28results about "Ink transfer from master sheet" patented technology

The application relates to the technical field of packaging boxes, in particular to a packaging color box surface printing process, which comprises a feeding process, a printing process and a discharging process. In the feeding process, a clamp is used to send the packaging box to the position of a transfer roller on a printing equipment rack. In the printing process, a color printing pattern on a transfer paper is transferred to the outer side wall of the packaging box through the transfer roller on the printing equipment rack. In the discharging process, the clamp is used to send the packaging box to the discharging position for discharging. The clamp composed of a main shaft, a mounting column and a clamping plate supports and clamps the inner side wall of the packaging box, so that the packaging box can stably abut against the side wall of the transfer roller in the printing process, the transfer effect is effectively guaranteed, and the printing forming effect of the color box surface is guaranteed.

The application provides a sticker pattern carrier paper, a pattern sticker combination and a preparation method. The sticker pattern carrier paper comprises a base paper and a release layer, a water-soluble layer and a thermal imaging layer arranged in sequence on the base paper; wherein the thermal imaging layer comprises a thermal color developing layer, an upper thermal protective layer arranged on the side surface of the thermal color developing layer away from the base paper, and the material of the upper thermal protective layer comprises resin, the coating density of the resin is 1.8-2.2 g / m 2 The sticker pattern carrier paper provided by the application can realize DIY printing of patterns and ensure the definition of the patterns.

The application discloses a kind of PVD and printing integrated decoration pattern method and system, it is related to surface decoration processing technical field, the method fuses Imprinting positive and negative face transfer printing process and PVD coating technology, through integrated process design, realize the synchronous forming of decorative pattern and functional coating, give consideration to pattern delicacy, coating stability and product double-sided decoration demand.The method of the application includes mold pretreatment, UV glue transfer substrate forming, integrated PVD coating and printing, solidification forming and post-processing etc., system is correspondingly provided with mold module, transfer module, integrated processing module, solidification module and detection module.Adopt the application can realize first texture depth 10-240 μm, surface hardness reaches 8H decorative effect, coating adhesion grade is greater than or equal to 4B, wear resistance is increased by more than 30%, widely used in consumer electronics products, automobile trim parts, household appliance shell and other fields, significantly improve production efficiency and product added value.

A process method for achieving single-pass foil stamping and heat transfer printing, the process method comprising the following steps: simultaneously loading heat-activated adhesive ink and dye-sublimation ink into an inkjet printer having multiple nozzles; simultaneously printing the heat-activated adhesive ink and the dye-sublimation ink onto a hot stamping transfer foil according to a set pattern; performing a drying process; applying the dried hot stamping transfer foil to a fabric, and performing heat pressing; and after cooling, removing a portion of the hot stamping transfer foil that has not adhered to the fabric, so as to obtain a color-printed fabric having a foil stamping effect. The dye-sublimation ink comprises one of a styrene maleic anhydride copolymer, an acrylic polymer, and an acrylic-modified resin, and the heat-activated adhesive ink comprises at least one of a waterborne thermoplastic polycarbonate-based polyurethane, a waterborne thermoplastic polyether-based polyurethane, and a waterborne thermoplastic acrylic resin.

An apparatus and method are disclosed for transferring patterns carried by a web of a deformable plastics material onto substrates. The apparatus comprises a nip defined between at least one nip roller and a backing support through which the substrates are passed simultaneously with the web and by means of which pressure is applied to effect transfer of the patterns from the web to the substrates. In the invention, a web heater and a web tensioner are arranged upstream of the nip, and a control unit is provided for controlling the web heater and the web tensioner in dependence upon data indicative of the lengths and widths of the patterns on the web prior to transfer, or of the patterns on the substrates after transfer, so as to ensure that, after transfer to the substrates, the patterns conform to a desired length and width.

The present application relates to a kind of preparation method of full solid battery double-layer ultrathin electrolyte film based on transfer printing technology.The present application utilizes the high voltage stability of halide layer and the high ionic conductivity of sulfide layer to synergistically improve the cycle life and high rate performance of battery and other performances through halide / sulfide double-layer electrolyte design.Further, the transfer printing process of multi-layer electrolyte film is designed specifically, and the gradient drying process can avoid substrate deformation, effectively prevent halide / sulfide interlayer cracking, and enhance the interlayer adhesion, achieving electrode thinning, high mechanical strength and interface stability.The present application solves the technical bottleneck of the application difficulty of double-layer electrolyte structure in full solid battery through material system optimization and transfer printing process innovation, and is suitable for the industrial production of high energy density solid state battery.

The application discloses a matte leather transfer film and a preparation method thereof, and is used for improving the bending resistance and friction resistance of a leather transfer product. The method comprises the following steps: providing a carrier substrate, coating a release agent on the carrier substrate, and forming a release layer after drying and curing; placing matt powder in an organic solvent, performing ultrasonic immersion pretreatment, adding a surface treatment agent after the pretreatment, and obtaining a surface-modified matt powder filter cake; adding a dispersing agent in the surface-modified matt powder filter cake, and preparing matt powder slurry; uniformly mixing the matt powder slurry, a resin, a solvent and a colorant, and forming colored coating; coating the colored coating on the release layer, and obtaining a colored layer; coating aliphatic polyurethane protective layer coating on the colored layer, and obtaining a protective layer with a dry film thickness of 3-8 microns; coating a hot melt adhesive on the protective layer, and obtaining a semi-finished matte leather transfer film; and aging the semi-finished matte leather transfer film for 24-48 hours, and obtaining a finished matte leather transfer film.

The application provides a production method of a water transfer printing paper hot stamping foil, which comprises the following steps: providing a base film layer; forming a transfer coating layer on the base film layer; forming at least one information layer on the transfer coating layer; locally forming a latent anti-counterfeiting layer on the information layer; forming a plating layer on the information layer with the latent anti-counterfeiting layer; and forming a back adhesive layer on the plating layer. The production method of the water transfer printing paper hot stamping foil can produce a water transfer printing paper hot stamping foil which is resistant to high-temperature baking, water and solvent corrosion, and cracking and bubbling after high-temperature baking. The application also relates to a water transfer printing paper hot stamping foil.

A printing device (1) is provided for printing a substance on a target surface (TS) of a target (T). The printing device comprises a carrier (2) having at a first main side (21) a hydrophobic coating (22) for carrying a specimen (SB1, SB2, SB3) of the substance to be printed, said specimen resting with a contact surface on the coating. The printing device further comprises a heater facility (23) to locally heat the specimen at its contact surface to vaporize a portion of the specimen at the side of its contact surface and inducing a vapor pressure that causes a transfer of a remainder of said specimen towards the target surface. Additionally a printing method is provided.

The application relates to the technical field of printing transfer technology, in particular to a laser printing carbon powder transfer liquid as well as a preparation method and application thereof. The laser printing carbon powder transfer liquid contains the following components in percentage by volume: 82-92% of methyl salicylate; and 8-18% of plant essential oil. Through the synergistic effect of the specific proportion of methyl salicylate and plant essential oil, the application solves the technical problems of existing transfer liquid, such as transfer blur, too fast volatilization, pungent smell, high toxicity and the like. The transfer liquid has the advantages of high transfer clarity, moderate volatilization speed, pleasant smell, low toxicity, good stability and the like, and is particularly suitable for fine pattern transfer of various materials such as jade, bamboo, wood, metal, ceramic and the like.

The application discloses a thin cold laminating material and a preparation process thereof, and belongs to the technical field of cold laminating materials. The thin cold laminating material comprises a base film layer, a release layer coated on the base film layer, an imaging layer coated on the release layer, an aluminum plating layer plated on the imaging layer, and a protective glue layer coated on the aluminum plating layer. The imaging layer raw material components comprise butanone, ethyl acetate, an imaging layer resin base, and color powder. The imaging layer resin base is obtained by copolymerization of methyl methacrylate, hydroxyethyl methacrylate, an unsaturated stabilizer tri (allylbenzene) imidazoline, and 2,4,6-tri (2-allylphenoxy) -1,3,5-triazine. The release layer raw material components comprise tetraethyl orthosilicate, octaphenylcyclo tetrasiloxane, tetra-vinyl tetramethyl cyclo tetrasiloxane, dimethyl siloxane mixed ring, n-heptane, and 3,5-di-tert-butyl salicylaldehyde. The protective glue layer comprises methyl methacrylate, hydroxyethyl methacrylate, butyl acrylate, dimethylbenzene, and glycidyl acrylate.

The present invention relates to a fiber thermal transfer method using reactive ink transfer paper, and relates to digital printing, by means of a digital transfer printing device such as an inkjet printer, utilizing a computer from the design planning stage. The present invention, being a dry digital textile printing method with no steam and thickener used, is a waterless textile printing method which is ecofriendly.

The application relates to the technical field of hot transfer film winding, and discloses a hot transfer film, which comprises a substrate layer, and the substrate layer is specifically polyethylene terephthalate. A release agent is coated on the top surface of the substrate layer by means of a gravure coating mode, the release agent is set as cellulose butyrate, the solid content of the release agent is controlled to be 23%, the substrate layer is subjected to temperature rising drying at a temperature of 105-115 DEG C after being coated, so that the solvent in the release agent is volatilized and solidified, an external gravure printing machine is used to print a printing layer on the solidified release agent, a hot melt adhesive is coated on the top of the printing layer and is subjected to drying again, the adhesive layer is solidified to form the hot transfer film, the hot melt adhesive comprises decolorized lac and nitrocellulose, and the hot transfer film is subjected to winding treatment. The device has the advantages of improving the winding efficiency of the lifting device and being convenient for users to use.

The utility model discloses a novel nano microparticle hot stamping film, including positioning bottom layer and viscose layer, the upper surface of positioning bottom layer is integrally provided with the positioning frame, the upper end of positioning frame is integrally provided with the limit pressure edge, the inside of positioning frame is provided with base film layer, mould pressing layer, activated carbon adsorption layer, decorative layer, nano particle color layer and transparent protective layer from below to above in proper order, the lower surface of base film layer is bonded fixed with the upper surface of positioning bottom layer, the upper surface of base film layer is integrally provided with mould pressing layer, the upper surface of activated carbon adsorption layer is bonded fixed with the lower surface of decorative layer, the upper surface edge of transparent protective layer is bonded fixed with the lower surface of limit pressure edge, the side of positioning frame is provided with a plurality of breathable through -hole to the activated carbon adsorption layer position setting. The above technical scheme, the structure design is reasonable, and the anti -fake and decorative effect are good, can remove peculiar smell, and the edge position is reliable, and the service life is long and practicality is good.

The utility model discloses a kind of transfer film with digital printing pattern, from top to bottom sequentially include: base film layer, release layer, bearing layer group, digital graphics layer, connecting layer and hot melt adhesive layer, digital graphics layer is set to the lower end surface of bearing layer group by digital printing or digital spraying, connecting layer connects hot melt adhesive layer and digital graphics layer, digital graphics layer can be variable graphics and color is used flexibly, without plate making, production preparation is flexible, greatly facilitate the production requirement of small batch or short construction period, by setting bearing layer group for the spraying or printing of digital graphics layer, the stability of the graphics of digital graphics layer can be improved, and by connecting layer connecting hot melt adhesive layer and digital graphics layer, the adhesion strength between ink and hot melt adhesive layer is improved, reduce the case that digital graphics falls off or deforms when heat transfer printing occurs.

The application relates to the field of soft package printing, in particular to a soft package plateless roller transfer printing process and device thereof, which comprises the following steps: printing a pattern on a transfer film; and transferring the pattern on the transfer film to a printing film by a heating assembly. The process does not need a plate roller and glue, greatly reduces production cost, improves production quality, is more stable, easy to operate, improves production efficiency, and greatly improves appearance effect and diversity and use range.

A processing device (100) includes a process portion (13) and a processor (91). The process portion (13) performs medium processing (S53) on a transfer medium (51), subsequent to or prior to ejection of ink forming an image to be transferred from the transfer medium (51) to a transfer-receival medium (61). The processor (91) causes the process portion (13) to perform one of the medium processing of forming additional information (L2) on the transfer medium (51) in a non-transfer mode, or the medium processing of implementing a restriction procedure on the additional information (L2) formed on the transfer medium (51), or the medium processing of implementing an image transfer procedure on the image formed on the transfer medium (51) and not implementing an information transfer procedure on the additional information (L2) formed on the transfer medium (51).

To provide a manufacturing method of a transfer sheet which is excellent in fastness of an image transferred from a transfer sheet in a transferred material.SOLUTION: A manufacturing method of a transfer sheet includes discharging aqueous ink to a detachable support by an inkjet method, and forming an image, and discharging an aqueous adhesive liquid by the inkjet method so as to at least partially overlap the image, wherein the aqueous adhesive liquid contains a resin A and a resin B having a glass transition temperature higher than that of the resin A by 80°C or more.SELECTED DRAWING: Figure 1

A method of fabricating a thermal transfer image by utilizing a Thermoplastic Polyurethane (TPU) colored in white as the white pigment of the thermal transfer image. Various colored inks are applied to a substrate in accordance with their respective layers of colors of the desired artwork image design. The process leaves voids where white is desired for the artwork image. The process applies a clear ink over the image, including locations of the artwork image where white is the desired visible color. Thermoplastic Polyurethane (TPU) is applied in a powder form to an area covering the applied clear ink while the applied clear ink remains wet. Excess TPU is removed from the substrate in areas of the image void of any wet ink. The TPU residing on the wet ink is annealed using any heat applying process.

The application provides a kind of metal base furniture heat transfer automatic control process, comprising: S1, the contour extraction of original dot pattern is carried out, separate closed contour and open path and carry out classification mark, obtain classification mark vector data;S2, according to the classification mark vector data generation initial motion instruction sequence, the initial motion instruction sequence is executed idle stroke optimization, through the calculation of adjacent contour distance transfer distance rearrangement execution order, obtain optimization motion instruction sequence;S3, extract transfer section and outline section from the optimization motion instruction sequence, add acceleration and deceleration transition to the transfer section, obtain smooth motion instruction sequence, and the smooth motion instruction sequence is converted into machine executable control instruction format, output to heat transfer control system executes continuous transfer.The application significantly improves the straightness of transfer line, edge finish and overall processing efficiency and equipment stability.

This disclosure relates to a coating apparatus for applying a single layer of particles to a receiving surface. The apparatus includes a pressurized air source; a dressing chamber partially defined by the receiving surface, into which air is supplied from the air source; an air return path for returning air from the dressing chamber to an air inlet of the air source to form an air circulation loop; a metering device for introducing particles to be coated onto the receiving surface into the air circulation loop; and a controller for adjusting the metering device to maintain the particle concentration at a predetermined limit. A method for applying a particle layer is also provided, as well as a printing system benefiting from this coating apparatus.

This application provides a shelf trim, a refrigerator, and a preparation method. The method includes: adding 100 parts by weight of acrylonitrile-butadiene-styrene copolymer and / or high-impact polystyrene, 0.3-0.5 parts by weight of color masterbatch, and 0.5-3 parts by weight of antioxidant to a high-speed mixer and mixing to obtain a base mixture; adding the base mixture to an extruder to obtain a shelf trim with a cross section; making a gravure according to the image size of the pattern on the shelf trim; printing the gravure onto a tin-plated film to obtain a heat transfer film; printing the heat transfer film onto the shelf trim with a cross section to obtain a heat transfer shelf trim; and coating the heat transfer shelf trim to obtain a shelf trim. The heat transfer film obtained by tin plating has stable performance and is not easily migrated into food when printed onto the shelf trim, thus solving the problem of easy food contamination when using shelf trim.

To improve the image quality in the transfer of a tatami mat surface.SOLUTION: The tatami mat surface transfer method includes: a printing process to perform printing on an intermediate transfer medium by a coloring ink composition containing a sublimable dye, a water-soluble organic solvent, and water; and a transfer process to transfer from the printed intermediate transfer medium to a tatami mat surface. The transfer process is performed under the following conditions: the heating temperature is 170°C or higher and 180°C or lower; the pressure is between 0.5 kg / cm2 and 0.6 kg / cm2; and the heating time is between 60 seconds and 180 seconds.SELECTED DRAWING: Figure 1

A system for imaging a substrate has a first substrate, designated as Medium A. Medium A is digitally imaged, such as by printing a color image formed with CMYK inks. Medium A also has a glue ink layer formed over the image layer, and may have a white ink layer positioned between the image layer, and the glue ink layer. Another substrate, designated as Medium B, has a non-substantial film forming polymeric coating formulated for lamination of the polymeric coating on Medium A. Medium B is laminated under pressure onto Medium A to form the polymeric coating on the imaged portions of Medium A. The image is then transferred under heat and pressure from Medium A to a final substrate upon which the image is to appear. The image layer is formed over the white ink layer as it appears on the final substrate.

The utility model discloses a partial anti -fake transfer printing film paper, including base material layer, base material layer top is equipped with the release layer, release layer top is equipped with the adhesive layer, the adhesive layer top surface fixedly connected transfer printing pattern layer bottom surface, transfer printing pattern layer top surface is equipped with the first anti -fake layer, first anti -fake layer top surface is equipped with the first installation slot, first installation slot inner bottom surface fixedly connected first anti -fake pattern, base material layer bottom surface is equipped with the second anti -fake layer, second anti -fake layer bottom surface is equipped with the second installation slot, second installation slot inner bottom surface fixedly connected second anti -fake pattern, first anti -fake layer top surface fixedly connected upper protective layer bottom surface, second anti -fake layer bottom surface fixedly connected lower protective layer top surface, the utility model discloses through setting two groups of anti -fake layer of up and down improves the anti -fake effect of transfer printing film paper, and will anti -fake pattern and transfer printing pattern layer apart, avoid subsequent transfer printing process and transfer printing pattern mix, guarantee the effect of transfer printing.

A decoration method of a decorated ceramic tile is described, decorated by digital dye-sublimation and diffusion transfer printing, (also known as sublimation printing). The method enables obtaining a novel decorated ceramic tile (1) comprising: a body, in turn comprising: a first larger face (31), a second larger face (32), wherein the first larger face and the second larger face are substantially flat and substantially parallel to one another; and a perimeter surface which joins the first larger face and the second larger face to one another; and a first decoration (D1) arranged at the larger face (31) of the body of the decorated ceramic tile (1); The novel decorated ceramic tile (1) further comprises at least a first solid layer which is fixed to at least a transversal portion of the perimeter surface of the body of the decorated ceramic tile (1) which is transversal, with respect to the first larger face. The solid layer comprises: a transparent resin which is decoratable by dye sublimation and diffusion transfer printing; and a second decoration (D2) comprising, in turn, at least a colorant substance for liquid inks for dyesublimation and diffusion transfer printing, wherein the at least a colorant substance is in the solid state.