JP2001282111A - Sheet for printing - Google Patents

Abstract

PROBLEM TO BE SOLVED: To obtain a sheet which may be fitted into button control surfaces by forming the sheet in such a manner that various kinds of information may be printed even by a printer of an electrophotographic system near positions to be formed as through-holes while the through-holes are not yet opened, that the through-holes may be easily opened after the information printing and that the function information, etc., are stated in the positions near the through-holes. SOLUTION: A base material 2 for die cutting and a die cutting-assisting base material 3 are peelably bonded to each other and frame-like notches 4 are formed from the base material 2 for die cutting down at the depth reaching the peeling boundary.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a print for obtaining a sheet in which information is to be written near each of the holes so that a plurality of holes can be inserted into a button operation surface of the telephone in which a plurality of buttons are arranged. It relates to a sheet for use.

[0002]

Conventionally, an electrophotographic printer has been widely used for outputting information to a sheet. However, in this type of printer, when an image of a toner is transferred from a photoreceptor to a sheet, the image is transferred. In order to apply a high voltage, if there is a through hole on the printing sheet side, it is easy to cause a problem that the photoreceptor is damaged by discharging through the through hole, and even if a through hole is provided in the printer sheet, a filing hole is required. Was limited to those of the degree.

In recent years, many telephones have been used in which a function set by a user at the time of purchase of the telephone is recorded on the telephone so that the setting function can be performed by a specific button operation. From such a situation, a sheet in which a preset function content is described in a position corresponding to the button hole can be fitted on the button operation surface of the telephone, and the content of the preset function can be displayed on the button from the sheet. There is a growing desire to do so.

In the case of producing such a sheet, especially when different information is provided for each sheet, it is preferable to output the information by the above-described electrophotographic printer. However, the above-mentioned sheet has a plurality of through-holes, and discharges through the through-holes to damage the photoreceptor, or the sensor at the time of sheet feeding has the through-hole corresponding to the sensor and the sensor is in a state where there is no sheet. There is a problem that malfunctions such as detection are caused, and when providing a through hole in the print sheet, there are large restrictions on the size, number, position, etc., and it is possible to open only about the through hole for filing. Can not. For this reason, at present, it has been troublesome to write the function information such as the destination by handwriting at the position near the through hole where the button enters. In view of the above circumstances, the present invention prints various types of information in the vicinity of a position where a through hole is to be formed in a state where the through hole is not opened by the electrophotographic printer, and thereafter the through hole can be easily opened. It is an object of the present invention to easily obtain a sheet in which function information and the like are described in advance in the vicinity of a through hole and can be fitted into a button operation surface.

[0005]

SUMMARY OF THE INVENTION The present invention has been made in consideration of the above problems, and is directed to a printing sheet in which a die-cutting substrate and a die-cutting auxiliary substrate are peelably bonded to each other. A notch having a shape is formed at a depth reaching the peeling boundary surface from the die-cutting base material, and the cut-out forms a plurality of portions to be die-cut in the die-cutting base material. For printing, characterized in that the scrap material in each of the planned die-cutting parts is opened on the side of the die-cutting auxiliary base material when the die-cutting auxiliary base material is peeled off, so that the planned die-cutting part is opened. An object of the present invention is to solve the above problem by providing a sheet. And in the present invention,
The peeling boundary surface may be a peeling boundary surface in which the film bonded to the die-cutting base material and the film bonded to the die-cutting auxiliary base material are pseudo-adhesively bonded to each other. . Further, in the present invention, the die-cutting base material and the die-cutting auxiliary base material are connected via a folding part, and the respective fold-facing surfaces of the two base materials are overlapped without bonding in a normal state. By providing a bonding means for releasably bonding to each other by applying a predetermined bonding condition in a state where they are joined, they are releasably bonded together, and the die-cutting substrate in the die-cutting scheduled portion is used as a die-cutting auxiliary substrate. On the other hand, it is preferable that the adhesive is adhered with difficulty in peeling.

[0006]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Next, the present invention will be described in detail with reference to the embodiments shown in FIGS. In the drawing, reference numeral 1 denotes a printing sheet according to the present invention, and the printing sheet 1 is obtained by bonding a die-cutting base material 2 and a die-cutting auxiliary base material 3 in a releasable manner as shown in FIG. As shown in FIG. 1, a plurality of portions 5 to be die-cut are formed by frame-shaped cuts 4 formed from the surface 2a of the die-cutting base material 2. The arrangement of the planned die-cutting portions 5 corresponds to the button arrangement on the button operation surface of the telephone, and the size of each of the planned die-cutting portions 5 is such that a die-cut hole into which a button is to be obtained can be obtained. It should be noted that the arrangement and size of the scheduled die-cutting portion 5 are not limited, and are not formed so as to correspond only to the button operation surface of the telephone.

[0007] Two layers of pseudo-adhered films 6 and 7 are interposed between the die-cutting base material 2 and the die-cutting auxiliary base material 3. The film 6 is bonded via an adhesive 8, and the other film 7 is bonded to the die-cutting auxiliary substrate 3 via an adhesive 8.
The notch 4 is formed so as to reach the peeling boundary surface 9. In the illustrated example in which the two-layer films 6 and 7 of pseudo adhesion are provided, the die-cutting base material 2 is used. A notch 4 is made from the surface 2a of the film 6 to the pseudo bonding surface of the films 6 and 7 as a peeling boundary surface 9 so as to reach the peeling boundary surface 9. Is also cut into a frame shape. Accordingly, when the die-cutting base material 2 and the die-cutting auxiliary base material 3 are pulled open, the films 6 and 7 are separated at positions corresponding to portions other than the die-cutting scheduled part 5, and the die-cutting scheduled part is formed. The base material portion of each of the base materials 5 is separated from the die-cutting base material 2 so that the through holes 10 are formed as shown in FIG.

[0008] The information 11 is printed on the printing sheet 1 having the above structure at a position near each of the portions 5 to be die-cut, and can be printed using an electrophotographic printer. That is, the through hole 1 is
Since printing is performed in a state where 0 is not formed, even when an electrophotographic printer is used, there is no discharge to the photoconductor side of the printer at the time of printing, and the pre-molding portion 5 corresponds to the sensor of the printer. However, it is detected that there is a sheet, and the sheet feeding of the printing sheet 1 is assured. In this way, if the printing sheet 1 on which the information 11 is written is opened between the die-cutting base material 2 and the die-cutting auxiliary base material 3, it corresponds to a portion other than the die-cutting scheduled portion 5. At the position, the films 6 and 7 are separated, and the base material at the part to be die-cut 5 is separated from the die-cutting base material 2 together with the die-cutting auxiliary base material 3 (see FIG. 3). In addition, the base material piece and the film piece that escaped from the die-cutting scheduled part 5 are integrated with the die-cutting auxiliary base material 3 side,
Will not dissipate. By doing so, FIG.
As shown in FIG. 5, a sheet 12 having a plurality of through holes 10 is obtained, and this sheet 12 may be fitted into the button operation surface of the telephone as shown in FIG. In this embodiment, the two-layer films 6 and 7, which are previously coated with the adhesive 8 on their outer surfaces, are interposed between the die-cutting base material 2 and the die-cutting auxiliary base material 3. , The two substrates 2 and 3 are adhered to the films 6 and 7 by the adhesive 8, but the lower film 7 does not have to be coated with the adhesive 8 in advance. The combination of the punch-out assisting base material 3 and the pressure-sensitive adhesive 8 can be constituted by a label material to which the pressure-sensitive adhesive 8 is applied in advance.

In the above-described embodiment, a configuration is shown in which a two-layer film that is occasionally adhered is interposed between the die-cutting base material 2 and the die-cutting auxiliary base material 3. It is not limited. FIG. 6 and FIG. 7 show another example, in which the die-cutting base material 2 and the die-cutting auxiliary base material 3 are connected to each other via the folded portion 13 so that the two base materials 2 and 3 face each other. Is folded from the folding part 13 and overlapped. Each of the superposed surfaces 2b and 3a is provided with an adhering means 14 which is not adhered in a normal state but is releasably adhered to each other by applying predetermined adhesive conditions in the superimposed state. The die-cutting base material 2 and the die-cutting auxiliary base material 3 are releasably bonded to each other by the bonding means 14 having a required adhesive force.

In this embodiment, the portion 5 to be die-cut is formed by a frame-shaped notch 4 formed from the surface 2a of the substrate 2 for die-cutting.
4 reach the separation interface 9 where the two are joined,
This is the same as in the above embodiment. In this example,
The base material portion in the portion 5 to be cut, that is, the cut 4
Each of the die-cutting substrates 2 surrounded by
At a position corresponding to the portion 5 to be die-cut of the bonding means 14 by increasing the amount of application of the bonding means 14 or applying an adhesion-enhancing material. A difficult strong bonding portion 15 is provided. As a result, the substrate portion in the portion 5 to be die-cut becomes
If the degree of integration is high and the space between the die-cutting base material 2 and the die-cutting auxiliary base material 3 is opened after the information 11 is described, the position corresponding to the part other than the die-cutting scheduled part 5 can be obtained. The overlapping surfaces 2b and 3a are separated from each other, and each of the base materials at the part to be die-cut 5 is separated from the die-cutting base material 2 together with the die-cutting auxiliary base material 3 (see FIG. 7). In addition, the base material piece and the film piece falling out of the part 5 to be die-cut are integrated with the die-cutting auxiliary base material 3 side and do not dissipate.

[0011] Then, the die-cutting auxiliary base material 3
The sheet 12 described above can be obtained by cutting the whole, and the sheet 12 may be fitted to the button operation surface of the telephone. In this embodiment, the strong bonding portion 15 is provided at a position corresponding to the die cutting scheduled portion 5, but the strong bonding portion 15 is not always required.

[0012]

According to the printing sheet of the present invention described above, the die-cutting base material and the die-cutting auxiliary base material are releasably bonded to each other, and the frame-shaped cut is formed by the die-cutting base material. A plurality of portions to be die-cut are formed around the die-cutting base material by the cut, and the die-cutting base material and the die-cutting auxiliary base material are drawn. Sometimes, the scrap material in each of the die-cutting portions is located on the side of the die-cutting auxiliary base material to open the die-cutting portion. As described above, since the portion to be a through hole is a pre-closed die-cutting portion, even if information is output by an electrophotographic printer, no damage is caused on the photoreceptor side by electric discharge, and the paper is not fed. Since the sensors related to the above-described sensors also sense as ordinary paper, information can be output by an electrophotographic printer even for a print sheet in which a large number of through holes are formed. And, for a printing sheet having information on which the die-cutting base material and the die-cutting auxiliary base material are superimposed,
By performing an extremely simple operation of opening between the die-cutting base material and the die-cutting auxiliary base material, a large number of through holes can be formed at once, and a base material piece or film piece that has come off from the part to be die-cut. Since such materials do not dissipate integrally with the die-cutting assisting base material, the base material pieces and the film pieces can be integrated very easily, and the effect excellent in practicality can be obtained.

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing one side of an example of a print sheet according to the present invention.

FIG. 2 is an explanatory diagram showing an example in cross section.

FIG. 3 is an explanatory view showing a state in which a die-cutting assisting base material is peeled from a die-cutting base material.

FIG. 4 is an explanatory diagram showing a state in which information is printed on a die-cutting base material.

FIG. 5 is an explanatory diagram showing a use state.

FIG. 6 shows the second example and is an explanatory view showing a state in which a die-cutting base material and a die-cutting auxiliary base material are superimposed.

FIG. 7 is an explanatory diagram showing a state in which the die-cutting base material and the die-cutting auxiliary base material are pulled apart.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Print sheet 2 ... Die cutting base material 3 ... Die cutting auxiliary base material 4 ... Cut 5 ... Die cut scheduled part 9 ... Peeling boundary surface 10 ... Through hole 11 ... Information 12 ... Sheet

Claims (4)

[Claims] 1. A printing sheet in which a die-cutting base material and a die-cutting auxiliary base material are releasably bonded to each other, wherein the depth of the frame-shaped cut reaches from the die-cutting base material to the peeling boundary surface. A plurality of portions to be die-cut are formed around the die-cutting base material by being cut, and the die-cutting target portions are separated when the die-cutting substrate and the die-cutting auxiliary base material are peeled off. A printing sheet, characterized in that a scrap material is located on the side of the die-cutting auxiliary base material so as to open a part to be die-cut. 2. The peeling boundary surface wherein the film bonded to the die-cutting substrate and the film bonded to the die-cutting auxiliary substrate are quasi-bonded releasably. Print sheet according to 1. 3. The die-cutting base material and the die-cutting auxiliary base material are connected to each other through a folding part, and the respective opposing surfaces of the two base materials are superposed without bonding in a normal state. The printing sheet according to claim 1, wherein the printing sheet is releasably bonded by providing a bonding means for releasably bonding to each other by applying predetermined bonding conditions in the state. 4. The printing sheet according to claim 3, wherein the die-cutting substrate in the portion to be die-cut is adhered to the die-cutting auxiliary substrate so as to be difficult to peel off.