92results about How to "More color" patented technology

The invention provides composite ecological wood. The wood comprises the following compositions in percentage by weight: 35 to 40 percent of wood meal, 40 to 49 percent of PVC, 2 to 3 percent of calcium carbonate, 4 to 6 percent of a foaming regulator, 4 to 6 percent of a stabilizing agent, 4 to 6 percent of impact-resistant ACR, 0.5 to 1.5 percent of a processing additive ACR, 0.2 to 0.4 percent of toner, an internal lubricant and an external lubricant, a foaming agent accounting for 0.1 to 1 percent of the PVC and a coupling agent accounting for 3 to 5 percent of the wood meal; and when a product is used outdoors, the product also comprises an antioxidant, an ultraviolet absorbent and a light stabilizing agent which have 0.1 to 0.5 percent of weight portions respectively. Compared with the prior art, the composite ecological wood thoroughly overcomes the disadvantages of raw wood, improves the shortage of the raw wood and keeps the particular wooden texture of the raw wood; simultaneously, for the addition of the antioxidant, the ultraviolet absorbent and the light stabilizing agent, the composite ecological wood also prevents photooxidation, fading, cracking and the like caused by ultraviolet irradiation, increases the weather resistance and prolongs the service life.

A case for extruded powders comprising a surface having at least one groove with extruded powders disposed therein. The powders are preferably not all the same color. Preferably, forty percent or more of each extruded powder rises above the surface and preferably, the cross sectional shape of each groove matches the cross sectional shape of that part of the extruded powder that is disposed in the groove. Optional dividers separate the extruded powders so that they do not contact each other. Optional restraints inhibit the powders from coming out of the grooves. Also optional are an outer container into which the surface is disposed and cover to protect the powders when not in use. The case may comprise other cosmetic elements such as an applicator, a mirror or a pan or pressed powder.

A display device includes an ultraviolet light source, a color light source, and a filter selectively hit by their lights. The filter has a first area part for displaying the first display contents excluding an overlapped parts when the ultraviolet light is emitted, a second area part for the second display contents excluding the overlapped parts when the color light is emitted, and a third display part for displaying the overlapped parts when one of the ultraviolet and color light is emitted. The first area part blocks the color light and produces visible light when the ultraviolet light hits the first area part, the second area part allows the ultraviolet and color lights to pass therethrough, and the third area part allows the ultraviolet and color lights to pass therethrough and produces the visible light when the ultraviolet light hits the third area part.

The present invention discloses a water-soluble colored transparent glass paint, its preparation method and application. Said glass paint composition includes (by weight portion) 50-60 portions of water-soluble silicon-acrylic resin, 14-20 portions of amino resin, 17.8-21.7 portions of deionized water, 3-5 portions of n-butyl alcohol, 2-4 portions of silane compling agent and 3-5 portions of water-soluble metal complex dyestuff. Its preparation method includes the following steps: firstly, adding water-soluble silicon-acrylic resin, n-butyl alcohol and deionized water into stirring still successively, stirring, adding water-soluble amino resin, then adding water-soluble metal complex dyestuff, finally adding silane coupling agent, defoaming agent and leveling agent and stirring them so as to obtain the invented product. After the glass surface is coated with said paint, under the condition of 120-150 deg.C it baked for 3-5 min and can be solidified and formed into film.

A method for driving a display is disclosed. According to the driving method, a display panel is divided into a plurality of bright regions and a plurality of dark regions, wherein the dark regions and the bright regions are alternately arranged so that the bright regions within the display panel are not adjacent to each other. Next, a full-color frame is divided into four sub-frames, wherein the sub-frames are matched with the four color-orders one by one. In this way, the display randomly displays the sub-frames in a frame period.

The invention discloses a colored optical filter comprising a substrate and a filter part formed on the substrate. The filter part comprises a plurality of composite pixels for displaying the colors, wherein each compound pixel comprises six basic pixels in different colors; and colored emitting light rays can be formed by mixing the emitting light rays in six colors formed through the six basic pixels.

The invention relates to a method for preparing a microcrystalline glass by utilizing steel slag. The method comprises the following steps of: firstly, carrying out drying and ball milling on the steel slag and removing iron contained in the steel slag to prepare powder of 100 meshes; then mixing the steel slag powder, quartz sand, sodium nitrate, barium nitrate, zinc oxide and cerium dioxide into a compound material; placing the mixture obtained from the former step into a crucible, and smelting at 1250-1380 DEG C to form a transparent steel slag glass; and finally, crystallizing the transparent steel slag glass to form the steel slag microcrystalline glass containing calcium akermanite as a main crystal phase. The method disclosed by the invention utilizes the blast furnace steel slag as a main raw material and achieves the utilization amount of the steel slag at 96%; and the microcrystalline glass prepared according to the method has the advantages of high structural strength, low water absorption, high crystalline degree and various color. The preparation process disclosed by the invention is simple in operation process and low in cost, can effectively reduce the production cost of the microcrystalline glass, protects the environment and changes the wastes into valuables, is suitable for industrialized large-scale production and has obvious economic benefit and environmental benefit.

A dispenser and organizer for dispensing trash bags, generally made of a flexible fabric in a tubular shape having a hollow body with a large closable entry opening at the top and a smaller elasticized dispensing opening at the bottom. The body therein holds a container, the container having a large entry opening and a smaller dispensing opening with a neck, the container defining a roll of plurality of trash bags. Whereby the body when coupled with a container with small neck can be that of an organizer, for example a hand sanitizer bottle. Whereby two different sizes can be made as one unit to accommodate two sizes in one location. Other advantages is its ability to be utilized at a preferred height by individuals confined to a wheelchair and to carry along hands free.

The invention relates to colored sand capable of coloring by reaction and its preparation method, the colored sand is prepared by the following components: 100wt parts of aggregate, 1.0-5.0wt parts of adhesive and 0.2-3.5wt parts of colouring agent; wherein the aggregate is other sandstone such as basalt sand, quartz sand, yellow sand or sea sand; and the colouring agent is composed 30.0-45.0wt parts of intensifying agent, 50.0-65.0wt parts of fluxing agent, 2.5-7.0wt parts of colour former and 50.0-80.0 wt parts of clear water according to a mechanism of ceramic colored glaze. The preparation method is characterized in that the colouring agent and the adhesive through grinding are coated on the surface of the aggregate together, then dried and calcined under the temperature of 700-950 DEG C to obtain the reaction-type colored sand. The colored sand has the advantages of uniform coloring, bright color and various types; a color layer is combined with the aggregate through reaction, and has the advantages of fastness and stabilization, no fading, strong corrosivity resistance, good weatherability and long usage life.

The invention provides an organic light-emitting polymer having the structure of formula (I):

wherein each of the substituents is as defined in the specification and the attached claims. The organic light-emitting polymer can be used in the manufacture of organic light-emitting diode elements.

A printing apparatus is adapted to form a printed image by forming ink dots based on an ink amount specified for each of a plurality of pixels forming image data. The determination unit is configured to analyze the image data and to determine at least one color patch to be printed based on a result of the analysis. The patch printing unit is configured to print the color patch. The color measurement unit is configured to perform color measurement on the color patch to obtain a color value indicated in the color patch. The correction data creation unit is configured to create correction data using the color value obtained by the color measurement unit. The printing unit is configured to form the ink dots based on the ink amount that has been corrected based on the correction data.

The invention provides a lighting device (100) comprising a solid state light source (10) configured to provide blue light (11) having a dominant wavelength selected from the range of 440-490 nm, a first luminescent material (210) configured to convert part of the blue light (11) into first luminescent material light (211) having intensity in one or more of the green and yellow having a CIE u′ (211), and a second luminescent material (220) configured to convert part of one or more of the blue light (11) and the first luminescent material light (211) into second luminescent material light (221) having intensity in one or more of the orange and red having a CIE u′ (221), wherein the first luminescent material (210) and the second luminescent material (220) are selected to provide said first luminescent material light (211) and said second luminescent material light (221) defined by a maximum ratio of CIE u′ (211) and CIE u′ (221) being CIE u′(221)=1.58*CIE u′(211)+0.255, and a minimum ratio of CIE u′ (211) and CIE u′ (221) being CIE u′(221)=2.3*CIE u′(211)+0.04.

The invention discloses a dyeing method of cashmere. The dyeing method comprises the following steps:(a) moistening and modifying a cashmere fabric; (b) dyeing the cashmere fabric obtained in the step (a) by using a dyeing solution containing tobacco leaves and stem extracts under the temperature condition of 30-45 DEG C for a time long enough to enable the dyeing solution to be adsorbed on the surface of the cashmere fabric and penetrated in the cashmere fabric, subsequently raising temperature to 65-75 DEG C, and performing heat preservation for a time long enough to enable color to be fixed on the cashmere fabric so that the color of the cashmere fabric is further fixed; (c) washing the cashmere fabric obtained through treatment in the step (b). The dyeing method of the cashmere, disclosed by the invention, has the advantages of environmental protection, energy conservation, good dyeing effect and the like.

A system and method for enhancing digital photographs by enabling end-users to add 3D objects to digital photographs. The end-user can select a 3D object from a library, place the 3D object on the digital photograph and then manipulate the 3D object to customize it to its taste. The 3D object can be directly manipulated by the end-user and the end-user can create an infinite number of object variations, in contrast to systems of the art where an end-user can only select object variations from a given number of preloaded object variations. The modified digital photograph can then be shared by the user in one or more social networks.

The invention relates to a wet spinning method for multi-color conductive polymer-based composite conductive fiber. The wet spinning method for the multi-color conductive polymer-based composite conductive fiber comprises the following steps: by taking a water-soluble sulfonated polymer as a main dopant, acidic dye or acidic fluorescent dye as a secondary dopant and a polyoxyethylene-containing ester or ether material as an emulsifier, preparing a conductive polymer emulsion through chemical oxidative polymerization reaction with a conductive polymer monomer, blending the conductive polymer emulsion with polyvinyl alcohol, standing and defoaming to obtain a raw spinning solution, and performing wet spinning on the raw spinning solution. The prepared multi-color conductive polymer-based composite conductive fiber has the characteristics of high conductivity, color diversity and good mechanical properties and the like and has a certain electrochromic property; and the wet spinning method for the multi-color conductive polymer-based composite conductive fiber is simple in operating process and easy to realize industrial production, can be used for producing conductive and antistatic fiber and fabric with high added value and the like, and has a wide application prospect.

The invention discloses an impregnated film paper veneer blockboard free from formaldehyde release as well as a production process thereof. The blockboard comprises a board core, a middle board, a surface board and impregnated film paper; and the middle board, the surface board and the impregnated film paper adhere to the two surfaces of the board core sequentially and symmetrically. The production process comprises board core production and blockboard production, wherein the blockboard production comprises the processes of gluing, assembling, performing cold-press molding, hot-pressing, reliving pressure, performing putty filling maintenance, determining thickness and sanding, gluing and sticking the surface board, performing cold-press molding, hot-pressing, sanding, performing edge sawing and pressing to stick decorative film paper. The problem of formaldehyde pollution of the blockboard can be solved, and people's high demand on environmental protection life can be met.

A color temperature modulating method involves: computing blackbody spectrums including a target color temperature, and performing normalization at a benchmark wavelength to define a common color-temperature area; selecting a white LED containing phosphor; adjusting the white LED's intensity such that the primary-peak wavelength is close to a maximum relative intensity in the common color-temperature area accordingly; using a blue LED, a green LED, and at least two red LEDs, wherein peak wavelengths of the blue and green LEDs are located between the primary and the secondary wavelength of the white LED, and peak wavelengths of the red LEDs are greater than the primary-peak wavelength; and adjusting relative intensities of the blue, green, and red LEDs to make a relative intensity of a combination of these LEDs and the white LED close to the target color temperature.

The invention discloses a water or oil expansion or extension type faucet manufacturing technology. The technology is characterized by comprising the steps of (1) pipe selection, (2) prototype extension, (3) expansion forming, (4) part welding, (5) machining, (6) surface treatment and (7) assembly. Compared with the prior art, the technology has the advantages that a faucet manufactured with the technology is low in cost, available in multiple styles and colors, and capable of being formed into any shapes in an expansion mode, the yield is high, the faucet can be directly polished into a mirror surface, electroplating is not needed, durability is higher than that of copper alloy products or zinc alloy products, and the technology can replace the faucet body precision casting or welding technology.

In a display panel, drivers for driving LEDs of pixels are distributed over a substrate, and transceivers relay pixel data from a timing controller to the drivers. The drivers are divided into groups. Respective drivers in a group receive corresponding pixel data addressed thereto solely from one corresponding transceiver. The corresponding transceiver and the respective drivers are daisy-chained to form one first linear daisy chain, where each pair of immediately-adjacent first drivers are connected. Plural first linear daisy chains are formed for all groups. The transceivers are daisy-chained to form a second linear daisy chain by connecting each pair of immediately-adjacent transceivers. The first and second linear daisy chains form a fishbone topology network to enable transmission of pixel data from the timing controller to the drivers while reducing a data-line footprint on the substrate that mounts the pixels, driver and transceivers in comparison to a conventional star-topology network.