JPH05112090A - Card equipped with layout sheet capable of performing continuous printing process - Google Patents

Abstract

PURPOSE:To improve productivity by applying a simple structure as it is to existing various working processors by a method wherein an information processing sheet is made to be continuous paper for forming layout sheet so formed as to be suitable for a continuous printing processing system in a computer device or the like. CONSTITUTION:The subject card is composed of continuous paper for forming layout sheet 1 and a card forming component 2 to be adhered onto a layout paper-forming area 6 to be preliminarily set so as to conform to a continuous printing processing system. Then, each layout paper-forming area 6 of the continuous paper for forming layout sheet 1 is equipped with a card-forming component-adhering part 10 parallel to a lengthwise direction of the continuous paper 1 and an information-printing column 11 for direct printing on the continuous paper 1. The card-forming component 2 is composed of separable first and second plastic paper sheets 12, 13, a first adhesive layer 14 provided on to a rear surface of the first sheet 12, and and over laminate sheet layer 126 coming in contact with a surface of the second sheets 13 via a second adhesive layer 15.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention makes it possible to collectively handle a card processed with specific information and an information processing sheet processed with specific information corresponding to the processing information of the card. The information processing sheet is formed as a continuous paper for forming a mount which is formed so as to be compatible with a continuous print processing system in a computer device, etc., and the card can be peeled from the card forming member. The present invention relates to a card with a mount that can be continuously printed and is attached to each mount forming surface area defined by a transverse perforation line on the paper.

[0002]

2. Description of the Related Art As is well known, diversified cards are used in various fields along with diversification of economic distribution and information processing. Specific information is processed in advance on these cards according to the purpose of use, and when passed from the manufacturer side to the user side, in general, specific information corresponding to the processing information of the card is used. Are collectively handled with an information processing sheet formed by processing. In this type of card providing system, the manufacturer side performs information processing of the card and information processing of an information processing sheet corresponding to the information processing, and it is necessary to handle the card and the information processing sheet in association with each other. Have difficulty. Conventionally, in this type of card providing system, for example, one having the following configuration is adopted. In the first example shown in FIG. 4A, a continuous mount 21 that has undergone continuous printing processing by a computer device or the like and a card 22 that has previously processed specific information are matched for mechanical work or manual work. Card 22 by processing
Was attached to the continuous mount 21. In this example,
Since the information processing on the continuous mount 21 and the information processing on the card 22 are performed separately, separate processing work is required, and the individually processed continuous mount 21 and card 22 are processed.
There is a difficulty in that the matching processing must be performed in correspondence with each of the specific information. In the second example shown in FIG. 4B, a card 32 is directly adhered by an adhesive to a continuous mount 31 that can be continuously printed by a computer device or the like. In this example, when the card 32 is peeled off from the continuous mount 31 when the card 32 is used, the adhesive 33 remains on the continuous mount side, and the continuous mount 31 cannot be used thereafter. Or, it will seriously hinder the paperwork thereafter. The third example shown in FIG. 4C includes a label 43 for sticking to a card, a continuous mount 41 that has been continuously printed in advance by a computer device, and a card 42 that is attached separately from the continuous mount 41. Composed of a combination with. In the case of this example, on the user side, the label 43 stuck on the continuous mount 41 must be peeled off, and the label 43 must be stuck on a predetermined portion of the card 42, which is a work It was a burden.

[0003]

Various combinations of cards and mounts have been developed and provided as described above in the conventional card providing system of this type, but each of them has advantages and disadvantages. Therefore, both the producer side and the user side are required to develop a combination configuration of a card and a mount in a rational and convenient card providing system.

Therefore, the present invention is intended to solve the drawbacks or problems found in the combination of the card and the mount in the conventional card providing system described above, and a card which processes specific information. Forming a mount in which the information processing sheet is formed so as to be compatible with a continuous print processing system in a computer device so that an information processing sheet formed by processing specific information corresponding to the processing information of the card can be handled collectively. Printing as a continuous paper for printing, wherein the card can be peeled from the card forming member, and the card forming member is pasted on each mount forming surface area defined by the transverse perforation lines in the mount forming continuous paper. It is to provide a card with a mount that can be processed.

[0005]

In order to achieve the above-mentioned object, the present invention is specifically formed so as to be adapted to a continuous print processing system in a computer device or the like, and is formed in the print feed length direction. A continuous paper for forming a mount, which is provided with crossing perforation lines at predetermined intervals, and which forms the mount forming surface areas by the crossing perforation lines, and is attached to each of the mount forming surface areas of the continuous paper for forming the mount. Each of the mount forming surface areas in the mount forming continuous paper is formed by a combination of card forming members to be matched so that the corresponding print processing can be performed by the continuous print processing system. The first and second print processing zones parallel to each other, and the card forming member is bonded to one of the print processing zones. The card forming member is a sheet material having self-adhesiveness, and is a sheet material that adheres airtightly to each other and can be peeled along the adhesive surface, and the card forming member and the mount. A first adhesive layer provided on the back surface of the first plastic base sheet layer to be laminated on a continuous paper for forming, and a second adhesive layer on the front surface side of the second plastic base sheet layer. And a die cut line for partitioning and forming a card body of a predetermined shape through the overlaminate sheet layer and the second plastic base sheet layer. Along with this, a card with a mount that is capable of continuous printing processing and that allows the card body to be peeled off is constructed.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS A card with a mount that can be continuously printed according to the present invention will be described in detail below with reference to specific embodiments shown in the drawings. FIG. 1 is a schematic plan view showing a concrete embodiment of a card with a backing sheet capable of continuous printing according to the present invention, and FIG.
-A cross section taken along line A is shown in particular in an enlarged manner in the thickness direction A-
It is an A line expanded sectional view. The card with a mount capable of continuous printing according to the present invention is configured by a combination of a mount-forming continuous paper 1 and a card forming member 2. The mount-forming continuous paper 1 is provided with marginal hole rows 3 and 3 on both sides in the feed length direction and inside the marginal hole rows 3 and 3 so as to be suitable for a continuous printing processing system in a computer device or the like. And a crossing perforation line 5 provided at a predetermined interval in the feeding direction. The marginal hole row cutting lines 4 and 4 are provided at predetermined intervals in the feed direction. The liner forming surface area 6 is sectioned and formed by the eyes 5 and 5,
The unit mount 7 is formed by cutting along the marginal hole row separation lines 4 and 4 and the transverse perforation lines 5 and 5. Each mount forming surface area 6 of the mount forming continuous paper 1 is parallel to the print feed length direction of the continuous paper 1 so that the corresponding print processing can be performed by the continuous print processing system. And a second print processing zone 9. In the example shown in the figure, the first
The print processing zone 8 includes a card forming member bonding portion 10 for bonding the card forming member 2
The second print processing zone 9 includes a field 11 for directly printing information on the mount.

On the other hand, the card forming member 2 is adhered to the card forming member adhering portion 10 of each mount forming surface area 6 of the mount forming continuous paper 1 as shown below. It consists of a laminated structure. The card forming member 2 is, for example, a sheet material having self-adhesiveness such as polyethylene terephthalate, and adheres airtightly to each other and faces the respective adhesive surfaces 12A.
First plastic base sheet layer 12 and second plastic base sheet layer 1 which are peelable along 13A
3 and the card forming member 2 to the mount paper continuous paper 1
A first adhesive layer 14 provided on the back surface 12B of the first plastic base sheet layer 12 to be bonded on top.
And an overlaminate sheet layer 16 adhered to the surface side 13B of the second plastic base sheet layer 13 via a second adhesive layer 15. The card forming member 2 is provided with a die cut line 18 for partitioning and forming a card body 17 having a predetermined shape through the overlaminate sheet layer 16 and the second plastic base sheet layer 13, and along the die cut line 18. The card body 17 can be peeled off. The surface side 16A of the overlaminate sheet layer 16 in the card forming member 2 constitutes a printing surface by a continuous printing processing system in a computer device or the like. Further, the card forming member 2 is provided on the front surface side 13B of the second plastic base sheet layer 13.
In addition, a printing layer 19, which is so-called mirror reversal printing, which can be read from the back surface side 13A of the sheet layer via the second plastic base sheet layer 13, can be provided. The card forming member 2 has a release paper 20 attached to the surface of the first adhesive layer 14 for the convenience of handling.

On the other hand, the card with a mount which can be continuously printed according to the present invention is formed in accordance with the procedure shown in FIG. First, as shown in FIG. 3A, the release paper 20, the first
Adhesive layer 14, first plastic base sheet layer 1
In the structure of the laminated structure of the second plastic base sheet layer 13 and the second plastic base sheet layer 13, a printing layer 19 called mirror reversal printing is formed on the front surface side 13B of the second plastic base sheet layer 13 by a printing process. To be done. Then, the overlaminate sheet layer 16 provided with the second adhesive layer 15 is adhesively laminated on the front surface side 13B of the second plastic base sheet layer 13. As shown in FIG. 3C, the card forming member 2 shown in FIG. 3B is attached to the card forming member bonding portion 10 of each mount forming surface area 6 of the mount forming continuous paper 1 with the release paper 20 peeled off. It is pasted together. The card with a mount which can be continuously printed according to the present invention, in the state as shown in FIG. 3C, has an information printing column in the surface side 16A of the overlaminate sheet layer 16 in the card forming member 2 and the mount forming continuous paper 1. For 11, the corresponding information is printed by a continuous printing system such as a computer. On the other hand, on the user's side, the card with a mount that can be continuously printed is received in the form of FIG. 3C, and when the card is used, as shown in FIG. 3D, the card body along the die cut line 18 is used. 17 should be peeled off.

[0009]

The card with a mount capable of performing continuous printing according to the present invention having the above-described structure has an extremely simple structure and can be applied to various existing processing devices without any change. In that respect, it can be said that the production is easy, and the production is suitable for mass production, which is extremely advantageous economically. Further, the card with a mount capable of continuous printing according to the present invention allows the manufacturer to simultaneously process information processing on the card and information processing on the continuous mount in a corresponding manner. It can be said that it is extremely effective in that it is not necessary to perform matching processing by associating the card with the continuous mount for each specific information, but the user peels the card from the continuous mount when using the card. When it is taken, the adhesive does not remain on the continuous mount side, so that the continuous mount can be used without any trouble thereafter, and it is also extremely easy in terms of eliminating the troublesome work burden on the user side. It can be said that it is highly effective.

[Brief description of drawings]

FIG. 1 is a schematic plan view showing a specific embodiment of a card with a mount that can perform continuous printing according to the present invention.

FIG. 2 is a cross-sectional view taken along the line AA in FIG. 1 as viewed in the direction of the arrow, and is an enlarged cross-sectional view taken along the line AA shown in particular in the thickness direction.

FIGS. 3A to 3D are side sectional views schematically showing specific steps of manufacturing and using a card with a backing sheet capable of continuous printing according to the present invention.

4A to 4C are schematic explanatory diagrams showing specific different examples of a combination configuration of a card and a mount in a conventional card providing system.

[Explanation of symbols]

 1 Continuous paper for forming backing paper 2 Card forming member 3, 3 Marginal hole row 4, 4 Marginal hole row Separation line 5 Cross perforation line 6 Backing paper forming surface area 7 Unit backing paper 8 First printing processing zone 9 Second printing processing Band 10 Card forming member pasted portion 11 Information printing column 12 First plastic base sheet layer 13 Second plastic base sheet layer 14 First adhesive layer 15 Second adhesive layer 16 Over laminating sheet layer 17 Card body 18 Die-cut line 19 Printing layer 20 Release paper

Claims (2)

[Claims] 1. A cross-cutting perforation line which is formed so as to be compatible with a continuous print processing system in a computer device or the like, and which is provided at predetermined intervals in the print feed length direction,
A combination of a mount forming continuous paper formed by partitioning the mount forming surface area by the cross perforation line, and a card forming member attached to each mount forming surface area of the mount forming continuous paper, respectively, Each of the mount forming surface areas in the mount forming continuous paper,
In order to enable corresponding print processing by the continuous print processing system, the continuous print processing system has first and second print processing zones that are parallel to the print feed length direction of the continuous paper, and one of the print processing zones has A card forming member is pasted together, and the card forming member is a sheet material having self-adhesiveness, first and second plastic base sheets that are airtightly adhered to each other and can be peeled along an adhesive surface. Layers and
A first adhesive layer provided on the back surface of the first plastic base sheet layer to attach the card forming member onto the mount-forming continuous paper, and a second adhesive layer on the front surface side of the second plastic base sheet layer. And a die cut line for partitioning and forming a card body of a predetermined shape through the overlaminate sheet layer and the second plastic base sheet layer. A card with a mount that can be continuously printed, wherein the card body can be peeled off along the die cut line. 2. A printing layer is provided on the front surface side of the second plastic base sheet layer, the print layer being readable from the back surface side of the second plastic base sheet layer via the second plastic base sheet layer. A card with a mount that allows continuous printing according to claim 1.