JP6573365B2 - PRINTING OBJECT TRANSFER METHOD, AND MANUFACTURING METHOD FOR DECORATIVE WITH TRANSFER PRINTING OBJECT - Google Patents

Description

  The present invention is intended for printing on a surface of a material to be transferred such as a mixture of wood, wood powder (wood piece) and resin, etc. having relatively large irregularities on the surface. Printing object transfer method for transferring printed objects such as designs, photographs, characters, etc., and a transfer printing object on which the printing object is depicted by transfer on the surface of a decorative object as a transfer object Related to decorations.

  Foliage plants such as cactus, succulents, and pothos are part of the interior and have unique effects such as creating a relaxing space that softens people. ,It has increased. Among them, there are people who place the whole houseplant in which a flowerpot planted with a houseplant is put in a dedicated pot case as a decoration in the room. Such a pot case is formed with various designs such as those in which the outer surface of the case is painted in pastel colors, or in which the design is depicted on the outer surface of the case by sticking or painting a sticker so that the foliage plants can shine. . In particular, wooden bowl cases depicting designs painted in a relatively blurry manner in retro and antique styles are widely supported by enthusiasts.

  On the other hand, Patent Document 1 discloses a technique for freely transferring a color image printed by an ink jet printer onto a transfer material other than print paper. In this technique, on the surface of a paper substrate, a first transfer paper in which a water-soluble paste, an adhesive layer, a synthetic resin layer, and a water-absorbing resin layer are laminated in this order, and on the surface of a sheet-like substrate. A second transfer paper in which a release layer and a thermoplastic resin layer are laminated in this order is used. The color image is drawn on the water-absorbing resin layer of the first transfer paper. After the drawing, the synthetic resin layer of the first transfer paper and the thermoplastic resin layer of the second transfer paper are polymerized and heat-pressed. Then, the water-soluble paste of the first transfer paper is impregnated with water to separate the paper base material and the adhesive layer, and then the adhesive layer of the first transfer paper is polymerized and pressure-bonded to the surface of the transfer material. The In the second transfer paper, the sheet-like substrate is peeled from the thermoplastic resin layer together with the peeling layer.

  In Patent Document 1, among the first transfer paper, the adhesive layer, the synthetic resin layer, and the water-absorbing resin layer are all formed of a transparent material, and the thermoplastic resin layer of the second transfer paper is formed of a white material. Once formed, the color image can be transferred through the transferred material. When the synthetic resin layer of the first transfer paper is formed of a white material and the thermoplastic resin layer of the second transfer paper is formed of a transparent material, this color image is formed on a non-transparent dark transfer material. Can also be transferred. In the received image transferred to the transfer material, the beauty of the color image printed by the printer is kept clear as it is.

JP 2002-264597 A

  However, in the technique of Patent Document 1, when printing a color image to be transferred onto a transfer material, a commercially available plain paper with high versatility cannot be used, and it is necessary to use a dedicated first transfer paper. Technology is expensive. In addition, if a pattern is drawn with a transfer technique of Patent Document 1 on a bowl case formed of a material with relatively large irregularities on the surface, such as wood, the image ink may not adhere in an appropriate state. There is a risk that distortion will occur in the pattern transferred to the.

  In addition, personal computers (commonly known as “personal computers”) and printers connected to them are now widely used, and since the favorite designs can be printed and output freely from a personal computer to a printer, bowl cases are sold. The technical development of the houseplants was strongly desired by shoppers so that they could easily and inexpensively create original wooden bowl cases depicting their favorite designs at the store. In the technique of Patent Document 1, the color image printed on the first transfer paper by the ink jet printer has a beautiful and clear image quality, but the color image moves to the transfer material while maintaining the image quality state. Will be described. Therefore, in order to satisfy the above-mentioned requests from the enthusiasts, the technique disclosed in Patent Document 1 uses a design that gives warm vision, such as a vague image quality, sepia tone image quality, and antique tone image quality. It is technically difficult to describe the image in a wooden bowl case with large irregularities. On the other hand, even if the patterns such as shabby image quality, sepia tone image quality, and antique tone are depicted on the surface of the case with large unevenness by sticking a sticker or painting, the warm touch and sight are difficult to convey to people. .

  The present invention has been made in order to solve the above-described problems. Even when a print object is transferred and depicted on a surface-shaped transfer object having relatively large unevenness, the preference printed on paper is preferred. A printing object transfer method capable of transferring a printing object to a transfer object with a texture at low cost and easily, and a decorative object with a transfer printing object to which such a printing object is transferred The purpose is to provide.

  In one embodiment of the present invention made to solve the above-described problem, a print object printed by a printer on a surface of a paper material as an input-side base material is a transfer target that is an output destination of the print object. In the printing object transfer method for transferring and superimposing on the surface of the substrate, the input-side base material is obtained by laminating a paste-cured layer in which water-soluble glue is dried on the surface of the paper material. An adhesive that is printed on the outer surface of the glue-hardened layer, that the colorant that forms the printing object does not bleed on the glue-hardened layer, and that can adsorb the colorant. The paste cured layer is applied to the surface of the transfer object, and the print object is adhered to the outer surface of the adhesive layer formed by the adhesive, and the adhesive cured layer is adhered to the print object and then penetrated with water. Forming a softened release layer and bonding with the release layer The colorant of the printing object in the release layer is adsorbed from the release layer and transferred to the adhesive layer by the adhesive force of the adhesive layer. It is characterized by this.

  According to this aspect, the surface of the object to be transferred has a surface shape such as a surface shape having irregularities to the extent that the surface is relatively rough for tactile sensation, and a surface shape such as a curved surface, a corner portion, and an R-shaped corner portion. However, there is no need for special equipment, and only by controlling the thickness of the adhesive layer, the transfer object to which the print object is transferred adheres to the entire surface of the transfer object without distortion, and the colorant adheres without unevenness. Can be described in the state. In particular, the printed object that is the source of the transfer object is, for example, a crystal such as snow, decorated characters, geometric patterns or patterns, and even Japanese paintings such as ukiyo-e or kaesansui. The transfer object drawn on the surface of the transfer can be expressed with a high quality image with a texture, such as a vague image quality, sepia image quality, antique image, etc. Gives a warm vision. In addition, the above-mentioned favorite print object by a person such as a foliage plant enthusiast can be freely output from a personal computer, a portable terminal such as a tablet terminal, a smartphone, etc., and can be printed by a printer. An original transfer object depicting a transfer object based on the object can be easily and inexpensively created at a store or the like that sells the transfer object.

  In the above aspect, the colorant is preferably a pigment ink.

  According to this aspect, the penetrability of the pigment ink to the glue-cured layer is relatively small, and the pigment ink can easily maintain the state of adhering to the outer surface of the glue-cured layer. Therefore, the colorant of the printing object in the release layer is easily adsorbed from the release layer to the adhesive layer, and the transfer object can be formed with high finishing accuracy.

  In the above aspect, the paper material is preferably plain paper or Japanese paper.

  According to this embodiment, plain paper is particularly inexpensive and readily available. Therefore, it is possible to suppress the cost required for drawing the transfer object on the surface of the transfer object. Further, for example, plain paper with a thickness of about 0.08 to 0.10 mm and Japanese paper with a thickness of about 0.10 to 0.15 mm are excellent in flexibility that can be bent freely. Even if the surface of a transferred object is a curved surface, a corner, an R-shaped corner, or the like, plain paper or Japanese paper is bent exactly along the surface shape of the transferred object. Thereby, the printing object can be transferred to the surface of the transfer object without omission, and the finished accuracy of the transferred transfer object is increased.

  In said aspect, it is preferable that the said water-soluble paste is a starch paste.

  According to this aspect, the adhesive state with the paper material is obtained by the adhesive force possessed by the starch paste. Further, the colorant is almost inferior to the image quality when printing directly on the paper material with the colorant, and can adhere to the cured glue layer obtained by drying the starch paste without bleeding. Moreover, if moisture is given to the glue-cured layer with water, a release layer is easily generated, and the paper material can be easily peeled off.

  In the above aspect, the adhesive is preferably an adhesive for woodwork belonging to at least one of vinyl acetate resin emulsion system, acrylic resin emulsion system, polyvinyl alcohol system, and α-olefin system. .

  According to this aspect, the woodworking adhesive is inexpensive and easily available. In addition, the woodworking adhesive is easy to handle. In addition, the adhesive for woodworking is not quick-drying, and has a property that does not have a large adhesive force immediately after application, and the adhesive force of the adhesive layer by the adhesive for woodworking, with the passage of time after application, Increasing the relative difference (absolute value) from the adhesive strength of the glue hardened layer (starch glue) while gradually decreasing. Therefore, it can be in the state which is easy to adsorb | suck the coloring agent adhering on the paste hardening layer. As a result, if the transfer object transferred based on the print object is, for example, a crystal such as snowflakes, decorated characters, geometric patterns or designs, especially Japanese paintings such as ukiyo-e or kaesansui, transfer The object can be expressed with a high-quality image with a texture such as a vague image quality, a sepia image quality, an antique image, etc., and gives a warm sight to the viewer.

  In the above aspect, it is preferable that a surfactant that promotes water penetration is used in forming the release layer.

  According to this aspect, the time required for generating the release layer can be shortened as compared with the case where only water is used. In particular, when an attempt is made to produce a release layer only with water, the time for which the water is in contact with the adhesive layer becomes longer than when a surfactant is used in combination, and the adhesive that forms the adhesive layer and the dropped water May dissolve. In such a case, it is difficult to obtain a gel-like release layer having sufficient adhesive force on the adhesive layer. For this reason, even if the paper material is peeled off, the colorant cannot move from the printing object to the transfer object due to the insufficient adhesion of the adhesive layer. Agent chipping may occur. On the other hand, when a surfactant is used in combination with water, the time during which water is in contact with the adhesive layer can be shortened. Therefore, before the adhesive layer is dissolved by dripped water or the like, it is sufficient for the adhesive layer. It becomes easy to obtain a gel-like release layer having a good adhesive force. Therefore, even if the paper material is peeled off, the colorant moves from the print object to the transfer object evenly, and the occurrence of chipping of the colorant in the transfer object can be suppressed.

  In the above aspect, the printer is preferably an ink jet printer.

  According to this aspect, the inkjet printer may be an inkjet printer that is commercially available to the general public, and a commercially available inkjet printer is particularly easy to obtain and is less expensive than using a dedicated printer device.

  The decorative object with a transfer print object in the above aspect is drawn on the surface of the transfer object at a position where the print object is visible from the outside by the print object transfer method in the one aspect of the present invention. It is preferable that the transferred object is a decorative object arranged as an interior.

  According to this aspect, for example, when a houseplant such as a cactus, a succulent plant, or a pothos is stored in a decoration and placed indoors, the houseplant creates a peculiarity such as directing a relaxing space that softens people. effective. In addition, by expressing the transfer object transferred from the print object on this ornament, the taste of the houseplant lovers and others is reflected, and the whole houseplant is a figurine rich in originality. Become. In addition, the added value of the decoration increases.

  In the above aspect, it is preferable that the decorative object is made of any material of wood, resin, or a mixed material of wood powder and resin.

  According to this aspect, the decorative object made of such a material can be transferred to the decorative object having relatively large unevenness, which could not be depicted by the conventional printing object transfer method, by transferring the printed object. Can be described. In addition to the curved surface, the surface of the decorative object that is the transfer destination of the object to be printed does not require special equipment, and only the thickness of the adhesive layer can be controlled. The transfer object can be easily depicted by transferring the object. Therefore, the decorative object depicting the transfer object can be a product with higher added value.

  In said aspect, it is preferable that the said ornament is formed by injection-molding the said mixed material.

  According to this aspect, the decorative object is a product that is hard to break and can be formed of a lightweight integral molded product, and that has a unique warmth brewed from wood. In particular, when the decorative object is formed into a shape having a curved surface or an R-shaped corner portion by injection molding, the rounded decorative object body itself, together with the warmth of the wood transmitted from the wood powder of the mixed material, In order to achieve a unique and warm design, a decorative object depicting a transfer object can be a product with higher added value.

  In said aspect, it is preferable that the said wood powder is contained in the said mixing material with the compounding ratio of 50% or more of weight mixing rate.

  According to this aspect, the mixed material can be a material certified as “wood” based on the Container Recycling Law and the like. Moreover, since wood powder appears on the surface of the whole decoration made of a mixed material, the decoration can be formed in a manner similar to the texture of wood. In addition, if the ornament made of mixed materials is manufactured based on the reuse of used resin products and the effective use of thinned wood, waste, etc., limited resources are available through the sale of this ornament. Can be used effectively and contribute to the development of industry.

  In said aspect, it is preferable that the said ornament is a pot pot which puts the flower pot which planted the plant pot or the plant.

  According to this aspect, when a flower pot planted with a foliage plant such as a cactus, a succulent plant, or a pothos is placed as it is or housed in a pot pot, the foliage plant creates a relaxing space that softens people. There are special effects such as. In addition, by expressing the transfer object transferred from the print object on the pot pot that is the cover of this flower pot, the taste of the houseplant lover is reflected, and the whole houseplant is rich in originality It becomes a figurine and has high added value. In particular, the objects to be transferred are, for example, snowflakes, decorated characters, geometric patterns and designs, and especially Japanese paintings such as Ukiyo-e and Kaesansui, with vague image quality, sepia image quality, antique image, etc. If it can be expressed with a high quality image with a texture, it will give a warm visual and tactile sensation to the person who sees it, and will soften that person.

  According to the printing object transfer method and the decorative object with a transfer printing object according to the present invention, even when the printing object is transferred and depicted on a surface-shaped transfer object having relatively large unevenness, it is applied to paper. A printed object to be printed can be transferred inexpensively and easily to a transfer object with a texture.

It is a front view of the flowerpot pot which portrayed the transfer design by the printing target object transfer method concerning an embodiment. It is process drawing of the transfer paper preparation process of the printing target object transfer method which concerns on embodiment. It is process drawing of the printing process of the printing target object transfer method which concerns on embodiment. It is explanatory drawing which shows the design printed on the transfer paper at the printing process. It is process drawing of the adhesive material application | coating process of the printing target object transfer method which concerns on embodiment. It is process drawing of the superposition | polymerization transfer process of the printing target object transfer method which concerns on embodiment. It is process drawing of the peeling process of the printing target object transfer method which concerns on embodiment. In the printing object transfer method concerning an embodiment, it is the graph which showed the relation between the elapsed time after adhesion about the adhesive strength by starch paste, and the adhesive strength by woodworking adhesive. It is a schematic diagram which expands and shows the mode of the cross section of the transcription | transfer pattern drawn on the pot pot surface.

(Embodiment)
Hereinafter, a printing object transfer method and a decorative object with a transfer printing object according to the present invention will be described. The ornament with a transfer print object is an ornament arranged as an interior. In the present embodiment, the ornament with a transfer printing object is a pot in which a plant pot in which a plant is planted is placed. FIG. 1 is a front view of a flowerpot pot depicting a transfer pattern by a printing object transfer method according to an embodiment. FIG. 4 is an explanatory diagram showing a pattern printed on a transfer sheet in the printing process in the printing object transfer method of the present embodiment.

  First, the pot pot 2 (corresponding to the decorative object and transferred object of the present invention) will be described. The pot pot 2 is a cover member of the flower pot 1 whose outer shape is a substantially rectangular parallelepiped shape, and the edges of the side parts and the edges of the side parts and the bottom part are formed in an R shape. The pot 2 has an opening on the upper side that serves as an entrance for storing the flower pot 1 in the internal space 3. The flower pot 1 can be arranged integrally with the pot pot 2 by placing an R-shaped buttocks on the outer edge of the upper end of the flower pot 1 on the upper end portion of the pot pot 2.

  Both the flower pot 1 and the pot 2 together with the additives, the wood powder 7A (shown with fine dots in FIG. 1) and the resin 7B (the portion where the wood powder 7A dots are not shown in FIG. 1) are applied in a predetermined manner. The mixed material 7 mixed is injection molded. In the flower pot 1 and the pot 2, the surface had irregularities to such an extent that it was found to be relatively rough with a tactile sensation such as a surface roughness corresponding to a 10-point average roughness Rz of 12.5 z to 400 z, for example. It has a surface shape.

  The wood powder 7A is obtained by finely pulverizing wood such as thinned wood and waste wood into the size of a rice grain for the purpose of recycling. The resin 7B is mainly a thermoplastic resin such as polyethylene (PE), polypropylene (PP), polystyrene (PS), and the like. The mixed material 7 contains wood powder 7A in a mixing ratio with the resin 7B of 50% or more by weight. That is, the mixed material 7 is a material certified as “wood” based on the Container Recycling Law and the like.

  In the pot 2, an image is depicted on the outer surface 2 a (corresponding to the surface of the transfer object of the present invention) at a position that is visible from the outside. This image is a transfer pattern 5 in which a pattern 20 (corresponding to the print object of the present invention) previously printed by a printer is transferred by a printing object transfer method of the present embodiment described below as shown in FIG. .

  In addition, although the decoration object and to-be-transferred material of this invention were used as the pot pot 2 which consists of the mixing material 7, the decoration object and to-be-transferred material of this invention are not limited to the pot pot 2, but a printing object Any object may be used as long as the object to be printed on which is transferred is depicted. Moreover, although the material which comprises a decoration and a to-be-transferred material was made into the mixed material 7 of wood powder 7A and resin 7B, materials, such as a timber and resin, may be sufficient.

  Next, the printing object transfer method of the present embodiment will be described with reference to FIGS. The printing object transfer method of the present embodiment is a pattern printed by an inkjet printer (not shown) on the upper surface 11a of the plain paper 11 (corresponding to the paper material of the present invention) of the transfer paper 10 as the input side base material. 20 is transferred onto the outer surface 2a of the pot 2 that is the output destination of the symbol 20 in an overlapping manner. This printing object transfer method is roughly divided into six steps including a transfer paper preparation step, a printing step, an adhesive application step, a polymerization transfer step, a peeling step, and a drying step, which are performed in this order.

  First, the transfer paper creation process will be described with reference to FIG. FIG. 2 is a process diagram of a transfer sheet creation process of the printing object transfer method according to the embodiment. The transfer paper creation process is a process of creating the transfer paper 10 on which the pattern 20 is printed. In this embodiment, the transfer paper 10 is formed by laminating a plain paper 11, a glue hardened layer 15, and a coating agent hardened layer 17. The glue hardening layer 15 is formed by drying starch paste 13 (corresponding to the water-soluble glue of the present invention) applied to the upper surface 11a of the plain paper 11. The coating agent cured layer 17 is formed by drying the coating agent applied to the outer surface 15 a of the glue cured layer 15. The pattern 20 is printed on the outer surface 15 a of the glue cured layer 15.

This will be specifically described. The plain paper 11 is a paper material such as copy paper that is generally commercially available (FIG. 2A). The starch paste 13 is applied to the upper surface 11a, which is one side of the plain paper 11, with a uniform thickness using, for example, a brush, a spatula, a scraper, or a dedicated device equipped with such a tool (FIG. 2B). ). The amount of starch paste 13 applied is, for example, 3.0 g / 10 cm ² or the like. If the coating amount is larger than the reference value, as will be described later, when the pattern 20 is printed by the ink jet printer, the printer may be damaged, and the transfer paper 10 can be smoothly routed in the printer when printing. There is a possibility that it cannot move. If the coating amount is less than this guide value, the pigment ink 31 constituting the pattern 20 is not attached to the paste cured layer 15 of the transfer paper 10 in an appropriate state, and is caused by penetration into the plain paper 11 or the like. Besides, the image quality of the printed pattern 20 is deteriorated, and when the transfer paper 10 is peeled off, the upper surface 11a of the plain paper 11 is attached to the adhesive layer 33 by the woodworking adhesive 32, and the transfer pattern 5 cannot be obtained.

  Next, the starch paste 13 and the plain paper 11 that has become wet by the application of the starch paste 13 are dried. Thereby, the paste hardening layer 15 which the starch paste 13 dried is formed, and is laminated | stacked on the upper surface 11a of the plain paper 11 (FIG.2 (c)). The starch paste 13 is water-soluble and is easily dissolved in water in a relatively short time. The cured glue layer 15 is formed by utilizing this property. As will be described later, by allowing water and a release agent to penetrate into the glue cured layer 15, the outer side of the glue cured layer 15 is transferred to the transfer paper 10. It is provided to make it easy to peel off the image layer of the pigment ink 31 laminated on the surface 15a and the plain paper 11.

Next, in this embodiment, a coating agent is applied to the outer surface 15a of the glue cured layer 15 and dried to form the coating agent cured layer 17 (FIG. 2D). The coating agent is, for example, a dosa solution such as alum or glue (gelatin), or an acrylic resin solution such as a water-soluble varnish. The coating amount of the coating agent is, for example, 0.6 g / 10 cm ² or the like. When the coating agent is applied, the pigment ink 31 constituting the pattern 20 can firmly adhere to the outer surface 15a of the glue cured layer 15 in a stable state without bleeding. Thereby, the glossy symbol 20 is obtained and the finishing accuracy of the symbol 20 is improved. In addition, when apply | coating a coating agent, a coating agent may be apply | coated to the upper surface 11a of the plain paper 11, and the paste hardening layer 15 may be formed in the upper surface of this coating agent. In this case, the pattern 20 is printed on the outer surface 15 a of the glue cured layer 15.

  Further, when the glue cured layer 15 is formed of the starch paste 13, most of the glue cured layer 15 remains on the adhesive layer 33 side due to adhesion with the adhesive layer 33 when the transfer paper 10 is peeled off. The adhesive paste cured layer 15 may deteriorate the image quality of the transfer pattern 5. In order to avoid such a situation, the coating agent cured layer 17 is formed on the outer surface 15a of the glue cured layer 15, and the pigment ink 31 of the pattern 20 printed on the outer surface 15a of the glue cured layer 15 is mainly bonded. The pigment ink 31 is firmly held so as to be transferred to the layer 33.

  Moreover, since the unevenness | corrugation becomes comparatively large in the outer surface 15a of the glue hardening layer 15, on the outer surface 15a can be adjusted more flatly by application | coating of a coating agent, and the pigment ink 31 becomes easy to fix. Even if the coating agent is not particularly applied, the transferred pattern 5 transferred based on the pattern 20 by the printing object transfer method of the present embodiment is depicted on the outer surface 2a of the pot pot 2 with high finishing accuracy. However, if a coating agent is used, the transferred pattern 5 can be obtained with higher finishing accuracy.

  In the transfer paper preparation process, wrinkles are likely to occur on the plain paper 11 due to the application of the starch paste 13 and the coating agent, so that the plain paper 11 is kept flat by appropriately removing the wrinkles. is important. In this embodiment, the paper material is the plain paper 11, but in addition to the plain paper 11, Japanese paper, for example, a paper material having a relatively low property of paper dust or a paper fiber having a relatively strong property is used as the paper material. It is also good. When a paper material having such properties is used, the transfer pattern 5 can be efficiently peeled off in the peeling step of the printing object transfer method of the present embodiment, and the finished pattern 5 can be accurately finished.

  Next, the printing process will be described with reference to FIG. FIG. 3 is a process diagram of a printing process of the printing object transfer method according to the embodiment. The printing process is a process of printing a favorite pattern 20 on the outer surface 15 a of the glue cured layer 15 of the transfer paper 10. In FIG. 4, flowers are illustrated as a pattern 20 for convenience. However, the pattern 20 includes, for example, Japanese paintings such as ukiyo-e and kaesansui, crystals such as snowflakes, decorated characters, geometric patterns and patterns. It is an image such as a design, a pattern, a character, a photograph or the like that is characteristic in design. Since the orientations of the transfer symbol 5 and the symbol 20 are in a positional relationship that is geometrically inverted by 180 degrees, in order to set the orientation of the transfer symbol 5 to “positive”, in the printing process, the orientation of the transfer symbol 5 Is printed on the transfer paper 10.

  The pattern 20 is a printer that is commercially available for home use, etc., and is formed on the outer surface 15a of the glue cured layer 15 of the transfer paper 10 (the coating agent cured layer 17 of the coating agent cured layer 17) by an ink jet printer using the oil-based pigment ink 31 as a colorant. Printed on the front surface (FIG. 3E). The pigment ink 31 has a property that does not bleed with respect to the paste cured layer 15 and the coating agent cured layer 17, and the printed pattern 20 has an image quality that is almost inferior to the case of printing directly on the normal plain paper 11 ( In FIG. 4, the high image quality is indicated by fine dots). After printing on the transfer paper 10, unnecessary portions around the pattern 20 are cut out, and the size of the transfer source pattern 20 is adjusted to the size of the transfer pattern 5 to be drawn.

  Next, an adhesive material application process is demonstrated using FIG. FIG. 5 is a process diagram of an adhesive application process. The adhesive material applying step is a step of applying an adhesive capable of adsorbing the pigment ink 31 forming the pattern 20 to the drawing position of the transfer pattern 5 on the outer surface 2a of the pot pot 2. The adhesive is a pigment ink 31 attached to the outer surface 15a of the glue cured layer 15 (the coating agent cured layer 17 or the outer surface 15a when the cured layer 17 is not provided) due to the adhesive strength of the adhesive. Is applied to be separated from the outer surface 15a of the glue hardened layer 15 and adsorbed.

  Specifically, the adhesive is, for example, a water-soluble adhesive such as a water-soluble glue or a water-soluble medium. In the present embodiment, the adhesive is a commercially available adhesive used for bonding wood to each other. This is an emulsion type woodworking adhesive 32. The woodworking adhesive 32 has a characteristic that does not have a large adhesive force immediately after application. When the woodworking adhesive 32 is dried, the cured woodworking adhesive 32 (adhesive layer 33) is colorless and transparent. It should be noted that, among the usable woodworking adhesives 32, there are adhesives having a relatively large adhesive force depending on the type thereof, and therefore when using such an adhesive, the woodworking adhesive 32 is used. The woodworking adhesive 32 may be diluted by mixing water by several to several tens% (weight mixing ratio).

  In the adhesive application step, first, foreign matters such as dirt and dust adhering to the drawing position of the transfer pattern 5 on the outer surface 2a, and burrs of the material on the outer surface 2a of the pot pot 2 are removed (FIG. 5 (f)). Thereafter, the woodworking adhesive 32 is applied to the outer surface 2a of the pot pot 2 with a uniform thickness using, for example, a brush, a spatula, a scraper, or a dedicated device equipped with such a tool (FIG. 5 ( g)).

The amount of the woodworking adhesive 32 applied depends on the type of the adhesive, but is, for example, 1.2 g / 10 cm ² or the like. If the coating amount is larger than this guide value, the plain paper 11 will adhere to the adhesive layer 33 with the woodworking adhesive 32 when the transfer paper 10 is peeled off, and the transfer pattern 5 cannot be obtained in an appropriate state. Moreover, the drying time of the woodworking adhesive 32 (transfer pattern 5) also becomes longer. In addition, after the woodworking adhesive 32 is dried, a noticeable level difference occurs between the transfer pattern 5 and the surrounding area on the outer surface 2a of the pot pot 2, and the beauty of the pot pot 2 is impaired. On the other hand, since the surface roughness of the material such as the mixed material 7 or wood is relatively rough, if the applied amount is less than this standard value, the applied woodworking adhesive 32 is applied to the pot pot at the drawing position of the transfer pattern 5. 2 cannot completely cover the outer surface 2 a, and the pigment ink 31 constituting the pattern 20 cannot be properly transferred to the outer surface 2 a side of the pot 2.

  Next, the polymerization transfer process will be described with reference to FIG. FIG. 6 is a process diagram of a polymerization transfer process of the printing object transfer method according to the embodiment. In the polymerization transfer step, the design 20 printed on the transfer paper 10 in the printing step is superposed and adhered to the outer surface 33a of the adhesive layer 33 formed by applying the woodworking adhesive 32 in the adhesive application step, In this step, the pattern 20 is transferred to the outer surface 33a. Specifically, immediately after the applied woodworking adhesive 32 is stretched flat, the pattern 20 in a state in which unnecessary surrounding parts are removed is stuck to the outer surface 33a of the adhesive layer 33 by the woodworking adhesive 32. (FIG. 6 (h)).

  After application of the pattern 20, the adhesive layer 33 is dried in this state. Drying may be either natural drying or forced drying using a hot air drying device or the like. However, when a drying apparatus is used, the adhesive layer 33 is dried so that heat is not locally transmitted to the adhesive layer 33 or the pigment ink 31 attached to the adhesive layer 33. In particular, the pigment ink 31 forming the transfer pattern 5 is prevented from being altered by heating, and the pigment ink 31 is fixed to the adhesive layer 33 in a more uniform state. The adhesive layer 33 does not need to be dried until the adhesive layer 33 is completely cured, for example, with respect to the adhesive force of the adhesive layer 33 in the completely cured state. What is necessary is just to dry to such an extent that the adhesive force of 60 to 80% could be produced. This is because, if the adhesive layer 33 is dried until it is completely cured, for example, a transfer pattern 5 having a lighter color tone than the pattern 20 cannot be obtained, such as Japanese paintings such as Ukiyo-e and Kaesansui.

  After drying the adhesive layer 33, water and a release agent are dropped and soaked into the plain paper 11 of the transfer paper 10, and penetrated to the coating agent cured layer 17 through the glue cured layer 15. The coating agent cured layer 17 is moistened (FIG. 6 (i)). Thereby, the glue hardened layer 15 is softened to become the glue softened layer 15X, and the coating agent hardened layer 17 is softened to become the coating agent softened layer 17X, and is a release layer composed of the glue softened layer 15X and the coating agent softened layer 17X. 19 is generated (FIG. 6 (j)). The release agent is, for example, an aqueous solution of a surfactant such as a nonionic surfactant, and is used auxiliary to promote water penetration when the release layer 19 is formed. Although the release layer 19 can be generated without using a release agent, the generation time of the release layer 19 becomes longer.

  Next, a peeling process is demonstrated using FIG.7 and FIG.8. FIG. 7 is a process diagram of the peeling process. FIG. 8 is a graph showing the relationship between the adhesion time due to starch glue and the adhesion strength due to the woodworking adhesive and the elapsed time after adhesion in the printing object transfer method according to the embodiment.

  When the release layer 19 is sufficiently wet, a release process is performed. In the peeling step, the transfer paper 10 is separated from the release layer 19 and the adhesive layer 33 while the transfer paper 10 and the adhesive layer 33 are moistened with the release agent and water (not shown) used in the polymerization transfer step. This is a process of slowly peeling off the adhesive layer 33 (FIG. 7 (k)). As shown in FIG. 8, as described above, after the start of the release layer generation after the time T1 (0 <T1) has elapsed after applying the woodworking adhesive 32 in the adhesive application step, as shown in FIG. This is performed at a timing when the adhesive layer 33 formed by the adhesive 32 is in a state before being completely cured.

  That is, after the starch paste 13 is cured, the adhesive strength with the plain paper 11 in the glue cured layer 15 is kept constant at the adhesive force F1 until the release layer generation start time T1, but at the start of release layer generation. After T1, due to the permeation of water and the release agent, the adhesive force F1 starts to drop sharply and disappears completely when the transfer paper 10 is completely peeled off. On the other hand, after the application of the woodworking adhesive 32, in the adhesive layer 33, the adhesive force with the outer surface 2a of the pot pot 2 starts to gradually increase with time, but at the start of the release layer generation in the polymerization transfer step T1. By once penetrating water and a release agent, it once decreases and then gradually increases again.

  However, until immediately after the start of the release layer generation T1 in the polymerization transfer step, the adhesive strength of the glue cured layer 15 with the plain paper 11 is larger than the adhesive strength of the adhesive layer 33 with the outer surface 2a of the pot pot 2. It is in a state. When the time Δt (0 <t) has elapsed from the start of the release layer generation T1, the adhesive strength with the outer surface 2a exceeds the adhesive strength with the plain paper 11, and after the disappearance of the adhesive strength with the plain paper 11 It is important to carry out the peeling process at a timing when the number of times increases.

  The reason why the peeling process is performed at this timing is that the pigment ink 31 of the pattern 20 printed on the outer surface 15 a of the glue cured layer 15 is held in the glue cured layer 15 by the adhesive force of the glue cured layer 15. However, after the time (T1 + Δt), the adhesive force of the adhesive layer 33 becomes larger than the adhesive force of the glue cured layer 15. Thereby, the adhesive layer 33 draws the pigment ink 31 of the pattern 20 held in the glue cured layer 15 away from the glue cured layer 15 and attracts the adhesive layer 33 by the adhesive force. That is, the pigment ink 31 of the pattern 20 moves from the glue cured layer 15 side to the adhesive layer 33 side, and is fixed and held on the adhesive layer 33 by the adhesive force of the adhesive layer 33 that gradually increases after time (T1 + Δt). The

  Here, the pigment ink 31 moving to the adhesive layer 33 side will be described. If the entire amount of the pigment ink 31 constituting the entire pattern 20 is drawn to the adhesive layer 33, the transfer pattern 5 obtained is also formed with a fine and clear image quality, like the pattern 20. On the other hand, immediately after the time (T1 + Δt), the relative difference (absolute value) between the adhesive strength of the adhesive layer 33 (woodworking adhesive 32) and the adhesive strength of the glue hardened layer 15 (starch glue 13) is relatively small. If it is in a small state, the amount of the pigment ink 31 that is moved and held in the adhesive layer 33 is only a part of the total amount of the pigment ink 31 that forms the entire pattern 20. The remaining pigment ink 31 remains attached to the release layer 19 of the transfer paper 10. As a result, in the case where the transferred pattern 5 transferred based on the pattern 20 is, for example, a crystal such as snow, a decorated character, a geometric pattern or a pattern, and particularly a Japanese image such as an ukiyo-e print or a dried mountain landscape, the transferred pattern 5 No. 5 can be expressed with a high quality image with a texture such as a vague image quality, a sepia image quality, an antique image, etc., and gives a warm sight and touch to the viewer.

  Next, after the peeling process is completed, a drying process is performed. The drying process is performed after the transfer pattern 5 depicted on the outer surface 2a of the pot pot 2 and the adhesive layer 33 remaining around the transfer pattern 5 are mainly washed with water. Since the release agent dripped in the polymerization transfer step remains on the outer surface 2a of the pot pot 2 on which the transfer pattern 5 is formed, the release agent is washed away with water. In addition, foreign matter such as paper powder of plain paper 11 and components of starch paste 13 moves from the release layer 19 to the adhesive layer 33 on the outer surface 33a of the adhesive layer 33 by performing a peeling process together with the pigment ink 31. In some cases, these foreign matters remaining on the adhesive layer 33 are washed away with water.

  Further, when the transfer pattern 5 is given a texture and depicted on the outer surface 2a of the pot pot 2, the pigment ink 31 that has adhered excessively to the outer surface 33a of the adhesive layer 33 is reduced with an appropriate amount of water. It may be necessary to wash away. After washing, in addition to natural drying, moisture on the outer surface 2a of the pot 2 is removed with a drying device such as hot air drying or far-infrared drying so as not to alter the pigment ink 31 and the adhesive layer 33. Thus, by transferring the pigment ink 31 to the adhesive layer 33 from the design 20 printed on the outer surface 15a of the glue cured layer 15, the transfer design 5 as shown in FIG. 1 is obtained.

  Here, the image quality of both patterns 20 and the transferred pattern 5 will be considered. FIG. 9 is a schematic diagram showing an enlarged view of the cross-section of the transferred pattern depicted on the pot pot surface. As described above, in this embodiment, the pot pot 2 is made of the mixed material 7 of the wood powder 7A and the resin 7B, and the outer surface 2a is relatively rough even in the tactile sensation as shown in FIG. It has a surface shape with irregularities to the extent that it can be seen. On the other hand, the pattern 20 printed on the outer surface 15a of the glue cured layer 15 of the transfer paper 10 is almost inferior in image quality (in FIG. 4, the image quality is high) as compared with the case of printing directly on the normal plain paper 11. (Displayed with fine dots).

  In the pot pot 2 depicting the transfer pattern 5 by the printing object transfer method according to the embodiment, the pigment ink 31 forming the transfer pattern 5 is held in a state of being laminated on the outer surface 2a mainly in the adhesive layer 33. However, the ink layer of the pigment ink 31 is not formed to have a uniform thickness over the entire outer surface 2a due to the uneven shape of the outer surface 2a. Specifically, for example, as shown in FIG. 9, the first portion P1 in which the ink layer is formed on the outer surface 2a with an appropriate thickness and the convexity of the outer surface 2a are relatively large, and the ink layer is locally localized. There is a second portion P2 that is not formed slightly on the outer surface 2a. In addition, there are a third portion P3 where the recess of the outer surface 2a is relatively large and the ink layer is thicker, a fourth portion P4 where the ink layer is formed thin on the outer surface 2a, and the like.

  Thus, although the thickness of the ink layer by the pigment ink 31 is not uniform, the pigment ink 31 constituting the transfer pattern 5 is uniformly fixed on the drawing portion of the outer surface 2a without being largely lost, and is shown in FIG. As shown, a transfer pattern 5 having a soft image quality (in FIG. 1, the dot display is lighter than that in FIG. 4 and a white portion is provided to express softer than the image quality in FIG. 4) is formed. As a result, the transferred pattern 5 is not visible on the outer surface 2a of the pot pot 2 even in the case of, for example, crystals such as snowflakes, decorated characters, geometric patterns and patterns, and even Japanese paintings such as ukiyo-e and kaesansui. The image quality, sepia tone image, antique tone, etc. can be described with a high quality image with a texture, and the transfer pattern 5 gives the viewer a warm visual and tactile sensation.

  Next, operations and effects of the printing object transfer method according to the embodiment will be described. In the embodiment, a print target on which a pattern 20 printed by an ink jet printer is superimposed on the outer surface 2a of the pot pot 2 that is the output destination of the pattern 20 is transferred onto the upper surface 11a of the plain paper 11 that is the transfer paper 10. In the object transfer method, the transfer paper 10 is obtained by laminating a paste cured layer 15 with dried starch paste 13 on the upper surface 11 a of the plain paper 11, and the design 20 is printed on the outer surface 15 a of the glue cured layer 15. Yes. The colorant (pigment ink 31) forming the pattern 20 has a property that does not spread on the glue cured layer 15. A woodworking adhesive 32 capable of adsorbing the pigment ink 31 is applied to the outer surface 2 a of the pot pot 2, and the pigment ink 31 is overlapped and adhered to the outer surface 33 a of the adhesive layer 33 by the woodworking adhesive 32. After adhesion of the pattern 20, a release layer 19 is formed by softening the glue cured layer 15 by penetration of water and a release agent, and the plain paper 11 of the transfer paper 10 is peeled between the release layer 19 and the adhesive layer 33. . The pigment ink 31 of the pattern 20 in the release layer 19 is adsorbed and transferred from the release layer 19 to the adhesive layer 33 by the adhesive force of the adhesive layer 33.

  As a result, like the pot 2 mentioned in the present embodiment, the outer surface 2a is tactile and has a surface shape with irregularities to the extent that it can be seen as relatively rough, or a curved surface, corner portion, R-shaped corner. Even if it is a surface shape such as a part, the transfer pattern 5 is not distorted over the entire drawing portion of the outer surface 2a of the pot pot 2 by simply controlling the thickness of the adhesive layer 33 without requiring dedicated equipment, and the pigment. The image can be drawn with the ink 31 adhering without any spots. In particular, if the design 20 from which the transferred design 5 is based is, for example, a crystal such as snowflakes, decorated characters, geometric patterns, designs, etc., especially Japanese paintings such as Ukiyo-e and Karesansui, The transfer pattern 5 depicted on the outer surface 2a of FIG. 2 can be expressed with a textured and high image quality, such as a vague image quality, sepia tone image quality, antique tone, etc. Gives warm visual and tactile feel. In addition to the personal computer (commonly known as “PC”), the above-mentioned favorite pattern 20 by a person such as a foliage plant enthusiast can be output freely from a portable terminal such as a tablet terminal or smartphone, and can be output with a commercially available inkjet printer. Since it can be printed, the original pot pot 2 depicting the transferred pattern 5 based on the favorite pattern 20 can be easily and inexpensively created at a store selling the pot pot 2 or the like.

  Therefore, according to the printing object transfer method according to the present embodiment, even when the pattern 20 is transferred and depicted on the outer surface 2a of the surface-shaped pot pot 2 having relatively large irregularities, the glue laminated on the plain paper 11 is used. There is an excellent effect that the favorite pattern 20 printed on the outer surface 15a of the hardened layer 15 can be transferred to the outer surface 2a of the pot 2 with a texture and easily.

  In addition, since the colorant is the pigment ink 31, the permeability of the pigment ink 31 to the glue cured layer 15 is relatively small, and the pigment ink 31 maintains a state of adhering to the outer surface 15 a of the glue cured layer 15. Easy to do. Therefore, in the peeling process of the printing object transfer method according to the present embodiment, the pigment ink 31 of the pattern 20 in the peeling layer 19 is easily adsorbed from the peeling layer 19 to the adhesive layer 33, and the transfer pattern 5 has a high finish. Can be formed with accuracy.

  Further, since the paper material is plain paper 11, the plain paper 11 is particularly inexpensive and easily available. Therefore, the cost required to draw the transfer pattern 5 on the outer surface 2a of the pot 2 can be suppressed. Further, for example, the plain paper 11 having a thickness of about 0.08 to 0.10 mm is excellent in flexibility that can be bent freely, and the outer surface 2a of the pot pot 2 as a transfer destination of the pattern 20 is not only a curved surface but also a corner. Even if it is a corner, an R-shaped corner portion, etc., the plain paper 11 is bent exactly along the surface shape of the pot pot 2. Thereby, the pattern 20 can be transferred to the outer surface 2a of the pot pot 2 without omission, and the finished accuracy of the transferred transfer pattern 5 is increased.

  Further, since the water-soluble paste is starch paste 13, the adhesive state with the plain paper 11 is obtained by the adhesive strength of the starch paste 13 in the transfer paper preparation process. Further, in the printing process, the pigment ink 31 is not almost inferior to the image quality when printing on the plain paper 11 with the pigment ink 31, and does not bleed on the paste cured layer 15 obtained by drying the starch paste 13. Can adhere. Further, in the peeling step, if the glue hardening layer 15 is moistened with a peeling agent and water, the peeling layer 19 is easily generated, and the transfer paper 10 can be easily peeled off.

  Further, since the adhesive is a vinyl acetate resin emulsion type woodworking adhesive 32, it is inexpensive and easily available. Also, the woodworking adhesive 32 is easy to handle. Further, even after moving to the adhesive layer 33, the pigment ink 31 does not bleed and can be held in the adhesive layer 33, and the image quality of the transfer pattern 5 tends to be in a good state. Since the woodworking adhesive 32 is not quick-drying and has a property that does not have a large adhesive force immediately after application, the adhesive force of the adhesive layer 33 by the woodworking adhesive 32 is increased with the passage of time after application. The relative difference (absolute value) from the adhesive strength of the glue paste layer 15 (starch glue 13) is increased while gradually decreasing. Therefore, the pigment ink 31 attached on the glue cured layer 15 can be easily adsorbed.

  In addition, since a surfactant that promotes water penetration is used in forming the release layer 19, the time required for generating the release layer 19 in the release process can be shortened compared to the case where only water is used. . In particular, if the release layer 19 is generated only with water, the time for which the water is in contact with the adhesive layer 33 becomes longer than when the surfactant is used in combination, and the woodworking adhesive 32 that forms the adhesive layer 33. And the dropped water may be dissolved. In such a case, it is difficult to obtain the gel-like release layer 19 having sufficient adhesive force on the adhesive layer 33. Therefore, even if the peeling process is performed, the pigment ink 31 cannot move from the pattern 20 to the transfer pattern 5 because the adhesive force of the adhesive layer 33 cannot be secured sufficiently, and the pigment ink is transferred to the transfer pattern 5. 31 chipping may occur. On the other hand, when a surfactant is used in combination with water, since the time during which water is in contact with the adhesive layer 33 can be shortened, before the adhesive layer 33 is dissolved by the dropped water or the like, the adhesive layer It becomes easy to obtain the gel-like release layer 19 having a sufficient adhesive force to 33. Therefore, even if the peeling process is performed, the pigment ink 31 moves from the design 20 to the transfer design 5 evenly, and the occurrence of chipping of the pigment ink 31 in the transfer design 5 can be suppressed.

  In addition, since the printer is an inkjet printer that is commercially available for the general public, it is easy to obtain and is less expensive than when a dedicated printer device is used.

  In addition, the pattern 20 is depicted on the outer surface 2a of the pot pot 2 at a position visible from the outside by the printing object transfer method according to the present embodiment, and the pot pot 2 is a flower pot planted with a plant. It is a decoration that is arranged as an interior as a pot to put. As a result, if the flower pot 1 planted with cactus, succulent plants, pothos and other houseplants is housed in the pot pot 2 and placed indoors, the houseplants produce a relaxing space that softens people. There is a great effect. In addition, by expressing the transfer pattern 5 in the pot pot 2 that is the cover of the flower pot 1, the taste of the houseplant lovers and the like is reflected, and the whole houseplant becomes a figurine rich in originality. Moreover, the added value of the pot 2 is increased. In particular, the transferred pattern 5 is, for example, snowflakes, decorated characters, geometric patterns, designs, etc., especially Japanese paintings such as Ukiyo-e and Kaesansui, with vague image quality, sepia image quality, antique image, etc. If it can be expressed with a high quality image with a texture, it gives a warm sight to the viewer and softens it.

  The pot pot 2 is made of a mixed material 7 of wood powder 7A and resin 7B, and is formed by injection molding. As a result, the transfer pattern 5 can be drawn even on a decorative object made of the mixed material 7 that could not be drawn by the conventional printing object transfer method. In addition, the outer surface 2a of the pot 2 which is the transfer destination of the pattern 20 is not only a curved surface but also a corner portion, an R-shaped corner portion, etc., and no special equipment is required, and only the thickness of the adhesive layer 33 is controlled. The transferred pattern 5 by transferring the pattern 20 can be drawn easily. Therefore, the pot pot 2 depicting the transfer pattern 5 can be a product with higher added value. In addition, the pot 2 is a product that is hard to break and can be formed as a lightweight integral molded product, and has a unique warmth brewed from wood. In particular, when the flower pot 1 and the pot 2 are formed by injection molding into a shape having a curved surface or an R-shaped corner, the plant pot 1 and the pot pot 2 are rounded together with the warmth of the wood transmitted from the wood powder 7A of the mixed material 7 Since the pot pot 2 itself is finished in a unique and warm design, the pot pot 2 depicting the transferred pattern 5 can be a product with higher added value.

  Further, since the mixed material 7 contains the wood powder 7A at a mixing ratio of 50% or more by weight, the mixed material 7 can be a material certified as “wood” based on the Container Recycling Law and the like. . In addition, when the object to be transferred (decorative object) of the printing object transfer method according to the present embodiment is the pot pot 2, the wood powder 7A appears on the entire surface of the pot pot 2 (including the outer surface 2a). The pot pot 2 can be formed in a manner similar to the texture it has. In addition, the pot pot 2 has a texture similar to that of a tree. Therefore, the pot pot 2 can be integrated with a cactus planted in the flower pot 1, a succulent plant, a pothos or other ornamental plant. Can bear. In addition, if the flower pot 1 or pot pot 2 is manufactured based on the reuse of used resin products or the effective use of thinned or waste wood, the sale of the flower pot 1 or pot pot 2 is limited. A resource can be used effectively and can contribute to the development of industry.

Note that the above-described embodiment is merely an example, and does not limit the present invention in any way. It goes without saying that various improvements and modifications can be made without departing from the scope of the invention.
(1) For example, although the ornament is the pot pot 2, the ornament may be a flower pot body, miscellaneous goods, stationery, etc. in addition to the pot pot 2, and the ornament with the transfer printing object is arranged as an interior Anything can be used.
(2) In the present embodiment, the pattern 20 is printed using an ink jet printer that uses oil-based pigment ink 31 as a colorant. However, printers that perform printing objects are not printers that use a colorant as a water-based dye ink. For example, a laser printer using toner as a colorant may be used.

(3) In the present embodiment, the flower pot 1 and the pot pot 2 are configured by the injection molding method. However, the decorative object with the transfer printing object is not limited to the injection molding method. For example, a 3D printer (3D ;)) or the like.
(4) In this embodiment, the adhesive is a vinyl acetate resin emulsion type woodworking adhesive 32, but the adhesive is a resin emulsion based water-soluble adhesive such as an acrylic resin emulsion. In addition, a solvent-based adhesive such as a nitrile rubber-based adhesive may be used.

1 Flower pots (decorative objects, transferred objects)
2 Pot pot 2a outer surface (surface of the object to be transferred)
5 Transfer pattern 7 Mixed material 7A Wood powder 7B Resin 10 Transfer paper (input side base material)
11 Plain paper (paper material)
11a Top surface (surface of paper)
13 Starch glue (water-soluble glue)
15 Glue hardened layer 15a (outside of the glue hardened layer) 17 Release layer 20 Pattern (printing object)
31 Pigment ink (colorant)
32 Woodworking adhesive (adhesive)
33 Adhesive layer 33a (outside surface of the adhesive layer)

Claims (11)

In a printing object transfer method for transferring a print object printed by a printer on the surface of a paper material as an input-side base material and superimposing it on the surface of a transfer object that is an output destination of the print object,
The input-side base material is obtained by laminating a paste-cured layer in which water-soluble glue is dried on the surface of the paper material, and the print object is printed on the outer surface of the paste-cured layer.
The colorant constituting the print object is a property that does not bleed on the glue cured layer;
An adhesive capable of adsorbing the colorant is applied to the surface of the transfer object, and the printing object is adhered to the outer surface of the adhesive layer formed by the adhesive,
Forming a release layer in which the glue-cured layer is softened by infiltration of water after the printing object is adhered, and peeling the paper material between the release layer and the adhesive layer;
The colorant of the printing object in the release layer is adsorbed and transferred from the release layer to the adhesive layer by the adhesive force of the adhesive layer;
In forming the release layer, a surfactant that promotes water penetration is used,
A method for transferring an object to be printed. In the printing target transfer method according to claim 1,
The colorant is a pigment ink;
A method for transferring an object to be printed. In the printing object transfer method according to claim 1 or 2,
The paper material is plain paper or Japanese paper;
A method for transferring an object to be printed. In the printing subject transfer method according to any one of claims 1 to 3,
The water-soluble paste is starch paste;
A method for transferring an object to be printed. In the printing subject transfer method according to any one of claims 1 to 4,
The adhesive is an adhesive for woodwork belonging to at least one of vinyl acetate resin emulsion system, acrylic resin emulsion system, polyvinyl alcohol system, or α-olefin system,
A method for transferring an object to be printed. In the printing object transfer method according to any one of claims 1 to 5,
The printer is an inkjet printer;
A method for transferring an object to be printed. In the method of manufacturing a decorative object with a transfer print object for manufacturing a transfer object to which a printed print object is transferred as a decorative object,
The printing object transfer method according to any one of claims 1 to 6 , wherein the printing object is depicted on a surface of the transfer object at a position visible from the outside.
The transferred object is a decoration arranged as an interior;
A method for producing a decorative article with a transfer printing object. In the manufacturing method of the ornament with a transfer printing object according to claim 7 ,
The transfer object is made of any material of wood, resin, or a mixed material of wood powder and resin,
A method for producing a decorative article with a transfer printing object. In the manufacturing method of the ornament with a transfer printing object according to claim 8 ,
The transfer object is formed by injection molding the mixed material;
A method for producing a decorative article with a transfer printing object. In the manufacturing method of the ornament with a transfer printing object according to claim 9 ,
In the mixed material, the wood powder is included at a blending ratio of 50% or more by weight,
A method for producing a decorative article with a transfer printing object. In the manufacturing method of the ornament with a transfer printing subject given in any 1 paragraph of Claims 7 thru / or 10 ,
The transferred object is a flower pot, or a pot that holds a flower pot in which a plant is planted,
A method for producing a decorative article with a transfer printing object.

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