181results about How to "Vivid colors" patented technology

The invention discloses a once-firing colored crystalline glass ceramic composite brick and a production method. The once-firing colored crystalline glass ceramic composite brick comprises a blank and a ground coat layer and a colored microcrystal layer that are arranged on the blank sequentially, wherein the colored microcrystal layer consists of a transparent microcrystal layer and colored crystal nucleus particles suspended in the transparent microcrystal layer. The production method comprises the following steps of processing the blank, applying a ground coat, conducting roller printing, applying an adhesive agent on the surface of the blank, uniformly applying transparent microcrystal dry particles and the colored crystal nucleus particles on the surface of the blank to form the colored microcrystal layer, applying a fixing agent, allowing to enter a kiln for once firing, and finishing and edging to form a finished product. The method is low in energy consumption and high in production efficiency, raw materials are saved, and the cost is lowered. The colored crystal nucleus particles suspended in the colored microcrystal layer of the once-firing colored crystalline glass ceramic composite brick are echoed by the roller printing, so that a stereo color effect is more obvious and verisimilar, and the brick has an excellent ornamental effect.

The invention discloses a method for achieving oil painting three-dimensional duplication through an ultraviolet-light-emitting diode (UV-LED) ink-jet printer. The method comprises the following steps that (1) colored image information of an oil painting is obtained through two-dimensional non-contact scanning equipment; (2) pigment height information of the oil painting is obtained through three-dimensional scanning equipment, and a surface configuration three-dimensional model of the oil painting is established; (3) the number of layers of printing is determined according to the Z-axis height of the model, and the number of the layers is obtained by dividing the maximum value of the Z-axis by the average thickness of a single layer of white ultraviolet (UV) printing ink; (4) the cross section of each layer is extracted, and the cross sections of the layers are introduced into the UV printer to be printed after being subjected to vectorization treatment; (5) stacking printing is conducted through the white UV printing ink according to layer data, and a white three-dimensional oil painting entity is obtained; and (6) colored images are printed on the white three-dimensional oil painting entity, and a three-dimensional oil painting duplicate is formed. By means of the method, the concave-convex undulating characteristics of pigment on the surface of an oil painting original manuscript can be reproduced veritably, the three-dimensional impression of a real oil painting is achieved, the deficiency that the three-dimensional duplication of the oil painting cannot be achieved through an ordinary paint spraying and printing method is remedied, and the requirements for high-fidelity oil painting duplication can be met.

A method for calibrating multi-section Gamma curve includes dividing Gamma curve to be three parts of dark grey level part and intermediate part as well as bright grey level part according to different scope of grey level value, setting coefficient of Gamma curve at dark grey level part to be 2.0-2.4 and coefficient of Gamma curve at bright grey level part to be 1.5-1.9, smoothly transiting dark grey level part to be bright grey level part in linear way.

An image sensor and a method of manufacturing the same are provided. The image sensor includes a photoelectric conversion layer; a color filter disposed on the photoelectric conversion layer; a low refractive index layer disposed on the color filter; a beam splitter disposed within the low refractive index layer; and a lens layer disposed on the low refractive index layer and covering the beam splitter. The beam splitter extends in a diagonal direction of a pixel area of the color filter, in a plan view.

The invention discloses a printing technology of PVC (polyvinyl chloride) plastic coiled material floor patterns. The printing technology of the PVC plastic coiled material floor patterns comprises the following steps: firstly, imprinting and coating a releasing agent on the surface of a transfer basement membrane, then printing an ink pattern layer and an adhesive according to design patterns, and drying so as to obtain a transfer membrane; conveying a coiled material floor base material and a transfer membrane together to be between a rubber roller and a mirror surface roller of a printer, and bonding the adhesive on the surface of the ink pattern layer of the transfer membrane and the surface of the coiled material floor basement material sufficiently, wherein ink patterns on the transfer membrane are bonded on the surface of the coiled material floor basement material by the adhesive; the transfer membrane is separated and coiled after changing into a transfer base membrane; the surface of the coiled material floor base material with ink patterns is pasted with a transparent membrane and then is subjected to calendering or embossing treatment so as to obtain a coiled material floor finished product. The printing technology of the PVC plastic coiled material floor patterns, which is provided by the invention, have the advantages that patterns are printed on the surface of the transfer membrane in advance, and then are transferred to the surface of the coiled material floor base material through heating and compression, thereby obtaining floor patterns which are beautiful and vivid in color and intense in layering; the grade of the PVC plastic coiled material floor patterns is improved greatly; meanwhile, the technology is simple, and the production cost is low.

A film of a plastic material fusible with a lens-forming material and having a high light transmissivity is bonded and laminated, with an adhesive, to a polarizing sheet having a polarization coefficient of 99.0% or higher and a light transmissivity of 40% or higher. The resultant laminate is hot-pressed into a shape similar to an aimed lens. The hot-pressed laminate is placed in a lens forming mold cavity, and a lens-forming resin which has been colored or of which light transmissivity has been adjusted to a desired transmissivity is injected into the cavity to thereby form a polarized lens.

A plasmonic nano-color coating layer includes a composite layer including a plurality of metal particle layers and a plurality of matrix layers and having a periodic multilayer structure in which the metal particle layers and the matrix layers are alternately arranged, a dielectric buffer layer located below the composite layer, and a mirror layer located below the dielectric buffer layer, wherein the color of the plasmonic nano-color coating layer is determined based on a nominal thickness of the metal particle layer and a separation between the metal particle layers.

A realistic, solid-bodied, plastic frog fishing lure with hind legs and webbed feet for providing vibration for attracting fish, the frog fishing lure capable of correcting itself underwater so that the lure runs in an upright position at all times when being fished.

The invention relates to a method for producing light pseudo-classic building, which comprises: (1), using steel plate or iron steel as foundation; (2), mounting upright post on it; (3), using metallic support to install the roof truss support and mounting roof truss support on the upright post; (4), mounting wall, door, and window between iron plate or steel plate, and roof truss support and upright post; (5), using magnesite composite pulp with yellow, green or black color to produce the pseudo-classic roof truss; (6) mounting pseudo-classis roof on the roof truss support, to obtains final building. The invention has simple process, high reality, and better pseudo-classis effect.

The invention relates to a method for realizing a realistic three-dimensional digital portrait. In the method, multiple portrait data acquisition devices surrounding the subject are simultaneously photographed in all directions at multiple points and angles, and all three-dimensional data on the surface of the subject at a specific moment are captured at one time. and color data, process and reconstruct the captured 3D data and color data by computer to obtain the complete 3D model data and color data of the character, and finally combine the complete 3D model data and color data The spatial position and color information are accurately synthesized to generate a color digital model of a realistic 3D digital portrait, and the color digital model is imported into the model browsing software, and the realistic 3D digital portrait is rotated, zoomed in, and zoomed out.

A water-based ink set for ink-jet recording is provided which is capable of: reducing graininess in a low-density printed part in a cyan direction without reducing the color reproduction range in the cyan direction in a high-density printed part; extending the color reproduction range in a blue direction and/or a green direction; and improving gas resistance and the vividness in the blue direction and/or the green direction. The water-based ink set for ink-jet recording includes a cyan dye ink employing dye as a coloring agent and a blue pigment ink employing pigment as a coloring agent and/or a green pigment ink employing pigment as a coloring agent. The cyan dye ink is a light cyan dye ink having a lightness (L*) of about 60 or more in the L*a*b* colorimetric system.

The invention discloses an image fusion method and device, electronic equipment and a medium. The method comprises the steps of obtaining a color image photographed in a flash lamp turn-on state and ablack and white image photographed in a flash lamp turn-off state, wherein a photographing object of the color image is the same as the photographing object of the black and white image; carrying outregistration on the black and white image and the color image; and fusing color information of the color image to the black and white image, and generating a result image. According to the method, the device, the electronic equipment and the medium provided by the invention, the problem that in the prior art, the image quality is low due to the fact that an image generated through fusion of double cameras: a color camera and a black and white camera is limited by the color image is solved, and the technical effect of improving the image quality is improved.

The invention relates to a production technology for 3D high-definition printing UV interior wall decorative sheets, and belongs to the field of decorative sheet processing. The technology comprises: sanding and dedusting a calcium silicate board; pre-heating; coating anti-seepage paint in a rolling manner; coating on the back; coating putty, base coat, glue, and colored paint in a rolling manner; performing 3D scanning on overcoating patterns; performing 3D printing; performing smooth surface processing; performing UV photocuring; and laminating films and packaging. The UV interior wall decorative sheet is stereo in patterns, lifelike in colors, and high in surface flatness, and is good in waterproofness, resistant in scraping, simple in manufacturing process, wide in material selection range, low in cost, and fast in forming speed.

The invention provides a novel day and night high-definition and dual-mode camera and an image processing method thereof. The principle that an image sensor can sense both visible light and infrared is utilized. Different image effect adjustment procedures under different light intensities in a central processing unit are stored in different storage units respectively. A visible light acquisition unit acquires the external visible light, and then the central processing unit is connected to the different storage units according to the intensity of the visible light, i.e., different image effect adjustment-procedures are called, and then the image signals acquired by the image sensor are processed differently, i.e., color image shooting is performed in the daytime and infrared shooting is performed at night, and the acquired video signals are adjusted to be in a black and white state so that more clear and bright images can be obtained no matter in the night or daytime.

The invention provides a method for manufacturing home decoration stickers, which comprises two main steps of coating the back of a base material with light-adhesive static pressure-sensitive adhesive and adopting silk-leaking printing for the surface printing of the base material. The step of adopting silk-leaking printing for the surface printing of the base material is divided into the following: a step of manufacturing a silk-leaking plate, which is to adopt Japanese Sefar silk net and Italian Saati silk net with 40 to 420 meshes and adopt German KIWO photosensitive adhesive; a step of coating a silk net with the photosensitive adhesive, which is to coat the front and back of the silk net three times respectively and expose the silk net coated with the photosensitive adhesive for 55 seconds; a step of printing the base material, which is to adopt luminescent ink and colorless transparent printing ink in the proportion of 40 percent to uniformly print, print four-color pasty printing ink on 460-mesh silk net, use a four-color plate to print respectively and then adopt two 3000 ultraviolet lamps for irradiation; and a step of cutting-shaping, which is to emboss and shape patterns. The home decoration stickers have the advantages of no glue on sticking surfaces, no marks left after the stickers are taken off, double-side effect, reusability, vivid color and stereoscopic impression.

The present invention discloses a FDM type 3D printing spraying nozzle capable of achieving gradual color changing. The FDM type 3D printing spraying nozzle comprises a mixing melting chamber, wherein a spraying nozzle is arranged on the lower end of the mixing melting chamber, the upper end of the mixing melting chamber is provided with a raw material inlet and is further uniformly provided with a plurality of colored color master batch wire inlets for communicating the cavity of the mixing melting chamber at intervals, an extrusion screw rod for extruding a material from the spraying nozzle is arranged in the mixing melting chamber, and the upper end of the extrusion screw rod is provided with a connection device for connecting a screw rod motor. The invention further discloses a FDM type 3D printing method capable of achieving gradual color changing. According to the present invention, with the printing method, the real full-color printing can be achieved, wherein the free color matching for the model can be achieved by matching the position information and the color information and timely melting the color master batches according to the ratio, the advantages of one-time molding, simple structure, convenient operation and color fidelity are provided, and the real full-color 3D printing can be achieved.

The invention relates to the technical field of thermal transfer printing lettering film, and in particular, relates to a high-elasticity silicone rubber lettering film and a preparation method and anapplication method thereof. The high-elasticity silicone rubber lettering film comprises a load-bearing substrate, a release layer, a surface layer silicone rubber ink layer, an anti-photopermeable silicone rubber ink layer, an adhesive interfacial agent layer and a TPU hot melt adhesive film which are connected from bottom to top successively; the adhesive interfacial agent layer is prepared from an adhesive interfacial agent, and the adhesive interfacial agent is an adhesive interfacial agent containing dual-resin components. The silicone rubber lettering film has the advantages of both thesilicone rubber material and the TPU material, has good elasticity, tearing strength, weatherability, yellowing resistance, water washing resistance and other comprehensive properties, has layers noteasy to separate, is not easy to discolor or fade by sunlight exposure, and has the water-washing fading rate not less than 0.5%, is not easy to dye when being mixed and washed with materials with other colors, and is high in stability, easy to bond with a variety of materials, high in bonding strength, not easy to peel off, good in stability, delicate in hand feeling, good in aesthetic degree, and long in service life.

Provided are a coloring composition for dyeing or textile printing including a compound having the following structure, an ink for ink jet textile printing including the above-described coloring composition for dyeing or textile printing, a method of printing on fabric, and a dyed or printed fabric. As a result, the color is excellent, the color optical density is high, the fixing properties are excellent, bleeding is reduced, and light fastness is excellent.

The invention discloses a high-definition ink jet technology for plate surface treatment. The high-definition ink jet technology for plate surface treatment comprises the steps of spraying UV (ultraviolet) paint, polishing, spraying an acid-free acrylic solution layer, printing with high definition, spraying an acrylic solution layer, spraying UV primer, spraying a ceramic paint layer and curing the ceramic paint layer. The technology provided by the invention is simple without pressing and pasting decoration paper or wood grain paper; patterns are printed on the surface of a plate by a high-definition printing technology so as to form a high-definition pattern layer with vivid color and good quality; the pattern layer and each paint layer are firmly attached to the surface of the plate, cannot be separated from the surface of the plate, and also cannot peel off easily.