JPH11221896A - Sealing forming kit - Google Patents

Abstract

PROBLEM TO BE SOLVED: To allow a person having learned a seal engraving character to enjoy a sign and seal by the autographic seal engraving character without having seal engraving technique or the knowledge of a material necessary for forming a plate. SOLUTION: A material 10 for printing plate comprising a thermoplastic resin plate composed of a high density foam, a self-adhesive pasteboard 5 wherein a self-adhesive material is applied to the single surface of pasteboard, a writing utensil 34 using thermal ink based on light absorbable fine particles, a high intensity flash irradiator 11, flash electric bulb, a printing stand and respective materials and products such as a double-sided tape or the like are sorted and combined so as to obtain specifications fitted to the forming purpose of a printing plate to be housed in a box as a kit.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a kit for producing an intaglio having a high artistic quality, which can be used for imprinting a work of art such as calligraphy.

[0002]

2. Description of the Related Art Conventionally, a signature is formed by engraving a hard material such as wood, stone, ivory or metal with a knife. Therefore, in order to make a signature for a signature, it requires skill in handling the knife, and
It was a persistent task. For this reason, there are few examples in which ordinary enthusiasts can easily create and enjoy seals for signatures, and in many cases, they have commissioned specialized seal engravers to produce seals.

[0003] However, in recent years, as the elderly population has increased, the number of people who are interested in and familiar with seal engraving as a part of cultural activities has been increasing as a trend of effective use of leisure. Although many of these people can write seal engraved characters that can withstand appreciable appreciation, they cannot write their own with this excellent calligraphy as a seal, and the development of a method that can easily make their own signatures for signatures is expected. Was.

The present inventor has filed a patent application (Japanese Patent Application No. 9-31280).
In 3), a remarkable progress has recently been made, and a printing original plate material 10 (hereinafter, referred to as a printing plate material 10) made of a high-density foamed thermoplastic resin having a surface excellent in light non-absorbing property is provided on the upper surface of a mount. 6 is a mirror image of the surface layer portion of an image 47 drawn with a heat-sensitive ink 36 or the like containing light-absorbing fine particles as a main component on the surface of the adhesive backing 5 on which the adhesive 8 is applied. 48, the mirror image 4 of the printing plate material 10
8 is irradiated with either a high-intensity flash or a high-intensity incandescent light to cause the light-absorbing fine particles transferred as a mirror image 48 to the plate-making material 10 to generate heat. Was extremely efficiently melted and eroded in the thickness direction to successfully produce an intaglio having the mirror image portion as a concave portion.

Although it is extremely easy to produce a stamp of engraved characters by applying the above-mentioned invention, it is only efficient to combine the individual characteristics of the stamp material 10, the thermal ink 36, the adhesive backing sheet 5 and the like organically. Since it is possible to easily produce a printing plate, it is extremely difficult for the general public to carry out appropriate means for procurement of individual materials, as it requires specialized knowledge of these materials. .

[0006]

SUMMARY OF THE INVENTION The present invention is intended for people who are not proficient in the use of the above-mentioned engraving swords, and furthermore, for the transfer of characters and the thermal properties of resins, thermal inks, and high-strength flash irradiators. , The general public without product knowledge,
It is an object of the present invention to provide a kit with materials and products that can easily produce a self-signed work such as a seal engraving as a stamp without requiring special training.

[0007]

The first means of the present invention corresponds to claim 1, in which a printing plate material 10 made of a thermoplastic resin plate of high-density foam, and one side of a mount 6 having good brushability. The adhesive mount 5 coated with the adhesive material 8, the thermal ink 36 mainly containing light-absorbing fine particles, the writing implement 34 using the thermal ink 36, and the high-intensity flash irradiator 14 are provided as a kit. .

According to the first means of the present invention, a printing plate material 1
0, the adhesive mount 5, the thermal ink 36, the writing utensil 34, and the flash illuminator 14 satisfy the individual characteristics to be provided, and organically relate the individual characteristics to form a combination suitable for plate production. Therefore, there is an effect that the user does not need special expertise and can pursue a better version.

The second means of the present invention corresponds to claim 2,
In addition to claim 1, a stamp stand 11, the stamp stand 11 and a printing plate material 10.
And bonding means 13 for bonding the two. According to the means of the present invention, the printing plate material 10 in which the mirror image 48 of the engraved letter is generated as an intaglio can be attached to the printing stand 11 and used immediately as a mark.

The third means of the present invention corresponds to claim 3,
The paper in which the mount 6 is transparent or translucent in addition to claim 1,
Be composed of resin film. At least one end of the adhesive-applied surface of the mount 6 has a margin 7 on which the adhesive 8 is not applied.

According to the third means of the present invention, since the characters or images 47 can be seen through, it is possible to easily copy the characters or images 47 onto the surface to which the adhesive 8 is applied. Further, since there is a margin 7 in a part of the adhesive backing sheet 5, not only the handleability of the adhesive backing sheet 5 is remarkably improved by pinching the margin 7 of the mounting sheet but also the image 4
By pressing the margin 7 when drawing 7, there is an effect that the work can be stabilized and good results can be obtained.

The fourth means of the present invention corresponds to claim 4,
A partition plate (29) is provided directly below the drawer (19) of the case (15) of the flash irradiator (14) according to any one of claims 1, 2 and 3, and the inside is partitioned into two chambers (A) and (B). And a seal generation kit in which the two chambers A and B are communicated with each other.

According to the fourth means of the present invention, the combustion gas generated from the printing plate material 10 and the air expanded by heat generation in the high intensity flash irradiator 14 when the printing plate is formed pass through the filter 30. At this time, there is an effect that the combustion component is filtered and its emission is prevented.

The fifth means of the present invention corresponds to claim 5,
A communication port 31 with the outside world is provided on the outer wall of the case 15, and the inside of the case 15 and the outside world are connected to the communication port 31 via the filter 30.

According to the fifth means of the present invention, the flash irradiator 1
When the combustion gas generated from the printing plate material 10 at the time of forming the printing plate within the case 4 is discharged from the case 15 to the outside, the filter 3
0 has the effect of preventing the combustion gas component from being discharged to the outside by filtering.

[0016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is an overall perspective view showing an example of an imprint generation kit according to the present invention. In the figure, reference numeral 1 denotes a container. A lid 38 for covering the upper surface of the container 1 has one end pivotally connected to one side of the container so as to be freely opened and closed by a hinge (not shown). The side cover 39 is pivotally attached to a lower side thereof by a hinge (not shown) so as to be freely opened and closed. The open / close end of the lid 38 is in contact with the open / close end of the side lid 39 to close the opening of the container 1, and the lid 38 and the side lid 39 are locked by a lock A40 and a lock # 41.
Close with.

The opening of the container 1 has a partition A2, a partition # 3,
Section A42, Section B43, Section C by partition C4
44, section D45, and section E46.

Section A42 has a surface of 40 mm × 40 m.
The printing material 10 having a thickness of 3 mm and a thickness of 3 mm is accommodated in a stack of ten sheets.

The section B43 contains ten knobs.

In the section C44, ten stamp stands 11 are accommodated. An adhesive 13 (not shown) is applied to the surface of the stamp base 11 to which the printing plate is to be adhered, and a release paper 9 is adhered to protect the surface. Ten square adhesive mounts 5 are stacked and accommodated in the gap. As shown in FIG. 2, the adhesive backing sheet 5 has a transparent resin film backing sheet 6 coated with a transparent adhesive 8 in a square having the same dimensions as the stamp board material 10 except for blanks on four sides. The surface of the adhesive 8 of the adhesive mount 5 is protected by attaching a release paper 9.

The section D45 contains the flash irradiator 14 and ten flash bulbs 18.

The brush 34 is accommodated in the section E46.
A thermal ink 36 (not shown) is provided inside a shaft 35 of the brush 34.
Is stored, and the writing tip is moistened with the thermal ink 36 so that writing is possible. The tip is a cap 3
7 prevents evaporation.

Next, various characteristics of the above materials will be described. The printing plate material 10 has a bubble diameter of 0.02 to 0.5 m.
m, a plate of a polyethylene-based resin subjected to high-density foaming of independent foaming with an expansion ratio of 5 to 50 times is preferred.

As the thermal ink 36, any ink that absorbs light rays having a wavelength of 0.5 to 10 μm and generates heat can be used. If it is a pigment, carbon black is suitable.

The backing paper 6 of the adhesive backing paper 5 used for transferring the engraved characters is preferably transparent or translucent, and the material is preferably paper and a soft resin such as vinyl chloride or polyester.

The pressure-sensitive adhesive 8 is limited to a heat-sensitive ink 36 that has good riding properties and does not bleed. Acrylic materials are generally used as the material of the pressure-sensitive adhesive, and materials containing natural rubber as a main component can also be used. Although expensive, a silicon-based material may be used. Adhesive force Td of adhesive 8 and printing plate material 1
A limit of Td <Tp is set between the tensile elastic limit Tp of 0 and the adhesive surface of the printing plate material 10 is protected from deformation when the adhesive backing is peeled from the printing plate material 10.

The flash lamp 18 used for the flash irradiator 14 preferably generates a light beam having a wavelength of 0.7 to 1.5 μm. As a result, it has been discovered that a high-intensity incandescent lamp withstands short-time irradiation with infrared-rich light generated by condensed light.

The light source of the flash lamp 18 is attached to a bulb socket 17 arranged at the focal point of a parabolic reflecting mirror 16 housed in a case 15. The flash irradiator 14 is provided with a reflecting mirror 16 that opens downward at the uppermost part of the case 15. There is a drawer 19 directly below the opening of the reflecting mirror 16. The drawer 19 has a fixture A on its upper surface.
21 and a fixture # 22. 20 is drawer 19
Knob.

A metal plate 25 is provided on the side of the drawer 19.
Are fixed on the case 15 side, and a contact A26 and a contact # 27 are provided on the case 15 side when the drawer 19 is closed.
Are fixed at the positions where they contact both ends. Contact A26
And a terminal of the light bulb socket 17 and a terminal of the contact # 27 and a terminal of the dry battery case 33 below the case 15 are connected to the electric wire A2, respectively.
3. Connected by electric wire # 24. The other terminal of the battery case 33 and the other terminal of the light bulb socket 17 are connected to the electric wire C2.
8 are connected. One AA battery 32 is set in the battery case 33.

A method for producing a printing plate using the present kit will be described. FIG. 4 shows the heat-sensitive ink 3 on the adhesive-coated surface of the adhesive mount 5.
I wrote the seal engraving at 6. At this time, the hand can be stably written by holding down the margin 7 around the adhesive backing sheet 5 and writing. In addition, the margin 7 significantly improves the handleability. The adhesive-backing paper 5 is overlapped so that the surface on which the characters are written is in contact with the surface of the printing plate 10 and is rubbed better than the back surface of the adhesive-backing paper 5.
The surface portion of the character written above is transferred as a mirror image 48 to the surface of the printing plate material 10.

FIG. 5 shows a mirror image 48 transferred to the printing plate material 10.
Is shown. The amount of the heat-sensitive ink 36 of the transferred mirror image 48 does not become a density at which the contrast is high enough to make the mirror image 48 clearly visible, but the light-absorbing fine particles in the heat-sensitive ink 36 generate heat and cause the surface of the printing plate material 10 to be heated. The pressure-sensitive adhesive 8 controls the transfer amount so as to be necessary and sufficient for the melt erosion. Further, since the non-image portion of the adhesive 8 adheres to the printing plate material 10, there is also an effect of preventing “blur” of the mirror image 48 due to the displacement at the time of the transfer.

The printing material 10 having the engraved characters 47 transferred onto the surface thereof is inserted into the drawer 19 of the flash irradiator 14 so that the transfer surface faces upward so as to face the reflecting mirror 16 and the front and rear ends thereof are fixed to the fixture A21. Then, the drawer 19 is fixed in the fixture # 22 and the drawer 19 is inserted into the case 15.

When the drawer 19 is completely pushed into the case 15, the circuit connecting the battery 32 and the flash lamp 18 is closed, and the flash lamp 18 is ignited by the current of the battery 32, and a high intensity flash is generated for a very short time. I do. A part of the flash light is reflected by the reflecting mirror 16 to become substantially parallel light rays, and irradiates the surface of the printing plate material 10 together with the remaining light rays generated from the flash light bulb 18 directly. The heat-absorbing fine particles on the surface of the printing plate material 10 absorb the flash and become high temperature to melt and erode the printing plate material 10 so that the mirror image 48 of the engraved letter is formed.
It is formed as a concave portion on the surface of.

In the process of producing the printing plate, the surface of the printing plate material 10 is locally burned, so that a combustion gas is generated. Due to this gas and heat, the pressure inside the chamber A of the case 15 increases and passes through the filter 30 of the communication port 31 and moves to the chamber 、. At this time, harmful components of the combustion gas are absorbed by the filter 30 and Most are harmless.

FIG. 6 shows a state in which the back surface of the printing plate material 10 on which the printing plate has been formed is adhered by peeling off the release paper 9 on the adhesive applied surface of the printing stand 11. 12 is a knob.

Although the present embodiment has been described with reference to the example of generation of a signature using seal engraved characters, the present invention is not limited to the signature and may be a commonly used mark such as a New Year's card.
The character or image 47 drawn on the adhesive backing sheet 5 may be transferred to the surface of the printing plate material 10 or may be directly drawn on the surface of the printing plate material 10 with the thermal ink 36. Articles such as newspapers,
The surface of the dried thermal ink drawn as a record may be melted using an appropriate solvent, transferred to the adhesive backing sheet 5, and transferred to the printing plate material 10.

The heat-sensitive ink 36 includes a solidified light-absorbing fine particle such as a pencil. Therefore, the brush 34 of the embodiment is treated as the same concept as the writing implement 34.

Because the mount is transparent, the original characters,
The effect that the image can be easily copied and written and the effect that the adhesive 8 is applied to the mount 6 with leaving a margin 7 to improve the handleability of the adhesive mount 5 are independent effects individually. It is not limited. The margin of the backing paper includes a paper or resin film having the same outer shape as that of the backing paper coated with an adhesive material on the entire surface, and having a central portion cut out in a frame shape and pasted on the backing paper.

The inside of the case 15 is divided into A and B by a partition plate 29.
Although the filter is divided into two chambers and the filter 30 is provided at the boundary, the filter 30 is provided on the outer wall of the case and the combustion gas component is filtered in the process of flowing out of the case to the outside, thereby preventing the adverse effect of the combustion gas. Equal in points. Of course, changes can be freely made without departing from the scope of the present invention.

[0040]

The following effects are obtained by the imprint generation kit according to the present invention. People who do not have the skills of engraving can easily enjoy the signature. It is possible to create artistic calligraphy marks without any special knowledge. Since this constituent material is made of an extremely inexpensive material, plate making can be enjoyed without any special burden in terms of price.

[Brief description of the drawings]

FIG. 1 is an overall perspective view of a printing plate generating kit according to the present invention.

FIG. 2 is a perspective development view of the adhesive backing sheet 5;

FIG. 3 is an exploded perspective view of the flash irradiator 14. FIG.

FIG. 4 is a front view of the adhesive backing sheet 5 in which a seal letter 47 is described with a thermal ink 36;

5 is a front view showing a state in which the engraved characters 47 are transferred as mirror images 48 from the adhesive backing sheet 5 of FIG.

FIG. 6 is a perspective view showing a state where the printing stand 11 and the printing plate material 10 are bonded together.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 5 Adhesive backing paper 6 Backing paper 7 Margin 8 Adhesive 10 Printing material 11 Printing stand 13 Adhesion means 14 Flash light irradiator 15 Case 29 Partition plate 30 Filter 31 Communication port 34 Brush 36 Thermal ink

Claims (5)

[Claims] 1. A printing plate material (1) comprising a thermoplastic resin plate.
0), an adhesive mount (5) in which an adhesive material (8) having good brushability is applied to one surface of the mount (6), a heat-sensitive ink (36) mainly containing light-absorbing fine particles, and the heat-sensitive ink (36). An imprint generation kit comprising a writing instrument (34) to be used and a high-intensity flash irradiator (14). 2. The imprint generation kit according to claim 1, further comprising a stamp stand (11), and an adhesive means (13) for adhering the stamp stand (11) and the printing plate material (10). 3. The backing paper (6) is made of a transparent or translucent paper or a resin film, and / or an adhesive (8) is provided on at least one end of the outer periphery of the adhesive (8) application surface of the mounting paper (6). The seal generation kit according to claim 1, wherein the adhesive backing sheet has an uncoated margin (7). 4. A flash irradiator in which a partition plate (29) is provided in a case (15) to partition the inside into two chambers A and B, and to communicate the two chambers with the partition section via a filter (30). 1
4. The imprint generation kit according to claim 1, wherein the imprint generation kit includes the item (4). 5. A communication port (31) on the outer wall of the case (15).
And a flash irradiator (14) in which the communication port (31) is in communication with the outside of the case (15) via a filter (30).
The imprint generation kit according to claim 1, wherein the imprint generation kit comprises: