may be used.

In the delivery slip copy 200'in which the delivery slip 200 is duplicated by the copying device, as shown in FIG. 4B, the printed surface of the arbitrary information printing area 220 is not reproduced, and the latent image 232 is projected on the background 231. It becomes. Therefore, the original delivery slip 200 and the delivery slip copy 200'can be easily distinguished by looking at the printed surface of the arbitrary information printing area 220. At this time, the original print surface is reproduced in the copy tolerance information print area 212 in the delivery slip copy 200', but there is no problem because the copy allowance information print area 212 is printed.

Next, the anti-counterfeit printing technique applicable to the anti-counterfeit printing 130 used in the delivery slip 100 of the first embodiment and the anti-counterfeit printing 230 used in the delivery slip 200 of the second embodiment will be described in detail.

First, an anti-counterfeit printing technique for embossing color characters and tint block by copying will be described with reference to FIGS. 5 to 8. In this anti-counterfeit printing technology, in order to reduce the manufacturing cost and not to increase the number of colors, the anti-counterfeit plate is incorporated in the tint block plate, the illustration plate, etc., the printed plate is incorporated, or both are used for manufacturing. To do.

The first anti-counterfeiting plate is a printing method based on this anti-counterfeit printing technology, which is a combination of a set of large dots or lines reproduced on a base material by a copying device and a set of small dots that do not meet the copying reproduction ability. A step of printing with an ink and a step of printing a printing plate composed of an aggregate of small dots with a second ink having a color different from that of the first ink are indispensable, for example, offset printing and gravure. Various types of printing such as printing can be used.
The manufacturing method using this anti-counterfeit printing technology is described below. Manuscript preparation], [2. Plate making], [3. Printing plate], [4. Print] will be explained in detail.

[1. Manuscript creation]
Since it is a combination of two colors in principle, it is set so that the base color is formed by a composite color other than the primary color system.
For example, if the composite color (base color) is set to gray, when red or blue is used as the first ink, it can be handled by using green or orange as the second ink, and color copy is possible. Both the red latent image and the blue latent image that appear later are preferable because the color is more vivid than that of gray and the anti-counterfeiting effect is good. The same applies when the background is formed with the first ink so that it appears after color copying. In this way, the latent image may be made to stand out directly or the background may be made to stand out indirectly, that is, the latent image may be made to stand out in a white state. In order to simplify the explanation after including these points, the background may be used when it is described as a latent image, that is, a white latent image is included.

An example of a composite color (base color) in which the first ink and the second ink are combined is shown below. The following example is a part of it, and the combination can be freely set.
1st ink + 2nd ink = synthetic color (base color)
Red + Green = Gray Blue + Orange = Gray Purple + Yellow = Gray Blue + Red = Purple Red + Yellow = Orange Blue + Yellow = Green In the above combination, the latent image or background that appears after copying is the color of the first ink. Some reds or blues, but yellows and neutrals have similar effects. Further, as the color of the second ink to be printed on the first ink, it is preferable to select a color in which the synthetic color is gray.

Further, it is desirable to use a fluorescent color for the second ink used for the printing plate. Since the colors are dull when the primary colors are mixed, the composite color (base color) becomes a sunken color as a whole, the contrast effect of the latent image appearing after color copying becomes cloudy, and the appearance of the latent image becomes poor.

[2. Plate making]
-Anti-counterfeit plate The anti-counterfeit plate is used for anti-counterfeit printing, which is a combination of a set of large dots or lines that can be reproduced by a copying device and a set of small dots that do not have the copy reproduction ability. It is formed by the first ink, and a set of large dots or a group of lines is composed of 30 to 70 lines / inch, and a set of small dots is composed of 100 to 300 lines / inch of mesh dots. It is desirable that the area ratio of both is 5 to 25%.
The above-mentioned number of lines and area ratio are not reproduced by various color copiers and monochrome copiers even if the aggregate of small points can be visually observed, and the aggregate of large dots can be visually observed. Therefore, the range that can be reproduced by various color copiers and monochrome copiers is empirically and experimentally obtained.
The number of lines indicates the number of lines existing in one inch, and in the case of the same area ratio, the larger (more) the number of lines, the smaller the points (halftone dot dots) formed. The larger the difference in the number of lines, the more conspicuous the boundary tends to be. The area ratio indicates the ratio of the area of halftone dots to the unit area.
For example, in the anti-counterfeit plate of halftone dots, which is made based on 150 lines and 15% flat net and 42 lines and 15%, many lines, a set of small dots that do not meet the copying reproduction ability is printed on the flat net. It is possible to print a group of lines that can be reproduced by a copying device in the part of 10,000 lines.

-Printed plate The printed plate is composed of an aggregate of small dots that do not meet the copying reproduction ability, and is formed by the second ink. For this printed plate, it is desirable to use a flat net having the same or the same number of lines as the aggregate of small points in the anti-counterfeit plate at an angle at which moire does not occur.
Since the area ratio between anti-counterfeit printing and reprint printing is as small as 5 to 25%, there is basically no difference depending on the printing order of printing.

-Illustration version or tint block version (when it does not double as the anti-counterfeit version or printed version)
The illustration plate and the tint block plate may not be necessary in the control printed matter, and may be printed as needed, that is, according to various printed matter, and may be performed in the same manner as in the conventional case.
In particular, the tint block plate (including the white tint block) plays the role of alleviating the color bias of the composite color (base color) in the printed matter before copying, and also plays the role of a camouflage that makes the latent image difficult to see. This is a suitable embodiment for the anti-counterfeit printed matter of the present anti-counterfeit printing technique.

-Illustration version and tint block version (when also serving as the anti-counterfeit version and printed version)
The number of colors may be reduced by using the designated colors of the illustration version and the tint block version. For example, if the manuscript contains red or blue primary colors and / or green or orange (including tint block), use the same color as the anti-counterfeit plate or printed plate to reduce the number of colors. Is possible. At that time, if the print color of the illustration or the like is light, it is desirable to change to an ink of the same color and a high density and adjust the density by applying an appropriate mesh to the illustration or the like. The ink density is changed by setting according to the process color. When this color is crossed with other colors, it is desirable to use it at an angle that does not cause moire. Further, for example, when incorporating a tint block into a printing plate, it is desirable to cover it with a net of about 20% if the color is green or orange, or about 50% if the color is inconspicuous such as yellow.

[3. Printing plate]
A printing plate may be produced according to a conventional method with the same amount of light and method as before.

[4. printing〕
-Anti-counterfeit printing Anti-counterfeit printing is performed on the anti-counterfeit plate using the first ink.

-Printing by printing The printing plate is printed by using the second ink.
For example, when the latent image produced by the first ink becomes a special color, it is desirable to set the final color and use a second ink that is a color mixture based on the fluorescent color.
When the tint block is incorporated in the printing plate, the density is set in consideration of the influence on the copy result.

-Illustration plate and tint block printing When the printing plate is incorporated in the illustration plate and tint block plate, it is desirable to set the print density in consideration of the copy effect.

The printing base material applied to the anti-counterfeit printing technology may be a sheet pre-cut to a predetermined size or a long material supplied by roll winding. For example, in the latter case, the above-mentioned printing step After that, the cutting process may be performed at an arbitrary size using the cutting reference line as a guide. Further, the type of the base material is not particularly limited. For example, in full-color copy paper and milky white PET having a low surface reflection density, the color change is more emphasized, but even general NIP paper can obtain a practically sufficient anti-counterfeiting effect.

5 to 8 show an example of a process in which an application example of the printing method by the anti-counterfeit printing technology and a conventional printing method are compared. In the figure, the anti-counterfeit plate in this anti-counterfeit printing technology is referred to as a "latent image plate". Further, in this application example, in order to clarify the effect, a simple latent image plate and a printed plate were used, respectively, but the latent image should be incorporated in the printed plate, that is, the second latent image as the printed plate. An image plate may be used. In this case, the latent images of the first color and the second color can be made to appear. Further, by using a plurality of such printed plates (latent image plates), it is possible to make a latent image of three or more colors appear. The anti-counterfeit printing technique is not limited to this application example, and can be implemented in any way as long as the configuration described in the claims is not changed.

FIG. 5 shows a method of the anti-counterfeit printing technology for producing an anti-counterfeit printed matter in which a red latent image appears in a color copy, and an anti-counterfeit printing technology for producing an anti-counterfeit printed matter in which a green latent image appears in a color copy. The method is shown in a process example in comparison with the conventional printing method.
First, in the "conventional printing method (conventional halftone dot 10,000 lines)", although not shown in the figure, 150 lines 15% flat net and 42 lines 15% 10,000 lines using only black ink. Anti-counterfeit printing that looks gray was performed with an anti-counterfeit plate of halftone dots made based on the lines. In addition, illustration printing and tint block printing were performed in their respective designated colors.
On the other hand, in the "printing method in which a red latent image is produced by copying", which is an application example of the anti-counterfeit printing technology, the "printing method in which a green latent image is produced by copying" is also an application example of the anti-counterfeit printing technology. In the same way as the conventional type, red and green anti-counterfeit printing was performed with a latent image plate of 150-line 15% flat net and 42-line 15% man-wire. .. Further, green and red printing was performed on a printing plate made of a flat net of 150 lines and 15%. In addition, illustration printing and tint block printing were performed in their respective designated colors.
As is clear from the figure, in the application examples of this anti-counterfeit printing technology, "printing method in which a red latent image is produced by copying" and "printing method in which a green latent image is produced by copying", cases where red and green are combined. However, in this case, the composite color (base color) became gray, and the finished printed matter had exactly the same appearance as the "conventional printing method (conventional net dot 10,000 lines)".
Then, as a result of color-copying each of the obtained printed matter, a black latent image appeared in the "conventional printing method (conventional halftone dot 10,000 lines)", whereas this is an application example of this anti-counterfeit printing technology. A red latent image appeared in the "printing method in which a red latent image is produced by copying", and a green latent image appeared in the "printing method in which a green latent image is produced by copying", which is an application example of this anti-counterfeit printing technology. In addition, since the word "invalid" was selected as the latent image in each case, it is clearly displayed that the copy was made and that it is not legitimate, and especially the colored latent image appears in this anti-counterfeit printing. It has become more clearly recognized in the application examples of the technology.

FIG. 6 shows a process example in which the method of incorporating the anti-counterfeit plate with the first ink into the illustration plate by the present anti-counterfeit printing technique is compared with the conventional printing method.
First, in the "conventional printing method (conventional halftone dot 10,000 lines)", although not shown in the figure, 150 lines 15% flat net and 42 lines 15% 10,000 lines using only black ink. Anti-counterfeit printing that looks gray was performed with an anti-counterfeit plate of halftone dots made based on the lines. Illustration printing was performed in red, and tint block printing was performed in the specified color.
On the other hand, in the "method of incorporating the latent image plate into the illustration plate", which is an application example of this anti-counterfeit printing technology, the illustration plate has the same 150-line 15% flat net and 42-line 15% as the conventional type. Incorporating a latent image plate of netted Mansen, which was made based on Mansen, red anti-counterfeit printing was performed. Further, green printing was performed on a printing plate made of a 150-line 15% flat net. After that, the tint block was printed in the designated color.
As is clear from the figure, the "method of incorporating the latent image plate into the illustration plate", which is an application example of this anti-counterfeit printing technology, has the same number of colors as the "conventional printing method (conventional halftone dot 10,000 lines)". The number of prints was the same), and the appearance of the finished printed matter was exactly the same.
Then, as a result of color-copying each of the obtained printed matter, a black latent image appeared in the "conventional printing method (conventional net dot many lines"), whereas this is an application example of the anti-counterfeit printing technology. A red latent image appeared in "How to incorporate the latent image version into the illustration version". Also, since the word "invalid" was selected as the latent image, it is clearly indicated that the copy was made and that it is not legitimate. In particular, it became more clearly recognized in the application example of this anti-counterfeit printing technology in which a colored latent image appears.
As described above, it was confirmed that by incorporating the anti-counterfeit plate into the illustration plate, the printing process can be reduced as compared with the two application examples of FIG.

FIG. 7 shows a process example in which the method of incorporating the printing plate with the second ink into the tint block plate by the anti-counterfeit printing technology is compared with the conventional printing method.
First, in the "conventional printing method (conventional halftone dot 10,000 lines)", although not shown in the figure, 150 lines 15% flat net and 42 lines 15% 10,000 lines using only black ink. Anti-counterfeit printing that looks gray was performed with an anti-counterfeit plate of halftone dots made based on the lines. Illustration printing was done in the specified color, and tint block printing was done in green.
On the other hand, in the "method of incorporating the printing plate into the tint block plate", which is an application example of this anti-counterfeit printing technology, after printing the illustration in the specified color, the flat net of 150 lines and 15% and 42 are the same as the conventional type. Anti-counterfeiting printing in red was performed on a latent image plate of a net-dotted many-line made based on a 15% line. Further, a printing plate made of a flat net of 150 lines and 15% was incorporated into the tint block plate, and green printing was performed.
As is clear from the figure, the "method of incorporating the printing plate into the tint block plate", which is an application example of this anti-counterfeit printing technology, has the same number of colors as the "conventional printing method (conventional halftone dot 10,000 lines)". (The same number of prints), and the appearance of the finished printed matter was exactly the same.
Then, as a result of color-copying each of the obtained printed matter, a black latent image appeared in the "conventional printing method (conventional net dot many lines"), whereas this is an application example of the anti-counterfeit printing technology. A red latent image appeared in "How to incorporate a printed plate into a tint block". Also, since the word "invalid" was selected as the latent image, it was clearly indicated that the copy was made and that it was not legitimate. In particular, it became more clearly recognized in the application example of this anti-counterfeit printing technology in which a colored latent image appears.
As described above, it was confirmed that the printing process can be reduced as compared with the two application examples of FIG. 5 by incorporating the printing plate into the tint block plate.

In FIG. 8, the method of incorporating the anti-counterfeit plate with the first ink into the illustration plate by the anti-counterfeit printing technology and incorporating the printing plate with the second ink into the tint block plate is compared with the conventional printing method. A process example is shown.
First, in the "conventional printing method (conventional net dot 10,000 lines)", although not shown in the figure, 150 lines 15% flat net and 42 lines 15% 10,000 using only black ink. Anti-counterfeit printing that looks gray was performed with an anti-counterfeit plate of net-dotted wire made based on the wire. Illustration printing was done in red, and tint block printing was done in green.
On the other hand, in the application example of this anti-counterfeit printing technology, "method of incorporating the latent image plate into the illustration plate and incorporating the printing plate into the tint block plate", the illustration plate has the same 150 lines 15 as the conventional type. A latent image plate of halftone dot ten thousand lines made based on% flat net and 42 lines and 15% ten thousand lines was incorporated, and anti-counterfeit printing in red was performed. Further, a printing plate made of a flat net of 150 lines and 15% was incorporated into the tint block plate, and green printing was performed.
As is clear from the figure, the "method of incorporating the latent image plate into the illustration plate and the printing plate into the tint block plate", which is an application example of this anti-counterfeit printing technology, is "a conventional printing method (conventional net). The number of colors (small number of prints) was smaller than that of "dots and lines)", and the finished printed matter had exactly the same appearance.
Then, as a result of color-copying each of the obtained printed matter, a black latent image appeared in the "conventional printing method (conventional net dot many lines"), whereas this is an application example of the anti-counterfeit printing technology. In "How to incorporate the latent image plate into the illustration version and the printed version into the tint block plate", a red latent image appeared. Also, since the word "invalid" was selected as the latent image, copying was performed. In fact, it was clearly displayed that it was not legitimate, and it became more clearly recognized especially in the application example of this anti-counterfeit printing technology in which a colored latent image appeared.
In this way, by incorporating the latent image plate into the illustration plate and the printing plate into the tint block plate, one step is further compared with each of the application examples of FIGS. 6 and 7, that is, compared with the conventional printing method. Also, the printing process of one process can be reduced.

As described above, "Anti-counterfeit printing that combines a collection or line group of large points that can be reproduced by a copying device and a collection or line group of small points that does not meet the copying reproduction ability is a chromatic first ink. A flat net, which is a collection of small points that do not meet the copying reproduction ability with a second ink of a chromatic color different from that of the first ink, is printed on the latent image and its background area visually. If anti-counterfeit printing 130, 230 is applied using "anti-counterfeit printing technology that makes the color achromatic", and a color copy of the delivery slips 100, 200 is taken, the first and second arbitrary information printing areas 121, The latent images 132 and 232 with the first ink color appear in 122 or the arbitrary information printing area 220.

Next, a second anti-counterfeit printing technique for embossing a relief-like embossed pattern will be described with reference to FIGS. 9 to 11.

(1) Preparation Step First, in the steps shown in FIG. 9, a relief-like pattern (combination embossed image 1a) that is being combined on the same surface is prepared.

That is, a predetermined pattern is embossed by image processing software to obtain a source embossed image. The original embossed image appears as an image in which the above-mentioned predetermined pattern stands out from the achromatic uniform background represented by the area ratio of about 50%. Then, the area ratio of the original embossed image is lowered on the image processing software until the area ratio becomes appropriate for the anti-counterfeit printed matter (for example, the area ratio that matches the area ratio of the latent image 2). An embossed image 1o to be combined on the same surface is obtained (see the image pointed to by <A> in FIG. 9). Subsequently, after preparing the latent image 2o of the latent image 2 to be combined on the same plane (see the image pointed to by <B> in FIG. 9), and comparing these with the embossed image 1o and the latent image. Extract the overlapping area when the images 2o are overlapped. Then, a part of the symbol body portion 11, the symbol background portion 12, the light contact portion 13 and the shadow portion 14 on the embossed image 1o, which becomes an overlapping region when the latent image images 2o are overlapped, is removed to make the embossed image transparent. Remove from 1o. As a result, it is possible to obtain a combination embossed image 1a to be combined with the latent image on the same surface (see the image pointed to by <C> in FIG. 9).

On the other hand, in the step as shown in FIG. 10, a line group (combination latent image image 2a) that can be reproduced by the other copying device to be combined on the same surface is prepared.

That is, the embossed image 1o obtained as described above is divided into two gradations with a specific threshold value based on the area ratio, and the symbol main body portion 11, the symbol background portion 12, the shadow portion 14, and the light contact portion 13 are formed. A two-gradation image 1b is obtained (see the image pointed to by <D> in FIG. 10). Subsequently, after preparing a latent image 2o (see the image pointed to by <B> in FIG. 10) to be combined on the same plane, the two gradation images 1b and the latent image image are compared with each other. When 2o is overlapped, a region on the latent image 2o that overlaps with the white portion (that is, the light hitting portion 13) in the two-gradation image 1b is extracted. A part of the latent image shape on the latent image image 2o, which is an area overlapping with the white portion, is removed to make it transparent and omitted. As a result, a combination latent image 2a to be combined with the combination embossed image 1a can be obtained on the same surface (see the image pointed to by <E> in FIG. 10).

(2) Combination Step Next, in a step as shown in FIG. 11, forgery prevention using the second anti-counterfeit printing technique is performed by combining the embossed image 1a for combination and the latent image 2a for combination on the same surface. Get printed matter.

That is, the combination embossed image 1a and the combination latent image 2a are fused on the same surface to obtain the original image X that is the source of the anti-counterfeit printed matter (see the image pointed to by <F> in FIG. 11). Next, the combination latent image image 2a constituting the original image X lacks the latent image shape of the region overlapping with the light contact portion 13 when superimposed on the relief pattern 1 (two-gradation image 1b). Therefore, a halftone dot image 3a composed of halftone dots 3 for restoration for restoring the missing latent image shape is prepared (see the image pointed to by <G> in FIG. 11), and this is the same as the original image X. Fuse on the surface. As a result, the anti-counterfeit print image Y for creating the anti-counterfeit print containing the latent image 2b restored by combining the latent image 2a for combination and the halftone dot image 3a with density in the missing shape is produced. It can be obtained (see the image pointed to by <I> in FIG. 11). The net dot image 3a is preferably formed by the restoration net points 3 having the same number of lines as the symbol main body portion 11 and the symbol background portion 12 so as not to complicate the data processing.

Then, an anti-counterfeit printing plate P is created based on the obtained anti-counterfeit printing image Y, and the anti-counterfeit printing plate P is printed on paper to produce an anti-counterfeit printed matter. When the manufactured anti-counterfeit printed matter is copied with a copier to obtain a copy, the restored latent image 2b appears on the copy (see the image indicated by <H> in FIG. 11). If a printed matter is obtained from the original image X and copied by a copier to obtain a copy, a latent image based on the combination latent image image 2a in which a part of the shape is missing is obtained on the copy. Will appear.

The small dots that do not meet the copying reproduction ability that form the symbol body portion 11 and the symbol background portion 12 of the relief-like pattern 1 that constitutes the anti-counterfeit printed matter are 175 lines / inch halftone dots. The area ratio is 15%. The shadow portion 14 is a halftone dot of 175 lines / inch and is formed with an area ratio of 10 to 50%. The latent image 2 is 50 lines / inch, and is formed with an area ratio of 15%. The halftone dot 3 for restoration has a number of lines of 175 lines / inch, and its density is set to half the density of one line of the ten thousand lines of the latent image 2, that is, one line of the ten thousand lines of the latent image 2. The concentration is 50%.

Therefore, in the anti-counterfeit printed matter obtained by applying the second anti-counterfeit printing technique, the area ratios of the symbol main body portion 11 and the symbol background portion 12 constituting the relief-like pattern 1 and the area ratio of the latent image 2 are approximately the same. Since they match, it can be applied as an anti-counterfeit printed matter with anti-counterfeiting measures. In particular, in the creation process, the relief is formed by omitting a part of the symbol body portion 11, the symbol background portion 12, the light contact portion 13 and the shadow portion 14 so that the shape of the latent image 2 is not lost. It is possible to prevent adverse effects on copy counterfeiting countermeasures that may occur by combining the toning pattern 1, for example, blurring of the latent image 2 on the copy.

Further, since the area ratios of the symbol main body portion 11 and the symbol background portion 12 are the same, the relief-like pattern 1 as a three-dimensional symbol can be expressed on the printed matter in a two-dimensional plane. In the creation process, a part of the latent image 2 is omitted (combination latent image image 2a) so that the light contact portion 13 is not missing, and the missing latent image shape of the combination latent image image 2a is defined. Since the latent image 2b restored with density is combined with the embossed image 1a for combination, even if the relief pattern 1 is a complicated motif, it can be beautifully expressed on the printed matter. Moreover, it is possible to prevent adverse effects on copy counterfeiting measures. Since the symbol body portion 11 and the symbol background portion 12 are composed of small dots that do not meet the copying reproduction ability, the relief-like pattern 1 displayed on the printed matter can be reproduced finely and beautifully.

As described above, "the symbol main body formed by small points that do not meet the copying reproduction ability of the copying device and the background of the symbol main body, which are common to the symbol main body, have the same area. The design background part formed by the rate, the light part that makes the design body part feel as if it is exposed to light, and the design body part that looks like a shadow. A relief-like pattern that is composed of a shadow part that makes you feel as if it is embossed, and a three-dimensional pattern is expressed in a two-dimensional plane as a whole, and a collection or line group of large points that can be reproduced by the copying device. , The area ratio of the symbol main body portion and the symbol background portion and the area ratio of an aggregate or line group of large points reproducible by the copying device are substantially matched with each other, and are combined on the same surface. If anti-counterfeit printing 130, 230 is applied using the "second anti-counterfeit printing technology", and if a color copy of the delivery slips 100, 200 is taken, the first and second arbitrary information printing areas 121, 122 or arbitrary Latent images 132 and 232 with a three-dimensional relief-like pattern appear in the information printing area 220.

Although the embodiment of the delivery slip according to the present invention has been described above based on the attached drawings, the present invention is not limited to these embodiments and does not change the configuration described in the scope of the request for registration of a practical new proposal. To the extent, it may be carried out by diverting known and existing equivalent technical means.

100 Delivery slip 110 Delivery information print area 121 First arbitrary information print area 122 Second arbitrary information print area 130 Anti-counterfeit printing 131 Background 132 Latent image

Claims (5)

A delivery information print area where you can print delivery information that includes information that identifies the delivery destination, and
An arbitrary information print area on which arbitrary information, which is arbitrary information associated with the delivery information, can be printed,
With
At least, the delivery slip is characterized in that the arbitrary information printing area is subjected to anti-counterfeit printing in which a latent image appears when the printing surface is copied by a copying device. The delivery slip according to claim 1, wherein a plurality of optional information printing areas are provided so that the optional information having different contents can be printed separately. The delivery slip according to claim 1 or 2, wherein a copy tolerance information printing area is provided, which is information associated with the delivery information and is capable of printing copy tolerance information that allows copying. The anti-counterfeit printing applied to the arbitrary information printing area is
Anti-counterfeit printing, which is a combination of a collection or line group of large dots that can be reproduced by the copying apparatus and a collection or line group of small dots that does not meet the copying reproduction ability, is formed with the first chromatic ink. A flat net, which is an aggregate of small points that do not meet the copying reproduction ability with a second ink having a chromatic color different from that of the first ink, is printed on the latent image and its background area to make it visually achromatic. The delivery slip according to any one of claims 1 to 3, wherein the delivery slip is characterized by the above. The anti-counterfeit printing applied to the arbitrary information printing area is
The symbol main body is formed at a small point that does not meet the copying reproduction ability of the copying device, and the small points that are the background of the symbol main body and are common to the symbol main body are formed at the same area ratio. The background part of the design, the light part that makes the main body of the design appear to stand out by making it look like it is exposed to light, and the main body of the design that looks like it is in the shadow. A relief-like pattern that is composed of a shadow part that makes you feel, and a three-dimensional pattern is expressed in a two-dimensional plane as a whole.
A collection of large points or a group of lines that can be reproduced by the copying device.
The area ratios of the symbol body portion and the symbol background portion and the area ratios of an aggregate or line group of large points reproducible by the copying device are substantially matched, and are combined on the same surface. The delivery slip according to any one of claims 1 to 3, wherein the delivery slip is characterized by.