JP2007230623A - Envelope type form - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a simplified envelope type form not having copy paper pieces for use in printing confidential information. <P>SOLUTION: The envelope type form is an envelope made by overlapping a first paper piece and a second paper piece having information including address information printed therein and bonding their peripheral portions to each other. The inside of the envelope is provided with a copying structure, and two or more pattern-printed portions with a colored ink, emboss forming portions and printing portions with an ink including peeling-off constituents are combined to each other within a confidence information printing region arranged at a part of the surface in the first paper piece having information including address information printed therein. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an envelope-type form, and more particularly to a simplified envelope-type form that does not include a piece of paper for printing confidential information.

In recent years, banks and securities companies have been improving services using the Internet, but what is important at this time is a password.
Passwords are widely used in cash cards and the like, but as services diversify, the management becomes more serious. For example, in the past, easy-to-remember numbers such as “0000” and “9999” and easy-to-remember numbers such as “birthday” and “phone number” were often used. As the number of crimes increases, such combinations of numbers are becoming unusable.
Therefore, some financial institutions encourage the change to a different number by, for example, resetting the password that has been used in the past.
Although it may be confusing temporarily, it is inevitable to protect its customers from criminal groups.
However, there is a problem with such means. For example, since the personal identification number that has been set so far is intensively changed in a short period of time, there is a risk that the parties concerned will create an environment where it is easy to illegally take out the personal identification number and the like.
In recent years, if a scanner or a digital camera is used, description data can be copied without going through the film development process, and the risk of information leakage is increasing day by day.
For example, a personal identification number changed by an application from an individual is printed on a printer, and the printed form is photographed with a camera incorporated in a mobile phone or a high-resolution digital camera and distributed by e-mail or the like. Then, a “falsified card” is made before the personal identification number change notice is received.
In order to protect the personal identification number from such danger, it is necessary to take measures to prevent the printed content from being easily read.
There is a method of notifying the mobile phone or personal computer by e-mail without printing on paper, but not all target users can use IT effectively.
As a result, the notification method that can be applied in common to all the target persons will eventually settle into the method of mailing with a sealed letter.
On the other hand, even if the personal identification number is strictly managed in the previous process, it does not make sense if the printed mailed matter does not reach the recipient. For such a problem, “delivery record mail” is used in which a delivery record indicating that the mail has been delivered to the person is surely left. This “delivery record mail” is used with a bar code consisting of unique information in the form of “NW7” printed or affixed with a label in a destination printing column.

In order to deliver confidential information to a large number of destinations in the background as described above, first, it must be possible to apply a means of printing, not handwriting. Is required to be unreadable by the person in charge of printing.
In response to such a problem, a “copy form assembly” is provided (see Patent Document 1).
According to the “copy form set” described in Patent Document 1, the copy form set that can be concealed suitably by using a cheap and compact tool and that can be read by a simple method is provided. As a result, a color former microcapsule layer is provided on the back side of the upper form, and the contact surface of the lower form corresponding to the capsule is colored with the developer at room temperature, but the color is erased within a predetermined temperature range. By providing a developer / temperature-indicator microcapsule layer that is mixed with mold-type temperature-indicating microcapsules, the confidential information that has been copied and copied is camouflaged at room temperature, making it difficult to see, and heating it during reading. The temperature indicating agent is decolored and readable.

JP 10-2111780 A

  The technique described in Patent Document 1 has a complicated manufacturing process of “copy form assembly”, and decolorizes thermocapsule-containing microcapsules that are decolorized in a predetermined temperature range (35 degrees Celsius to 70 degrees Celsius). Therefore, it is difficult for a normal person to express secret information by contrast with surroundings and to read it.

  In order to solve the above-mentioned problem, the first form of the envelope form according to the present invention includes a first paper piece on which information including destination information is printed and a second paper piece which are superposed on each other and bonded to the envelope. In the envelope-type form, a copy structure is formed inside the envelope, and a secret information printing area provided on a part of the surface of the first paper piece on which information including destination information is printed. The tint block printing portion using colored ink, the embossing forming portion, and the printing portion using ink containing a peeling component are formed in a combination of two or more.

  The second aspect is characterized in that, in the first aspect, the embossed portion is formed deeply on the printing surface side.

  Further, the third aspect is characterized in that, in any one of the first and second aspects, a tint block printed portion is formed with colored ink on the non-printing surface on the back side of the secret information printing area of the first paper piece. To do.

  The fourth aspect is characterized in that, in any one of the first, second, and third aspects, the tint block printing portion using colored ink is printed with ink containing a peeling component.

  A fifth aspect is any one of the first to fourth aspects, wherein the copying structure is a self-coloring structure using carbonless self-paper formed inside an envelope.

1) As in the first aspect, an envelope-type form in which a first piece of paper on which information including destination information is printed is superimposed on a second piece of paper, and the periphery is bonded to form an envelope, A copy structure is formed on the inside, and a copy-forgery-inhibited pattern printing portion and emboss formation portion are formed in a secret information printing area provided on a part of the surface of the first piece of paper on which information including destination information is printed. , The printing part using the ink containing the peeling component is formed by a combination of two or more, so that the confidential information can be printed in the confidential information printing area by the impact printer under the same conditions as the destination information. Thus, a piece of paper from which confidential information or the like can be read visually such as copy sheets does not occur. As a result, not only can security be improved, but also the cost of the form can be reduced.
2) Further, as in the second aspect, in the first aspect, the embossed portion is formed deep on the printing surface side, so that the unevenness of the typeface by the impact printer becomes more difficult to distinguish.
3) Also, as in the third aspect, in either the first or second aspect, a tint block print portion is formed with colored ink on the non-printing surface on the back side of the secret information printing area of the first paper piece. This makes it more difficult to read confidential information printed on the first piece of paper, and makes it more difficult to read information formed on the third piece of paper sandwiched between the first piece of paper and the second piece of paper. .
4) Further, as in the fourth aspect, in any one of the first, second, and third aspects, the tint block printing portion with the colored ink is printed with the ink containing the peeling component, so that the secret information printing area By simply providing a tint block printing section and embossing section with colored ink, the printing section with the ink containing the peeling component can be omitted, and the component of the peeling ink is printed on the confidential information printing area via the ribbon. Visibility can be reduced by the effect of repelling ink and reducing the transfer amount.
5) Further, as in the fifth aspect, in any one of the first to fourth aspects, the copying structure is a self-coloring structure using carbonless self paper formed inside the envelope. It becomes difficult to be influenced by the embossing process of the secret information printing area described in the aspect.
That is, even if the first paper piece is a carbonless top paper or middle paper, and the second sheet (third paper piece) is a carbonless middle paper or bottom paper, the same effect as described above should be expected. In the case of carbon top paper or middle paper, there is a high possibility that the microcapsules coated on the back surface will be destroyed at the stage of embossing.
As a result, there is a problem that the confidential information printed and sent is thin and difficult to read or cannot be read at all. For that purpose, ordinary paper is used for the first piece of paper, and self-coloring type carbonless paper is used for the third piece of paper.

Hereinafter, an envelope form of the present invention will be described with reference to the drawings.
FIG. 1 is a plan view seen from the printing surface of a form for explaining an example of an envelope form of the present invention, FIG. 2 is a sectional view taken along line AA of FIG. 1, and FIG. 3 is a conventional envelope form FIG. 4 is a diagram for explaining an example, and FIG. 4 is a diagram for explaining the effect of embossing formed in the secret information printing area.

With reference to FIG. 1, an example of the envelope form of the present invention will be described.
In FIG. 1, for easy explanation, a part of the periphery of the first piece of paper 1 on which the confidential information 53 is printed is cut out, but it is rectangular until the confidential information is printed and delivered to the destination. The first piece of paper 1 is in a state of being pasted together as it is.
The envelope form 100 is formed by bonding the peripheral edges of the first paper piece 1 and the second paper piece 2 with, for example, a “U-shaped” adhesive portion 45.
A third paper piece 3 is formed inside the envelope-type form 100, that is, between the first paper piece 1 and the second paper piece 2. As will be described later, carbonless self paper is used for the third paper piece 3.

The first paper piece 1, the second paper piece 2, and the third paper piece 3 are bonded together as shown in FIG. 1, and cut-off sewing machines 42 and 43 are formed on both sides. The cutting machines 42 and 43 are cutting machines for manually cutting out the feed holes 44 formed on both sides of the envelope form 100 after performing the printing process. Good.
Although not shown, a horizontal sewing machine for separating the envelope form 100 into single sheet units is formed at the upper and lower ends of the envelope form 100.
The recipient receives the envelope form 100 in a state surrounded by the cut sewing machines 42 and 43 and the above-mentioned horizontal sewing machine.

The envelope form 100 is printed with destination information 5 for delivery, a delivery record barcode 51, and confidential information (hereinafter also referred to as a personal identification number) 52 or 53.
Although not shown, the printing surface of the first piece of paper 1 and the confidential information printing area 11 on which the confidential information is printed have two or more printed portions with colored tint pattern printing portions, embossed forming portions, and ink containing peeling components. It is formed by a combination of That is, it is a combination of a tint block printing portion and emboss forming portion with colored ink, a tint block printing portion with colored ink and a printing portion with ink containing a peeling component, and an embossing portion and printing portion with ink containing a peeling component.
The printing part with the ink containing the peeling component can also be used as the tint block printing part with the colored ink.
In the case of the combination of the emboss forming part of the combination and the printing part by the ink containing the peeling component, when the printing part by the ink containing the peeling component is not colored, on the back side of the secret information printing area 11 of the first paper piece You may provide the tint block printing part by colored ink.
This is to prevent the secret information 53 that has developed color on the third paper piece 3 from being read through the first paper piece 1.
In addition, the portions other than the secret information 53 expression field on the third piece of paper 3 may be subjected to a full desensitization process (a process in which no color is developed even when pressed) in order to avoid useless color development by pressurization. Good.

The delivery record barcode 51 is read as a proof of delivery by a barcode reader carried by the delivery person at the time of delivery. The read delivery record barcode information is associated with the destination information 5. To be used.
The cut-off sewing machine 41 is a cut-off sewing machine that is cut by the recipient who has received the envelope-type form 100 to take out the third sheet 3 from the envelope-type form 100.

With reference to FIG. 2, the AA line cross section of FIG. 1 is demonstrated.
The first paper piece 1 and the second paper piece 2 are bonded to each other with bonding portions 45 and 46.
Between the first paper piece 1 and the second paper piece 2, a third paper piece 3 having a copy structure is fixed by an adhesive portion 46 on the left side of the figure. As can be seen in the figure, the third paper piece 3 is formed such that the unfixed tip is inside the bonding portion 42.
Cutout sewing machines 41, 42, and 43 are formed on the first piece of paper 1. Although not shown, the second paper piece 2 is also formed with cut-off sewing machines 41, 42 and 43 at the same position as the first paper piece.
A cutting machine 31 is formed on the right side of the bonding portion 46 on the third paper piece so that it can be separated from the envelope of the first paper piece 1 and the second paper piece 2 and taken out.

The destination information 5 is printed on the printing surface of the first piece of paper 1 in FIG. A partial area on the right side of the area where the destination information 5 is printed is a secret information print area 11 on which secret information 52 is printed.
Although not shown, the secret information printing area 11 is formed with a combination of two or more of a tint block printing portion using colored ink, an emboss forming portion, and a printing portion using ink containing a peeling component.
Carbonless self paper is used as the third paper piece 3.
As described above, the secret information 53 is expressed even when the first paper piece 1 is made of carbonless top paper or middle paper, and the third paper piece is made of carbonless middle paper or bottom paper. In the case of paper, the microcapsules coated on the back surface of the confidential information printing area 11 are destroyed at the stage of embossing. As a result, the confidential information that is printed and sent is thin and difficult to read, or can be completely read. It will cause the problem of not.

  In FIG. 2, confidential information 53 appears at a position corresponding to the confidential information printing area 11 of the third piece of paper 3. This occurs when the microcapsule encapsulating the color former formed on the third paper piece 3 is broken by the type of the printer, and the color is developed by the developer that hardens the periphery. The secret information 53 developed on the carbonless self-paper is printed with a ground pattern (not shown) with colored ink on the secret information printing area 11 or on the back side so that it cannot be read through the first piece of paper.

An example of a conventional envelope form will be described with reference to FIG.
FIG. 3 shows an example of a state in which a copy sheet of a conventional envelope-type form is collated with the cross-sectional view shown in FIG.
The first paper piece 10 and the second paper piece 20 are bonded to each other with adhesive portions 450 and 460.
A third paper piece 30 having a copy structure is formed between the first paper piece 10 and the second paper piece 20 by being fixed by an adhesive portion 460 on the left side of the drawing. As can be seen in the figure, the third paper piece 30 is formed such that the unfixed tip is inside the bonding portion 450.
Cutout sewing machines 410, 420, and 430 are formed on the first paper piece 10. Although not shown, the second paper piece 20 is also formed with cut-off sewing machines 410, 420, and 430 at the same position as the first paper piece.
A cutting machine 310 is formed on the right side of the bonding portion 46 on the third paper piece so that it can be separated from the envelope of the first paper piece 10 and the second paper piece 20 and taken out.

Here, the portion of the conventional envelope form that is different from the envelope form of the present invention is that the copy sheet piece 6 is formed in addition to the envelope form and that the secret information printing area 11 is not formed. In the secret information printing area 11, a tint block printing portion using colored ink, an emboss forming portion, a printing portion using ink containing a peeling component, and the like are not formed. Therefore, of course, there is no necessity of using carbonless self paper for the third paper piece.
In other words, the first paper piece 10 may be a carbonless top paper or middle paper, and the third paper piece 30 may be a carbonless middle paper or bottom paper.
However, since the copy sheet piece 6 is used after being cut off at the cut-off sewing machine 430 when sent, the delivery record barcode described in FIG. 1 must be printed in association with the destination information. It will be. This is because the barcode (printed on the surface of the copy paper piece 6 and first copied on the paper piece) is not clear because the bar thickness is unclear. This is because the bar code etc. cannot be used.

With reference to FIG. 4, the effect of the embossing formed in the confidential information printing area will be described.
FIG. 4A shows a cross section of a dent 500 formed by printed characters when printed by an impact printer in a secret information printing area 11 on a piece of paper that has not been embossed.
If the paper piece is tilted or fine pigment powder is imprinted to lightly color it, the information on the printed part can be read.
Therefore, even if the embossing (unevenness) as shown in FIG. B is formed in the secret information printing area 11 on the surface of the paper piece, and the dent 500 by printing with the impact printer is formed on the same condition as in FIG. Since there is unevenness due to embossing, the printed information cannot be read.
Further, in order to make it difficult to interpret the imprint printed in the secret information printing area 11, the unevenness of the printed surface of the paper piece is made larger than the back side as shown in FIG.

An example of the material used will be described with reference to FIG.
High quality paper (81.4 g / m ² ) is used for the first paper piece 1 and the second paper piece 2.
Carbonless self paper (N60 to N100) is used for the third paper piece.
As the printing ink, a commercially available ultraviolet curable ink is used, and a commercially available release ink is also used as the release ink.
For embossing, a mold is attached to a plate cylinder of a printing press, and an embossed portion is formed by flat pressure or a rotary press.
As the adhesive, a commercially available emulsion-type adhesive is used.

  The envelope form according to the present invention can be effectively used as a sealed letter for notification of a password or the like.

It is the top view seen from the printing surface of the form for demonstrating an example of the envelope-type form of this invention. It is the sectional view on the AA line of FIG. It is a figure for demonstrating an example of the conventional envelope form. It is a figure for demonstrating the effect of the embossing formed in the confidential information printing area | region.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1,10 1st paper piece 2,20 2nd paper piece 3,30 3rd paper piece 5,50 Print information 6 Copy paper piece 11 Confidential information print area 31,41,42,43,310,410,420,430 Cutting machine 44 Feed hole (sprocket hole)
45, 46, 47, 450, 460, 470 Adhesive portion 51 Bar code for delivery recording 52, 520 Confidential information 53, 530 Confidential information by copying structure 100 Envelope form 500 Printing dent

Claims (5)

An envelope form in which a first piece of paper on which information including destination information is printed is superimposed on a second piece of paper, and the periphery is bonded to form an envelope,
A copy structure is formed inside the envelope,
In the confidential information printing area provided on a part of the surface of the first piece of paper on which information including the destination information is printed, a tint block printing portion with colored ink, an emboss forming portion, and a printing portion with ink containing a peeling component An envelope form characterized by a combination of two or more. In the envelope form according to claim 1,
An envelope form characterized in that the embossed portion is formed deep on the printing surface side. In the envelope form as described in any one of Claims 1-2,
An envelope-type form, wherein a tint block printing portion made of colored ink is formed on a non-printing surface on the back side of a secret information printing region of a first piece of paper. In the envelope form according to any one of claims 1 to 3,
An envelope form characterized in that the tint block printing portion with colored ink is printed with ink containing a peeling component. In the envelope-type document as described in any one of Claims 1-4,
An envelope form characterized in that the copying structure is a self-coloring structure using carbonless self-paper formed inside the envelope.

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