JP4887953B2 - Card printing substrate - Google Patents

Description

  The present invention relates to a card printing substrate on which a plurality of card substrates such as business cards are printed simultaneously.

  With the advancement of IT, simple printing has become commonplace in the modern era, and offices without personal computers, copiers, and printers are now unthinkable. Under such circumstances, there is an active movement to make in-house “business cards” that are indispensable for those who work at the company. A business card is the “face” of a company or a company employee, so it is not trusted by handwriting, so it must be finished beautifully by a printing specialist. The cost per hit is very expensive compared to regular paper

  However, from the viewpoint of a printing specialist, it is inevitable that cost reduction is very difficult with about 100 copies, and the price is not set to be particularly high. Since printing is a mass duplication technology, for example, if the order is 1,000 or 10,000, the cost per business card may be significantly reduced, but for business card users It was not easy and practical to use up 1,000 business cards. Even if an average of two business cards are distributed every day, it is necessary to spend more than two years in a weekly two-day company to complete the distribution of 1,000 cards. If there is any change, the produced business card cannot be used and is discarded, so printing of 100 sheets was a realistic amount.

With the expansion of IT as mentioned above, simple printing is now “daily”, and it is not necessary to request a specialized printing company. Born with nature. In addition, the unit price of one business card is about 20 times the unit price of A4 size PPC paper, which is 10 times the size of the business card size, so it is difficult to convince even if the thickness of the paper is considered. there were.
Under such circumstances, many business card printing papers that can be printed by a printer have been proposed (for example, Patent Document 1). The paper of Patent Document 1 has a number of perforations on the mount and has a section of a business card size. Since the total thickness of the paper is only reduced and the perforations are provided, the paper can be manufactured at low cost. However, since the cut portion of the perforation is fluffed at the end portion of the business card after being cut off, there is a problem that the quality (beauty) of the business card is deteriorated.
JP 2004-034473 A

In order to avoid the deterioration of the quality of the business card as described above, as shown in FIG. 3, the cardboard is divided into the size of the business card 121 by the cut line 122 (half cut), and the mount that leaves the remaining margin 123 even at the periphery. Although a paper 100 having a structure in which a base material 140 is bonded to the back surface of 120 via a peelable adhesive layer 130 is also conceivable, there is a problem that the total thickness of the paper 100 is increased due to the bonding structure. There is also a problem that the thickness of the business card 121 itself has to be reduced in order to suppress the thickness. Generally, when the total thickness of the paper 100 is increased, printability may be deteriorated depending on the printer to be used.
Inkjet printers only drop ink, and many models use straight-line paper paths, so there is little influence on printability even with thick paper, but a laser method that uses powder toner. In many printers, the paper path has a complicated paper path, and as the paper becomes thicker, the flexibility decreases and the stiffness of the paper becomes stronger. It tends to cause problems such as defects, toner fixing defects, and streaks. In particular, with half-cut paper, there is a difference in stiffness between the cut line and its periphery, and depending on the paper path structure of the printer, the peripheral edge of the cut line may be soiled by toner. There is a problem that the performance becomes high and the paper feed becomes unstable.

As shown in FIG. 3 described above, the paper 100 having the remaining margin 123 at the peripheral edge changes the stiffness of the paper 100 due to the delicate width of the remaining margin 123, and further causes the paper to become soiled or jammed. May be easier.
To deal with these problems, specialize the business card size so that it can be cut out from standard-size paper without leaving the remainder, or conversely, specialize the paper size according to the standard size of the business card. However, it is not practical because of problems such as cost and versatility.

  Accordingly, an object of the present invention is to provide a card printing substrate formed from a fixed-size sheet-like substrate capable of printing a plurality of standard-sized card substrates such as business cards simultaneously with high quality. is there.

The present invention solves the above problems by the following means. In addition, in order to make an understanding easy, although the code | symbol corresponding to embodiment of this invention is attached | subjected and demonstrated in a parenthesis, it is not limited to this.
The invention of claim 1 includes a plurality of card bases (21) having a plurality of first cut lines (22), and leaving a remaining margin (23) at a peripheral edge portion by the first cut lines (22). And provided on one side of the first sheet-like base material (20) having a softness imparting means (24) for imparting flexibility to the remaining allowance (23), and the plurality of card base materials (21). A first adhesive layer (30) having re-peeling properties, and a second adhesive layer (31) provided on the same surface as the first adhesive layer (30) of the remaining margin (23), A second sheet-like base material (40) obtained by bonding the first sheet-like base material (20) through the first and second adhesive layers (30, 31), and providing flexibility. The means (24) includes an upper end (23T) and a lower end (23B) and / or a left end (23L) of the remaining margin (23). Card printing substrate, characterized in that it comprises a plurality of holes (24H) in the right end portion (23R) is (10).
According to a second aspect of the invention, the card printing substrate (10) according to claim 1, wherein the plurality of holes (24H), the second sheet-shaped base (40) and said second adhesive layer ( 31) is a card printing substrate (10) characterized by penetrating 31).
A third aspect of the present invention is the card printing base material (10) according to the first or second aspect , wherein the plurality of holes (24H) are circular. It is.
The invention of claim 4 has a plurality of card bases (21) having a plurality of first cut lines (22), and leaving a remaining margin (23) at a peripheral edge by the first cut lines (22). And provided on one side of the first sheet-like base material (20) having a softness imparting means (24) for imparting flexibility to the remaining allowance (23), and the plurality of card base materials (21). A first adhesive layer (30) having re-peeling properties, and a second adhesive layer (31) provided on the same surface as the first adhesive layer (30) of the remaining margin (23), A second sheet-like substrate (40) obtained by bonding the first sheet-like substrate (20) through the first and second adhesive layers (30, 31), The adhesive layer (31) is a card printing substrate (10) characterized in that it is a strong adhesive that cannot be peeled off.
The invention of claim 5 is the card printing substrate (10) according to claim 4 , wherein the softness imparting means (24) includes an upper end (23T) and a lower end (23B) of the remaining margin (23), And / or a card printing substrate (10) characterized by comprising one or more second score lines (24) at the left end (23L) and the right end (23R).
A sixth aspect of the present invention is the card printing substrate according to the fifth aspect, wherein the second cut line is parallel to each end of each of the end portions. is there.
The invention according to claim 7 has a plurality of card bases (21) having a plurality of first cut lines (22) and leaving a remaining margin (23) at a peripheral edge portion by the first cut lines (22). And provided on one side of the first sheet-like base material (20) having a softness imparting means (24) for imparting flexibility to the remaining allowance (23), and the plurality of card base materials (21). A first adhesive layer (30) having re-peeling properties, and a second adhesive layer (31) provided on the same surface as the first adhesive layer (30) of the remaining margin (23), A second sheet-like base material (40) obtained by bonding the first sheet-like base material (20) through the first and second adhesive layers (30, 31); A third sheet-like substrate (60) having the same form as the sheet-like substrate (20), and the plurality of third sheet-like substrates (60). A third adhesive layer (32) of the same type as that of the first adhesive layer (30), and the remaining of the third sheet-like base material (60). Provided on the same surface as the third adhesive layer (32) of the margin (23), and comprising the fourth adhesive layer (33) of the same type as the second adhesive layer (31), A third sheet-like shape is formed on the surface of the sheet-like substrate (40) opposite to the first and second adhesive layers (30, 31) via the third and fourth adhesive layers (32, 33). It is a card | curd printing base material (10) characterized by bonding a base material (60).
The invention of claim 8 is the card printing substrate (10) according to any one of claims 1 to 7 , wherein the second sheet-like substrate (40) is the first sheet. Jomotozai (20) good that Rimoatsumi is formed thin, the card printing substrate, wherein (10).
The invention of claim 9 is the card printing substrate according to claim 7, wherein the second sheet-like base material, that the thickness is thinner than the previous SL third sheet-shaped base (60) These are the card | curd printing base materials (10) characterized by these.

As described above, the present invention has the following effects.
(1) A card printing substrate is divided into a remaining margin and a plurality of card substrates by a plurality of first cut lines, and a first sheet-like base having a flexibility imparting means for imparting flexibility of the remaining margin The printer can print on multiple card bases at the same time with a printer, and the flexibility can be used to prevent the stiffness of the remaining margin, which can cause paper jams and toner during printing. It is possible to prevent fouling due to.
(2) Since the flexibility providing means includes one or more second cut lines at the upper end and lower end of the remaining margin and / or the left end and the right end, the remaining margin is determined by the second cut line. Can be bent in small increments, making it flexible.
(3) Since the flexibility imparting means peels at least a part of the remaining margin from the second sheet-like base material, the thickness of the remaining margin can be reduced and the remaining margin can be made flexible.
(4) Since the flexibility providing means has a plurality of holes in the upper end and lower end of the remaining margin and / or the left end and the right end, the area of the remaining margin can be reduced and the remaining margin can be flexibly changed. can do.

(5) Since the plurality of remaining holes penetrate through the second sheet-like base material and the second adhesive layer, the remaining holes have flexibility and a plurality of holes are used. Can be bundled and stored.
(6) Since the second adhesive layer is a non-peelable adhesive, it can be discarded without separating the remaining margin and the second sheet-like base material that are not required after printing the card base material.
(7) Since the first adhesive layer is an adhesive that cannot be re-applied, it is possible to eliminate the adhesive force on the adhesive surface of the card base material with the first adhesive layer and prevent the card base material from being damaged. it can.

(8) Since the card printing base material includes the first and third sheet-like base materials having a plurality of card base materials on both sides thereof, the number of printed card base materials in one printing process is increased. Can do.
(9) Since the second sheet-like base material is thinner than the first and third sheet-like base materials, the total thickness of the card printing base material can be suppressed. It is possible to prevent the material from being soiled.

  An object of the present invention is to provide a card printing substrate formed from a sheet material of a standard size that can be printed simultaneously with a plurality of standard size card substrates such as business cards with high quality. The first sheet-like base material having a flexibility imparting means that is divided into a plurality of card base materials by leaving the remaining margin at the peripheral portion by the first score line and imparts flexibility to the remaining margin can be peeled off. It implement | achieves by adhere | attaching on a 2nd sheet-like base material through a 1st contact bonding layer and a 2nd contact bonding layer.

Hereinafter, the present invention will be described in more detail with reference to the drawings and the like.
FIG. 1 is a diagram showing details of the card printing substrate of Example 1 according to the present invention. Note that FIG. 1B is a cross-sectional view taken along a B1-B1 cross section in FIG. FIG. 2 is a schematic diagram when the card printing substrate is arranged on a paper feed tray of a general-purpose printer.
As shown in FIG. 1 (A), the card printing substrate 10 includes a first sheet-like substrate 20 and a second sheet-like substrate 40, a first adhesive layer 30 and a second adhesive layer 31. It is a base material of A4 size (297 × 210 mm) on which a general-purpose printer 50 can print a business card of a standard size that is pasted through.

The first sheet-like substrate 20 is a high-quality paper having a thickness of 149 μm in which ten business card substrates 21 are divided by a plurality of first cut lines 22 and the remaining margin 23 is left evenly in the vertical and horizontal directions. It is.
The business card substrate 21 is a business card having a general fixed size of 55 × 91 mm (card substrate).
The first score line 22 is a half cut provided in the first sheet-like substrate 20 as shown in FIG.
The remaining allowance 23 is a piece of uncut paper other than the business card substrate 21 provided at the peripheral portion of the first sheet-like substrate 20, and includes four sides of the upper end 23T, the lower end 23B, the left end 23L, and the right end 23R. The left end portion 23L and the right end portion 23R are provided with a plurality of second cut lines 24.
The second cut line 24 is a half cut provided to give the remaining margin 23 flexibility (flexibility providing means).

The first adhesive layer 30 has a thickness of about 10 μm by laminating a release layer, an emulsion type adhesive mainly composed of a vinyl acetate resin or an ethylene-vinyl acetate copolymer on the entire surface of one side of the business card substrate 21. It forms and adhere | attaches with the 2nd sheet-like base material 40 so that peeling is possible.
The second adhesive layer 31 is formed on the same surface as the first adhesive layer 30 of the remaining allowance 23 with a thickness of 10 μm by an emulsion type adhesive mainly composed of vinyl acetate resin, so that the second sheet cannot be peeled off. It adheres to the substrate 40.
The second sheet-like substrate 40 is a mount for printing the card printing substrate 10 and is a high-quality paper having a thickness of 60 μm.
As shown in FIG. 2, the general-purpose printer 50 is a widely distributed laser printer having a paper feed tray 51 on the front surface and a paper discharge tray (not shown) below the front surface. It operates in response to a print command.

Next, the usage method of the card | curd printing base material 10 of Example 1 is demonstrated.
When printing the business card substrate 21 of the card printing substrate 10, the user places as many card printing substrates 10 as desired to be printed on the paper feed tray 51 of the general-purpose printer 50 as shown in FIG. 2. For example, when printing 100 business card substrates 21, ten card printing substrates 10 are prepared. The card printing base material 10 is arranged such that the left end 23L or the right end 23R of the remaining margin 23 having the second cut line is the paper feed start end (arrow A).

  Next, a print start command and print contents are output from a terminal such as a PC to the general-purpose printer 50 to print the card printing substrate 10. In the printing process, when the card printing substrate 10 is bent by the complicated printing path of the general-purpose printer 50, the left end portion 23L and the right end portion 23R of the remaining allowance 23 are the second cut lines 24 and the second cut lines 24. Since the sheet-like base material 40 bends along the printing path of the general-purpose printer 50, the stiffness is not increased and paper jamming and contamination can be prevented. Further, as described above, the card printing substrate 10 includes the first sheet-like substrate 20 having a thickness of 149 μm, the first and second adhesive layers 30 and 31 having a thickness of 10 μm, and the first sheet having a thickness of 60 μm. With the second sheet-like base material 40, the total thickness is about 220 μm, which is within a range that can be tolerated by a general-purpose printer 50 that is generally distributed, so that it is possible to print without problems.

From the above, the card printing substrate 10 of Example 1 has the following effects.
(1) The card printing substrate 10 is divided into a remaining allowance 23 and a plurality of business card substrates 21 by a plurality of first cut lines 22, and has a second cut line 24 that gives flexibility of the remaining allowance 23. Since the first sheet-like base material 20 is provided, a plurality of business card base materials 21 can be simultaneously printed by the general-purpose printer 50, and the remaining margin 23 is bent in small increments by the second cut line 24. And can be prevented from being jammed during printing or fouling by toner.

(2) Since the second adhesive layer 31 is a non-peelable adhesive, it is discarded without separating the remaining margin 23 and the second sheet-like substrate 40 that are not required after printing the business card substrate 21. be able to.
(3) Since the first adhesive layer 30 is an adhesive that cannot be re-applied, the adhesive surface of the business card substrate 21 with the first adhesive layer 30 is not adhered, and the business card substrate 21 is soiled. Can be prevented.
(4) Since the second sheet-like base material 40 is thinner than the first sheet-like base material 20, the total thickness of the card printing base material 10 can be suppressed. The printing substrate 10 can be prevented from being stained.

FIG. 4 is a diagram showing a card printing substrate 10-2 according to the second embodiment of the present invention.
In each of the embodiments described below, parts having the same functions as those of the above-described first embodiment are denoted by the same reference numerals or unified reference numerals, and repeated descriptions and drawings are appropriately omitted.
As shown in FIG. 4, the remaining allowance 23 is a piece of uncut paper other than the business card substrate 21 provided at the peripheral portion of the first sheet-like substrate 20, and includes an upper end portion 23 </ b> T, a lower end portion 23 </ b> B, and a left end portion 23 </ b> L. And the right end portion 23R is provided with four second cut lines 24 at the left end portion 23L and the right end portion 23R.
The second score line 24 is a half cut provided to peel most of the left end portion 23L and the right end portion 23R of the remaining margin 23 from the second sheet-like substrate 40.
The second adhesive layer 31 is formed in a thickness of about 10 μm by laminating a release layer and an emulsion-type adhesive in the same manner as the first adhesive layer on the same surface as the first adhesive layer 30 of the remaining margin 23. And it adhere | attaches with the 2nd sheet-like base material 40 so that peeling is possible.

Next, the usage method of the card | curd printing base material 10-2 is demonstrated.
When the card printing substrate 10 is printed by the general-purpose printer 50, as shown in FIG. 4, most of the left end portion 23L and the right end portion 23R of the remaining margin 23 are peeled off in advance by the second cut line 24. In addition (arrow C), the remaining allowance 23 is reduced in thickness to give flexibility.
Subsequently, in the same manner as in the first embodiment, the necessary number of card printing base materials 10-2 are arranged on the paper feed tray 51 of the general-purpose printer 50, and printing is executed. Even if the card printing substrate 10-2 is bent by the printing path of the general-purpose printer 50, the thickness of the remaining margin 23 is made thin to give flexibility, so that it is possible to prevent paper jamming or contamination by toner. .

As mentioned above, in addition to the effect of Example 1, the card printing base material 10-2 of Example 2 has the following effects.
Since the left end portion 23L and the right end portion 23R of the remaining margin 23 are peeled from the second sheet-like base material 40, the thickness of the remaining margin 23 can be effectively reduced and the remaining margin 23 can be made flexible. Thus, it is possible to prevent the general-purpose printer 50 from being jammed or contaminated with toner.

FIG. 5 is a diagram showing a card printing substrate 10-3 according to the third embodiment of the present invention.
As shown in FIG. 5, the remaining allowance 23 is a piece of uncut paper other than the business card substrate 21 provided at the peripheral portion of the first sheet-like substrate 20, and includes an upper end portion 23 </ b> T, a lower end portion 23 </ b> B, and a left end portion 23 </ b> L. The right end 23R is formed from four sides, and the left end 23L and the right end 23R are provided with a plurality of holes 24H.
The hole 24H is a circular hole that penetrates the left end portion 23L and the right end portion 23R of the remaining allowance 23, the second adhesive layer 31, and the second sheet-like base material 40, and reduces the area of the remaining allowance 23. As a result, the remaining cost 23 is given flexibility.

  Next, the usage method of the card | curd printing base material 10-3 is demonstrated. The basic usage method is the same as that of the first embodiment, and even if the card printing substrate 10-3 is bent by the printing path of the general-purpose printer 50, the remaining margin 23 is provided with a hole 24H to provide flexibility. It is possible to prevent paper jams and contamination by toner.

As mentioned above, in addition to the effect of Example 1, the card printing base material 10-3 of Example 3 has the following effects.
(1) Since the remaining allowance 23 is provided with a plurality of holes 24H in the left end portion 23L and the right end portion 23R, the area of the remaining allowance 23 can be reduced, and the remaining allowance 23 can be made flexible, so that a general-purpose printer can be used. 50 paper jams and contamination by toner can be prevented.
(2) Since the plurality of holes 24H in the remaining allowance 23 penetrate the second sheet-like base material and the second adhesive layer, the remaining allowance 23 is made flexible and the plurality of holes 24H are used. Thus, a plurality of card printing base materials 10-3 can be bundled and stored (filing).

(Modification)
The present invention is not limited to the embodiments described above, and various modifications and changes are possible, and these are also within the equivalent scope of the present invention.
(1) In each embodiment, the second cut lines 24 or the holes 24H are provided in the left and right end portions 23L and 23R of the remaining margin 23, but the upper and lower left and right end portions 23T, 23B, 23L, and 23R all sides, or You may provide in upper-and-lower-end parts 23T and 23B. For example, when the paper feed tray 51 of the general-purpose printer 50 is compatible only with vertically placed paper, the second cut lines 24 or holes 24H are provided only in the width dimension of the upper and lower ends 23T and 23B of the remaining margin 23. It is also possible to prevent paper jamming and toner contamination.

(2) In each embodiment, the business card base 21 having a standard name card size is used for the A4 size card print base material 10, but both the card print base material 10 and the business card base material 21 have other standard sizes. It may be used. For example, it is also possible to use a B5 size business card base material 21 for the A3 size card printing base material 10. In this case, the business card base material 21 does not have to be a business card and is used for a flyer or a membership card. be able to.
(3) In each Example, although the 1st sheet-like base material 20 was provided in the single side | surface of the 2nd sheet-like base material 40 via the 1st and 2nd contact bonding layers 30, 31, it shows in FIG. As described above, the third sheet-like substrate 60 having the same form as that of the first sheet-like substrate 20 is provided on the opposite surface of the second sheet-like substrate 40 via the third and fourth adhesive layers 32 and 33. You may prepare. If a general-purpose printer 50 capable of double-sided printing is used, it is possible to simultaneously print the business card base materials 21 and 61 in an amount twice that of a single-sided printer.

(4) Although the circular hole 24H is formed in the remaining margin 23 in the third embodiment, it may be formed in other shapes.

It is a figure which shows the card | curd printing base material of Example 1 by this invention. It is the schematic diagram which has arrange | positioned the card printing base material of the Example by this invention to the general purpose printer. It is a figure for demonstrating the subject of this invention. It is a figure which shows the card | curd printing base material of Example 2 by this invention. It is a figure which shows the card | curd printing base material of Example 3 by this invention. It is a figure which shows the modification of the Example by this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Card printing base material 20 1st sheet-like base material 21 Business card base material 22 1st cut line 23 Remaining allowance 24 2nd cut line 30 1st contact bonding layer 31 2nd contact bonding layer 40 2nd sheet form Base material

Claims (9)

It has a plurality of first cut lines, and is divided into a plurality of card base materials leaving a remaining margin at a peripheral edge by the first cut lines, and has a flexibility imparting means for imparting flexibility to the remaining margin A first sheet-like substrate;
A first adhesive layer provided on one side of the plurality of card substrates and having a re-peeling property;
A second adhesive layer provided on the same surface as the first adhesive layer of the remaining amount;
A second sheet-like base material obtained by bonding the first sheet-like base material through the first and second adhesive layers;
The softening means comprises a plurality of holes in the upper and lower ends of the remaining margin and / or a left end and a right end;
Card printing substrate characterized by the above. In the card | curd printing base material of Claim 1 ,
The plurality of holes penetrating the second sheet-like base material and the second adhesive layer;
Card printing substrate characterized by the above. In the card printing substrate according to claim 1 or 2 ,
The plurality of holes are circular;
Card printing substrate characterized by the above. It has a plurality of first cut lines, and is divided into a plurality of card base materials leaving a remaining margin at a peripheral edge by the first cut lines, and has a flexibility imparting means for imparting flexibility to the remaining margin A first sheet-like substrate;
A first adhesive layer provided on one side of the plurality of card substrates and having a re-peeling property;
A second adhesive layer provided on the same surface as the first adhesive layer of the remaining amount;
A second sheet-like base material obtained by bonding the first sheet-like base material through the first and second adhesive layers;
The second adhesive layer is a non-peelable strong adhesive;
Card printing substrate characterized by the above. In the card | curd printing base material of Claim 4 ,
The softness imparting means comprises one or more second cut lines at the upper end and lower end of the remaining margin and / or the left end and the right end,
Card printing substrate characterized by the above. In the card printing substrate according to claim 5,
The second score line is parallel to each end of each end;
Card printing substrate characterized by the above. It has a plurality of first cut lines, and is divided into a plurality of card base materials leaving a remaining margin at a peripheral edge by the first cut lines, and has a flexibility imparting means for imparting flexibility to the remaining margin A first sheet-like substrate;
A first adhesive layer provided on one side of the plurality of card substrates and having a re-peeling property;
A second adhesive layer provided on the same surface as the first adhesive layer of the remaining amount;
A second sheet-like base material obtained by bonding the first sheet-like base material through the first and second adhesive layers;
A third sheet-like substrate having the same form as the first sheet-like substrate;
A third adhesive layer of the same type as the first adhesive layer, provided on one side of the plurality of card bases of the third sheet-like base material;
Provided on the same surface as the third adhesive layer of the remaining margin of the third sheet-like substrate, comprising a fourth adhesive layer of the same type as the second adhesive layer,
Bonding a third sheet-like substrate to the surface opposite to the first and second adhesive layers of the second sheet-like substrate via the third and fourth adhesive layers;
Card printing substrate characterized by the above. In the card printing substrate according to any one of claims 1 to 7 ,
The second sheet-shaped base may be the first sheet-shaped base by Rimoatsumi is formed thinly,
Card printing substrate characterized by the above. In the card printing substrate according to claim 7 ,
The second sheet-shaped base may be pre-Symbol third thickness than the sheet-like substrate is formed thin,
Card printing substrate characterized by the above.

Images