40results about How to "Realistic pattern" patented technology

The invention relates to a spinning adhesive liner and relative production, comprising that: preparing needed pattern on the treated base cloth via transfer or screen printing method; secondary treating and feeding it into special coating machine; to coat thermal-sensitive adhesive resin on the base cloth, with slurry point and single point, to obtain the target printed adhesive liner; using thermal rolling method to adhere the printed liner with face fabric to obtain clothes material.

The invention discloses a simulation system for physical properties and digital attributes of a textile fabric and a measurement method. The simulation system comprises a computer system, fabric simulation software, a fabric physical property measurement device and a fabric scanning system, wherein the fabric simulation software is arranged in the computer system; the fabric physical property measurement device and the fabric scanning system are connected with the computer system separately; the computer system is provided with a data output port; and various physical data during fabric measurement and data during fabric scanning are subjected to operation work through the computer system. The real visual effect of the physical attributes of the garment fabric can be quickly and virtually shown, the technical problems of distortion and deficiency of various physical attributes of the garment fabric simulated by three-dimensional garment simulation software in the market at present are successfully solved, and the realistic design effects of various dresses, work clothes, underwear, three-dimensional embroideries and the like can be shown.

The invention relates to a preparation method of a silk printed fabric. The preparation method comprises the following steps of applying a macromolecular modifier to the surface of paper, and treatingat the temperature of 60 DEG C, so as to obtain the transfer printing paper, wherein the weight increasing amount of the paper is 10 to 20g/m<2>, and the macromolecular modifier is prepared from thefollowing components in percentage by mass: 0.5 to 5% of water-soluble hot melt glue, 2 to 12% of thickener, 0.5 to 3% of acid and alkaline agent, 2 to 8% of moisture absorber, and the balance of water; performing ink jetting and printing onto the transfer printing paper by active dye ink or acid dye ink, and drying, so as to obtain the transfer printing paper jetted with ink; soaking and rollingthe silk fabric, wherein the liquid entrapping rate of the fabric is 80 to 90%; laminating the transfer printing paper jetted with ink and the pretreated silk fabric in a hot press way, steaming by vapor, and washing by water, so as to obtain the silk printed fabric, wherein the permeation hot press temperature is 100 to 160 DEG C, and the hot press pressure is 3 to 6MPa. The preparation method has the advantages that the technology is simple and environmentally friendly; the color depth value of the prepared silk printed fabric is 4 to 7, the permeation rate of dye is 90% to 111%, and the color fixation rate is 79 to 90%.

A four-color printing method for dark-color fabric of garments is disclosed. The method includes following steps of: subjecting the dark-color fabric to complete discharge printing of flower patterns to be printed by using a discharge printing agent; directly drying by using a printing table drying oven until the natural color occurs; printing the flower patterns one by one through using standard four-color paste according to technical needs; drying after printing is finished; performing secondary drying by a tunnel stove; sewing garment pieces, and washing with water. The garments produced by the method are life-like, fine, soft in hand feeling, comfort in body feeling, and largely broadened in market. The method is simple and convenient in operation and is suitable for quantity production. Operability of the method is reflected in that: quality of printing can be seen clearly in a printing process (while quality of printing in direct discharge printing cannot be seen), quality deviation can be corrected in real time during quantity production, and the garments after sewing and water washing are very soft in hand feeling.

The invention discloses a reactive-dye wet-transfer printing technology of pure-cotton fabric. The reactive-dye wet-transfer printing technology adopts the technical process as follows: conducting alkali rolling on the fabric, rolling and transferring, piling and performing color fixing, and washing and drying; a formula of an alkali solution is as follows: 15g/ L of a caustic soda solution and 31g/ L of sodium silicate solution; transfer printing conditions are as follows: the alkali rolling liquid rate is 70-80% and the transfer printing pressure is 0.2-0.4MPa; printing of transfer printing paper adopts the technical process as follows: concocting a color paste, printing transfer paper and airing; a formula of the color paste is as follows: 0.5-3.0% of reactive dye, 3-15% of urea, 25-40% of modified starchRX60+ emulsified paste and the balance of water. Transfer printing adopts a method of printing the transfer printing paper, is rich and colorful and multi-layered in pattern, convenient and free in pattern design and strong in expressive ability, can print the pattern with vivid pattern shape and strong artistry, is simple in equipment and convenient in management, and can reduce pollution to the environment.

The invention discloses a jeans frosting apparatus, comprising a polishing device and a spraying device. The polishing device comprises a trouser-shaped soft bag, a control pedal and an electric grinder; the spraying device comprises a spray gun and another trouser-shaped soft bag; the spray gun is connected with potassium permanganate and high-pressure gas. Jeans polishing includes a grinding step and a spraying step; the grinding step includes inflating the trouser-shaped soft bag to expand jeans; primarily grinding the front and back of thighs and shanks of the jeans with the electric grinder, and holding an abrasive paper drum by hand to grind small parts so as to finish grinding; the spraying step includes placing the jeans on the trouser-shaped soft bag of the spraying device, inflating the trouser-shaped soft bag, spraying potassium permanganate to the proper parts of the front and back of the jeans with the spray gun, soaking in a soaking liquid, neutralizing the potassium permanganate, dewatering the soaked jeans, and drying to obtain jeans which are of great layering impression and have naturally changing color.

The invention relates to a colorful flake dry grain glaze and a flake dry grain glaze cloth imitation stone brick, and production methods thereof. The production method of the colorful flake dry grainglaze comprises the following steps: mixing glaze slips having different colors to form a colorful glaze slip, spraying the colorful glaze slip in a tray, drying the colorful glaze slip to obtain a colorful slurry layer, and breaking and sieving the colorful slurry layer to obtain the colorful flake dry grain glaze. The colorful flake dry grain glaze can be obtained through the simple method, andthe colorful flake dry grain glaze can be used in the production of ceramic bricks to obtain the imitation stone material product having accurate pattern, plentiful layers, natural texture, strong stereo perception and strong granular sensation.

The invention relates to a method for printing patterns on an inorganic board through heat transfer. The method includes the following steps that the board is coated with a heat transfer printing primer after being subjected to sanding and dust removing; then, infrared levelling and drying are conducted, so that uniform and smooth coating of the primer is achieved, and the primer is in a semi-dry state; and after a heat transfer film is thermo-printed on the surface of the treated board, a base layer of the heat transfer film is removed. The method has the beneficial effect that the film heat transfer printing technology and the UV photocuring technology are integrated with the inorganic board. The method can be directly applied to the inorganic board without the need of treating a base material through multiple procedures. In addition, the addition quantity of chemical coatings is reduced. According to the method, the technical procedure is simple and clear, and operation is easy. The method has the advantages that production efficiency is high, the printing technology is exquisite, product losses are small, and adhesive force is high. Investment of manpower and material resources is reduced.

The invention provides a semi-color weaving and dyeing process of a silk and cotton interwoven jacquard fabric and belongs to the technical field of silk and cotton interwoven fabric dyeing. The semi-color weaving and dyeing process is characterized by the process steps that cotton fiber cone yarns are dyed, wherein starting is performed for operation, 0.5%owf-5%wf of mixed dual-active-group reactive dyes containing monochlorotriazine and vinylsulfsulfate in an axillary cylinder is firstly dissolved with water and fully stirred, and an additive is added; then, heating and mixing are performed; fixation, cold water washing, acid pickling, soaping, hot water washing and cold water washing are performed, then the mixture is taken out of the cylinder, and centrifugal dewatering and drying are performed; cotton fiber and raw silk are woven; warp silk dyeing is performed. 2.7-3.4 g/L of neutralization acid is added to cold water after washing, the operation is executed for three times, and down rolling is performed. The alkaline agent usage amount is decreased, and it is ensured that the strength in silk fiber dyeing process is not affected. Dyes in the dyeing process only produce covalence reaction with real silk and do not produce reaction with cotton yarns and fiber, the real silk can be dyed with any color, cotton fiber is almost not affected, and the silk and cotton interwoven jacquard fabric can be dyed to have any color in a color atlas.

The manufacture process of composite vibration absorbing bag material for vehicles includes the steps of first mixing adhesive for adhering facing film layer and non-woven fabric base; subsequent adhering the facing film layer onto non-woven fabric base via unwinding non-woven fabric, scraping and painting adhesive with 85-mesh netted grain roller to the surface of the non-woven fabric, gelatinizing, curing, adhering facing film layer to the non-woven fabric, cooling and winding; painting acrylic acid processing agent, cooling and winding; and final unwinding, passing through tension balancer, cooling, instantaneously hot knurling, re-cooling and winding as the product.

The invention relates to building paint applied to interior walls, in particular to jade enamel paint. The jade enamel paint comprises water, hydroxyethyl cellulose, dispersing agent, glycol, light calcium carbonate, sodium bentonite, ground calcium carbonate, talcum powder, wollastonite, silicone-acrylate emulsion, coalescing agent, hydroxypropyl methyl cellulose, pH value regulating agent, defoamer and thickener. The jade enamel paint has the advantages of high breathability, water resistance, scrubbing resistance, high adhesion strength, non-existence of powdering, peeling and bulging, relative flame resistance effect, simplicity and convenience in construction, optional matching of various patterns, variety in texture selection and the like.

The invention discloses an aluminum profile with texture patterns on the surface and a machining process of an aluminum profile with the textured patterns on the surface. The machining process comprises the following steps that (1) a aluminum profile is subjected to surface treatment through chromium-free treatment liquid, and a chromium-free chemical conversion coating is formed on the surface ofthe aluminum profile; (2) a fluorocarbon coating is sprayed on an aluminum profile decorative surface to form a fluorocarbon coating with a preset thickness on the aluminum profile decorative surface; and (3) the fluorocarbon coating of the aluminum profile is coated with a transfer printing film, vacuumizing is conducted on the space between the transfer printing film and the fluorocarbon coating, the aluminum profile is allowed to be left to stand for a preset duration in a preset temperature environment, and the transfer printing film is stripped to obtain the aluminum profile with texturepatterns on the surface, wherein the fluorocarbon coating is prepared from the following components of, in percentage by mass, 70%-90% of fluorocarbon resin and 25%-30% of acrylic resin. According tothe aluminum profile with the texture patterns on the surface and the machining process of the aluminum profile with the textured patterns on the surface, the fluorocarbon coating selected in the invention improves the comprehensive performances of weather resistance, stability and the like of a product, maintains the optimal bottom color, prolongs the service life of the product, and does not generate VOC gas in a machining process.

The invention discloses a polyester printed knitted fabric. The fabric comprises a fabric layer and a printing layer; the printing layer is arranged on the fabric layer in a flat screen printing manner; the printing layer is composed of printing units distributed in a matrix mode; the fabric layer is provided with a loop structure formed by interweaving 11.1 tex polyester filament yarns and 20D spandex; the stitch length of the polyester filament yarn is 25 cm/100 stitches, the stitch length of the spandex is 10.5 cm/100 stitches, the gram weight of the knitted fabric is 130 g/m <2>, the polyester filament yarn is formed by twisting polyester monofilaments with X-shaped sections, the surfaces of the polyester monofilaments are covered with flame-retardant layers, and the flame-retardant layers contain phosphorus flame retardants. The polyester printed knitted fabric is bright in color, vivid in pattern and good in comfort and has a flame-retardant effect.

The invention relates to a mixed fabric of polyester fiber, cationic polyester fiber and wood pulp fiber. The burnt-out embroidery fabric includes a burnt-out fabric body (1). The burnt-out fabric body (1) is interwoven by warps and wefts, wherein the warps are polyester fiber, and the wefts are mixed fiber of wood pulp fiber and cationic polyester fiber. An embroidery layer (2) is locally arranged on the surface of the burnt-out fabric body (1). After the embroidery processing to the burnt-out fabric, patterns are more realistic to express the elegance of the burnt-out embroidery fabric. And the fabric is bright in colors, good in air and moisture permeability, fine in touch feeling, and strong in three-dimensional effect; and with a price lower than the price of real silk, the fabric of the invention is suitable for promotion in the home textile market.

The invention relates to a burnt-out fabric which is widely used in fabrics for producing napkins, curtains, bedspread decorative fabrics, belonging to the field of textile fabrics. The burnt-out fabric disclosed herein comprises a fabric body (1), wherein the fabric body (1) is interweaved with warps and woofs, the warps are made from wood pulp fiber, the woofs are made from silk, and the partial surface of the fabric body (1) is provided with an embroidered layer (2). According to the invention, by embroidering the burnt-out fabric, the pattern is really true to life, and the beauty and luxury of the fabric are brought out; the color contrast is high, the air permeability and moisture penetrability are good, the hand feel is fine and smooth, the stereoscopic feeling is strong, the price of the fabric is lower than the price of silk, and the fabric is suitable for being applied in furnishing market.

The invention discloses a treatment process of a flexible plate for flexography gradient printing and relates to the field of a printing plate. The process is characterized in that a base layer surface of a flexible plate is placed under a long-wave ultraviolet lamp in a plate burning machine for irradiation; according to a to-be-printed pattern shape, an embossment layer of the flexible board isplaced in an engraving machine for engraving, a black film is removed, and a to-be-printed pattern is obtained; the embossment layer of the flexible plate is placed under a short-wave ultraviolet lampof a plate burning machine for irradiation, so the to-be-printed pattern is partially hardened; the embossment layer of the flexible plate is cleaned through a plate cleaning machine, the flexible plate is tightly attached to a plate cleaning roller, the plate cleaning roller and a non-woven fabric roller rotate relatively, in the cleaning process, a black film on the embossment layer is melted at the high temperature and then converted into gas to exhaust, and residual resin is erased through non-woven fabric. The process is advantaged in that the cleaned flexible board is fixed, the embossment layer of the flexible board is irradiated by the long-wave ultraviolet lamp, the base surface layer is irradiated by the short-wave ultraviolet lamp, so the treated flexible board is finer, higherin hardness resistance and fine and smooth in pattern.

The invention discloses a printing process for wallpaper. The printing process comprises the following steps that (1) a rotary screen print plate and a form of intaglio printing are manufactured; (2) paste is prepared and the viscosity of water-based ink is adjusted; (3) the surface of a printing stock is smeared with the paste through the rotary screen print plate on rotary screen print equipment, so that required patterns are formed; (4) the printing stock with the patterns is fed into a drying oven to be dried; (5) The dried printing stock with the patterns is fed into intaglio printing equipment, and the area, with the patterns, of the printing stock is colored with the standby water-based ink through the form of intaglio printing; (6) the colored printing stock is fed into the drying oven to be dried; and (7) the dried printing stock is press-rolled through a compression roller to form a locally-embossed product. According to the printing process for the wallpaper, non-woven bottom paper is smeared with the specially-made paste to form the required patterns according to patterns on the rotary screen print plate, the locally-embossed product is formed through coloring by the form of intaglio printing, heating by the drying oven and press-rolling by the compression roller, the rich patterns are fine and smooth with fine workmanship and diverse colors, raw materials are guaranteed, and the printing process is safe and environmentally friendly.

The invention discloses a water cup with a COB packaged LED modeling lamp sheet. A cup body (1) and a cup base (2) are separately arranged. The bottom surface of the cup body (1) protrudes upwards toform an interlayer (3). The interlayer (3) divides the interior of the cup body (1) into an outer cavity (4) for containing liquid and an inner cavity (6) for containing modeling lamp pieces. A COB packaged LED modeling lamp sheet (5) is placed in the inner cavity (6). A battery (7), a temperature sensing device (8) and a wireless charging receiving module (9) are arranged in the cup base (2). A binding post (27) at the bottom of the COB packaged LED modeling lamp piece (5) is connected with the battery (7). The input end of the temperature sensing device (8) is connected with the cup body (1). The output end of the temperature sensing device (8) is connected with the battery (7). The wireless charging receiving module (9) is connected with the battery (7), and the cup base (2) is connected with the bottom of the cup body (1) to form the water cup.