WO2005118309A1 - Id card producing method and id card - Google Patents

Abstract

An ID card on which a high-quality face image and a clear, high-definition information are printed and which is excellent in durability of the printed surface, foil-transferability, water-resistance and peel-resistance and can maintain the information clearly for a long time and hold personal information infallibly. An ID card producing method in which an image receiving layer (3) capable of forming an image by receiving a heat-diffusible dye or an ink-jet ink is provided on a support (2) made of a polyester or a polycarbonate, a first resin layer (7) is provided in a specific area (A) on the image receiving layer by a printing method other than the wet offset printing, format information (6) is printed on the first resin layer on the specific area by the wet offset printing, a transparent second resin layer (8) is provided on the first resin layer on which the format information is printed by a printing method other than the offset printing, and an image is recorded on an area (B) except the specific area on the image receiving layer by thermal transfer of a heat-diffusible dye or by ink-jet recording.

Description

 Book

 Card manufacturing method and card

 Art field

000, a new one.

0002, such as car driver's licenses, sports cards, alien registration cards, identification cards, photographs, and photo business card cards (blades are becoming widespread.

Since 2003, for example, there has been a configuration in which a character image is formed of silver on a support surface and protection is provided on the surface. this

 As a matter of fact, overwhelmingly superior can be obtained as compared with the case where other recording means are used. On the other hand, when the two images were obtained at the same time, such as in the case of the silver type, and in the case of two characters at the same time, there were problems in which the image was missing or often missing. Because of this, there is a situation that the image is optimized and the binarization is derived from the true nature.

From 004 circumstances, a method of embedding the true part, embedding it in a certain area, and recording by a method suitable for other two images, for example, a method using a printing putter has been adopted. However, in the case of this method, it takes time to embed and embed, and the finish is not good enough.

For 0005 subjects, a method of printing an image by sublimation on plastic and applying it after printing (for example, a patent), and printing and printing emoticon information in a zipper method (for example, Patent 2) ). It has also been proposed to provide a diffusible dye, receive a colorant material to form a transfer image, and then provide ultraviolet light to provide high quality (for example, Patent 3). these With the proposed method, near prints can be obtained, but printing and printing on the card are all performed using the same formula and a certain formula, which poses problems in terms of card productivity and speed. Also, the durability of the formed image characters is sufficient. Due to the productivity of the 6000 points and the productivity, the printing method of productivity has been proposed to print on the part of the card first and the individual image part by the sublimation method. For example, in the area of support

 A card with a character image recorded and a sublimation image recorded in another area is proposed. (For example, 4) In the proposed card, the character image is copied, and an image such as an image is sublimated and recorded. Although it is possible to realize the sensational feeling, the quality and productivity were still insufficient in the formula of the news.

In 2007, the use of plastic cards as information bodies, represented by, for example, ku, cad cards, etc., is increasing rapidly. These plastic cards are often printed on its surface in a set style, such as letters, numbers, symbols, patterns, and designs. This set type is superior in productivity, for example, as compared with the conventional method, and further enables finer printing in a planographic offset. It is known as a large quantity because the offset and the plate are flat, and the plate making is relatively easy and can be made each time. In 2008, lithographic offset printing was started directly from pita data, without using fibres, and CP (impitaup) began to be used. The use of the CP plate makes it possible to reduce the amount of plate making and intermediate fees, reduce the number of staff, and speed up the work.

It is also known that lithographic offset printing is used, printing, and waterless development by Shikisha. As a material for this offset-suitable card, it is inexpensive, easily accepts printing ink and has excellent printability, and is the most widely used material. Other groups have been debated (eg, Patents 4, 5). In the present specification, the term “offset” refers to a person without planographic printing without planographic printing.

For 001-card, environmentally friendly, high productivity, low printing, high quality printing, good image quality, high quality, high productivity, low printing with lithographic offset printing. In order to identify each individual, a truly close-up image is embedded in the image that identifies each individual, and there is a demand for a card made without attachment. [0011] After that, on top of the Bostekahone, high-quality printing was performed by the lithographic Osset type in the area of the photo that would print the image or the image that would receive the in-jet type print. Although there is a proposal for printing and printing, and a card to provide protection on it (for example, Patent 6.), the printing surface is poorly durable and the printing surface may be peeled off even before the protection is applied. There were many problems, such as the occurrence of poor quality, the poor adhesion, and the peeling of the protection when made of a card.

[0012] Generally, yellow ink, yellow ink, black ink, and black ink are used, and multi-color printing is performed with the process ink. However, it has been found that the above problem is worse in multi-color printing, and there is a problem when ink is used. .

In addition, in the lithographic offset, in addition to using the process ink, ink obtained by blending the ink, a so-called special color ink, a liquid positioned outside the area of the process ink, for example, an ink, Some special inks, such as metallic ink and fluorescent ink, may be used.However, when using a special color ink ink, the above problem becomes large even with a single color, and it is found that printing is likely to occur. did.

 2002 44747

 2: 2000 239779

 3: 6 24 83

 4: 7 64767

 5: 6 8673

6: 2000 28 853 Clear

 Issues that Ming solves

[0014] The image of the subject was regarded as the subject above, and the image of the subject was provided with clear and high-quality printing, the printing was long-lasting, water-soluble, excellent in nature, and clearly maintained, The purpose is to provide one card that can reliably store information, and to provide a method for manufacturing the card.

 To solve the problem

The steps to solve the above problem are the

 In addition, the image receiving method for receiving an image capable of forming an image by receiving a disperse dye or an ink is further included in the above-described area.

 The more the information is provided in a law other than the lithographic method, the more the information is provided on the lithographic apparatus, the more the information is printed on the lithographic apparatus, the more the transparent information is printed on the second information. This is a card manufacturing method that has a process of recording an image of a diffusible dye or in an ink record, except for the upper front area, which is provided in a method other than the lithographic method.

Further, in order to solve the above-mentioned problem, there is provided a card comprising a bottle or a cabinet and having an image-receiving portion capable of receiving a diffused dye or an ink and forming an image. A lithographic offset printed on the lithographic offset printing method provided on the lithographic offset method, and a lithographic offset printing law on the printed information printed on the lithographic offset printing method. The second feature is that the card has a specific area for providing a diffused dye, and an area for performing image recording on the indulging dye and excluding the area. Clear

According to Ming, the image is clear, high-quality printed, suitable for mass production, excellent in longevity, clearly maintains the information for a long time, and securely stores personal information A card that can do this can be provided.

 Simple description of the surface

001 18 is a plan view showing an example of the formation of the card in FIG.

 [This is the two-image recording device.

 Of the issue

0019 Card

 2

 Three

 Four

 5 Wearability ()

 6 o

 7 of

 8 of 2

 The fax information is printed ()

 Print information (except area)

 0 Image recording

 0 cards

 20

 43

 50 cards

 64

 66

 70 layers and / or optics

Good for carrying out the invention Hereinafter, a good state for carrying out the present invention will be described in detail.

Note that a card clearly includes a card provided with a key and a difference between a card provided with a key.

[0122] In other words, the light has a card, at least a support, an image reception, a second information, a formal information, and a light second, and protection can be provided to the extent that the light can be achieved.

The basic configuration of the card is shown in FIG.

FIG. 002 is a plan view showing an example of formation of a light card.

In 0025, the card has a disperse dye, an ink material, or an image receiving device 3 capable of receiving and forming an ink material on a postal or carbon fiber 2.

 The process of providing the 3 on a support is the image receiving process in the card manufacturing method.

002 indicates that the o-information is to be printed (corresponding to the omission in the light).

 7 is formed by printing, and a transparent second 8 is provided by printing on the groove 6.

Here, in the above, the step of printing (7) is performed in a one-card manufacturing method. In addition, the process of printing the photo information is referred to as the photo in the card manufacturing method. In addition, the step of printing the transparent second 8 is a step in the card manufacturing method.

[0092] In the present invention, the printing of the fountain 6 is characterized by being formed at least by lithographic fusing.

Print 4 of 0029 (except areas in the light)

In this state, the three image-receiving surfaces before the image 4 are exposed, and image recording with a heat-conducting dye or ink image recording is performed in this area by an ink jet method. And record image 4. this The step of recording 4 is defined as in the CAD manufacturing method. After printing Odd 64 as above,

 In order to protect 6-4, a card is made by copying the thermoadhesive () 5 in a form that covers each surface.

 This step of providing adhesion (

 And

At 0031, the details of the element of the light card are explained.

0032 (

 Ming cards are characterized by the use of posters or cabons.

[0093] Examples of the posters include, but are not limited to, a bottle, a bottle, and a polymer binder resin.

[0094] According to the description, if necessary, for example, a C-medium, a female, a magnetic female, or the like may be built in, or a single layer or the above-mentioned one may be used. Nori is 00-00 / degree, and preferably 200-70 / degree. In addition, may be provided with.

[0095] The process of providing an appropriate C in this method is a

 And

 (

 The Ming card is characterized in that it has a supporter's hand and a receiver for the jewel.

The image is the receiving layer, and the cost is

A layer made of a material that wraps and fixes the material when it is heated and dispersed by a pad.

 It is.

Further, the receiving layer may be composed of a single layer or a plurality of layers. If It is also possible to form multiple layers with different thicknesses.

003 (of)

 An image receiving indica which receives a diffuse dye and forms an image, and a commonly known sublimation indica can be used.

 Examples of the indica include vinyl chloride-based fats, booster-based fats, bokeh-based fats, ac-based fats, post-based fats, potter-based fats,

 A variety of ferrites such as lacquer can be used.

In addition, oxidization, ultraviolet light, light, glass, and pigment may be added. It is also possible to sensitize and add a heating agent or the like. Thus, it is possible to improve the image receiving efficiency of the sublimation ink described below. In this case, solid waxes such as oil wax (including those to be coated), wax wax, poppy wax, dex, wax, etc.,

 Among them, Noi is preferred.

004 There is a type of addition (addition type) or a reaction of V (). In the case of addition, it is preferable to use a modified oil to improve the properties of the indica. Oil, booster grease, grease, c

 (Moshiho,), sesame, and the like.

Examples of the compounds 004 include compounds described in 59 82785, 59,0735 and 60,287, and other compounds which improve image durability in image recording materials.

Examples of the outside line include 359 58 287, 63 74 686, 63 45089, and other compounds which improve image durability in image recording materials.

[0093] Examples of the irritation include inorganic fine particles and organic molecules. The fine particles include lizard, calcium carbonate, titanium, acid clay, activated clay, and anatomical clay. Examples of the organic fine particles include a baby, a guanan, an ac and a child. Depending on the specific gravity, 0 to 70 is preferred.

Examples of the material include white, potassium carbonate, zinc oxide, um,, lacquer, cocoa, chao, activated clay, and acid clay. In the reception used in this formula, if there is a practical requirement for the image to be formed (for example, the issued card requires a predetermined thermal property, etc.), the requirement In order to satisfy the above, it is necessary to consider the indica- tion or combination. Taking the thermal properties of the image as an example, if heat resistance on C is required, it is preferable to use an indah with C on C in consideration of bleeding of sublimation element.

In forming an image, it may be preferable to include, for example, a compound having a metal ion, if necessary. In particular, the active compound

 The substance reacts to form.

The metal ions that constitute the substance include, for example,

 Examples thereof include divalent and polyvalent genera belonging to Groups 1 to V. Among them, CoC, CeoSz and the like are preferable, and CCoCz and the like are particularly preferable. Compounds containing these ions include those of the genus

2

. Give body example 2

 ,,

 2

 And a body represented by an ordinary person containing Z is preferred.

048 (Q) (Q) (Q) P ()

 2 m 3 n

 , Represents a metal ion, and represents a compound capable of forming a metal ion represented by Q, Q, and Q. These compounds can be selected from, for example, the compounds described in () and (). . Particularly preferred are compounds having at least one ano group that combines with metal, and more specifically, titanium and its conductors, gliad and its conductors, pinads and their Conductors.

004 is an Aon that forms a body, and is a non-Aon such as CSOCO. Examples include the compound compounds of the Zenshon conductor and the Axho conductor, and particularly preferred are Terrao blue and its conductors, and also Axenthoaons and its conductors. , 2 or 3 represents, 2 or 0, represents or or 0, and these are the children of a certain Q, Q, Q whose body is determined by 4, 6. Determined by number. p represents 2 or 3.

[0095] Examples of such compounds having gold ions include those exemplified in US Pat. No. 4,987,049. When an ion-containing compound is added, 0.5 to 20 is preferable to the image reception, and 5 to 5 is more preferable, and an image is obtained by dispersing or understanding the amount. The product can be manufactured by spreading the product on the surface and drying the product.

The image reception formed only on the surface is generally up to 5 /, preferably 2 to 0 degrees.

The layer of the invention according to the invention comprises a diffused dye.

 Using ink, image recording is performed using a disperse dye with a pad or the like.

[0094] The ink can be constituted by a liquid containing a dye formed thereon.

[0095] As long as it is qualitative, and there is no particular limitation as long as it can withstand the heat at the time of recording with a head, a conventional one can be used.

The diffusible dye layer basically contains a heat-dispersible dye.

Examples of the dispersible dyes include, but are not limited to, an antioxidant, a zenta and an dye.

859 78896, 59 227948, 60

24966, 6053563, 6030735, 60329 2 reports, 60 239 289 reports, 6 9396 reports, 6 22993 reports, 63 292 reports, 63 467 reports, 6 35 994 reports, 6 49 893 reports, 6 49 993 reports, 6 48 269 reports, 62 9 9 reports Fucino-based, araquino-based, and chin-based substances described in J. P.S.C., 639288, 639287, and 63290793.

[0059] As for the zeta fee, 59 78896, 60,392, 60

 Anraquinone-based materials, materials, and chin-based products described in the official publications of No. 30394, No. 60 253595, No. 626290, No. 63 5992, No. 63 2055288, No. 6459, No. 64 6394 No.

006 b. 59 78 896, 60 27 594, 60

 The chin-based materials, the materials, the quinone-based materials and the anilyazoazo-based materials described in the publications of JP-A-56060, JP-A-6053565, JP-A-62394, and JP-A-6322594 can be mentioned.

Particularly preferred as the dispersible dyes are those having a methine group having a closed or methine group, and those obtained by the pulp treatment of a compound of a zirconium conductor or an anono conductor. Alternatively, it is an indoor material obtained by a coupling reaction with a compound of a Fujia conductor or a compound of a p-Anofuno conductor.

Further, when a metal ion-containing compound is blended in an image, a diffusible dye which reacts with the ion-containing compound to form is preferably included in the diffuse dye dye. Examples of the dispersible dyes which can be formed are those which form at least bidentate as described in, for example, B5978893, JP5909349, JP2233303, JP224379, and JP2243742. The materials, zetas, and materials that can be used in the process can be listed.

The dispersible dye of 0063 can be represented by the following. 0064 XXG

 , X represents a ring consisting of 5 to 7 atoms in at least one ring or a group of atoms necessary to complete a complex, and one of the atoms bonded together is nitrogen. Atom or replaced carbon atom. X, at least one ring consisting of 5-7 atoms

 Or, represents. Represents G.

[0065] Regarding the disperse dye of misalignment, it is contained in the disperse dye ink layer.

 If the image to be formed is a single color, the diffusible dye may be any of the material, the zenta material, and the annul material, and depending on the tone of the image to be formed, the above-mentioned materials may be used. Deviation Two or more types may contain other heat dissipative dyes. The dose of the diffuse dye is usually from 0.2 to 2, preferably from 0.2 to 5.

[0066] There is no particular limitation on the ink layer, and any of the following can be used. Further, conventional inks can be appropriately added to the ink layer.

0067 (Receiving ink)

 In the case of a light card, if the image is to be used in an image receiving ink jet system, as an indder used for image receiving, an iron usually used in the field of electronic recording is preferably used. For example, bobia, bi, oxidized, te, methyl, hydr

Sec-conductors such as ses, casein, gelatin, soybeans, boviain fat, stibane polymer, methacrylate polymer, etc. Acetate and latices, such as polymers and copolymers of lactide and lactide. Hardening synthetic resin such as fat And synthetic resins such as resin, unsaturated resin, unsaturated resin, bibium chloride, bobira, and acid fat.

In the image receiving apparatus according to the present invention, it is preferable to use particles for the purpose of forming a cavity for receiving ink. For example, kaon, tac, kao, k, kaon, kaum, potassium, carbonate Inorganic fine particles such as magnesium, titanium dioxide, aluminum hydroxide, gallium hydroxide, zinc oxide, gallium, calcium, aluminium, gallium, alum, mosquito, sesai, venai, tie, etc .; Grease, grease, grease, grease, benzoguanan particles and small hollow particles

 Alternatively, two or more fine particles can be selected and used in combination. The ink may further contain, for example, a thickening, erasing, deterring, releasing, foaming, penetrating, preservative, or hydrating agent. / 4 after ink drying is preferred.

Gravure sting, gravure sting,

 It can be performed by ordinary methods such as writing and annihilation, and it is not particularly limited.

[0071] The method of printing the information of the receiving layer for ink is as follows. For example, using a liquid or an ink, it is possible to print about 400 d in the form of a liquid (), and print the image. You can do much in the ceremony. As described in No. 9 7743, a method using a combination of a stea and a diad having 8 to 36 carbon atoms in the acyl group, and as described in No. 2000 448 57, a liquid dispersing a chemical indica, 9, 2000 297 237 The inks described in 2000 85236 and 5254 can be used.

002 (of)

 In the case of the light card, the print (

), It is possible to print out the information before the notice is sent. It is a sign of.

[0073] The provision of the first, second, third, second, third, and fourth pertaining to the present invention can prevent the dispersal dye containing an excipient from dispersing into the body and prevent elementary substances from being supported. Can be done.

For 004, the tension (S790) is preferably above 96 Pa, and preferably below 96 Pa.

0075, it is preferable to be 2 / upper (especially, 5upper) from the point of view of the result, and from the point of view of the overall sheathing, it is usually ~ 0 /, and preferably 3 to 30.

[0076] Examples of the material for forming the resin include, but are not limited to, botan butter, poppy and butter, pom and butter, tin bipolymer and grease, tin act polymer and grease, and butane starch. With polymer poisons such as polymer polymer grease, stamped-polymer grease, stitch-tin-polymer grease, and stamped-polymer grease This is preferred because of its flexibility.

Further, if necessary, a white pigment may be added to lower the lightness, or coloring may be added to adjust the whiteness.

0078 (of 2)

 The feature of the Ming Card is that after printing the fog information, at least a transparent 2 is provided on the fog information by printing.

0079 of the present invention, also referred to as P (optional), a set of P layers, various types can be suitably used, and offset,

 , Gravure, and cloth on the image receiving surface by a special machine.

[0098] Illustrative examples of P layers that can be used in the light are, for example, trees such as phenolic resin, in-oil resin, and water dis- tribution; Natural oils of arsenic, and also a dryer, and, if necessary, those containing a spiking agent and a constitutional substance, as well as bi-bi polymerized fat, Axute-stin polymerized fat, etc. Acrylic resin used in the form of John, high-grade di-fats, high-grade di-fats, fats of ceramics and their conductors, and types of polymers, and, if necessary, water-soluble agents, plasticizers, waxes, and moisture-proof Some examples include thermosetting P, which is a curable system consisting of bioisoanepoo.

[0098] The mark of the OP layer is applied by an eccentric type, a gravure type or a squeeze type, and after drying, a colorless color is formed.

0082 Set type When applying, for example, gin

 Oils, petroleum oils, kid oils, or oils of these types, such as linseed, tung oil, soybean oil, norin, isoline, achi, carbon, ten, quin, or these It is composed of a compounding agent, a dryer, and a drying agent.

In the case of gravure type application, P may be, for example, acrylic resin, vinyl chloride resin, polyester resin, urethane resin, chlorinated boffin resin, chloride resin, resin chloride resin, resin binder. And a solvent selected from the group consisting of methacrylic acid, methacrylic acid, methine, and methine.

When P is active green onion P, active green onion P can be converted to ultraviolet light or a green onion line, and commonly used Fussed green onion P, Kuskung green onion P or green onion P G-P can be used. The active onion P is basically an onion consisting of a thiosaturated double bond or a thiol. It contains a chemical component, and may contain, if necessary, fats, sensitizers, extenders, and other ingredients. Examples of the active onion, such as tin, saturated double bond, and the like, include (meth) acte, for example, chigji (meta) act, pingjig (meta) act,. Geo (meta) ac, boring (meta) ac, chip (meta) ac, tiptera (meta) ac, peta (tera) ac (meta) ac, pentapenta (kisa) (meta) ) Ak such as) Ak. Mixtures of two or more of these can also be used.

As the light that can be used for the green onion P, commercially available light can be used. Examples of such agents include, for example, Ikia 65, Ikia 84, Dakia 73, Ikia 907, Ikia 369 (top, specialties) Kia X, Kayakia X (top, Japanized) Benzo

4,4 bisthianobenzonone, benzoin, benzote, etc., which can be used alone or in combination of two or more. In addition, it is also possible to use a combination of an aliphatic amine such as thiane, thiamin, and thiocyanatobenzoate after sensitization.

[0086] Resin that can be blended with green onion P

 It is used as necessary to improve the adhesion of printing paper. In such a case, it is possible to use an acid fat, a booster fat, or a petroleum fat, and further to use a resin modified with (meth) acrylic acid. Examples of the (meth) acrylic resin include a (meth) acrylic compound having a (meth) acrylic group in one molecule, a poxy (meth) acrylic resin, and a bio (meth) acrylic resin.

0087 (wearability)

In addition, heat-dissipating dyes or inks It is characterized by the ability to protect the image and the wearability ().

By heating the adherence according to the invention and the formed information to the surface of the image-containing and forehead information, a substantially transparent image is transferred to protect the image.

[0093] The adhesive is formed on the support as being composed of a transparent material, an intermediate layer, an adhesive and the like.

[0099] Examples of 00900 include potin fat, potin fat, potinta nona polymer, postini, potin, poppin, pomethinpentene, etc. Tin-based fats such as bi, povidene, poly-tin, tin-tetra-tin polymer, etc., add-ons such as Nine 6, Nine 6.6, etc., bo-bi, bi-polymer, tin Combination of bipolymers, cyan polymers, pores, carbons, etc., oils such as sesame oils such as sesame, sac, etc. Examples of synthetic resins such as fats, postins, bokeh bones, pores, bobbins, etc., fine wood, granules, acid paper, and metals are the products of these two. The value of 0 to 200 in the light is 5 to 80. Support below 0 is destroyed by transcription, which is a problem. In this light separation,

. [0091] can be provided as needed. The steps include burling, sand brass work, arai work, hitting, and tipping. It may be the difference between the organic material and the equipment. For example, inorganic substances such as mosquitoes described in 33058 in Switzerland, glass described in 296995 in France, and aum and acid salts described in 732 in Britain can be used. As the equipment, the U.S. Pat. No. 2,322 037

625 45 98 98 Bobia described in B44 3643, Bossin ac described in Switzerland 33058, Acne described in US 3079257, and Cabonet described in US 302269 can be used. It may be a method of dispersing and dispersing the composition inside the cloth, or a method of spraying the composition after the application and before the drying is completed. In addition, when adding a plurality of kinds of cutting agents, both methods may be used in combination. When working with this light, it is possible to transfer and apply it on the back surface.

[0092] For example, an acrylic resin having

 Fats, fats such as bobby fats, socks, deodorants, fats, water-soluble bovidone fats, bobia fats, S bobia, methisses fats, hydraceous fats, fats Methine and its properties, such as styrene, acne, uranium, akidon, anon and quin. ,

 And an oil resin such as a resin. Other compounds include fin and foste compounds. Examples of the masin compound include a long aki compound such as a button and a boppi, and a long octa compound such as a button. these

 You can disperse the solution. In the case of copying, a thermoplastic lath may be added. Plastic lath Physically, H-type (Ti-book-po (SBC)), Oin-type (P), U-type (P), Boste-type (P), Bore-type (P), 2 Gins, salts (PC), fluorinated resins, ino resins, chlorinated borons, and other systems have been listed in 996 2996 chemical products (Chemical Daily).

[0093] It is composed of a bookpo 9 Tension is 00 on plastic last is 0

 . In particular, the hydrogenated phase of bossin is also used as a catalyst for tin butanestin (SS) and stainless steel.

 Examples include Pontin (S), Stintin-tintin (SS), Stinopenpintin (SPS), and Schinopenpin (SP).

[0094] If necessary, a thermosetting resin may be used during the transparency or the activation. Physically, boss fat, ac fat, pork fat, quin fat, guanan fat, diata fat, no fat, butyl fat, in fat, run fat, fat, poad fat, and urethane. No.

Polymers of 0095, such as polymers such as polar fats, botan fats, bore fats, postal fats, poxy fats, novolak fats, styrenes, lamethistins, metaxutes and axles, and thermoplastics A combination of booster, natural or any other molecular combination may be used. In addition, it is also possible to use a combination of the molecules described in Osamu Akamatsu, and the compounds of the light-sensitive compounds described in (Mu, 987) and 088 Chemical Products 657-767 (Kogyo Nippo, 988). For the sake of clarity, it is preferable to provide photo-curing for the purpose of protection on the image record, and in some cases,

 It is also possible to have a general formula in addition to or for the curable layer for image recording.

[0096] The curability is not particularly limited as long as it is a material composed of the above-mentioned substances. If curability is used, it is preferred that the cure be pre-set, but in some cases only curable. For 0097 only, 0.3 to 504 is preferred, 0.3 to 30 is more preferred, and 0.3 to 25 is particularly preferred.

It is preferable that the intermediate layer is composed of layers on the intermediate layer. 20

It is possible to further improve the adhesion even if it intervenes as a ply

[0099] For example, vinyl chloride-based fats, booster-based fats,

 Fat, bobira fat, bovia, bokabon, sesame fat, sty fat, c-fat, ad fat, fat, poki fat, butterflies, vocaplan fat , Water, SS fat, SPS fat, and their properties can be used. Among the resins described above, preferred are bis-based fats, booster-based fats, ac-based fats, polar-based fats, styrene-based fats, poxy-based fats, urethane-based fats, polyurethane-based fats, SS-based fats, and SPS-based fats. It is. One of these can be used alone, or two or more can be used in combination. [0101] As a concrete thing, plastic fats, polas and the like, which are made of postin, are preferred. In the middle of the light layer, the soaks on the polymerization include a sock B3BXX2BX5BX55S made by Chemical Industry Co., Ltd. 6000 P etc. are commercially available. The thickness of the interlayer is not limited to the weight before thermosetting, but it is possible to use iso-annealing agent or key for thermosetting. Better . For the middle layer only, 0 ~ 0 is preferred. Other additives may be used. There is no particular limitation. As a result of 0102, it is possible to use

Thiac oil, tin oil, ino resin, bobuta butter, oil, boss oil, booster oil, oil, oil, tackifier (for example, oil, di-, tep-en, petroleum oil) And the like, and polymers and compounds thereof may be used. Physically, as an urtic acid polymer, itec 6254 S 6254B S 329 or the like manufactured by Toho Chemical Industry Co., Ltd. is commercially available. 503, Chemical Industry Co., Ltd. Plus size 20 SR 2 SR 3 J4 made by the company is commercially available. Uti-tachi-ak polymer Ax-ster polymer 9: 2 is preferred, and only the adhesion is 0.

0103 wood, the hula, and the hoss

 It is possible to make a copy of any means that can perform the work while heating. When using a hot stamp as a whole, the surface is heated to 50 to 300oC, and the transfer is performed with heat from 0.5 to 0 at 5 to 50 Pa using a 85 cm diameter mirror. it can.

0104 (Oo information

 In the Ming, it is characterized by printing o-information in various sets.

For example, the o-information may be sexual information such as first name, address, date of birth, and qualification, and the sexual information is usually recorded as character information, and o, conventional, osse, gravure, ku, Screen,,,

 Ink jet type, sublimation type, electronic type, thermal type, and re-transfer type were used. However, it is clearly characterized by lithographic printing.

0106 Offset, the difference in height between parts is almost the same, and it is composed of almost the same plane. The ink is transferred to the printing medium (blanket) once without directly printing the ink on the print from the surface. It is a printing type that transfers to.

 Hussets usually use the so-called fountain solution, which takes advantage of the nature of the water in the ink.

0107 (Offset using process)

The process ink is a combination of inks capable of expressing four colors, i.e., eo, zeta (a), a (Ca), and black (ac). In addition, the printing of hot information is carried out by offsetting using process ink, so that clear and high-quality printing can be performed, suitable for mass production, excellent in durability, and clear for a long time. Maintain that information and personal information It is possible to create a card that can reliably save information.

0108 (offset using special ink located above the area of the ink flow)

 Iki is a color obtained by combining the above-mentioned processes I, Zenta, Ann, and Black, and includes, for example, Iki, P, Oji, etc. .

[0109] Examples of the special ink located above the area of the process ink include an ink, a metallic ink, and a fluorescent ink.

[0110] There is also a method of forming image information using a color ink called an ink whose color changes depending on an angle at which the image of the card is viewed. Ink is formed by pigmenting a child or the like, and has the property of emitting light multiple times through the child. The wavelength of the light, that is, the color is determined by the pod of the metal element, and the emitted light interferes with each other to generate light. In light of this, by using an ink that has the property of coloring due to the reflection of such reflected light in the image information formed on the card, when the created card is copied, the image of the area formed by the ink It is possible to stop the card with a pi without accurately reproducing it. In addition, it is possible to easily determine a legitimate card copy.

0111 Ink contains ink, which used to be used for the side of the pearl shell, but now the fine hook () has a metallized or metallized material. Those coated from the compound of the above are mainly used.

[0112] Examples of the fine hooks include mica, tuck, kaon, oxbis, or glass hooks, SO hooks, and if you are a Serafu hook. O e OSO

 2 2 3

 There is C O z. Among these cases, mica, glass hook,

 3 S 2 O

2 Fuku. Of the fee

The magnitude of the click is ~. As a material for ink, You can make your own, but you can use a market name such as Mek's product name or Shiseido Co., Ltd.'s product name Infikkara.

[0113] As a metal ink used for the card, a printing method that can form a thick image film, has a large degree of metal powder, and obtains a relatively large amount of metal, is preferable. Even if a torsional external force is applied, the magical image is not separated from the stratification.

 It is desirable to adopt a satisfactory image formula. As a technique for forming a metal ink image having such excellent durability, for example, there is a printing technique using a metal ink disclosed in Japanese Patent Application No. 8290646.

[0114] In general, a metallic ink is a metal powder such as a metal powder that expresses a metal flaw by reflecting light, and a metal powder such as an ink that contains a refractive index is changed. Produced. For example, a yellow-colored brass powder is used for the ink. In addition, by adjusting the amount of brass, or by adjusting the color of the foil, it is possible to obtain a brass with a different color such as blue. In addition, powder is used for ink.

[0115] Metallic ink is used by adjusting the degree of metal powder appropriately in accordance with the method of cad.

[0116] As described above, by performing the card formation using the magic information of the O-info, even if the created card is copied with a carafe, even if the created card is copied with the color ink, the impression of the genus of the ink possessed by the regular ink is obtained. Cannot be reproduced. Then, just by adding a metal swath to the tan of the image created on the card, it is possible to determine whether the object is a genuine one at a time.

[0117] As the material of the fluorescent ink, for example, a material having a particle size of 0.7 to 50, an organic material, and a mass of 5 to 45 in mass is used.

[0118] As a raw material, it is very durable and has excellent durability. For example, it is a main component of oxides, oxides, silicates, salts, and salts such as Caaz Cd, and metal elements such as zCSbPb or lanthanides. A material obtained by activating and adding the earth element of the above, for example, 50640, 66 Inorganic optical bodies described in 5226, 6422987, 646607, and 689 can be applied, and examples thereof include SzSCaS and the like.

Rare earth elements such as CePdPSGdbob and other metal ions such as Sb

.

[0119] The compounds of the family and / or those of the same family, which are particularly restricted to the formation of elements, can be used, and any combination can be used as long as it absorbs ultraviolet light and emits light. It is preferred to use an inorganic acid or an inorganic phosphor.

Since the particle size of the material can be reduced, it is easy to ink. For example, derivatives such as dianothibenziphone conductor, azo conductor, quin conductor, azo, zo, zo, vidin, ta, and n, xenin, A compound such as a color such as benzene or a ring of benzene is also included.

[0121] For example, those having an absorption in the wavelength range of 400 to 700 are used, and those having high thermoplasticity (low curing), for example, natural (for example, white matter, mu, Sesame, rack,, starch, di, etc.), visco-fats, lacto-fats, styrene-based fats, boffins, novolak funo-fats, zofuno-fats, fats, la-fats, votas Fats, porosities, and unsaturated polyesters are used, and preferably, photopolymerization or electroactive systems are preferably used for dyeing.

Examples of the special ink that can be used in the light card include, in addition to the above-described ink, for example, an infrared light ink, an ink, a liquid, a hue changing ink, and the like.

0123 (Offset, lithographic offset of formula information outside formula)

Both the offsets specified are formulas outside the lithographic offsets, for example, gravure, ku, suku,,,, Formulas, sublimation formulas, electronic formulas, thermal formulas, and retransfer formulas can be used.

0124 (Offset using naming cab black black)

 The clear, black ink is a mixture of the process inks A, Zeta, and A, for example, as required, without carbon black, which is a black pigment. It was a quiver prepared by the above method.

In 0125, the other elements related to the light will be explained.

[0126] In the description, after printing the o-info, at least a clear second printing provided on the o-info is performed in a formula outside the planographic reset.

[0127] Examples of formulas other than the offset are gravure, que, screen,,, indium, sublimation, electronic, thermal, and retransfer formulas. The effect can be exhibited by printing the 2.

[0128] In addition, it is a planographic set which uses water information and a planographic set which uses dampening water to apply water. [0129] In addition, it is preferable that the plate used for the lithographic offset is a first aid desk.

[0130] In general, in the law of Kara, there is known a square (de od ao) that expresses by the smallness of squares (for example, squares, chins, and louds). However, the tone is controlled by a regular arrangement. However, since the discs are arranged at a constant pitch, problems such as zetta, interference, and the like occur. On the other hand, there is a screen (eec od ao) that randomly arranges the same dots and changes the degree of dotting for a certain area, and can achieve fine print quality by this method. The unit weight is extremely high in the area, so the I have a point.

In recent years, a method has been developed in which a method of using degrees and shapes in accordance with the lightness of an image using points in the dot sequence of each expression of 0131, that is, a word disk.

In the 0132 quad, the density to the density range and the density 90 to 99

 In the area of the idou, a certain size is used like a sukun, and the density is increased. In contrast, the concentration is 0-90. In this area, the size (fixed form) is changed like a screen, and it is randomly arranged like a screen, so that the interference caused by the degree of the screen is reduced.

[0133] The use of a plate made of ADSKON is preferred from the viewpoint of obtaining a high-quality image that is granular and has excellent tone reproduction. In some cases, it is preferable that the surface of the card be resin or transparent. These methods are, for example, the methods described in Untech (990-993.3), and are, for example, U-N-N, dry-lan, N-L And glazing, extrusion, and the like. Further, as the transparent method, for example, gravure, offset, and foil can be used.

[0135] The resins used also include resin resins such as Axe and Metaxte, post-based resins such as Bocintefeta, Bocintefeta, Bocinter, Bocabon, and Bore. Boobi, boviden, bobbide, botin, boppin, bostin, etc., poffin-based grease, nin, boad, etc., gadget, grease Bosone, Boss phone, Bo, Boss, Bora, Bubbles, Pocky, Urethanes, Runs, Akids, Noss, Fats, fats, etc., and it is preferable that the resin forming the skin layer has a small neck-in and a good dough. For example, a high-density button, a button, a button, Bopipi, Boten, Bonte, Bostin, Tin Bipolymer

 A resin-based resin, stee-based resin such as bite-tefta, ino resin, nin, resin and the like. Among them, the boy type is preferable, and particularly, high density button, button, button, button poppin, potene, button, pin-bopin polymer alone or 2 or more It is preferable to mix resin.

[0136] In addition, in one card of the light, in addition to the above, as necessary,

 It is possible to optically stop light. (O ca

a abe e ce) is a binary CG image of the child of the negram, which is characterized by the fact that the image of the line image moves due to movement, rotation, dilation, reduction, 2) an image like ea 3) A color like OS (O ca Sec e ce) changes from gold to color 4) A picture like ((o as co o ca co e ce) What appears to change, 5) Slice O 6) Representation, Nihon Gakkai (998) 35 6 P482-P496 You can maintain the paper by special printing method, special printing, etc. In this light, the program is

.

[0137] Next, Fig. 2 shows an example of an image recording device for recording an image on one card.

[0138] This is the value of the two-image recording device. Image recording in 2

 At 0, the personal card 0 20 is placed at the upper position, and at the lower position, the transparent layer and / or the optical card or the tree is placed.

 70, more transparent layer and / or optical

70 is located. [0139] In card 0, several cards 50 cut into a shape for writing the personal information of the card user are stocked with the surface for recording the truth facing upward. Card 50 Card

 Automatically supplied at a predetermined timing from 0.

At 0140 20, an Ivo cassette 2, a Zetabon cassette 22, an Aribo cassette 23, and a Black ribo cassette 24 are arranged, and recording disks 25 to 28 are arranged corresponding to them. While the personal card 50 is moved by the heat of the Bonn, Zetabo, Avon, etc., an image area having the personal information of the card user is recorded in that area.

[0141] Further, a character bon cassette set 32 is arranged, and information such as the name and the date of the card due to the heat of the character bon is recorded to form an image record.

[0142] In the case where an image having an image and the above-mentioned image are recorded by an ink jet method, the information 20 in 2 is provided with an ink recording dot.

[0143] The transfer cassette 7 is arranged with the layer and the optical or tree 70, and the head 72 is arranged corresponding to the transfer cassette 7. 43 64 and 66 are transferred, and the optical layer and

 Is provided.

[0144] The following is a specific description of the present invention with reference to examples, but is not limited thereto. In addition, unless otherwise indicated, a part represents.

0145

 According to the description above, a matrix card was created for image recording using a disperse dye.

Of 0146 On the surface of a 350 tintefta film (Te S350), white boppin (Ryoyuka Kagaku Bun 25) was provided so as to reach 50 by the Cussione method. Was

 2

 In the direction of W, the subject was treated with W · minutes, and this was supported.

 It consists of the following

 , 2 solution and 3 were placed in this order, and the image was formed by laminating only 0, 2.5, and 5 respectively.

0148 (

 La (Industrial Co., Ltd.) 9 Isoane (Boutan Co., Ltd .: X)

 Mechi "80 copies

 0 copies

 (2

 La (Industrial Co., Ltd.) X 6 Metal ionic compound (: S) 4

 Mechi "80 copies

 0 copies

 Two

 ) S: COC (COOC) C (C)

 3 3 2

 (3

 Polywax (Hoku Kagaku Kogyo Co., Ltd .: Itec 000) 2

 Thiac polymer (Hoku Kagaku Kogyo Co., Ltd .: Itec 625 4) 8

 Methises (f Chemical Industries, Ltd .: S50

 90 copies

of " 30

On the surface opposite to the surface coated with, G65 (manufactured by Oji Co., Ltd.) and 2 solution and 3 consisting of the following are applied in this order. 5 was formed by laminating to 2

0149 (

 Poste (Yobo Co., Ltd .: Inn 200) 8

 Isoane (Boutan Co., Ltd .: NeX)

 Carbon black quantity

 Titanium diacid (Hara Sangyo Co., Ltd .: CR80)

 80 parts of methine

 0 copies

 (2

 Poste (Yobo Co., Ltd .: Ina 200) 4

 Awesome particles 5

 Titanium diacid (Hara Sangyo Co., Ltd .: CR80)

 90 copies

 (3

 Ad (Gaku Kogyo Co., Ltd .: Sand 55) 5 Methano 95 parts

 Character information was printed on the writings made as described above using a dry-off set. , High pressure mercury was about 200㎡

0150 Forecast》

 Samples to 22 were printed on the image receiving device by printing the fol- low information according to the following method.

0151 (for:

Using an Oscillator on an area other than the image recording area After the knuckle () of the sukungu was applied by off-set (Dai Nippon Iki: Daikia) by huset, the iki was hardened by, to produce. , High pressure mercury was about 200㎡.

0152 2 of:

 Offset machine was used above the image recording area

The offset () of the ink is applied by offset ink, crimson and (U.S.A., made by Dainippon Iki Co., Ltd.).

Then, ink was used to prepare 2. , High pressure mercury was 200 equivalents.

0153 of 3:

 After Noku printing and chemical conversion, the sample was prepared by transparently printing Osset P (O) with a lithographic set on the area outside the sublimation image record, and then applying P. . , High pressure mercury was 200 equivalents.

0154 of 4:

 After performing multicolor printing and V-coloring in the product of No.2, the offset P (

 O) was printed with a lithographic fuser and P-cured with, to produce Sample 4. The pressure was about 200 mercury.

0155 (5 of:

 Offset machine was used above the image recording area

 After applying 4 prints using offset ink,,,, (U.S.A., made by Dainippon Ink: Daikia), and applying () on the screen, the offset P (O

) With lithographic offset printing and ink P , Sample 5 was produced. And high pressure mercury was 0 equivalent. 0156 (6 of:

 Offset machine was used above the image recording area

 After offsetting the ink with the red special color ink (C564) color ink (C572) by offsetting (Daikia made by Dainippon Iki Co., Ltd.), transparent and printing offset P (O) by lithographic offset, Sample 6 was prepared by hardening. , High pressure mercury was 200 equivalents. 0157 (7 of:

 Using an Oscillator on an area other than the image recording area

 After applying () on the squeegee with Osse Ink, Beni and (above, Dai Nippon Ink: Kia), the lithographic plate was prepared using orange ink from Zanktec Co., Ltd. The character is printed according to the set, and then it is made transparent and set.

 Sample 7 was prepared by printing P (O) using a lithographic tool and curing the ink P using a lithographic tool. , High-pressure mercury was 200 equivalents.

0158 (8:

 Offset machine was used above the image recording area

 After printing the tan with the following three times by using the offset, the offset is set as transparent.

 P (

 O) was printed using a lithographic offset printer, and was then P-cured to prepare Sample 8. In this case, the pressure was 200 equivalents of high pressure mercury.

0159 (Iki)

 (M, O mother, Product name: od) 20 copies

Oste system ac 68 parts Guided bisphenol No. 0

 Initiation of polymerization 2

 (9 to 6:

 In the manufactures of Nos. 8 to 8, folio printing is performed in the area by lithographic fusing, and before the lithographic offsetting, the following anchors are formed by lithographic fusing and then modified by To 6 were prepared.

0160 (anchor)

 (Dainippon Ink Gaku Kogyo Co., Ltd.) 5 Aku 35 parts Akuo 45 parts

 Initiation of polymerization: Kear 84 (species)

 5.9 copies

 : Idki 0 ・

 : Wax ・ 4

 The high-pressure mercury of the transparent anchor was 20 equivalents.

0161 (7 of:

 9 except that in place of the offset ink, a black ink () of sukug was formed using a carbon black ink containing a carbon material composed of process ink, yellow, and yellow instead of black ink. Similarly, Sample 7 was produced.

0162 (of 8:

 No.4, using Offset Ink,,, (Dainichi Ink, Daikia) in place of Offset, Red and (Upper, Dainippon Ink: Daikia) Sample 8 was prepared in the same manner except that it was formed by the parentheses ().

0163 (9: Sample 9 was prepared in the same manner as in Example 8 except that the dry offset P (O) was printed with a resin in place of the method of printing with a transparent anchor lithographic offset. 0164 (20:

 Sample 20 was produced in the same manner as in Example 9 except that the transparent anchor was printed with a resin instead of the method using a transparent anchor lithographic hues.

0165 (2 of:

 In the case of No. 20 ink, the ink used for washing was replaced with Osse ink,,,, (Dai Nippon Ink, Daikia), and the red ink (564) color ink (572) was used. Specimen 2 was prepared in the same manner as described above, except that the ink was printed on a lithographic offset using an ink based on ink from Inktec Co., Ltd.

0166 (22:

 Sample No. 20 was prepared in the same manner as in the production of No. 20 except that the offset printing was performed by a lithographic printing machine, and the four printings of offset ink,,,, and (O) were performed by a screen ().

 (23 of:

 In the case of No.20, the ink for fountain was replaced with off-set ink,,,,

 Sample 23 was prepared in the same manner as described above, except that the ink was hardened with offset after ink was applied with offset ink (Dainihon Iki: Daikia).

 (24 of:

In the case of No.20, the ink used for fountain ink was changed to off-set ink,,,, Sample 24 was prepared in the same manner as the ink printing except that the ink was printed three times.

 (25 of:

 In the case of No.20, the ink for fountain is replaced with off-set ink,,,, (Dai Nippon Iki, Daikia), and off-set of red special color ink (C564) color ink (C572). Sample 25 was prepared in the same manner as described above, except that the sample was turned on by Daiki Nippon Ink.

 (26 of:

 In the manufacture of No. 20 except that black ink () was formed using carbon black ink containing a carbon material composed of process ink, yellow, and yellow instead of ox ink. In the same manner, a sample 26 was prepared.

 Of ink

 (Ink of

 A sublimation ink was prepared according to the method described above. The following inks, zenta inks, and inks are provided on the 6/10 titan that has been processed so that only the inks shown below can be obtained, and the inks of three colors, i, zeta, and a, are provided. Obtained.

0168 (Iku)

 B (Seo Corporation) 3

 Bobita (Keikagaku Corporation: La 24)

 5.5 copies

 Bo Mechi Me Akbo Sci (Gaku Kogyo Co., Ltd. De GP200)

 Oy (Dai Kogyo Co., Ltd .: Dia SP 205)

 0 ・ 5 copies

70 copies 20 copies

(Zetaik)

 Zeta (Saae a) 2

Bobita (Keikagaku Corporation: La 24)

 5.5 copies

Po Mechi Me Act Bo Su (Gaku Kogyo Co., Ltd. De GP200) 2

U-Tan Oi (Dai Kogyo Co., Ltd .: Dia SP 205)

 0 ・ 5 copies

70 copies

 20 copies

(Unink)

 Ann (Honka Co., Ltd., 36) 3 Potter (Industry Co., Ltd .: La 24)

 5 ・ 6 copies

Pomecchi Akbostin (Gaku Kogyo Co., Ltd. De GP200)

 Oy (Dai Kogyo Co., Ltd .: Dia SP 205)

 0 ・ 5 copies

70 copies

 20 copies

(Ink of

 The following liquids were applied to the prepared 6-titerer cloth so as to have a thickness of 24 and dried to obtain a molten liquid.

(Iku)

 Na wax

Tin polymer (depot: 40) Cabo Black 3 Funo (Industrial Co., Ltd .: 52 5

 of "

 ( of

 On the surface of a titer (25) manufactured by Diamonds Co., Ltd., an intermediate layer and

 In this order, a cloth was dried with a wire tin and dried to produce a transparent material.

0170 ()

 AK (A) Diana BR 87) 5 Potter (S SP): 9 4 5

 50 copies

 After the application, 30 minutes of drying was performed with C.

0171 (interlayer)

 La X5 Tuftex 9 3 (KASEI) 3/5

 Agent: Isoane (made by Nebo) ・ 5 parts Met 20 parts

 70 copies

 After the application of the intermediate layer, drying was carried out with C for 30 minutes. The curing was carried out between 50C and 24C.

0172 (Ya)

 Bobila (Chemical Co., Ltd .: BX)

 Four

 Tuftex 9 3 (KASEI) 4

: Iso-ane (made of Ne x polyurethane) 2 50 copies Mechi 40 copies

 O applied o

 Thereafter, drying was performed at 30C for 30 minutes.

0173 ()

 Ti Chiac polymer (Hoku Kagaku Kogyo Co., Ltd .: S6254B) 8

 BoaXte polymer (2)

 45 parts

 Tano 45 parts

 After the application, 30 minutes of drying was performed at 70C.

[0174] Note that 0.5 was prepared according to the above-mentioned method, 3.0 was used for the intermediate layer, 5.0 was used for the yam layer, and 3.0 / was used for bonding.

0175 (of

 On the surface of the Bochin Theta (525), consisting of the following 2, active, intermediate layer 2

 2 was woven in a wire tin in this order, and dried to prepare a transparent material.

0176 (2)

 Aku (A), Diana BR 87) 5 Bobita (Chemicals, Inc., SSP: 945)

 Met 40 copies

 50 copies

 After the application of 2, the mixture was dried with C for 30 minutes.

0177 ()

 Compound (Shin-Nakamura 9300) 35 parts Activating compound (Shin-Nakamura Gakusha 020) 75 parts

: Kia 84 48 parts

 79 (Dainippon Ink) 0 25 parts

 After applying the activity, the mixture was dried with C for 30 minutes and then irradiated with high-pressure mercury.

0178)

 73 parts of methacrylic acid, 5 parts of styrene, 2 parts of methacrylic acid, 500 parts of tan, and 3 parts of carbon were put in the glass, and the mixture was made 6 times with nitrogen C. Then, 3 parts of thiocyanide and 0 parts of zirconia were added to obtain an activity as an active polymer. Is 7000, acid value is 32

0179 (Interlayer 2)

 La (Chemical Co., Ltd.)

 : Isoane (made of polyester X) ・ 5 parts Methine 90 parts

 After the application of the intermediate layer 2, the mixture was dried with C for 30 minutes. The hardening of the agent was performed between 50C and 24C.

0180 (2)

 Titicac polymer (Hoku Kagaku Kogyo Co., Ltd .: Itek S6254B) 8

 BoaXte polymer (2)

 45 parts

 Tano 45 parts

 After application of No.2, drying was performed at 70C for 30 minutes.

[0181] Note that 0.5 was prepared according to the above method, 8.0 was used for the activity, 0.5 was used for the intermediate layer, and 0.5 was used for the adhesion.

0182 (Kado no》 40

Samples to 26, which were prepared by printing odd information by the method, were reduced in size. Then, using the device described in 2 above, to 26 were prepared in the following order.

0183 (of the statue

 No charge was applied, and the sublimation ink of the above-mentioned sublimation ink was superimposed on the area where the image receiving surface was exposed.・ The material was heated by heating at 3 to 45 dots and 6 dots, and an image of a sexual person was formed on the image.

0184 (Character information

 The standard ink, or the standard ink, is overlaid with the ink of the above-mentioned ink, and the output from the ink side using a saddle is 0, 5W dot, dot, dot, and dot 6. By heating, the material was heated to form textual information.

0185 (of)

 On the surface on which images and characters were recorded by the method, a transparent layer was heated to the surface 200, and transferred by applying heat for 5 to 2 Pa at 5 Pa using a 5 cm diameter flatbed. Then, the transparent layer was heated to a surface temperature of 200 ° C. and transferred by applying heat at 5 Pa for 2 hours at 5 Pa using a 5 cm diameter flatbed to produce 2626.

The composition of Nos. 1 to 26 manufactured by the Company is shown.

0187

Cad's Various values were determined for the manufactured cards ~ 26 according to the following method. 0189

 Using the unit consisting of 2 above, print the image and text information continuously on the sample, and observe the printing trouble caused by the container on the back of the card when transferring the sample. And evaluated the durability of printing according to the following criteria.

0190: No disability was observed at

 : Some cracks are recognized, but the cracks are inconspicuous and practical

C: There are up to two cards that can be seen by looking at them.

 : There are 3 to 9 cards that can be checked to see if they are not visible. However, practically the lower limit is exceeded.: If there are more than 0 cards that can be recognized without failure, it is obvious that there is a failure such as printing or chipping. The card is alive

 : Two or four cards with obvious failures such as chipping and chipping

 G: Cards with obvious failures such as chipping and chipping occur on 5 to 9 cards

 : Cards with obvious failures such as chippings occur on 0 to 20 cards. 1: Cards with failures such as chippings appear on 20 cards.

 ( of )

 Observation was made using the device described in 2, and the value was evaluated according to the following criteria.

0191: Problem

 : Slightly slow, but practically problematic

 C: Oddness is slightly adhered, and the Odds information is peeled off from the image receiving layer on the floor, causing the Odds to be lost.

: Occurrence of off-state information is missing from the 9th degree due to the off-state information being peeled off from the image receiving layer on the floor. : Occurrence of the off-state information is caused when the off-state information is peeled off from the image receiving layer on the floor, resulting in a chip on the off-state information.

 (Aqueous)

 The problematic cad was inspected on running water at a water temperature of C, and the water surface was evaluated according to the following criteria.

0192: Change of previous card

 : Water bubbles are observed without getting inside the card

 C: Clear water bubbles are observed in the card, which is within the practical range

 (Sex)

 The test was conducted in accordance with JS 5400 for the card.

[0193] A one-sided saw blade was formed on the one-sided surface of the upper part, and the cuts were formed at an angle of 30 degrees with respect to the surface at an interval of 90 degrees. A tape (tape) is strongly adhered on top of this, the end is peeled off by hand, and the peeling of the film on the tape with the cut line is observed and measured, and the tape is ranked according to the following criteria. Valued. 0194: The wound is thin and both sides are slippery, and the square eyes at the intersection of the cuts are not frayed

 : Slight separation was observed at the intersection of the wounds, no separation was observed in the square eyes, and the defect was a square 5

 C: Peeling was found at the intersection of both sides of the wound, and it was on the square 5 of the defect.

 : The width of peeling due to scratch is wide, and it is 35 on the square 5 of the defect.

 : The width of peeling due to scratch is wider than rack, square

 Above is 65

 : Peeled, square

The results obtained above are shown in FIG. 0195 [2

C

C

C

 Q

㈹

 Q

A A

A A

A S A

C A

A

A

A

A C

A A A

A

A A

As is clear from AA 01962, it can be seen that the printed surface is excellent in durability, water solubility and properties, as compared with the comparative example, which is composed of 1 card having a clearly defined configuration.

0197 2

 O's 27-52 >>

 As the image receiving for the products of ~ 26 described in

 In the same manner except that the following ink was provided in place of the above, samples 27 to 52 subjected to off-printing were produced.

0198 (of ink

A liquid obtained by adding 0 of phase method power (Aji: A300) with a diameter of about 7 to 35 4351 by using a distorted inductor mixer manufactured by Mitamura Ken Kogyo Co., Ltd. Scattered inside Thereafter, pure was added to adjust the total amount to 435 to prepare. this

 , Are 2.8 and have Tano.

At 0199, at 400 of the above

 , Add the liquid, disperse it in a dish, and use the liquid to

 Was adjusted to 4.8. Furthermore, it was dispersed for 30 seconds under the condition of g seconds in the sard. By finishing the amount of Lica to 630, an almost clear L particle dispersion P was obtained. The obtained particle dispersion P was passed through a CP0 type filter manufactured by Adtex.

0200 and the particle dispersion P 6001

 (Product name: P, Kura Corp. 8 solution 821, (sapon) was added, and further added so that the total volume of the solution became 000.

 Ink was obtained.

At 0201, the ink was applied at 0 above as described in the Examples. After the cloth, dry with 5C wind, 40C,

0202 Image and character information ink

 ( of )

 B)

 C. Gummy 74 20.

 Stylac polymer (0000, acid value 20) 2.

 Jig 5.

 Io 53.

 Were mixed, and the dispersion conditions were adjusted using a bis (astem zeta) obtained by dividing 0.3 by a volume ratio of 60 to obtain a product. The cost was 88.

0203 Zeta)

C. Gummen 22 25 Jokuri 6 (Axic fat, Joso)

 8

 Jig 5

 IO 42

 Were mixed, and the dispersion conditions were adjusted using a bis (astem zeta) obtained by adjusting the volume ratio of 0.3 to 60 by volume ratio to obtain zeta. The amount of Zeta fee was given.

 Ann's)

 C.Gummembran 5: 3 25

 Jokuri 6 (Axic fat, Joso)

 Then 5

 Gusset 0

 Ion 50

 Were mixed, and the dispersion was adjusted by using a bis (astem zeta) having a volume ratio of 0.3 of the divis in 60 to obtain an en. Of the enrollment fee

 Black

 Cabo Black 20

 Thiac polymer (7,000, acid value 50)

 0

 Gusset 0

 IO 60

Were mixed and dispersed by adjusting the dispersion condition using a bis (astem zeta) in which 0.3% of the dibiz was 60 by volume ratio. It was a black charge. A liquid was prepared using the prepared solution.

0207 Equivalent)

 B 5

 CHIG 20

 Chip 0

 (Safino 465 Gakuinsha)

 IO 54.9

 Each of the above compositions was mixed, and the ink was prepared using iterative and iterative methods.

0208 (of Zenta Ink)

 Zenta 5

 CHING 20

 Ching 0

 (Sino 465 Gaku Kogyo)

 Ion 54 ・ 9

 Each of the above compositions was mixed, and a zeta ink was prepared using the following method.

0209 Uninked)

 Ann 0

 CHIG 20

 Chip 0

 (Safino 465 Gakuinsha)

 Io 59.9

 Each of the above compositions was mixed, and an Aike was prepared with a filter.

0210 Black ink)

 Black 0

CHING 20 Chip 0

 (Safino 465 Gakuinsha)

 Io 59.9

 Each of the above compositions was mixed, and black ink was prepared using a filter.

0211 (Kado no》

 Samples 27 to 52, which were prepared by printing FOT information by the method, were adjusted to the card size. Then, cards 27 to 52 were produced in the following order.

0212 (of the image

 In the area where the image receiving surface is exposed and the ink has not been applied, the ink prepared above is stored in the ink cartridge, and then the nozzle 20, the driving wave number 2 z, the number of other nozzles 28, and the same color nozzle 80 d Is

 By using an on-end type ink jumper with a maximum recording of 720 × 720d, an image of a sexual person was formed in multiple inks. Note that, in the description, d represents a dot number of 2.54c.

0213 (for character information

 After the black ink produced above is placed in the ink cartridge on the part of the fixed form or the fixed form, the nozzle 20, the drive wave number 2 z, the number 28 of the streaks, and the same color nozzle 8 dp. The character information was formed by using an on-head type injector having a maximum recording of 720 × 720 dp.

[0214] By the above method, information consisting of image information was provided.

0215 (of)

 Transparent as in the method described in

 Photographs of were carried out to produce cards 27 to 52.

Table 3 shows the composition of the 27-52 cards produced in 0216.

0217 3

Cad's In the same manner as in the method described in Examples, the print durability, water solubility and properties of the manufactured cards 27 to 52 are shown in Table 4, and the obtained results are shown in Table 4.

0219 [

As is clear from the description of the invention, the method of receiving an image to form an ink-jet type multi-ink and forming an image by an ink jet method also has a card having a clearly defined configuration. As in the case of the result, it can be seen that the printing surface is excellent in durability, water solubility and properties.

0221 3

Print the light information prepared in step 2 and apply QUALS (Inktec Co., Ltd.) to the information-only card. The transcription unit performs character information and transcription to produce a card, and In the same manner as in, printing durability, water-based properties, and water quality were evaluated.

Claims

Sought

 In the image receiving, which is capable of forming an image by receiving a diffused dye or an ink on a postal or carbonated image, the image is provided in the above-mentioned special area by a method other than a lithographic method. About

 In addition to the above, the information is printed by a lithographic set,

 A transparent second layer is provided by a method other than lithographic oscilloscope on the printed area where the above-mentioned information is printed, and a diffused dye or ink jet is provided except for the upper front area. Image recording by recording

 Made of CAD.

2. The card according to claim 1, wherein the fog information is carried out by fusing using process ink.

3. The card according to claim 1, wherein the fog information is performed by a fusing using a special ink located above the area of the special color / excess ink in the fog information.

4. The card according to claim 1, wherein in the forging, the fogging information is performed by a set using at least some carbon black ink.

The card according to claim 1, wherein the expression other than the offset is an expression in any one of steps 5 and 2.

6 Made of the card described in the section requesting that the edition to be set is an adscone.

7 After steps 2 and 3, The card according to claim 1, wherein the protection is provided above and above the area.

8 It is characterized by the fact that it

 Made of card described in item 7.

9 On the surface where the above is not provided on the bos

 The card made of card according to the above item, which has a process. 0 Post or Cabinet on the surface where the above is not provided.

 The card made of card according to claim 8, characterized by having a process. A card having an image-receiving image which can be formed by receiving a diffused dye or an ink on a postal or carbonaceous material.

 The information provided by the method other than the lithographic method, the information provided by the lithographic method on the above, and the information provided by the method other than the lithographic method on which the information is printed. A specific area where a second color is provided, and an area where the image recording of the diffusible dye and the ink is performed is excluded.

 A card characterized by having:

 2 Use the process key for fog information.

 The card according to the item, wherein the card is performed by:

 3. The card according to claim 1, wherein the color information is obtained by a fusing using a special ink located above and outside the area of the special color ink.

4 The card described in the claim, which is characterized by the fact that the information is obtained by fusing using at least some kinds of cab black ink. The card according to claim 1, wherein one of 5 and 2 is determined by an equation.

62. The card according to claim 1, characterized in that the card has protection except for the area 2 and the area.

7. The card according to item 6, wherein the card has adhesive fat.

8. The card according to claim 1, wherein the card has a surface on which the substrate is not provided on the substrate.

9. The card according to claim 6, wherein the card is provided on a surface of the post or the carbon fiber which is not provided with the above.