252results about How to "Full of three-dimensional sense" patented technology

The invention relates to a virtual reality man-machine interaction children education experience system based on a mobile terminal. The virtual reality man-machine interaction children education experience system based on the mobile terminal comprises a mobile equipment terminal, large screen display equipment, somatosensory interaction equipment and a background server; the mobile equipment terminal is provided with a pattern recognition and data recognition module and a data interaction client, the pattern recognition and data recognition module and the data interaction client are connected with the background server through a network, the background server is connected with the somatosensory interaction equipment, and the somatosensory interaction equipment and the data interaction client are connected with the large screen display equipment. Compared with the prior art, the virtual reality man-machine interaction children education experience system based on the mobile terminal can be presented in a way of dynamic sound, images and interaction, teenagers can understand scientific knowledge more vividly, three-dimensionally and thoroughly, and the operational ability of children is enhanced.

The invention relates to a printing roller manufacturing technology, and concretely relates to a manufacturing process for a printing roller multi-depth foaming forme. The process comprises steps of mechanical processing, nickel plating, grinding, manuscript manufacturing, glue spraying, laser engraving, and corroding. The process is characterized in that: secondary glue spraying processing, secondary laser engraving processing, secondary corrosion processing and chrome plating processing are carried out after the corrosion step. Compared with the prior art, different patterns can have different depths on the printing roller as needed in the invention, so embossing effects on pure raw paper and nonwoven paper which can reach embossing effects on rubber surface wallpaper have rich stereoscopic and layered sense.

The invention discloses a method for preparing anti-bacteria cool graphene slubby yarn. The yarn is composed of, by weight parts, 30-60 parts of graphene chinlon composite fiber, 20-30 parts of bamboo fiber and 10-20 parts of viscose fiber. The fibers are spun into the slubby yarn through a ring spinning frame spinning process. The process comprises the steps of cotton blending, cotton carding, drawing, spinning and spooling. The obtained anti-bacteria cool graphene slubby yarn is formed by blending of various function fibers and integrates the advantages of the used fibers. Compared with conventional cotton yarn, the anti-bacteria cool graphene slubby yarn has viscose glue, is more excellent than natural cotton fiber in softness, moisture absorption and light self-weight and has anti-bacteria and cool performances of the bamboo fiber; the novel graphene chinlon composite fiber is adopted to intensify anti-static anti-bacteria, cool, comfortable and conformable performance and the like. The prepared yarn is applied to home textiles, and the finished home textiles are rich in layering sense and third dimension and have multiple functions.

The present invention belongs to the field of dacron fabric producing technology, and is especially one process of producing dacron fabric. The process includes the steps of sorting material, warp beaming, warp weaving, slitting, dyeing, loosening and stoving, color fixing, finishing, hot setting and back teasing finishing. It features the sorting material including selecting facing yarn of cationic DTY filament and DTY lustrous dacron filament, and bottom yarn of FDY dacron filament. Selecting facing yarn of cationic DTY filament and DTY lustrous dacron filament fitting cationic dye and anionic dye separately makes the fabric after being dyed with these two kinds of dye exhibit different colors, resulting in dichromatic effect and stereo feeling.

The present invention belongs to the field of dacron fabric producing technology, and is especially one process of producing dacron fabric. The process includes the steps of sorting material, warp beaming, warp weaving, slitting, dyeing, loosening and stoving, color fixing, finishing, hot setting and back teasing finishing. It features the sorting material including selecting facing yarn of cationic DTY filament and superfine denier DTY filament, and bottom yarn of FDY dacron filament. Selecting facing yarn of cationic DTY filament and superfine denier DTY filament fitting cationic dye and anionic dye separately makes the fabric after being dyed with these two kinds of dye exhibit different colors, resulting in dichromatic effect and stereo feeling.

The present invention relates to a processing process of polyester fabric. Said processing process includes the following several steps: selecting material, warping, warp knitting weaving, slitting, dyeing, relax drying, color fixing, finishing, thermosetting and back teasing finishing. It is characterized by that the described material selection includes selection of face yarn and selection of base yarn. The described face yarn is FDY polyester bright yarn and superfine denier DTY yarn and the described base yarn is FDY polyester filament.

The invention relates to a method for distressed rapid dyeing of a wool sweater. The method comprises the following steps: (1) wax-dipping: weighing liquid Evo wax with the amount of 1.05-1.15 times of the wool sweater fabric weight, at the room temperature, soaking the wool sweater in the wax liquid, and repeatedly kneading and pressing until being uniform; and carrying out low temperature drying or natural drying; (2) dyeing: putting the wool sweater fabric after wax-dipping pretreatment and drying into a prepared dyeing bath; heating up to 75-80 DEG C at a speed of 3 DEG C/min, and holding for 5-10 min to achieve dyeing; (3) carrying out color fixation: after dyeing, adding a cationic color-fixing agent for color fixation for 5 min, and then taking out the fabric; (4) cleaning: washing with a non-ionic surfactant for 15 min at the temperature of 70 DEG C; and (5) drying. After the wool sweater is dyed by the rapid dyeing process, a distressed effect of distinct depth levels and uniform overall appearance appears. In addition, compared with a conventional dyeing process, the dyeing time is shortened by 60%-70%, and the color fastness is at the level of 2.5 or above.

The invention discloses a decorative glass with acid-frosted pattern and colored pattern and preparing method, which comprises the following steps: one, acid-frosting to acid-frosting pattern on the plate glass through acid-frosting treatment; two, cleaning; airing or drying; three, combining with self pattern of acid-frosting glass; adopting silk-printing or spraying method; printing or spraying coloured material on the acid-frosting glass; forming colored pattern; four, natural drying or drying the coloured glass; getting end product.

A technique for making the carving picture on paper and its special template includes such steps as scanning a multi-color pattern, processing by color separating software to obtain more monochromatic patterns, printing each monochromatic pattern on paper, putting each of monochromatic patterns on a paperboard, carving the profile to obtain a template, putting each of the templates on a paper, and sequentially coating dried powder pigments to obtain said carving picture on paper.

The invention relates to a technology for manufacturing a roller by dyeing and printing, in particular to a method for manufacturing a gold spraying plate of the dyeing and printing roller. The method comprises the following steps of machining, nickel plating, grinding, manuscript production, glue spraying, laser engraving and etching. Compared with the prior art, the method has the advantages that different patterns can be made into patterns with different depth on a printing roller according to requirements, so that an embossing effect of pure paper or non-woven paper achieves the embossing effect of vinyl wall coverings, and the pure paper or the non-woven paper has a three-dimensional effect and hierarchy sense.

The invention provides a method for synthesizing icons in an interface of an intelligent handheld device system. The intelligent handheld device system is provided with a first acquisition module, a second acquisition module, a cutting module, a judging module and a synthesizing module. Each of icons to be processed is correspondingly changed according to the shape and the transparency of the introduced cutting module, bottom-layer pictures and top-layer pictures are further introduced to realize expansion in a Z-axis direction, after the shapes and the transparencies of the various icons are processed by the cutting module, sequential overlaying processing of the corresponding bottom-layer picture, each icon and the corresponding top-layer picture is carried out, and accordingly each three-layer new icon with an overlaying effect is formed. By the aid of the method, the three-layer icons with the overlaying effects are obtained in the interface of the intelligent handheld device system, and realize stereoscopic impression, the friendly and humanized interface is provided for users, and visual improvement of the users during operation is realized.

The invention discloses a real-wax batik process. The process flow comprises wax printing by a roller, dyeing, piling and fixation, water washing, dewaxing and printing. Energy saving and consumption reduction measures are taken, so that the production cost is reduced. A wax printing method that the back side is printed and then the front side is printed is adopted, a wax film on the back side extends to some extent under the pressure effect of the front side, the front and back sides are slightly different during batik dyeing of a main pattern, the three-dimensional and vivid main pattern effect is produced after dewaxing, then special processing is performed on the wax film, and the main pattern is more vivid and three-dimensional. Dewaxing is realized in two steps: in the first step, physical dewaxing is performed with a roll compacting rope washing method; in the second step, an alkali and the wax have a saponification reaction, wax remaining in cloth is removed, the white place is not stained, and the dyeing brilliance is guaranteed.

The invention relates to an acrylate copolymer emulsion paper-plastic composite adhesive which is prepared from the following raw materials in percentage by weight: 16-37% of butyl acrylate, 8-16% of acrylic acid, 5-11% of methyl methacrylate, 3-8% of acrylonitrile, 1-5% of itaconic acid, 0.1-0.3% of sodium hydroxide, 0.4-0.6% of initiator, 0.1-2% of composite emulsifier, 0.05-0.1% of ammonia water, 0.05-0.1% of defoaming agent, 2-6% of stabilizer and 15-64% of deionized water. The invention also relates to a preparation method of the acrylate copolymer emulsion paper-plastic composite adhesive. The invention has the advantages of abundant raw material sources, low synthesis cost and simple and stable production technique; and the prepared acrylate copolymer emulsion paper-plastic composite adhesive has the advantages of small and uniform particles, high drying rate and favorable storage stability, and is suitable for compounding paper-base presswork and plastics.

The invention discloses a high-count high-density jacquard China hemp bedding fabric. Warps are selected from tightly spun 50S China hemp yarns, and wefts are selected from vortex spun 40S China hemp yarns; the specification of the fabric is 136' tightly spun China hemp 50S * Murata vortex spinning (MVS) China hemp 40S/173 *110; the number of total warps is 23,520; a second consecutive realistic/abstract single flower of traditional Chinese ink painting skill is applied and spread on the whole ground, wherein the flower breadth is 74 centimeters, and the flower length is 255 centimeters; at least 20 different fabric tissues are applied in the circulation of a pattern; and the heald lifting proportion is controlled at 30 to 35 percent. The fabric has necessary comfort, function and environmental friendliness of high-grade bedding fabrics. Not only main natural properties of bacteria resistance, ultraviolet resistance, moisture absorption, quick dryness and the like of China hemps are kept, but also softness and compactness of the fabric and jacquard weaving luxury reach the requirements of the high-grade fabrics. The prepared bedding also has all excellent properties of the fabric.

The invention relates to an eye shadow and eye line powder block and a preparation method thereof. The powder block is prepared by adopting the combined formula of ultramicro pearl powder, lysine, vitamin E, ethylhexyl methoxycinnamate, titanium dioxide and polyvinylpyrrolidone/triacontylene copolymers as the core of the product and combining the intrinsic color expression effect of the eye shadow base material, and has dual-purpose functions of the eye shadow and the eye line, namely, the novel practical formula of the same product has dual-purpose functions of the eye shadow and the eye line. The invention provides the eye shadow and eye line dual-purpose eye shadow product having the functions of color expression, aging resistance, water resistance, sun protection and the like. Not only the eye shadow can have the functions of decoration and beauty of the traditional powder block eye shadow, but also the functional components in the eye shadow have functional effects by matching the traditional Chinese medicine with modern scientific principles, the functions of the eye liner can be fully realized when the eye liner is matched with the liquid, and no side effects exist. The powder block has reasonable formula, simple process and extremely obvious use effect.

The present invention relates to warp knitting technology, and is especially the knitting process of knitted fabric for clothing and decoration. According to the design scheme of the present invention, the materials including viscose chenille yarn, stretch Jinglun yarn and silver wire yarn are knitted in a warp knitting machine with pattern presser mechanism into the chenille maple leaf wool fabric. The present invention has the rugged chenille yarn and miss-press stitch combined, and floating yarn and shell effect combined.

The invention discloses ceramic screen printing ink. The ceramic screen printing ink comprises the following raw materials in part by weight: 10-20 parts of alkyd resin, 5-10 parts of anhydrous rosin ethanol, 50-80 parts of special pigment for ceramic products and 10-15 parts of auxiliary agent, wherein the auxiliary agent comprises a defoamer, a thickener, a drying agent and an antiseptic and bactericidal agent. The ceramic screen printing ink is simple in production process, low in cost, strong in adhesion to a ceramic product, unlikely to shed off, strong in coloring capability, excellent in printing effect and strong in three dimension, and can be widely used for printing the ceramic products.

The invention discloses a preparation method of a metal wire jewelry pendant. The method comprises the following steps of (1) preparation material preparation: a, preparing an embroidery sheet; b, preparing a metal wire embroidery wire; c, preparing a metal framework; (2) metal wire pattern embroidering; (3) jewelry pendant assembling: putting the embroidery sheet with the embroidered metal wire patterns into an accommodating cavity of the metal framework to obtain the jewelry pendant. The method provided by the invention has the advantages that the process is simple and practical; the operation is convenient; the method is suitable for the jewelry pendant using thinner metal wires for national artware processing. The jewelry pendant manufactured by the method cannot be easily abraded, cannot easily generate color degradation, can be easily stored and has high collection artistic value; the metal wire patterns have rich metal luster and has the three-dimensional effects; high attractive effect can be given to the jewelry pendant; the practical value is realized; meanwhile, the collection value is also realized. The pendant is used as the Mongol nationality culture carrier, and is favorable for the propagandization, inheritance and protection of the national artware.

The invention relates to an elastic fiber fabric solution, belonging to the technical field of special woven fabrics. The solution comprises the following compositions in percentage by weight: 88% of N,N-dimethylformamide, 2% of dibutyltin dilaurate, and 10% of mineral oil. The solution and sodium alginate paste are mixed for use. By applying the technical scheme in the printing process of the elastic blended fabric, the elastic fiber dissolved fabric which is excellent in breathability, uniform in color, regular in patterns, and good in three-dimensional effect can be obtained.

A multi-etching technology for preparing the pseudo-classical cast copper article includes chemically etching the designed pattern on the basal surface of copper material, locally splashing the protecting liquid drips randomly on the newly generated surface, repeating said steps at least 3 times, and treating at least one layer surface to make it show basic copper color or copper oxide color. Its advantage is lifelike artistical effect.

The invention relates to a ceramic product and a manufacturing method thereof, and specifically relates to a low-temperature rose-red glaze ceramic product and a manufacturing method thereof. The low-temperature rose-red glaze ceramic product is prepared by the following steps: applying red slurry on the surface of a ceramic blank in a glazing way, carrying out high-temperature biscuiting after the red slurry is dried, wherein the biscuiting temperature is 1150 DEG C-1200 DEG C; and applying rose-red glaze for the ceramic blank piece by adopting a glazing method after high-temperature biscuiting, carrying out low-temperature glaze firing after the rose-red glaze is dried, adopting roller kiln oxidizing flame firing at a firing temperature of 850 DEG C-950 DEG C, and discharging out of the kiln after firing. The low-temperature rose-red glaze ceramic product provided by the invention adopts a firing process of high-temperature biscuiting and low-temperature glaze firing, so that the product has high strength and high compactness and avoids pin holes, glaze shrinkage, orange glaze and blank blistering; and moreover, glaze color is full of third dimension and ceramics fired in different batches are stable in color.

The invention discloses treating fluid for an elastic fiber fabric and belongs to the technical field of printing treatment for the elastic fiber fabric. The treating fluid comprises sodium alginate paste and rigidifying fluid, wherein the rigidifying fluid is matched with the sodium alginate paste for use and comprises the following components according to weight percentages: 35-40 wt% of diethylene glycol, 2-5 wt% of potassium acetate, 50-55 wt% of white oil and 5-10 wt% of alkylbenzene sulfonate. The elastic fiber fabric treated by the treating fluid for the elastic fiber fabric provided by the technical scheme of the invention has the advantages of uniform coloring, very neat patterns on the fabric even after washing for multiple times, and good stereoscopic effect. Simultaneously, the whole production process can be applied in the conventional printing equipment and printing process without adding more equipment, so that the production control is convenient, and the production cost is lower, thus being capable of being applied in the printing process and the like.

The invention discloses a 360-degree panoramic camera and particularly relates to the 360-degree panoramic camera applied to an underground coal mine. The 360-degree panoramic camera comprises a signal transmitting portion and a signal receiving portion. The signal transmitting portion comprises a front camera located at the front position, a rear camera located at the rear position, a left camera located at the left position, a right camera located at the right position, a first video signal isolation processing module, a second video signal isolation processing module, a third video signal isolation processing module, a fourth video signal isolation processing module, a panoramic host main control board, a wireless communication signal processing module and an external antenna. The signal receiving portion comprises a wireless switch for receiving wireless signals transmitted by the external antenna and a display screen connected with the wireless switch. The 360-degree panoramic camera can provide real-time 360-degree panoramic monitoring videos for an operator in the equipment operation process so that the operator can timely and effectively deal with various sudden events; the 360-degree panoramic camera provides a fundamental guarantee for preventing accidents such as off-tracking and derailing of a locomotive.

The present invention relates to handicraft, and is especially one kind of bead embroidery picture and its making process. The making process of the bead embroidery picture includes the following steps: spraying and painting background pattern and auxiliary pattern on the gauze as the base material; local treating through embroidering with glass beads, paillett and bead pipe to make bridge, suspension, etc; molding partial scenes and embedding into the picture; local building up and masking; spraying sand; and framing. The bead embroidery picture is used as indoor decoration.