475 results about "Glitter" patented technology

A fishing lure made of soft flexible material. The various shapes of the lure resemble fish, bait, squid, lizards, crayfish, jig trailers, swimbaits, reapers, jerk baits, and other shapes. The tail portion of the fish shaped lure normally has a paddle type tail, which when pulled through the water moves horizontally from side to side, imitating the swimming action of fish. These fish lures are often called swimbaits or paddle tails. The lure has a piece of reflective foil, larger than the size of glitter common to prior art, placed on the surface of the lure or within the lure. The reflective strip normally has a holographic design pattern, such as fish scales or other patterns.

The invention discloses a common electrode driving circuit which comprises a plurality of output ends. The output ends are connected to a plurality of common voltage input ends of a common electrode layer and input common voltages into the common voltage input ends, and the input common voltages are gradually smaller from data signal input start ends to data signal input final ends. The invention also provides an LCD (Liquid Crystal Display) comprising the common electrode driving circuit. In the invention, different common voltages are input to different parts of a substrate so that the voltage adjustment amounts of the common electrodes are consistent with a jump-down voltage of each pixel on a display picture as much as possible, and the glitter problem of the whole picture is better solved.

The invention discloses a liquid crystal display device, which comprises a liquid crystal panel circuit, a gate driving circuit, a source driving circuit, a time sequence control circuit, a backlight and a backlight control circuit, wherein the time sequence control circuit is used for outputting a gate driving signal and a source driving signal to the gate driving circuit and the source driving circuit correspondingly and outputting a backlight control signal to the backlight control circuit; the gate driving signal comprises a field synchronizing signal; the backlight control signal comprises a field synchronizing signal; the backlight control circuit is used for generating pulse-width modulation (PWM) signals and outputting the PWM signals to the backlight; and phase differences between the PWM signals and the field synchronizing signal are fixed. The invention also provides a liquid crystal display control method. The method is characterized by comprising the field synchronizing signal for controlling the output of the time sequence control circuit and the PWM signals for controlling the output of the backlight control circuit, so that the phase differences between the field synchronizing signal output by the time sequence control circuit and the PWM signals are fixed. By the liquid crystal display device and the liquid crystal display control method, the shortcoming that the image in the liquid crystal display device glitters is effectively overcome, and the quality of a liquid crystal display product is improved.

The invention is a sandal that includes a base and at least one strap connected to the base. The strap includes at least one chamber that is at least translucent and that is preferably transparent. A fluid is located in the chamber, and a plurality of charms is suspended in the fluid located in the chamber. The sandal may be constructed as a thong-type sandal and many different types of charms may be placed in the chamber. The fluid may optionally be colored and may optionally have glitter or simulated snow suspended therein. A removably attachable charm may optionally be attached to the strap.

This invention provides polymer filaments having a multilobal cross-section. The cross-section can have a filament factor of about 2.0 or greater and a tip ratio of greater than about 0.2. The filaments may be used as-spun as a spin-oriented feed yarn or as a direct use yarn. The multifilament yarns made from these filaments are useful to make articles with subdued luster and low glitter.

The decorative glass block includes a bowl-shaped first half and a bowl-shaped second half joined together. The first half and the second half each include a face, a lip surrounding the perimeter of the face, and a wall portion extending outwardly from the lip around the perimeter of the face. Decorations including layers of paint, decals, decoupage glaze, and glitter are provided on at least one of the faces. A hole sized to accommodate a string of lights is provided in one of the faces. The decorative glass block is illuminated using a string of lights inserted into the interior of the decorative glass block through the hole. The decorations enhance the appearance of the decorative glass block and the aesthetic value of light transmitted by the decorative glass block when the decorative glass block is illuminated.

The invention discloses plasticine and a manufacture method thereof. The plasticine comprises the main raw materials of polyvinyl alcohol, Kathon, propanediol or propanetriol, xanthan gum, borax and glitter. The Plasticine with rainbow colors has crystal appearance, dazzlingly beautiful color, pliability, no easy crack and good plasticity, has better tenacity and very good shaping effect when being compared with the prior plasticine, has no toxicity, odor and pollution, is not easy to mildew and deteriorate, is suitable for being used as toys and teaching aids for infants and pupils and is also suitable for being used as the raw material of sculpture and arts and crafts design.

The invention discloses a water-tolerant decorative fiber coating which can be used as a special wall coating for interior and exterior walls. The water-tolerant decorative fiber coating comprises the following raw materials in parts by weight: 10-100 parts of fibers, 0.1-10 parts of a thickener, 5-150 parts of an emulsion, 0.1-10 parts of an auxiliary material, 10-1000 parts of a liquid and 0-20 parts of other components. The emulsion is one or more of a vinyl acetate-acrylic emulsion, a silicone acrylic emulsion, a styrene-acrylic emulsion and a pure acrylic emulsion. The auxiliary material is one or more of a foamer, a flame retardant, a mildew preventive, a preservative, a dispersant and essence. The liquid is water. The other components are one or more of glitter powder, metallic yarns, cannetille, pearl powder and noctilucent powder. The water-tolerant decorative fiber coating disclosed by the invention is good in decorative effect, can be used to draw and puzzle, fully improves the decorative grade, and has the advantages of weather fastness, scrubbing resistance, long service life, no crack, washability, seamlessness, no mildew, flame retardance and the like. Many defects of conventional fiber coatings such as fall of powdered gold, gold wires and fiber, water funk and short service life are remarkably improved, and many problems of seam, mildew, edge warping and the like of wallpaper are solved.

Bi-component epoxy caulking agent comprises a component A and a component B and is characterized in that the component A comprises, by weight percent, 13.5-33.5% of waterborne epoxy resin, 25.5-68.5% of quartz sand, 0.5-2.5% of propylene glycol, 1-5% of glitter powder, 1-5% of propylene glycol leveling agent and 1-31% of talcum powder; and the component B comprises, by weight percent, 90-95% of waterborne epoxy hardener and 5-10% of phenol. The prepared component A and component B are packaged separately. The weight ratio of the component A to the component B is 10:1-4. The component A and the component B are mixed well according to a given proportion to obtain the bi-component caulking agent. The bi-component caulking agent has functions of caulking and decorating for mosaic or ceramic tiles. The bi-component caulking agent not only can be used as cement replacement for caulking the mosaic or ceramic tiles and the like, but is safe, efficient and free of side effects. The bi-component caulking agent is applicable to caulking and decorating of mosaic or ceramic tiles and the like.

The invention relates to a glitter powder noctilucent heat transfer printing ribbon. The glitter powder noctilucent heat transfer printing ribbon is composed of a base membrane, a heat-resisting back coating applied to one face of the base membrane, a releasing layer and an ink layer, wherein the releasing layer and the ink layer are applied to the other face of the base membrane. The thickness of the releasing layer ranges from 1.4 micrometers to 1.8 micrometers. The releasing layer is prepared from, by mass percent, 10-20% of a binder, 35-55% of wax and 30-45% of noctilucent powder. The thickness of the ink layer is controlled within 1.6-2.0 micrometers. The ink layer is prepared from, by mass percent, 10-20% of a binder, 20-35% of wax, 5-15% of pigment, 35-45% of glitter powder and 3-8% of an auxiliary. The glitter powder noctilucent heat transfer printing ribbon has the beneficial effects of being convenient to use, clean, free of contamination, economical and applicable, and meanwhile, on the aspect of performance, the glitter powder noctiluent heat transfer printing ribbon has the excellent characters of being high in transfer printing definition, high in recognition for naked eyes on visible light reflection, visible at night, high in scraping resistance, low in noise, high in blackness, free of powder falling of the coatings, and has relatively good application and popularization value.

The invention relates to a novel safe and eco-friendly health protective and beauty enhancing herbal compositions having various cosmetic applications such as lipsticks, eye shadows, glow-glitters and rouges, said compositions containing colorants from plants of the family Boraginaceae, the invention also provides a method for preparing the said compositions. The invention also relates the use of lipsticks as a medium of aromatherapy.

Opaque glitter particles that are uniform in size and shape are disclosed that have an optically variable color with a change in angle of incident light. The glitter particles have an organic substrate and an optical interference structure on one or both sides of the organic substrate. The optical interference design can be a Fabry-Perot structure or can be an optically variable ink.

A decorative bandage (1) or cover (6) having a top surface (2) decorated with decorative objects, such as crystals (4), glitter (8), beads and the like, and a self-adhesive bottom surface (3). To use, a person simply applies the decorative bandage (1) or cover (6) on the object to be hidden. The object to be hidden may be an injury or blemish on the person, such as a cut, scrape or zit, or a blemish on an object, such as a stain on clothing. Because the top surface (2) is decorated with decorative objects, the bandage (1) or cover (6) gives the appearance of raised artwork that is applied directly onto a person or object, rather than a flat bandage or cover.

The invention discloses a spraying-free high-impact PC alloy material with metallic luster. The alloy material comprises the following raw materials in parts by weight: 70-90 parts of PC, 2-10 parts of pigment master batch, 3-10 parts of a compatilizer, 1-10 parts of a chain extender and 0.1-5 parts of other assistants. The invention discloses a PC alloy material formula. Due to matched use of thepigment master batch, the compatilizer and the chain extender, a spraying-free PC part with excellent appearance of obvious metal texture, pearlescent glitter and the like as well as high impact property is obtained after extruding granulation. The part has wide application prospects and is particularly suitable for being used in a stress environment.

An adhesive device for capturing insects includes a thin main body with a mirrored, operative surface upon which an adhesive material is disposed for capturing insects upon contact. The mirrored surface provides a reflection similar to water so as to attract insects, such as mosquitoes, which are naturally drawn toward water. The device may include one or more insect attractants such as odors, pheromones, food, blood, urine, glow-in-the-dark materials and glitter. An opposite surface includes additional adhesive material for affixing the device to an object, surface or area where usage is desired.

The invention correlates to an operation method of improving smooth glitter property after dealing with the surface of magnesium alloy. The method first does the preliminary treatment procedure to the surface of magnesium alloy workpiece, and then carries out chemical nickel plating procedure of high adhesiveness to the surface of magnesium alloy. After the procedure of electroplating soft metal to the surface of chemical nickel plating, the procedure is polishing in the surface of soft metal, and then the procedure is electroplating glitter hard metal in the surface of after polishing soft metal, so that it can reach the effect of high smooth glitter property to magnesium alloy workpiece.

A headband or head cover including an elastic glitter or plain ribbon, a top portion of which forms the outside of the headband, where the elastic glitter or plain ribbon has a substantially 360-degree glitter pattern. The headband further includes a stretch velvet ribbon, a bottom portion of which forms the inside of the headband. The elastic glitter or plain ribbon is attached to the stretch velvet ribbon using a stretch and stitch method. The bottom of the stretch velvet ribbon includes a velvet-like material that forms a gripping portion. The outside of the headband includes a 360-degree view with no break. The inside of the headband includes 360-degree gripping portion with no break.

The invention discloses a velvet ceramic rock plate and a preparation method thereof. The velvet ceramic rock plate sequentially comprises a green body layer, a velvet texture layer and a three-dimensional flashing layer from inside to outside, wherein the velvet texture layer comprises a velvet glaze; the three-dimensional glittering layer comprises a three-dimensional glittering glaze, and the three-dimensional glittering glaze is formed by mixing glittering particles and the velvet glaze; and the velvet glaze is mainly prepared from the following raw materials: potassium carbonate, quartz,calcite, feldspar, boric acid, talc, zircon sand and nano-powder of metal oxides. According to the velvet ceramic rock plate, nano-powder of metal oxides such as Al2O3, TiO2, CaO and ZrO2 is added andsprayed on the rock surface to form a protective layer, so the velvet ceramic rock plate is hard in texture, resistant to scratches, corrosion, high temperature and fire, light and thin; and added nano-zinc oxide, nano-magnesium and nano-calcium oxide have antibacterial property and can make direct contact with food.

The invention provides an anticounterfeiting textured non-positioning stamping mark. Glitters are distributed on a transfer layer randomly, groups of marking serial numbers are printed on the transfer layer, and characteristic information of random distribution of the glitters are taken and acquired for reference. When in use, a section of the transfer layer is cut out to be attached on a printedobject by a stamping plate so as to form a non-positioning stamping mark. When in inquiry, an integral character string on one non-positioning stamping mark is input to a database. The anticounterfeiting textured non-positioning stamping mark can be used on a non-positioning bronzing (stamping) machine.