133 results about "Color design" patented technology

A manufacturing method of a keypad for a contact character illumination rubber switch composed of a surface enriched in color design variations is provided. The method includes forming a black or gray intermediate layer (3) on a surface portion of a color keypad member (1) for a contact character illumination switch of the mobile communication system, electric equipment components for cars or the like. A colored surface layer (4) is formed thereon with any color. A laser beam is applied from the upper side thereof for burning up and removing the intermediate layer and the colored surface layer.

The invention relates to a three-dimensional virtual dressing method of clothes for a real person, relating to the technical fields of digital clothing design. The system is characterized in that an object of the three-dimensional virtual dressing of the clothes is three-dimensional real-person body model structured according to the three-dimensional measuring data of the real person. A three-dimensional body measuring system measures the data of the real-person body of a consumer, the figure curve characteristic and the face characteristic, and guides the data into a three-dimensional dressing system; the original standard body model of the three-dimensional dressing system is corrected according to the data of the real person in the three-dimensional dressing system, and the three-dimensional real-person body model is showed virtually so as to lead the virtual body model to embody the figure characteristic and the face characteristic of the real person; the consumer and a designer decide the style, the fabric and the color design data by two-way selection, guide the data into a tailor-making system, complete the design of clothes and generate individual clothes sample pieces automatically; ready-made clothes are sewn virtually, and when the clothes are worn on the three-dimensional real-person body model, the individual dressing effect is intuitively displayed; and the design level and design efficiency of clothes are greatly improved.

A system and method are described for automatically laying out photos within a photo story and automatically selecting colors for design elements based on the main colors in each of the photos. For example, a method according to one embodiment comprises: quantizing a photo used for the photo story, the photo initially having a predefined number of colors, wherein the quantizing reduces the number of colors to N colors; determining usage values for each of the N colors to determine the most used colors in the photo; and selecting a color for a photo story design element based on the usage values for each of the N colors.

An automatic coloring system and method are used for coloring a three-dimensional object. An electronic device executes a coloring design process to obtain a coloring procedure corresponding to the three-dimensional object. The coloring procedure has multiple coloring instructions sequenced according to each individual generation order thereof. A connecting interface electrically connects the electronic device to an automatic coloring machine in a separable manner, so as to output the coloring procedure from the electronic device to the automatic coloring machine. Finally, the automatic coloring machine directly executes the coloring instructions in the coloring procedure sequentially.

Consistent with embodiments of the present disclosure, a Document Layering (DL) platform may enable a user to overlay a color layer and/or an interactive electronic layer on an existing legacy document. Such embodiments may begin by receiving a legacy document and a specification of layers to be added to the legacy document. The legacy document may include, for example, a PDF document. The specified layers may include, for example, color layer design or an interactive layer design. The DL platform may overlay the color design and/or interactive layer design upon the legacy document. Further, the DL platform may output an updated document comprised of the legacy document with the color layer and/or the interactive layer overlaid upon it.

The invention discloses a method suitable for weaving a colored jacquard fabric with a large texture thread number. The method comprises the steps of firstly determining parameters of jacquard texture units, and storing the parameters in a database; then determining the parameters of jacquard color lumps and the size and extension sequence of pattern image blocks, reading colored design patterns to be woven into a computer for division, and carrying out index numbering; and scanning each pixel point for calculation of color difference, arranging the jacquard color lumps based on a weaving scheme with maximal color similarity in a color library to form a weaving program, and splicing all jacquard subblocks after controlling a colored digital jacquard machine to weave respectively. The method can complete the jacquard design and weaving of color images by only utilizing 4-8 colored yarns and achieve the jacquard task with the large texture thread number on the premise of not bringing up new demands on a conventional jacquard machine process; and simultaneously the color level breaks through 256 colors in color selection so as to be more colorful and improve the quality and additional value of products.

The present invention provides a color filter substrate and a liquid crystal display device which enable easy color design for a liquid crystal display panel, can suppress both a switching domain and disclination, and can also suppress a decrease in the aperture ratio. The color filter substrate of the present invention has a structure in which adjacent color filters have respective projections that project toward each other and are in contact with each other on a light-shielding member; a structure in which color filter regions for same-color dots adjacent to each other are partially connected on the shielding member; or a structure in which the above structures are combined.

A back bag/shoulder bag/handbag made by stitching a sheet material into shape, the sheet material having a transparent or translucent outer covering layer, an inner covering layer and a stuffing material selected from colored feather, down, polyfill, man-made fiber or combination of colored feather and down and stuffed in between the outer covering layer and the inner covering layer so that a person can see the color design of the stuffing material through the transparent or translucent material.

The warp yarn of the colorful silk jacquard fabric of the present invention adopts conventional cotton yarn, and the weft yarn adopts greige yarn or colored yarn and colorful yarn, and the greige yarn is one or more of cotton yarn, viscose bright yarn, cotton-type colored yarn, and polyester. The yarn is one or more of cotton yarn, viscose lustrous yarn, cotton colored yarn, polyester, and the cotton yarn count in the warp yarn is between 40S and 80S; in the weft yarn, the British count is 20S~60S. The specification of colorful silk is 70D~180D, the dosage ratio of colorful silk and greige yarn or dyed yarn is 0.5%~50%, more than three kinds of raw materials are used for interweaving, through pattern design, color design, weave design, dyeing and finishing process The comprehensive cooperation of all aspects of technology enables the fabric to have good moisture permeability. Due to the decorative decoration of colorful silk, the fabric has a strong metallic visual effect.

The invention discloses a color matching method for solving spot color printing ink in package printing. Different colors of printing ink samples produced by each printing ink factory are collected firstly, a common printing substrate is selected, and a reducer is added into the different colors of printing ink samples to dilute as the printing ink color paste. A printing ink proofer is used for displaying the sample of the color bar, the spot color ink matching software is used for controlling a spectral density instrument to collect the color density of the displayed color sample, and then the color density data is stored, the color density database is established. A computer is used for operating the spot color ink matching software to detect the tested color sample through cooperating with the spectral density instrument, the density data of the tested color sample is fed back to the spot color ink matching software, the spot color ink matching software is used for automatically calculating and screening the nearest tested color sample formula and formula proportion in the stored color density database, and then the formula and formula proportion are saved as the color sample formula file database by the computer. The method is capable of effectively improving the efficiency of ink matching, accurately matching, saving the printing ink, improving the production efficiency and the like.

The invention provides a bunchy yarn towel preparation method and belongs to the technical field of textile production. The technology comprises steps of pre-processing spinning, dyeing, sizing, warping, weaving, desizing, polishing and the like; is based on the foundation of adopting special bunchy yarn; adopts a reasonable yarn-dyed weaving yarn dyeing technology; is characterized by selecting reasonable gradually varied color matching; and weaves towels with special styles. The towel is characterized in that characteristics of traditional bunchy yarn products are maintained, and simultaneously the special yarn-dyed weaving yarn dyeing technology and the reasonable color matching enable the products to have strong visual impact, generates good artistic effect, and has extraordinary attractiveness on eyeballs of consumers. The unique gradually varied color design is matched with the yarns with uneven dyeing degree and reflective differences, accordingly the products are enabled to have the visual effect of light and shadow waves, and level of the products is greatly improved.

The invention relates to yarn fabrics for bed necessaries, and a production method thereof. The method comprises the following steps: 21S to 32S yarns of cotton combed cotton is adopted as warp, 40S to 32S terylene gradual changing bunchy yarns are adopted as weft; fabric grey cloth is formed by interweaving by a rapier loom; the yarn fabrics for the bed necessaries are obtained by the steps of raw material preparation, weaving, color design and dyeing and printing process, and have the advantages that: the fabrics have the properties of crease-resistance and being wrinkle-free after washing, and integrate the advantages of neatness, smoothness and high tenacity of terylene fabrics and the moisture absorption property and air permeability of cotton fiber materials. The improvement of polyester-cotton bunchy spun-dyed yarn dyeing and printing process technology can break out the limit of the success rate of firstly yarn dyeing, then weaving, arranging and the like, is more favorable to central buying, reducing and controlling production cost, and is convenient to adjusting and controlling production, saving energy and reducing pollution discharging, with enhanced flexibility.

A method of producing a decorative molded object which is a resin molded object decorated with a color design image representing a letter, a symbol, a figure, or the like, includes the steps of printing a color design image on an image carrying layer with an output apparatus that collectively outputs color design data to form a coloring agent layer for displaying the color design image on the substrate sheet, transferring the coloring agent layer on the substrate sheet onto a resin molded object to be decorated, peeling the substrate sheet with the transferred coloring agent layer left on the resin molded object to form a color design image layer on the resin molded object and curing, after application and deposition onto the color design image layer, a transparent resin liquid to thereby form a transparent resin layer.

The invention discloses an automatic coloring system and a method of the automatic coloring system. The system and method are used for coloring solid objects. A coloring design flow is executed by an electronic device so as to obtain coloring programs of the corresponding solid objects, wherein the coloring programs have a plurality of coloring commands which are ranked according to the generation sequence of the coloring commands. Due to the fact that connecting interfaces are electrically connected with the electronic device and an automatic coloring machine in a separable mode, the coloring programs are output out of the electronic device to the automatic coloring machine. Then, the automatic coloring machine directly executes the coloring commands in the coloring programs in sequence.

This invention is directed to a plastic composite comprising color images printed onto a polyethylene terephthalate (PET) substrate using thermal transfer (TT) printing technology. The PET layer is then bonded to a second PET layer using a thermally activated adhesive, preferably ethylene vinyl acetate copolymer (EVA). The bonded PET layers are then disposed between two layers of plasticized PVB, forming the plastic composite. The plastic composite can then be placed between two sheets of glass forming the final laminated glass product.

A nonthermal transfer sheet (11) usable for transfer to various types of objects including daily personal items such as clothing and the like and also human skin. In order to allow transfer to be realized without heating or pressurization, a transfer layer (33), which is or is not provided with a multi-color design layer (32) and is to be a main part of the nonthermal transfer sheet, and an adhesive layer (34) for pasting the transfer layer (33) to a transfer subject (51) are integrated together in advance by heating and pressurization. The transfer layer (33) is formed of a thermoplastic resin containing polyurethane as a main component, and therefore is highly flexible, extendable and transferrable even to human body. The adhesive layer (34) is formed of an adhesive containing an acrylic adhesive, and therefore is not reduced in the adhesive force and can be re-transferred (re-pasted). As a result, a wide range of transfer effects including decoration is provided. In addition, the nonthermal transfer sheet is easily removable and so is easily usable.