KR20160005454A

KR20160005454A - Transfer paper manufacturing process

Info

Publication number: KR20160005454A
Application number: KR1020140084371A
Authority: KR
Inventors: 김정열; 진재옥; 서택수; 박문일
Original assignee: 김정열; 박문일; 진재옥; 서택수
Priority date: 2014-07-07
Filing date: 2014-07-07
Publication date: 2016-01-15

Abstract

The present invention relates to a method for manufacturing a transfer paper. More specifically, by forming a plurality of special printing layers to overcome difficulties in forming a silicon coating layer on an upper surface of fabric and printing thereon with a conventional art, printing is easy and a clearly printed transfer layer can be obtained. In addition, by using a special method when manufacturing a transfer paper, various types of objects such as pigments, dye, disperse dye, fluorescence, foaming, luminescence, nightglow, gold, silver, copper, aluminum foil, pearl, sparkle, metallic, glitters, five-colored metal, glass beads, plastic glass beads, sand, leather, pulverized powders, fiber thread, short-cut hair, bead nacre, jade, ceramic powders, etc. are planted on the transfer layer, thereby perfectly transferring the various types of objects to a subject. Also, a selected object among the various types of objects is evenly planted on the transfer layer, automatically, or printed and plated by using the special method using a high pressure static electricity generation apparatus or the like. Therefore, more precise and beautiful high quality transfer paper can be obtained.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a transfer paper manufacturing process,

More particularly, the present invention relates to a method for producing a transfer paper, which is very easy to print and provides a clean printed transfer layer, which enables to transfer various objects to a subject to be transferred perfectly, The present invention relates to a transfer sheet manufacturing method for enabling a high-quality and high-quality transfer of precise and beautiful images.

Generally, in order to manufacture a transfer paper as described in Patent Application No. 10-0321941, conventionally, a PE coating layer is formed on a raw paper such as paper, and a silicon coating layer is formed on the surface of the PE coating. However, since the printing paper has a slippery surface, printing is not easy.

In order to solve the slip and to facilitate the printing, the silicone coating layer was coated with starch powder and compound, and then printed. In such a method, the printed matter was dropped during printing due to starch or compound in the storage and working processes And printing defects, such as printing errors, occurred frequently.

In order to prevent the printed matter from falling off, the release paper is inserted between the transfer paper sheets so that the printed matter adheres to the rear surface of the paper or the like, so that the printed matter does not fall off. The manufacturing and storage of the transfer paper was very inconvenient as a whole. Even in the case of the manufactured transfer paper, the printing state was not precise and clean, and therefore there were not a few technical shortcomings to obtain a high quality and high quality transfer paper.

Korean Patent Registration No. 10-0321941.

The present invention has been made to solve the above problems, and it is an object of the present invention to provide a method for forming a silicone coating layer on a top surface of a fabric by simply forming various special printing layers, It is possible to obtain a very easy and clean printed transfer layer and it is possible to transfer the transfer layer by using a special method in manufacturing the transfer paper such as various pigments, dyes, disperse dyes, fluorescence, foaming, phosphorescence, luminous, gold, silver, copper, Such as sparkle, metallic, sparkling, shiny metal, glass beads, plastic glass beads, sand, leather, ground powder, fiber yarn, short cut hair, bead mother of pearl, jade and ceramic powder to be perfectly transferred to the subject It is possible to automatically and evenly transfer the selected objects among the various objects to the transfer layer by a special method using a high-voltage static electricity generator or the like The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a method for manufacturing a transfer support which can obtain high quality and high quality transfer paper with more precision and beautifulness.

As a specific means for achieving the above object, a fabric is made of paper or a synthetic resin film, corona treatment is performed, a release agent layer is formed on the bottom of the fabric, and a synthetic resin having good adhesiveness is formed on the upper surface of the fabric, Printing and coating of all or part of letters, figures, patterns, and shapes transparently with a roll-troll press capable of gravure printing coating or screen printing coating of printing ink prepared by making materials in paste form in liquid and viscous state A non-conductive layer forming step of forming a primer non-conductive layer having good adhesion and printability;

A releasable printing ink and coating paint made of silicone or releasing wax, chlorinated paraffin oil, glycols, plasticizer, or the like, separately prepared on the upper surface of the primer non-conductive layer, A release agent layer forming step of forming a release agent layer by printing and coating;

On the upper surface of the release agent layer, a resin or a paste containing a synthetic resin material, which has a softening point and a melting point and generally destroys in a spiral shape, shows a tendency to flow when an external force is applied as an organic compound, The ink and coating materials obtained by mixing aerosol, talc, kaolin, chitosan, ceramics, calcium carbonate, coconut oil, jade, mineral products and quencher are printed and coated using a roll tread printing machine An aerosol layer forming step of forming an aerosol layer;

The hard printing inks of various colors prepared in liquid or viscous paste form on the upper surface of the aerosol layer are printed in multiple colors using a screen printing coating, a sealing printing coating, a gravure printing coating, and a roll trol printing machine capable of offset printing, A hard printing layer forming step of forming a hard printing layer by thinning the primary color printing, the natural printing and the coating so as to greatly color the color;

The hard printing ink prepared in liquid or viscous paste on the hard printing surface is printed and coated using a roll-trol printing machine capable of screen printing coating, sealing printing coating, gravure printing coating and offset printing coating to form a thin hard printing A soft print layer forming step of forming a soft print layer for changing the soft print property;

In addition to the above soft printed layer, various decorative dyes and pigments, dyes, foams and minerals or gold, silver, copper powder, glass beads, glitter, ceramics which emit far-infrared rays useful for the human body, A resin finishing printing layer forming step of printing a printing ink prepared by mixing to form a resin finishing printing layer; And

A step of forming a thermally fusing powder adhesive layer in which an adhesive is printed on the whole or a part of the upper surface on which the resin-finished printed layer is formed, and a thermally fusible powder adhesive layer is formed on the upper surface thereof,

In addition, a release agent layer is formed on the bottom surface of the fabric, and a synthetic resin material having good adhesiveness according to the material type of the fabric is applied to the upper surface of the fabric in a liquid state and in a viscous state, The printing ink prepared in the above-mentioned manner is printed and coated in whole or in part with a letter, a picture, a pattern, and a shape using a roll-trol printing machine capable of gravure printing coating or screen printing, A non-conductive layer forming step of forming a primer non-conductive layer;

A releasable printing ink made of silicone or separately prepared waxes in a solution or paste form, chlorinated paraffin wax, glycols, plasticizers and a coating material having a releasability (releasability) on the top surface of the primer non-conductive layer can be applied by gravure printing coating or screen printing A release agent layer forming step of forming a release agent layer by printing and coating using a roll tread press capable of coating;

On the upper surface of the release agent layer, a resin or a paste containing a synthetic resin material, which has a softening point and a melting point and generally destroys in a spiral shape, shows a tendency to flow when an external force is applied as an organic compound, Paintings, patterns and shapes are printed and coated using a roll-trol printing machine, which is made by mixing aerosol, talc, kaolin, chitosan, ceramic, calcium carbonate, An aerosol layer forming step of forming an aerosol layer;

The hard printing inks of various colors prepared in liquid or viscous paste form on the upper surface of the aerosol layer are printed in multiple colors using a screen printing coating, a sealing printing coating, a gravure printing coating, and a roll trol printing machine capable of offset printing, A hard new layer formation step of forming a hard printed layer by thinning the primary color printing, the natural printing and the coating so as to greatly color the color;

A soft printing ink prepared as a liquid or viscous paste on the upper surface of the hard printing layer is printed and coated by using a roll tread printing machine capable of screen printing coating, sealing printing coating, gravure printing coating and offset printing, A soft print layer shaping step of forming a soft print layer for changing the print layer to a soft print property;

A conductive material powder made of gold (silver), copper (silver), copper (copper), or aluminum (conductive material) at a selected place other than the soft printed layer is mixed with the adhesive, Conductive (conductive) points, conductive printing points by printing an adhesive printing ink, conductive points for forming an adhesive layer, and an adhesive layer forming step;

Only the above conductive (conductive) points and the upper surface of the adhesive layer are sprayed by hand with powder of natural fiber, plastic hair, glass beads, glitter, and pigment powder, or alternatively, they are uniformly planted on the top surface of the adhesive layer by electric force using an electrostatic machine A powdery water model layer formation step of forming a powdered water model layer; And

A step of forming a hot-melt powder adhesive layer is performed in which an adhesive is printed on the whole upper surface or a part of the upper surface on which the powdery waxy layer is formed or a pattern of a pattern of letters and the upper surface thereof is sprayed with a powder of hot- ,

In addition, a release agent layer is formed on the bottom surface of the fabric, and a synthetic resin material having good adhesiveness according to the material type of the fabric is applied to the upper surface of the fabric in a liquid phase and viscous state, Printing, printing, printing, printing, printing, printing, printing, printing, printing, printing, printing, printing, printing, etc. A non-conductive layer forming step of forming a primer non-conductive layer on the substrate;

A releasable printing ink made of silicone or separately prepared waxes in a solution or paste form, chlorinated paraffin wax, glycols, plasticizers and a coating material having a releasability (releasability) on the top surface of the primer non-conductive layer can be applied by gravure printing coating or screen printing A release agent layer forming step of forming a release agent layer by printing and coating using a roll tread press capable of being coated;

On the upper surface of the release agent layer, a resin or a paste containing a synthetic resin material, which has a softening point and a melting point and generally destroys in a spiral shape, shows a tendency to flow when an external force is applied as an organic compound, Formation of an aerosol layer that forms an aerosol layer by printing and coating letters, figures, patterns, and shapes using a roll-trol printing machine with ink and coating paint mixed with aerosol talc, kaolin, chitosan, ceramic, calcium carbonate, step;

A soft printing ink prepared as a liquid or viscous paste on the upper surface of the hard printing layer is printed and coated by using a roll tread printing machine capable of screen printing coating, sealing printing coating, gravure printing coating and offset printing, A soft print layer forming step of forming a soft print layer for changing the print layer to a soft print property;

The conductive powder, which is made by powdering gold, silver, copper, and aluminum, which are conductive (conductive) materials, in a portion other than the soft print layer, that is, a selected place, is mixed with the adhesive, (Conductive) point, a conductive (conductive) point by printing an adhesive printing ink, a conductive point for forming an adhesive layer, and an adhesive layer forming step;

A conductive metal body made of gold, silver, copper, nickel, aluminum or aluminum or a thin film state only on the conductive (conductive) point and the upper surface of the adhesive layer is spotted by an electric force using a separate plating machine, and a metal plating film layer is formed on the upper surface of the adhesive layer A metal plating film layer forming step And

An adhesive is printed on the entire top surface or a part of the upper surface on which the metal plating film layer is formed or in the shape of a letter, figure, or pattern, and a thermally fusible powder adhesive layer is formed on the upper surface thereof to form a thermal fusing powder adhesive layer As shown in FIG.

As described above, in the method of manufacturing the transfer paper of the present invention, a paper (ground) or a synthetic resin film (transparent) fabric is subjected to a corona treatment and the release agent layer is formed on the bottom of the fabric. Transparent printing ink And forming a primer non-conductive layer having improved adhesion and printability by performing a primer treatment on a non-printed area by coating to form a releasable printing and coating paint having releasability (releasability) on the top surface of the non-conductive primer layer And the printed pictures, texts, shapes, patterns and the like are more clean and elaborate than those cut and cut by the cutting knife when the printing is clean on the upper side of the releasing agent layer and the transition (separation) An aerosol coating layer is formed so as to be precisely transferred to the subject, and various other special printing layers are formed, Forming a silicone coating layer on the fabric is simply the top surface and is very easy to print completely overcome the difficulty at the time of printing on the upper surface thereof and which will achieve the effect of obtaining the transfer layer of clean printing.

It is also possible to print dispersed pigments and dyes on the transfer layer by a special method in the manufacturing of transfer paper or to use various pigments, dyes, fluorescent, foaming, luminous, luminous, gold, silver, copper, aluminum foil, pearl, sparkle, metallic, It is possible to plant various objects such as colored metal, glass beads, plastic glass beads, sand beads, leather crushing powder, fiber thread, short cut hair, chitosan, ceramic, cubic, hologram, Of course, the selected objects among the various objects are automatically and uniformly plated or plated on the transfer layer by a special method using a high-voltage static electricity generator or the like, thereby providing a high-quality, high-quality transfer paper that radiates far- It is possible to obtain a mass production effect.

1 is a process chart of a first embodiment of a method for manufacturing a transfer paper of the present invention.
FIGS. 2A to 2H show a first embodiment for manufacturing a transfer sheet of the present invention. FIG.
3 is a process chart of a second embodiment of the method for manufacturing a transfer paper of the present invention.
4A to 4D show a second embodiment for manufacturing the transfer paper of the present invention.
5 is a process chart of a third embodiment of the method for manufacturing a transfer paper of the present invention.
6 to 6 show a third embodiment for manufacturing the transfer paper of the present invention.
Figs. 7A to 7C are views showing an embodiment for manufacturing a transfer paper in which a hot-melt powder adhesive layer is formed on a subject of the present invention. Fig.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms and the inventor may appropriately define the concept of the term in order to best describe its invention It should be construed as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It should be understood that various equivalents and modifications may be present.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

First, referring to the first embodiment,

1 is a process chart of a first embodiment of a method for manufacturing a transfer paper of the present invention.

Referring to FIG. 1, in the non-conductive layer forming step (S100), the fabric 1 is made of paper or a synthetic resin film or the like and corona-treated as shown in FIG. 2A. 1, a release agent layer 1 'is formed on the bottom surface, and a synthetic resin material having good adhesiveness according to the material type of the fabric 1 is formed on the top surface in paste form in a liquid state and a viscous state, , A pattern, a pattern, and the like are printed or coated in whole or in part transparently to form a primer non-conductive layer 2 having improved adhesion and printability.

The releasing agent layer forming step S200 is a step of forming a releasing agent layer on the top surface of the primer non-conductive layer 2, as shown in Fig. 2C, by using silicone having releasability (releasability) or separately prepared waxes of a solution type or paste, The releasing agent layer (3) is formed by printing and coating using various printing and coating machines using a roll tread printing machine capable of gravure printing coating or screen printing coating, and a printing ink and a coating material which are releasable such as oil, glycols and plasticizer .

At this time, the release agent layer 3 may be formed on the upper surface of the primer non-conductive layer 2 printed and coated according to the purpose, as well as on another part or whole surface and the bottom surface of the primer non-conductive layer 2, And a coating paint is printed and coated once or twice or more as needed.

In the air-roll layer forming step S300, when an external force is applied to the upper surface of the release agent layer 3 formed as described above as a RESIN organic compound on the entire surface or a part of the surface as shown in FIG. 2D, Ink and coatings made by mixing aerosol, talc, kaolin, chitosan, ceramics, calcium carbonate, coconut soil, light extinguishing agent, inorganic chemicals, minerals, etc., in a synthetic resin liquid, which usually has a softening point and a melting point, The paints are printed and coated with letters, figures, patterns, and shapes using a roll-troll press to form the aerosol layer (4).

The hard printing layer forming step S400 is a step of forming hard printing inks of various colors, which are formed on the upper surface of the aerosol layer 4 in a liquid phase or a viscous paste phase, as shown in FIG. 2E, Printed in multiple colors using a roll-to-roll press capable of printing coatings, gravure printing coatings, offset printing coatings, and thinning of dots, primary color printing, natural printing and coating to form a hard-printing layer 5,

The soft print layer forming step S500 is a step in which the soft print ink prepared in liquid or viscous paste form as shown in Fig. 2F is applied to the upper surface of the hard print layer 5 by screen printing coating, , A gravure printing coating, and a roll tread printing machine capable of an offset print coating, thereby forming a soft print layer 6 that changes the thinly formed hard print layer 5 into a soft print property.

As shown in FIG. 2G, the resin-finished print layer forming step (S600) is a step of forming a resin-finished print layer (S600) in which portions other than the soft print layer 6, that is, various disperse dyes and pigments or dyes or gold, , Glitter, ceramics, and jade are selectively mixed to form a resin finishing printing layer (10) by printing printing ink.

Finally, in the step of forming the heat-utilizable powder adhesive layer (S700), finally, the adhesive 7a is printed on the entire upper surface as shown in Fig. 2H, and sprayed with heat- And then a fused powder adhesive layer 7 is formed.

The thus-prepared transfer paper is completed with various decorative objects such as ceramics and jade, thereby transferring the far-infrared ray which is beneficial to the human body.

3, the releasing agent layer 1 'is first formed on the bottom surface of the fabric 1 in the same manner as shown in FIG. 4A, A non-conductive layer forming step (S110) for forming a primer non-conductive layer (2) on the upper surface of the substrate (1), a release agent layer forming step (S210) for forming the releasing agent layer (3) A hard printing layer forming step S410 of forming the hard printing layer 5 described above and a soft printing layer 6 forming the soft printing layer 6 described above, A conductive material such as gold, silver, copper, aluminum powder, or the like as shown in FIG. 4B is formed in a portion other than the soft printed layer 6, Conductive (conductive) points obtained by mixing the conductive powder through which the conductive powder passes, and the adhesive, or by mixing the conductive powder with a synthetic resin material, (Conductive) point, the conductive point for forming the adhesive layer 20, and the adhesive layer formation step (S610) are printed by printing the adhesive printing ink, and then the conductive (conductive) point , Various powdery materials such as hairs, glass balls, glitter, and pigment powders (various kinds) are sprayed on the upper surface of the adhesive layer 20 by hand or evenly sprayed by electric power using a separate electrostatic machine to obtain the powdery water- The adhesive 7a is printed on the entirety of the upper surface as shown in FIG. 4D, and the thermally fusing powder adhesive powder 7b is sprayed on the upper surface thereof to form a heat A powder adhesive layer formation step (S810) for forming a fusible powder adhesive layer (7) may be performed to form a transfer paper on which the powdery fancy layer (30) is formed.

5, the non-conductive layer forming step S120, the release agent layer forming step S220, the aerosol layer forming step (step S220) The flexible printed layer forming step S520 and the conductive points and the adhesive layer forming step S620 are carried out after the soft print layer forming step S420 and the soft print layer forming step S420 Silver, copper, nickel, aluminum, or the like in a powder or thin film state only on the upper surface of the adhesive layer 20 in a separate plating machine (not shown) (S720) of forming a metal plating film layer 40 on the upper surface of the adhesive layer by using the adhesive agent 7a (not shown) on the entire upper surface as shown in FIG. 6 ) Is printed on the surface of the heat-fusing powder adhesive layer (7) and the heat-fusing powder adhesive layer (7b) (S820) for forming a heat-bonding powder adhesive layer (S820) to form a metal plating film layer (40).

In the meantime, the present invention can be manufactured by mixing two or more of the resin finishing printing layer 10, the powder layer 30 and the metal plating layer 40 in the production of the above-mentioned transfer paper, 7A to 7C, only the resin finishing printing layer 10, the powdery water visual layer 30 and the metal plating film layer 40 are formed on the fabric at the time of manufacturing the above-mentioned transfer sheets, The adhesive 7a is printed on the upper surface of the subject 100 in a desired letter, figure, pattern and shape and the hot melt adhesive powder 7b is sprayed on the upper surface of the hot melt adhesive layer 7, To form a transfer paper.

Here, the subject 100 is formed with a heat-fusing powder adhesive layer 7 on the upper surface thereof for the sake of clarity and then turned over.

The manufacturing process of the transfer sheet of the present invention and the manufacturing method of various mixed materials used in the manufacturing process will be described in more detail.

The ground cloth 1 may be made of a paper material made of a paper material such as a bamboo paper, a copper paper, a mono paper, a snow white paper or a graph paper, or a polyester paper, a polycarbonate paper, a polyethylene paper, a polypropylene paper, A synthetic resin film material made of synthetic resin such as polyvinylidene chloride film, polyethylene terephthalate film, nylon film, ethylene vinyl acetate copolymer film, ethylene vinyl alcohol copolymer film, cellulose acetate film, cellulose ionomer and polybutylene terephthalate And / or thin lamellar fabrics or holograms of gold, silver, copper, iron, lead aluminum, or the appropriate composites of such materials,

The upper surface of each of the ground cloths 1 is subjected to a corona treatment, and a primer coating and a printing on the upper surface thereof are performed by a gravure printing method or a screen printing method. In this case, when the primer coating and the printing ink are produced, But are not limited to, polyester resin, ester resin, phenol resin, xylene resin, urea resin, melamine resin, epoxy resin, alkyd resin, polyurethane resin, polysulfone resin, PPO and Noryi resin, ionomo, polyimide, polyamideimide resin, PPS resin, polybutyl terephthalate, petroleum resin, monolithic rubber, CKR, guaroline resin, rosin, maleinic acid resin, rosin-modified maleic acid resin, acrylic rubber, urethane thermoplastic elastomer, polyester series plastic elastomer, vinyl chloride series A thermoplastic elastomer adhesive such as a CR elastomer, a polyamide thermoplastic elastomer, a synthetic rubber, CR, BR, SBR and IR, Acrylic adhesives, acrylic emulsion adhesives, polyvinyl ethylene ether adhesives, vinyl acetate resin (solution type) adhesives, crooprene adhesives, neoprene adhesives, nano-plex adhesives, nano-plex adhesives, Use of one or more of adhesives, El box adhesives, polyamide adhesives, natural rubber adhesives, isocyanates, silicone rubber RTV adhesives, Nylon 6, 610, 66, 12 and polyvinyl butyral adhesives Beckle is mixed with stabilizer, plasticizer, filler, lubricant talc, aerosol, dazzle, deoxidation calcium, antistatic agent, etc., and the ink is prepared in paste form in liquid and viscous state using solvent and diluent. JIS plastic term K6900 synthetic resin plastic paint and glue are used in the production of printing ink, Printing and coating of the whole printing and coating of gravure printing or screen printing method, printing and coating of transparent (colorless ink) printing, Begin with primer coating and printing to print and coat with unprinted areas.

The Beckle constituting the primer ink and the coating material may be selected from the group consisting of a material used as a beige constituting a coating and printing with a releasing paint, an aerosol coating and printing, an offset printing ink, a gravure printing ink, a screen printing ink, And the synthetic resin material should be selected and used in addition to the above-mentioned Viechle according to the physical properties (kind of material) of the gas.

The releasing agent layer 3 to be printed and coated on the upper surface thereof is formed by applying corona treatment and primer coating to the fabric 1 and releasing agent (peelable) coating and printing gravure printing and coating machine or screen printing and coating machine Coating and printing with various coatings and printing machines. Primer coating and printing on the upper side or coating and printing on the whole surface where the printing and coating are not done. Depending on the purpose, the releasing agent is coated and printed on the entire bottom surface to form a release agent layer You may.

The mold release agent may be selected from the group consisting of fluororesins, silicones, silicone compounds, silicone varnishes, synthetic resin materials such as silicone, various waxes, fish oil, terfenafil, glycols, light oil, cottonseed oil, paraffin, paraffin oil, stearic acid, A plasticizer, a silicone oil type, an emulsion type,

(Releasable) coating solution (solution type) by mixing one kind or two kinds or more of a paste type, a water-soluble type, soybean oil, lanolin, hardening oil, grease, glycerin, linseed oil, And printing is performed one to three times so that there is no disruption to the release.

In the case of such release agent coating and printing, silicone can be used as a release coating, and when a releasing ink is prepared and coated and printed, an offset printing and coating machine, a gravure printing and coating machine, a screen printing and a coating It is possible to improve the printing property when printing and coating with various printing and coating machines such as machines and the like, and in particular, when a releasing paint is prepared and used when aerosol coating is carried out, the purpose of promoting the action of the releasing agent and the aerosol coating Examples of the method for producing the releasing agent (releasable) paint include JIS plastic term K6900 plastic paint, paint, ink, polyurethane resin, epoxy resin, melamine resin, and epoxy resin which are main materials and are divided into thermosetting resin and thermoplastic resin. Alkyd resin, phenol resin, xylene resin, urea resin, ion exchange resin, polysulfone, Polyamide resin, polybenzimilazole, PPS resin, PPO and NORYI resin, polybutylene terephthalate, polystyrene and ABS resin synthetic rubber, vinyl chloride resin, vinylidene chloride resin, vinyl acetate resin, poly Vinyl alcohol, polyvinyl acetal, polymethyl methacrylate, polyacrylate, polyamide, polyester (saturated polyester), polycarbonate, polyether. Polyvinylidene chloride resins, isobutylene maleic acid copolymer resins, ketone resins, guaroline resins, xylene-formaldehyde resins, PVB polyvinyl ethers, polyvinylidene chloride resins, , PVF polyethylene oxide, polytetraphene resin, VP, photosensitive resin, glyoxycyclovinyl polymer, methacrylic resin, TPX, buddiene resin, FEP resin, ABS resin, ABS · PVC self-extinguishing resin, EVA, Vinyl acetate copolymer resin, ethylene vinyl acetate copolymer resin, ethylene vinyl acetate copolymer resin, E-PVC, MBS resin, chlorinated polyethylene, chlorinated polypropylene, VAC, vinyl acetate resin, phenoxy resin, Polyamide resin ~ 6, 66, 610, 11, 12, powdered polyethylene, PPO, guanamine resin, DAP resin, vinyl ester resin, urethane resin for paint, urethane resin adhesive, urethane elastomer Liquid rubber, liquid polyisoprene, CR, 2PB, polybutylene terephthalate, polybutylene terephthalate, liquid polyisoprene, liquid polyisoprene, various types of thermoplastic elastomers such as polyimide resin, furan resin, (MC), ethylcellulose (BC), ethylhydroxy, ethyl (meth) acrylate, ethylhexyl acrylate, acrylate, low molecular weight polystyrene, low molecular weight polyethylene, low molecular weight polypropylene, polybutene, polyhydroxol, polyolefin, cellulose powder, A stabilizer, an antistatic agent, a plasticizer, an antistatic agent, an antistatic agent, an antistatic agent, an antistatic agent, an antioxidant, an antioxidant, an antioxidant, an antioxidant, an antioxidant, an antioxidant, an antioxidant, Wax, silicone oil, silicone resin, silicone modified varnish, paraffin, stearic acid, glycol oil, chlorinated paraffin oil, light oil, glycerin, synthetic glycerin, soybean oil, tung oil, lanolin, cotton fiber, MEK, MEK, DMF, benzene, various ethers, ethers, esters, glycols, aromatics, and the like as a solvent and a diluent are prepared by kneading one or more kinds of additives, (3) by dissolving in a solvent such as toluene, glycerin, butyl cellosol, etc., and diluting to prepare a viscous paste or liquid, and then coating and printing to form one or more of the above listed raw materials Or by laminating and coating by hot melt extrusion such as polyester (PET), polypropylene (PP), polyethylene (PE), and ethylene-vinyl acetate copolymer resin, or by using an ethylene-vinyl acetate copolymer (EVA) , Modified ethylene / vinyl acetate copolymer (EVA hydrolyzate) ethylene / vinyl acetate / vinyl chloride grafted synthetic resin superficially dissolved in a solvent and a diluent or coated with an aqueous emulsion type resin By printing it is also possible to form a release agent layer (3).

In the case of the aerosol layer 4 formed on the upper surface after the release agent layer 3 is formed as described above, the plastic term KS, M3000 resin (RESIN) As organic compounds, alkyd resins, phenol resins, urea resins, melamine resins, unsaturated polyester resins, epoxy resins, acrylic resins, and the like, which tend to flow when an external force is applied and have a softening point and a melting point, , Polyvinyl chloride resin (PVC), vinylidene chloride resin, vinyl chloride paste, vinyl acetate resin, vinyl ester, polyurethane resin, polysulfone resin, PPO and NORYI resin, imonamo resin, polyimide, polyamide resin, Alicyclic resin, dodazole, monolithic resin, petroleum resin, CKR, guarin resin, maleinic acid resin, urethane-halogenated elastomer, polyester thermoplastic elastomer, Based adhesive, a butyl acrylate-based adhesive, a polyvinyl chloride-based adhesive, an acryl-based emulsion-based adhesive, a vinyl acetate-based (solution type) adhesive, a butyl acrylate-based adhesive, a polyurethane- One or two or more kinds of adhesives, El box, neoprene, nano plex, nylon 6, 610, 66, 11, 12, natural rubber adhesives, glue adhesive, polyinobutylene, furan resin, oligo- It can be used as stabilizer, plasticizer, filler lubricant, foaming agent (silicone), antistatic agent, solvent, anion, MIBK, MEK, DMF, nitrobenzene, various ethers, ethers, esters, aromatics, It is melted in cellulose and dissolves in diluent, and is made into paste or liquid form in a viscous state. It is made into aerosol, silicon, coconut oil, , Or a mixture of two or more of the above-mentioned materials, such as natural or synthetic fibers, talc, clay, acid clay, bentonite, talc, calcium carbonate, alumina, mica, ceramics, chitosan, The release agent is coated and printed on the upper or whole surface, a part of the surface is coated and printed according to the purpose, and the aerosol coating and printing which radiates the far-infrared ray which is beneficial for the human body is performed.

The reason for performing the aerosol coating as described above is that the upper surface of the aerosol layer 4 has good printability at the time of printing and the printing ink is printed when the printing is performed in the form of letters, pictures, patterns, shapes, colors, (Separating) from the releasing agent layer 3, the whole is not transferred, and only the specific letter, figure, shape, pattern, printed matter required is transferred, It is clearer, more elaborate, and more precise that letters, pictures, shapes, and patterns are transferred to the subject than the cuts made with the cut.

The hard printed layer 5 formed on the upper surface of the aerosol layer 4 after the formation of the printing ink so that the printing ink is printed as described above can be formed of a phenol resin, a xylene resin, a urea resin, a melamine resin, a vinyl acetate resin, Polyamide resin, polyurethane resin, polysulfone PPO and NDRYI resin, ionomo, polyimide, polyamideimide, polybenzididazole, PPS resin, polybutyl terephthalate, vinyl chloride ( Polyvinylidene chloride resin, polyvinylidene chloride resin, polyvinylidene chloride resin, polyvinylidene chloride resin, poly methacrylate, polyacrylate, cellulosic water, superfluid, celluloid, cellulose adhesive and powder, cellulite nitrate, cellulosic acetate , And the above baked bees are kneaded with a stabilizer, a dispersing agent, an extender plasticizer, an infrared stabilizer, a filler, a hardener, a talc, an aerosol, an ultraviolet stabilizer, The hard printing ink and the coating agent are mixed in a paste form or in a liquid form by mixing one or more kinds of materials such as monolithic rubber, petroleum resin, CKR, guarin resin, rosin, malein phosphate resin and rosin denatured maleic acid resin Hard printing ink is used.

The soft printed layer 6 formed on the upper surface of the hard printed layer 5 has a critical influence on the aerosol layer 4 and the hard printed layer 5 by soft printing and coating, Layer.

Therefore, the soft printing and the coating are the same as the printing ink and the coating liquid of the aerosol layer 4 and the hard printing layer 5, and have the same homogeneity and the same plastic synthetic resin solvent diluent is used It is used for the selection of natural resin and synthetic resin polymerization method by solution polymerization graft polymerization. It is also made by emulsion polymerization. JIS plastic term K6900 is a polymer material made by synthesis of synthetic resin, and it is main raw material for plastic paint adhesives. Resin, and thermoplastic resin. It is made of synthetic plastic resin by polymerizing natural polymer and synthetic polymer polymer. Saturated polyester resin, polystyrene and ABS resin, synthetic rubber, vinyl chloride resin (paste) vinyl chloride resin, vinyl acetate Resin, polyvinyl alcohol, polyvinyl acetal, poly An epoxy resin, an alkyd resin, an epoxy resin, an epoxy resin, an epoxy resin, an epoxy resin, a phenol resin, a xylene resin, an urea resin, a melamine resin, an unsaturated polyester resin, The present invention relates to a resin composition comprising a silicon resin, a polyurethane resin, an ion exchange resin, a polysulfone, a PPO and a NORYI resin, an ionomer resin, a polyimide, a polyamideimide, a polybenzimidazole PPS resin, a polybutylene terephthalate, Polyvinyl ether, PVF, polyethylene oxide, polyvinylidene chloride, polyvinyl alcohol, polyvinyl alcohol, polyvinyl chloride resin, polyvinyl chloride resin, Polyvinyl chloride resin, polyvinyl chloride resin, polyvinylpyrrolidone resin, VP, photosensitive resin, glyoxycyclovinyl polymer, methacrylic resin, TPX, butadiene resin, FEP resin, ABS resin, ABS- Vinyl acetate copolymer resin, ethylene vinyl acetate copolymer, vinyl acetate copolymer resin, E-PVC, MBS resin, chlorinated polyethylene, chlorinated polypropylene, VAC, vinyl acetate resin, phenoxy resin, polyamine Sulfone, polyamide-6,66,101,11,12, powdered polyethylene, PPO, guanamine resin, DAP resin, vinyl ester resin, urethane resin for paints, urethane resin adhesive, urethane rubber, thermoplastic elastomer, Based elastomer, a polyamide-based thermoplastic elastomer, a polyester-based plastic elastomer, EPM 占 EDPM, NaBDC, NnMDC, DEU, MBT, a nitrile rubber-based adhesive, a fluorinated thermoplastic elastomer, a fluorinated thermoplastic elastomer, a vinyl chloride thermoplastic elastomer, A melamine resin adhesive, an inorganic adhesive, a cellulose adhesive, an aqueous vinyl urethane adhesive Based adhesives, epoxy-based adhesives, hot-melt adhesives, a-olefin resin adhesives, urea resin adhesives, vinyl acetate resin (solution type) adhesives, vinyl acetate resin emulsions Adhesives, foams, pressure sensitive adhesives (polyvinyl ether, isobutyl ether, polyisobutylene, SBR butyl rubber, isoprene chloroprene rubber, vinyl chloride copolymer, chlorinated rubber, polyvinyl butyral, etc.) Natural rubber adhesives, chloroprene adhesives, Phenolic resin adhesives, Exhaust adhesives, Polyurethane adhesives, CERACs, Various water spots, Adhesives, Various oil dyes, Adhesives, Polyimide resins, Furan resins, Adhesive polymers, DCPD resins, Petroleum resins, Liquid BR, SBR, NBR, Rio Liquid polyisoprene, CR, 2PB, oligoester acrylate, low molecular weight polystyrene, low molecular weight polyethylene, low molecular weight (MC), ethylhydroxyethylcellulose (EHEC) CMC, CMEC, HEC, HPC, silicone modified varnish (for point bonding), acetylcellulose, polyglutamic acid (P2G), and the like. The plastic synthetic resin polymer material is mixed with various plasticizers, stabilizers, antistatic agents, ultraviolet ray protectors, glycols, paraffins, aerosols, talc, calcium carbonate, silicone oil foams DEP, DEP, anhydrous dodecyl phthalate, BBP, DOP, BXA, styrenic acid plasticizers, epoxy plasticizers, ODP, trimellitic acid Plasticizers, various plasticizers such as plasticizer, TDCPP, TBXP, TBP, TCEP, TCP, TCPP, TOP, TEP, TPP, DIDA, DCPD and DIDP, various plasticizers, various antioxidants, And the mixture is mixed well with two or more kinds of solvents to make the properties of the ink to be in a satisfactory state for printing. The solvents AENON MIBK, benzene, cellulosol, MEK, DMF, TO diluent XY, glycols, thinners, One or more kinds of esters, polyglycerin fatty acid esters, propylene glycol fatty acid esters, polyoxyethylene, polyoxypropylene polymers, etc. are dissolved and diluted to prepare a paste or solution in a viscous state and used as a soft ink and a coating agent There are various pigments, dyes, fluorescent, foaming, phosphorescent, luminous, gold, silver, copper, aluminum foil, pearl, sparkle, metallic, glitter, colored metal, glass beads, plastic glass beads, Yarn, short-cut hair, and the like, or by kneading two or more kinds of knitted fabrics to express colors and three-dimensional effects, or to print dots, glue, It is plated with glass beads, sand, etc. or by using conductor printing.

In this case, the point and adhesive printing are printed by the screen printing method, and the printing area is printed with the full or the film used for printing the text, picture, shape and pattern on the positive and negative plates, (2), a releasing agent layer (2), a releasing agent layer (2), a releasing agent layer (2), and a releasing agent layer 3, the aerosol layer 4, the hard print layer 5, the soft print layer 6, the conductive (conductive) point, and the adhesive layer 20, that is, Or on the upper surface selected as the shape of the picture or floral pattern, or on the upper surface of the portion where the volume is not printed on the sound plate, and the adhesive is printed on the top surface, and various powdery substances such as hair, glass beads, glitter, pigment powder Point, adhesive The manufacturing method is JIS plastic term K6900 synthetic resin plastic paint adhesive, synthetic resin material which is main raw material, melamine resin dots, adhesive, nitrile rubber adhesive, inorganic adhesive, cellulose point, adhesive, aqueous vinyl urethane point, adhesive, cyanoacrylate Based adhesives, sealant adhesives, acrylic emulsion points, adhesives, SBR points, adhesives, epoxy resin point adhesives, thermal bonding adhesive powders, a-olefin resin adhesives, urea resin adhesives, vinyl acetate resin (solution type) Vinyl resin emulsion adhesive, adhesive, glue adhesive, polyvinyl ether, polyvinyl ethyl ether. Polyisobutylene-based, natural rubber pressure-sensitive adhesive resin, SBR, butyl rubber, chloroprene rubber-based pressure-sensitive adhesive, vinyl chloride-vinyl acetate copolymer, chlorinated rubber, polyvinyl butyral natural rubber adhesive, , Emissive adhesives, polyurethane adhesives, polyester adhesives, ELBOX, neoprene, nano plex, nylon 6,610,66,11,12 polyamide, polyisocyanate, silicone rubber point adhesives, various plasticizers, various glycols , Polybutene, lubricant, stabilizer, silicone oil, foaming agent, silicone compound adhesive, silicone RTV, rubber, polyester, Guarmaron CKR, maleinic acid resin, adhesive paint, polyester based thermoplastic elastomer, fluorinated thermoplastic elastomer, Based elastomer, an olefin-based elastomer, a urethane-based elastomer, and a polyamide-based elastomer elastomer. The above- CR, BR, SBR, synthetic rubbers, point binders (polyvinyl ether, isobutyl ether, polyisobutylene, butyl rubber, isoprene chloroprene, isoprene rubber), maleic anhydride resin, rosin resin, CKR, Rubber, polyvinyl chloride copolymer, chlorinated rubber polyvinyl butyral, etc.) natural rubber adhesives, cerlock, etc. One or two or more UV point adhesives celluloid are mixed to reinforce point adhesion and plasticizers, catalysts, curing agents, fillers, aggregates, It is possible to knead one or more kinds of silicone, stearic acid, fish oil, tung oil, wax, clicol synthetic glycerin, soybean oil, non-drying oil, oil, A water-based, oil-based, ink is prepared and used as a point-stick adhesive having good both-side properties for good adhesion.

The powdery material forming the powdery water-repellent layer 30 is produced by processing various kinds of materials made of natural or synthetic resin plastic materials, and is made by finely or shortly cutting natural fibers, synthetic fibers, natural leather, artificial leather, Made of round and round glass beads and those obtained by plating and finishing of gold, silver, copper, nickel and aluminum foil, fiber flour, plastic egg, various pigment powders, foaming, fluorescence, luminescence, phosphorescence, luminous Ceramics, optical compounds (minerals) that emit far infrared ray which is beneficial for human body, sand, metal egg, glitter, gold, silver, copper, aluminum powder, pearl, mother liquor, autumnal metal, cubic, metal, spankle, Etc., can be sprayed directly by hand using the hand, or it can be planted with a separate electrostatic machine (high-pressure machine) or sprayed with various kinds of objects Says Lu.

Such powdery material is printed and coated on the primer non-conductive layer 2, the release agent layer 3, the aerosol layer 4, the hard print layer 5, the soft print layer 6, the conductive points and the adhesive layer 20 Printed and uncoated prints made of printing plate made of parts, volumes and plates other than one can be printed or mixed with printing ink by spraying and spraying the powder in a place selected from letters, pictures, patterns and shapes. In the case of powders made of conducting conductors, which can cause static electricity such as hair, fiber fur, and sand, electrostatic machines (high-pressure machines) are used, and static electricity And the powdered material becomes a nonconductive non-conductor, and the object which does not flow through the electricity is made of metal, silver, copper, aluminum powder or melted All of the acetic acid is mixed with lactic acid, acetic acid (vinegar), white algae, salt, and iron to make a conductive conductive material. This material is then electrostatically charged by using the negative electrode and the positive electrode of the electrostatic machine, Strength points, evenly distributed in the adhesive.

When using the electrostatic machine to plant the powder, the screen is printed with metal mesh (wire mesh), and the powdered material is planted only on the selected part such as the shape of the picture pattern.

In order to form the powdery water-repellent layer 7 after forming the powdery water-repellent layer 30 by uniformly dispersing the powdery material to selected portions by various methods as described above, the powdery water- An adhesive 7a is printed on the entire surface or a part of the surface of the adhesive 7a by screen printing and the thermal adhesive powder 7b is sprayed on the upper surface of the adhesive 7a to complete the transfer sheet of the present invention.

On the other hand, the method of plating gold, silver, copper, nickel, and aluminum foil on the conductive (conductive) point and the adhesive layer 20 is performed by a plating machine using an electric force. In the case of nickel, a solution obtained by mixing 250-300 g / l of sulfamic nickel and 60 g / l of boric acid is formed under the conditions of a liquid temperature of about 80 ° C and a current density of 6Amp / dm 3, In the case of copper, electrodeposition can be carried out by electrical processing at 200 g / l of lactic acid, 50-60 cc / l of lactic acid, and 1,5 Amp / dm3 of current density.

As another method of plating, a film material such as a synthetic resin film, polyester, PC, PP or the like is washed with an accessory mixed with 4 / liter of chlorite and 5 cc / liter of hydrochloric acid, 10 g / A mixed solution of 5 g / L of sodium hydroxide and 20 cc / L of ammonia water, 10 g / L of glucose and 5 cc / L of formalin was sprayed to form a special conductor layer. On the upper surface of this conductor layer, When a metal such as gold or silver is electrodeposited by electroplating, a metal pattern plating layer can be formed very simply.

The reason why the adhesive 7a is first printed on the upper surface of the powdery waxy layer 30 or the metal plating film layer 40 and the thermal bonding powder 7b is sprayed on the upper surface of the powdery waxy layer 30 or the metal plating film layer 40, 100), so that the transfer paper is made commercially feasible.

As a method for forming the heat-fusing powder adhesive layer 7, an adhesive 7a is printed, and a polyamide, Nylon 6, 66, 610, 11, 12 powder nanopress, CKR powder, Using the heat-sealable powder adhesive, the above-described base plastic synthetic resin material is used as the adhesive and the powder adhesive powder for heat fusion (7b) to enhance adhesion.

The hot melt adhesive powder 7b is sprayed onto the adhesive 7a and pressed with a silicone roller or a press so that the hot melt adhesive powder 7b is embedded into the adhesive 7a and the hot melt powder adhesive 7b and the adhesive 7a are slightly melted to form the heat-fusing powder adhesive layer 7.

At this time, the transfer sheet without adhesive forms the heat-fusing powder adhesive layer 7 to the subject 100 by printing the adhesive 7a layer and the heat-fusing powder adhesive powder 7b by a screen printing method in the above-described manner.

As described above, the present invention can be applied not only to the printing of an adhesive in the above-described transfer paper manufacturing operation but also to the production of a heat-resistant powder adhesive (7) The finished transfer paper is printed with an adhesive such as the layer 7, and is manufactured as an ordered product to be processed in the form desired by the purchaser. The adhesive is not printed such as the heat-fusing powder adhesive layer 7, The adhesive-free sheet, such as the hot-melt adhesive layer 7, can be printed on the whole or a part of the surface of the sheet in the form of letters, There are no pictures, patterns, or shapes. It is used for applications that are made to order (made by adhesive printing) It can be used.

Here, in the case of a sheet without an adhesive such as the hot-melt powder adhesive layer 7 and without an adhesive, i.e., a sheet such as a hair, sand, glass beads, gold, silver, copper, mother-of-pearl, pigment, pearl, Silver, copper, nickel, aluminum foil, or the like, such as the above-mentioned powders, such as powder, granules, eggs, metal, sponge, natural fiber, The sheet is obtained by kneading a powder adhesive on a heat-resistant adhesive having good adhesiveness to various objects 100 made of various materials such as various kinds of materials such as various kinds of fibers, metals such as iron plate wood, leather, plastic fabric and molded product, paper (various kinds) The printing form frame is printed with a printing or brush, printed, dried and placed on a subject 100 having the heat-fusing powder adhesive layer 7 formed thereon and pressurized with an iron (iron) or a hot press to be transferred to the subject 100 It is necessary.

Accordingly, in the case of a sheet without an adhesive such as the heat-fusing powder adhesive layer 7 and without an adhesive, the pattern desired by the user is directly drawn, printed, drawn, or patterned using a point adhesive, Since the subject (100) to be transferred is pressed with iron or the like and can be stuck with a very simple method, it is very suitable for a personal use or education teaching material which is not easy to order. It is advantageous in that the sheet printing is performed in advance and the work can be immediately performed when ordering the work of the transfer paper.

For example, a transfer sheet (adhesive-free sheet) synthetic fiber bag is cut shortly, the transfer sheet is prepared by using the object as a fusing medium, an adhesive is printed on the subject 100 and dried, and the transfer sheet is placed on the top surface thereof and transferred A transfer sheet printed with a disperse dye on the upper surface of the transfer sheet or the transfer sheet on which the transfer medium is stuck to the subject 100 or a dispersed transfer sheet made by printing a color, a letter, a picture, a pattern, , Or the transfer of the disperse dye sheet onto the upper surface of the transfer sheet (transfer sheet) is carried out, or the adhesive is printed on the upper surface of the transfer sheet by a brush or screen printing method, The transfer paper which is applied and pressurized by an iron (iron) or a thermal press is a synthetic fiber white yarn (polyester white fiber yarn, TC, AC white fiber yarn, PC, etc., white cotton, silk and other natural fibers are coated with synthetic resin), and various colors, pictures, letters, patterns and shapes are transferred, For the teaching materials, you can draw with various brushes so that you can create various painting colors with glue.

Here, the ink and paint color liquid adhesive is a resin which is well mixed and penetrated by the disperse dye in the plastic synthetic resin K6900 used as the above-mentioned synthetic resin K6900 paint, paint, ink and adhesive, polyester resin, PC, acrylic vinylidene chloride resin, one of the above-mentioned synthetic resins in the above-mentioned synthetic resins such as pu, alginate, polyamide, methacrylic resin, resorcinol resin, glyoxycyclovinyl polymer, vinyl acetate copolymer resin, PVF, FEP resin, PPS resin, PPO and Noryi resin, Or a mixture of two or more kinds. Depending on the application, it selects oily water and chooses oily or aqueous water well. So it does not contaminate the environment hormone, dioxin and other substances, that is, ink, adhesive, coating, paint, In the manufacturing method of the transfer paper which does not exist, the sheet which is well mixed with water and oil is selected and mixed. After printing or brushing with a brush and forming a color picture pattern by using a brush, use a brush or printing adhesive layer on the top.

In addition, the ink and the paint prepared as described above are coated on a piece of paper to make a color piece repeat, that is, a pattern is formed, and a dispersed transfer sheet printed by an obtuse, gravure, screen, A pattern, a pattern, a shape, a piece of color, and a repetition pattern on an upper surface of a minute transfer medium and then printing the adhesive on the subject 100 and drying the subject 100, (Iron) and hot press, or a synthetic resin material in which disperse dyes are well mixed and permeated. A method for coating water and oil on the subject 100 is to coat the subject 100 with a foil coating or screen printing, A method of transferring a transfer sheet of a disperse sheet on a top surface on which a pattern is printed, and the like, can be applied to a transfer printing method which can be used for decoration, (Transparent ink which can not penetrate the disperse ink and the coating material) in the production of the dispersed transfer ink and the coating clear coating material by the production method of the above-mentioned synthetic resin paint paint adhesive, one or more kinds The disperse dye is a water-soluble resin. Therefore, the disperse dye is dissolved in a dispersion dye such as 95% ethyl alcohol or ether ethylene glycol monobutyl, ether ethylene chlorohydrin, etc., and 2-ethylhexanemolyl chloride or the like , A polymerizer is added and kneaded, and a plasticizer, a glycol, a glycerin, a dispersant, a lubricant, a stabilizer, a filler, and an antistatic agent are mixed and a surfactant and ethylene glycol are added. Transparent coatings and printing inks are dispersed in aqueous, oily, and neutral synthetic resin materials with disperse dyes Acrylic Pu, PVC, ionomer resin, polyamide, vinyl acetate, cellulosic, etc. Disperse dye-permeable resin materials are selected as a mixture of one or more kinds of disperse dye-permeable paints and inks. (Disperse dye) inks and transparent coatings for screen printing inks used as transparent coatings and foil screen printing inks are prepared and used as transfer medium inks and paints.

1: Fabric 1 ': Release agent layer
2: primer nonconductive wire layer 3: releasing agent layer
4: aerosol layer 5: hard printed layer
6: soft print layer 7: thermal bonding powder adhesive layer
7a: Adhesive 7b: Heat-fused powder adhesive powder
10: resin-finished printing layer 20: conductive point, adhesive layer
30: Powdery water model layer 40: Metal plating film layer
100: Subject

Claims

The releasing agent layer 1 'is formed on the bottom surface of the fabric 1 and the upper surface of the fabric 1 is formed with a material according to the material type of the fabric 1 The printing ink prepared by making a synthetic resin material having good adhesiveness in a liquid state and a viscous state in paste form can be printed in a whole or a part by using a roll tread printing machine capable of gravure printing coating or screen printing coating A non-conductive layer forming step (S100) for forming a primer non-conductive layer (2) which is printed and coated with the primer non-conductive layer (2) to improve adhesion and printability;
(Releasable) on the top surface of the primer non-conductive layer 2, a releasable printing ink made of a solution or paste wax, a chlorinated paraffin oil, a glycol, a plasticizer, A releasing agent layer forming step (S200) of forming a releasing agent layer (3) by printing and coating using an apparatus;
The upper surface of the release agent layer (3) is a solution type, which is a synthetic resin material, which is a material that has a softening point and a melting point and tends to flow when an external force is applied as a resin, The ink and coating materials obtained by mixing aerosol, talc, kaolin, chitosan, ceramics, calcium carbonate, coconut oil, jade, minerals and quenching agents on the paste are printed on a roll trolley to print, An aerosol layer forming step (S300) of forming a coated aerosol layer (4);
Using a roll trol printer capable of screen print coating, seal printing coating, gravure print coating, and offset print coating, hard printing inks of various colors prepared in liquid or viscous paste form on the top surface of the aerosol layer (4) A hard printed layer forming step (S400) of forming a hard printed layer (5) by printing and thinning the halftone dot, primary color printing, natural printing and coating so as to greatly color the color;
A soft printing ink prepared in liquid or viscous paste form on the upper surface of the hard printing layer 5 is printed and coated by using a roll tread press capable of screen printing coating, sealing printing coating, gravure printing coating, and offset printing coating A soft print layer forming step (S500) of forming a soft print layer (6) for changing the thinly formed hard print layer (5) to a soft print property;
In the portion other than the soft print layer 6, that is, in the selected spot, various disperse dyes and pigments, dyes, foams and minerals or gold, silver, copper powder and glass beads, glitter, ceramics which emit far- A resin finishing printing layer forming step (S600) of forming a resin finishing printing layer (10) by printing a printing ink prepared by mixing decorative objects; And
In which an adhesive 7a is printed on the whole or a part of the upper surface on which the resin-finished print layer 10 is formed and thermally fused powder adhesive powder 7b is sprayed on the upper surface thereof to form a heat- (S700) of forming a powder adhesive layer on the surface of the transfer sheet.

The releasing agent layer 1 'is formed on the bottom surface of the fabric 1 and the upper surface of the fabric 1 is formed with a material according to the material type of the fabric 1 The printing ink prepared by making a synthetic resin material having good adhesiveness in a liquid state and a viscous state in paste form can be printed in a whole or a part by using a roll tread printing machine capable of gravure printing coating or screen printing coating A non-conductive layer forming step (S110) of forming a primer non-conductive layer (2) having good adhesion and printability by printing and coating with a non-conductive layer
(Releasable) on the upper surface of the primer non-conductive layer 2, a releasable printing ink made of a solution or paste wax, a chlorinated paraffin oil, a glycols, a plasticizer, and a coating material separately prepared by gravure printing (S210) for forming a release agent layer (3) by printing and coating using a roll tread press capable of screen print coating;
The upper surface of the release agent layer (3) is a solution type, which is a synthetic resin material, which is a material that has a softening point and a melting point and tends to flow when an external force is applied as a resin, Paint, pattern, and shape on a paste using an ink and coating paint mixed with aerosol, talc, kaolin, chitosan, ceramic, calcium carbonate, coconut oil, Forming an aerosol layer (4) by coating (S310);
Using a roll trol printer capable of screen print coating, seal printing coating, gravure print coating, and offset print coating, hard printing inks of various colors prepared in liquid or viscous paste form on the top surface of the aerosol layer (4) A hard new layer formation step (S410) of forming a hard printed layer (5) by printing and thinning the halftone dot, primary color printing, natural printing and coating so as to greatly color the color;
A soft printing ink prepared in liquid or viscous paste form on the upper surface of the hard printing layer 5 is printed and coated by using a roll tread press capable of screen printing coating, sealing printing coating, gravure printing coating, and offset printing coating A soft print layer shape step (S510) of forming a soft print layer (6) for changing the thinly formed hard print layer (5) to a soft print property;
A conductive material powder made of gold, silver, copper or aluminum, which is a conductive material (conductive material) in a portion other than the soft print layer 6, that is, electrically conductive, is mixed with a point or an adhesive, Conductive (conductive) points obtained by printing mixed printing dots, conductive (conductive) points printed by the adhesive printing ink, conductive points forming the adhesive layer 20, an adhesive layer forming step (S610);
The above conductive (conductive) points and the upper surface of the adhesive layer 20 are hand-sprayed with powder of natural fibers, plastic hairs, glass balls, glitter and pigment powder, or they are sprayed by electric force using a separate electrostatic machine, (S710) to form a powdery waxy layer (30); And
A heat-fusing powder adhesive (7) for forming a heat-fusing powder adhesive layer (7) by printing an adhesive on an entire upper surface or a part of the upper surface of the powdery shade layer (30) Layer forming step (S810).

The releasing agent layer 1 'is formed on the bottom surface of the fabric 1 and the upper surface of the fabric 1 is provided with a releasing agent layer 2 on the upper surface of the fabric 1 according to the material type of the fabric 1 The printing ink prepared by making a synthetic resin material having good adhesiveness in a liquid state and a viscous state in a paste form can be printed in all or part of a letter, a figure, a pattern, and a shape using a roll- A non-conductive layer forming step (S120) of forming a primer non-conductive layer (2) which is transparently printed and coated to improve adhesion and printability;
(Releasable) on the upper surface of the primer non-conductive layer 2, a releasable printing ink made of a solution or paste wax, a chlorinated paraffin oil, a glycols, a plasticizer, and a coating material separately prepared by gravure printing (S2200) for forming a releasing agent layer (3) by printing and coating using a roll-to-roll press capable of screen-printing coating;
The upper surface of the release agent layer (3) is a solution type, which is a synthetic resin material, which is a material that has a softening point and a melting point and tends to flow when an external force is applied as a resin, An aerosol layer 4 formed by printing and coating letters, figures, patterns, and shapes on a paste by using a roll tread press with an ink and coating paint prepared by mixing aerosol talc, kaolin, chitosan, ceramic, calcium carbonate, Forming an aerosol layer (S320);
Using a roll trol printer capable of screen print coating, seal printing coating, gravure print coating, and offset print coating, hard printing inks of various colors prepared in liquid or viscous paste form on the top surface of the aerosol layer (4) A hard printed layer formation step (S420) of forming a hard printed layer (5) by printing and thinning the halftone dot, primary color printing, natural printing and coating so as to greatly color the color;
A soft printing ink prepared in liquid or viscous paste form on the upper surface of the hard printing layer 5 is printed and coated by using a roll tread press capable of screen printing coating, sealing printing coating, gravure printing coating, and offset printing coating A soft print layer forming step (S520) of forming a soft print layer (6) for changing a thinly formed hard print layer (5) to a soft print property;
The electrically conductive powder obtained by powdering gold, silver, copper, and aluminum, which are conductive (conductive) materials, in a portion other than the soft print layer 6, that is, a selected spot, is mixed with the adhesive, (Conductive) point by printing an adhesive printing ink to form a conductive point; a conductive point for forming the adhesive layer 20; an adhesive layer forming step (S620);
The conductive metal point having the gold (Au), copper (Ni), aluminum (Ni), aluminum (Au), or aluminum thin film state on only the upper surface of the adhesive layer 20 is applied to the upper surface of the adhesive layer by means of a separate plating machine, A metal plating film layer forming step (S720) for forming a film layer 40; And
The heat-melting powder adhesive layer (7) is formed by printing an adhesive on the entire upper surface or the part of the upper surface on which the metal plating film layer (40) is formed, And a powder adhesive layer forming step (S820) is performed.

Wherein the transfer paper comprises a resin finishing printing layer (10), a powdery water visual layer (30), and a metal plating film layer (40).