JP5050557B2 - Form with incision and manufacturing method - Google Patents

Description

  The present invention relates to a form having a notch made up of micro characters and designs, and a method for producing the form.

For example, for a single-form form such as a check or a receipt, the deduction section and the main paper are connected at the planned separation section, and after the amount is written, the main sheet is separated and handed to the customer, and the deduction section is placed on the booklet side. Left behind.
In the case of a copy form, the first form is given to the customer after the amount is written, and the second copied form is left as a deduction.
Further, after a form such as a ticket or a voucher is used, it is separated by a separation unit and stored separately from used and unused ones.
In such a case, a cut-off sewing machine (hereinafter also referred to as a cut) is formed on the form.
The incisions include those formed by round holes used in stamps, those formed by elongated holes called slot sewing machines, and perforations that are usually used for forms.
Therefore, there is provided a “perforation, sheet, and perforation blade” that prevents inadvertent cutting and bending of the cut portion in the manufacturing process and that can be easily cut during actual use (for example, Patent Document 1). reference). .
According to Patent Document 1, invoices and receipts are arranged side by side through a perforation, the invoice is a tag that is pasted on the transported luggage and becomes a tag, and the receipt is transported at the destination. The perforation has a perforated part and a micro-sewing part, and the perforated part alternately has a cut part cut by a sewing blade and a non-cut part longer than the appropriate cutting length. The micro-sewing machine is a fine perforation that is provided in the non-cut part and facilitates cutting of the non-cut part. The short cut portions are alternately provided.

JP 2006-111605 A

The “perforation, sheet, and perforation blade” described in Patent Document 1 is simply a “perforation” for separation, and is a sheet on which “perforation” for separation is formed. It is a sewing machine blade for forming.
The present invention provides a form having a “notch having a normal separation function and also having a forgery preventing element” and a form production method.

In order to achieve the above object, a first aspect of a form having a notch according to the present invention is a form having a normal cutting function and a notch having an anti-counterfeiting element , The incision is composed of a plurality of micro characters or designs, or a combination of micro characters and designs.

The second aspect is a method for producing a form having a cut according to the first aspect, wherein the cut is formed by a laser.

1) A form having a normal cut-off function and a cut having an anti-counterfeiting element as in the first aspect, wherein the cut is a plurality of micro characters or designs, or a micro By being composed of a combination of characters and symbols, it is possible to provide not only a function for simple folding and separation but also an anti-counterfeiting element to the cut, and can provide a form including the anti-counterfeiting element at a low cost.
2) In addition, as in the second aspect, there is provided a method for manufacturing a form having a notch of the first aspect, the cut is by formed by Les Za, finer micro characters, or symbols, or micro A combination of characters and designs can be formed relatively freely, and can be provided at a low cost as a form incorporating anti-counterfeiting elements.

Hereinafter, with reference to the drawings, a form having a cut according to the present invention and a method for producing the form will be described.
FIG. 1 is a diagram for explaining an example of a form having a cut according to the present invention, FIG. 2 is an enlarged view of the cut in FIG. 1, and FIG. 3 is a diagram for explaining a pressing blade for forming a cut. 4A and 4B are diagrams for explaining an example of a method for producing a form having a cut.

With reference to FIG. 1, an example of a form having a cut according to the present invention will be described.
A form 1 having a notch shown in FIG. 1 is a kind of beer voucher and is an example of a beer voucher that does not limit the manufacturer.
In the form 1 having a notch (hereinafter also referred to as “beer ticket 1” in the explanation of FIG. 1), the letters “common beer ticket” indicating the type of beer ticket and “replace two 633 ml bottles” A print 11 such as a background design, etc., which is not displayed, and a description of beer, a design of beer, and the like is provided.
Also, the management number “123456789” of the beer common ticket is printed on the lower right of the beer ticket 1.

In the example of the form 1 having a cut according to the present invention, a cut 10 is formed in the upper right corner by a micro character or a design or a combination of a micro character and a design.
When the beer described in the beer ticket is redeemed by the beer ticket 1, the outer triangular portion is separated from the beer ticket cut portion 10 from the beer ticket.
The beer ticket from which the outer triangular paper piece is cut off at the cut-in portion ends its role as a voucher.
The beer tickets that have finished the above role are collected at the processing center, and a beer ticket management number (not shown) at the lower right of the beer ticket is read out magnetically or optically and erased.

The side that receives the beer voucher and delivers the beer checks whether or not the handed beer voucher is genuine by confirming at least whether the cut is a micro letter or a design, or a combination of micro letters and a design. Can be confirmed.
In many cases, a beer ticket is provided with a means for checking forgery and a means for checking forgery, and the side that delivers the beer also checks the part.

With reference to FIG. 2, the notch 10 of the form 1 which has the notch | incision of this invention is demonstrated.
The cut 10 is formed with a micro character or a design, or a combination of a micro character and a design.
In the example shown in the figure, the portion “2BEER” displayed in black characters is a cut 10 formed by a press cutting blade or a laser. The cut is formed through the base material of the beer ticket.
That is, the “2BEER” portion is a “cut portion” referred to in the conventional perforation, and the portion between the character groups “2BEER” and “2BEER” is an “uncut portion” referred to in the conventional perforation. It has become.
The character group portion of “2BEER” is a portion where the base paper of the beer ticket is sparse, and this weakened portion serves as a cut portion.

As described above, not only the micro characters but also a design such as a logo or a symbol can be selected for the cut portion 10. Further, the portion of the cut 10 can be a combination of a micro character and a design such as a logo or a symbol.
Furthermore, when it is difficult to separate only with characters and symbols, the characters and symbols can be connected with a short line segment so that they can be easily separated.
The height of the incision 10 is set to a diameter that is about the diameter of the round hole sewing machine used for stamps, the width of the slot sewing machine, or a height higher than that, so that the above-mentioned micro characters can be visually recognized by the naked eye. Is set.

With reference to FIG. 3, the pressing blade for forming a notch is demonstrated.
At one end of the pressing blade 2, as shown in FIG. A, characters 20 for cutting with a reverse character of the character “2BEER” are formed at a predetermined pitch.
The height of the character group of the reverse character of the character “2BEER” is substantially the same as the thickness of the press cutting blade 2 (0.7 to 0.9 mm), and the leading end of the character penetrates the form base paper. It is finished in the shape of a sharp blade.
When the characters constituting the cut are made microscopic to the above-mentioned level, it is difficult to distinguish the characters with the naked eye, and it is necessary to confirm with a magnifying glass.
When it is necessary to visually check the characters that make up the cut, the height of the character group is enlarged to a size that can be visually checked.
The depth of the cutting blades (unevenness) may form the base paper as shown in Diagram b (basis weight ^{64g / m 2 ~82g / m 2} ) height to penetrate the "H" (0.08 to 0. 11 mm).

With reference to FIG. 4, an example of a method for producing a form having a cut will be described.
A form (beer ticket) 1 is printed by a check printing machine of a rotary printing system.
The press cutting blade is set at a pitch “L” in the sewing machine processing unit of the printing press, and the cuts 101, 102, 103 are formed in-line with printing.
A form on which printing and cutting are formed is sheet-cut with 5 faces in a single row and 10 faces in a double row.
For example, a multi-faced (five-sided) sheet cut as shown in the figure is cut into a top-and-bottom L size, and a part of the form “α” is placed so that the end of the cut is applied to the finished end face of the form. Cut off and finish the top / bottom size of the form to “L-α”.
This work is intended to make it easier to cut out because the end of the cut is on the finished end face of the form, and to prevent the cut from remaining on the bottom of the completed form.
A management number is printed on a beer ticket cut to a finished size in OCRA or OCRB font (optical reading characters) or E13B font (magnetic, optical reading characters), thereby completing a form (beer ticket) having a cut.

Next, although not shown, a case where a laser cut is formed will be described.
A general laser is operated by exciting a laser medium placed in an optical resonator to have an inverted distribution.
Lasers include solid lasers, gas lasers, semiconductor lasers, dye lasers, and excimer lasers depending on the type of medium. The laser light is a coherent light having completely the same phase, a narrow beam having a very narrow spectral width, remarkably coherence, and sharp directivity.
The continuous oscillation output of the laser light is from 10 μW to 100 kW, and the peak output is from 1 W to 100 TW.
The pulse width is usually 1 μs to 1 ps. Widely used industrial lasers include CO2 lasers for gas lasers, Nd: YAG lasers, Nd: YVO4 lasers for solid state lasers, and the like.

  In this embodiment, an Nd: YAG laser (oscillation wavelength: 1.064 μm) using a YAG (Y3AI5O12) rod doped with neodymium (Nd3 +) is used as the medium. The laser spot diameter is adjusted depending on the object to be printed (destructed).

A method for producing a form having a laser cut will be described.
A form (beer voucher) 1 is printed with multi-sided printing using the above-described check printing machine, sheet-cut with 10-sided size, and further with 5-sided vertical size, and cuts are formed offline with a laser.
The subsequent steps are the same as described above.

  The form having the cut according to the present invention is used for beer tickets, securities such as bills, checks, gift certificates, and tickets.

It is a figure for demonstrating an example of the form which has a notch | incision of this invention. It is an enlarged view of the notch | incision of FIG. It is a figure for demonstrating the press cutting blade for forming a notch | incision. It is a figure for demonstrating an example of the production method of the form which has a notch | incision.

Explanation of symbols

1 Form with cut 2 Pressing blade 10, 101, 102, 103 Cut 11 Printing section 20 Cut character or design

Claims (2)

A form having a normal cutting function and a cut formed with an anti-counterfeiting element ,
The notch is a form having a notch characterized by comprising a plurality of micro characters or designs or a combination of micro characters and designs. A method for producing a form having a cut according to claim 1,
A method for producing a form having a cut, characterized in that the cut is formed by a laser.

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