JPS63139745A - Method for printing card - Google Patents

Abstract

PURPOSE:To be able to simultaneously print a plurality of cards by forming a plurality of recesses having the same depth as the thickness of the card on the surface of a sheet and an adhesive layer on the bottom in the same shape as the profile of the card, and engaging one card within each recess in such a manner that the surface to be printed is disposed upside. CONSTITUTION:A sheet 3 is composed by bonding both-sided adhesive paper 6 on a thin vinyl chloride layer 5 of suitable thickness, superposing a thin aluminum or vinyl chloride layer 7 formed in the same thickness as a card with windows of the same shape as a card in a predetermined array on the paper 6, thereby forming recesses 4 with the windows of the layer 7. A telephone card is engaged with the recess 4 of the sheet 1 in such a manner that the printed surface is disposed upside, the card is held in the recess by the layer 6 in the bottom of the recess, and engaged in this state with a printing machine. A printing surface for printing the card in the recess of the sheet is formed on the plate cylinder of the machine. When printed, the card is separated from the adhesive layer and removed from the recess.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) This invention relates to a method for printing cards, such as telephone cards, having a predetermined thickness and external shape.

(Prior art) In order to use the phone card as an advertising medium for companies, etc., the number of usable powers of the phone is magnetically recorded on the back side, and the front side is left blank with advertising information printed on it. Commonly known as white cards, which are commonly known as white cards, or cards for reprinting, which have a general-purpose design printed on one surface and additionally print advertisements on top, are being issued.

Conventionally, in order to print on the plain surface of a white card or the surface of a card for reprinting, one card is fed to the printing cylinder on which the stamp surface was made, with the printed surface of the card matching the stamp surface. .

(Problems to be Solved by the Invention) This requires a great deal of effort and time, and the cost of printing one card becomes extremely high.

(Means for Solving the Problems) Therefore, the present invention is not limited to telephone cards in particular, but it is desirable to have a surface of a sheet thicker than the card to be printed with a depth equal to the thickness of the card. In addition, a plurality of depressions each having an adhesive layer at the bottom are provided in the outer shape and shape of the card, and the card is inserted into each depression one by one with the side to be printed facing up to perform printing. Features.

(Embodiment) In the illustrated embodiment, 1 is a white or reprinted telephone card, 2 is its printed surface or reprinted surface, and 3 is a sheet for simultaneously printing a plurality of telephone cards. It has two rows of five depressions 4 having the same depth as the thickness of the above-mentioned telephone card and the same shape as the outer shape of the above-mentioned card, so that 10 cards can be printed at the same time. It has become.

Usually, the thickness of a telephone card is 0620mm.

For this reason, the sheet 3 is made by laminating a double-sided adhesive paper 6 on a PVC thin layer 5 of an appropriate thickness, for example, 0.3 cm, and then
, 2 (1 mm), with windows of the same shape as a telephone card arranged in the required arrangement, for example, 5 windows in 2 rows, as shown above, overlaid on a double-sided adhesive paper 6 of aluminum or PVC thin layer 7. The window of the thin PVC layer 7 forms the depression 4, and the portion of the double-sided adhesive paper 6 exposed by the window forms the adhesive layer at the bottom of the depression.

The adhesive layer of the adhesive paper 6 has a strong adhesive force on the side that adheres to the PVC FJ layer 5, and a weak adhesive layer on the side that adheres to the PJ layer 7, that is, the side that also adheres to the back of the telephone card, and is non-transferable. It is preferable that the adhesive be adhesive so that even if the telephone card is peeled off after being adhesively attached, a portion of the adhesive will not stick to the card.

To print, insert one telephone card with the printed side facing up into each depression 4 of the sheet L, hold the card in the depression with the adhesive layer 6 at the bottom of the depression, and in this state insert it into the printing machine. put on. Of course, the plate cylinder of the printing press is provided with a stamp surface for printing on the card in the recess of the sheet.

After printing, the card is peeled off from the adhesive layer and taken out of the recess.

This sheet can be used repeatedly as long as the adhesive layer at the bottom of the depression does not lose its adhesive strength.

(Effects of the Invention) According to the present invention, it is possible to print a plurality of telephone cards and other cards having a constant thickness and external shape at a time. With 1/10 the effort and time compared to conventional single-page printing,
You can print the same number of cards.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of a sheet used for printing in the present invention, and FIG. 2 is an enlarged sectional view of FIG. 1, in which l is a card;
2 is the printed surface, 3 is the sheet, 4 is the depression, and 6 is the adhesive paper forming the adhesive layer. Patent applicant: Sanko Siebel Co., Ltd. Figure 2

Claims (1)

[Claims] A plurality of depressions having the same depth as the thickness of the card, the same shape as the outer shape of the card, and having an adhesive layer at the bottom are provided on the surface of a sheet thicker than the card to be printed, and each depression is filled with the adhesive layer. A card printing method characterized by inserting a card one by one with the side to be printed facing up and printing.