904results about How to "Three-dimensional" patented technology

The invention provides a method and a device for realizing augmented reality. The method comprises the following steps of obtaining a real scene, and obtaining interest points in a preset range and corresponding interest point information according to a camera site and a viewing direction of the real scene; establishing a virtual plane, mapping the obtained interest points on the virtual plane according to a mutual position relation among the interest points, and adding corresponding interest point information labels at positions, at which the interest points are mapped; forming an augmented reality view by overlaying the virtual plane, to which the interest point information labels are added, in the real scene, wherein the virtual plane is in parallel to a horizontal plane in the real scene based on visual sense; outputting and showing the augmented reality view, and adjusting the virtual plane according to real-time information of the real scene to enable that the virtual plane always is in parallel to the horizontal plane in the real scene based on the visual sense. According to the method and the device for realizing the augmented reality, the distance relation among the interest points and the mutual position relation between the interest points and the users can be more intuitively shown for the users.

The invention discloses a crystal colorized ceramic and crystal colorized glass, substantially composite materials and process method of crystal colorized decorative layer, which comprises the following weight materials: dry-powder glaze 6-60, bond 15-50, additive 0-70, glass micro-ball 20-90; in the invention the surfaces of the ceramic and glass product adopt the crystal colorized materials and then are ornamented with patterns, and then sintered for a plurality of times at 400-860 DEG C so as to form a crystal colorized decorative layer. The product has the advantages of brocade-like straight light, wool-like side light, light-shift color-change, and special optical effect with strong solid feeling.

The invention discloses peacock blue jun porcelain glaze which is prepared from Hatoyama medicine, feldspar, calcite, quartz, talcum, ox bone ash, plant ash, clinker, stannic oxide, zinc oxide and copper oxide. The peacock blue jun porcelain glaze is transparent and good in flowability and luster and has stereoscopic sensation, and bubbles are not easily generated.

The invention relates to a dry grain glaze fabric stone imitating brick and a preparing method thereof. The preparing method of the dry grain glaze fabric stone imitating brick includes the followingsteps that firstly, colored dry grain glaze is distributed on a blank in a layered manner according to a designed pattern; secondly, after glaze distributing is conducted, a raw brick is pressed; thirdly, after the raw brick is dried, an inkjet machine is used for jet printing of the design pattern; and fourthly, the obtained blank is fired. By means of the dry grain glaze fabric stone imitating brick and the preparing method thereof, a stone imitating effect that the pattern is changed randomly and is vivid and rich in layer, the texture is natural, and the third dimension and granular sensation are high can be achieved.

The present invention relates to an adhesive-bonded lining fabric which has the effect of stiffness, smoothness and third dimension after the short fibre and be used as shell fabric and possesses soft hand feeling and elasticity after the long fibre is used as shell fabric. The warp yarn and weft yarn of base fabric of the adhesive-bonded lining fabric are respectively or simultaneously made up by selecting and using long fibre yarn and short fiber yarn through textile processing, and said base fabric is undergone the special processing treatment, then it can possesses the above-mentioned advantages.

The invention discloses a surgical training and evaluation method on the basis of virtual reality. The surgical training and evaluation method is implemented by a database module and execution modules. The database module is divided into a training and evaluation question bank, a surgical stage scene model library, a medical equipment and medicine model library and a disease and therapeutic schememodel library, the execution modules include a training and evaluation selection module, a surgical stage selection module, a medical equipment and medicine selection module and a disease and therapeutic scheme selection module, and the training and evaluation selection module is sequentially connected with the surgical stage selection module, the medical equipment and medicine selection module and the disease and therapeutic scheme selection module. The surgical training and evaluation method has the advantages that surgical training and evaluation can be accomplished by the aid of virtual reality systems, therapeutic schemes can be verified and simulated by the aid of the virtual reality systems, evolution mechanisms of diseases can be observed by the aid of the virtual reality systems,and environment-friendly and safe modes can be provided to surgical skill training and evaluation and therapeutic scheme design emulation; the technical problems of low efficiency, severe waste and high surgical risks of existing surgical training and evaluation methods can be solved by the aid of the surgical training and evaluation method.

The invention relates to a method for manufacturing a handicraft, in particular to a method for manufacturing a wheat straw handicraft, which comprises the steps of: a. firing a green body with a shape the same as that of the handicraft; b. treating wheat straw raw materials: soaking the wheat straw in sterilizing lotion and soaking the wheat straw in water containing soda after being dried; fumigating the wheat straw with sulphur and then steaming the wheat straw in a pressure cooker or a steamer; bleaching and dyeing the wheat straw with oxydol and dye respectively; cleaving the wheat straw with a knife blade, back-scrolling the wheat straw and then placing the scrolled wheat straw for a certain time; spreading the scrolled wheat straw and scraping inner pulp; ironing the wheat straw into a plain film with an iron; and pressing the wheat straw plain film with a soldering iron to cause the plain film change color slightly; c. cleaving the wheat straw into filaments and cutting on the bias; or gluing the wheat straw into plain film; d. gluing the filaments and the plain films to the green body; and e. glazing the green body. The wheat straw handicraft manufactured by the method resists moisture, does not mildew or fade, can be preserved permanently, and presents stereo perception.

The mold-eliminating engraved porcelain making process includes material processing, formation, sintering and other steps. Color slurry is poured onto the white mold for several times to form color layers in certain thickness, and the color layers are then engraved to make the engraved porcelain. The engraved porcelain has color determined on the proportion of pigments, thickness of color layers and other factors, and rich variation and stereo feeling. The mold is eliminated before sintering to make the engraved porcelain glittering and translucent and possessing special artistic effect.

The invention relates to a method of printing high-resistance glossy-matte metal. The method includes: coating the outer surface of metal, printing, and coating a glossy oil layer. The method is characterized in that a step of printing the glossy oil layer and a step of printing a matte oil layer are used after the step of coating the glossy oil layer, printing plates which are the same need to be independently made for the step of printing the glossy oil layer and the step of printing the matte oil layer, glossy oil and matte oil are transferred to the surface of a product through rubber cloth, the glossy oil and the matte oil are respectively independently solidified and dried by heating at 140-160 DEG C, glossiness of the glossy surface of the finished product is partially larger than or equal to 80 DEG, and glossiness of the matte surface of the finished product is smaller than or equal to 40 DEG. The method has the advantages that metal print with the whole surface which is both glossy and matte can be made by the method and the printed surface is well adhesive, scratch-resistant, good in printing stereoscopic impression and good in texture.

The invention discloses a three-dimensional foaming printing method which comprises the steps of producing films according to electronic data files; coating the films with light sensitive liquids; selecting suitable gauze and subjecting the films to printing down; printing bottoming gold oil on silk screens; printing color ink on the silk screens to obtain picture bases with a stereoscopic sense; fully drying the bottoming gold oil and the color ink to obtain pattern materials; and subjecting the pattern materials to three-dimensional foaming with a foaming machine. The pattern materials obtained finally through the method have the advantages that patterns have a stereoscopic sense and good softness, the definition and the accuracy are high, and defects that screen printing techniques in the prior art are only applied to print plane products are overcome.

The invention discloses a manufacturing technique of flour-linen jacquard interval fabric mesh cloth. The manufacturing technique comprises the first step of production and manufacturing of chemical fiber yarn, the second step of flower-type process design of the flour-linen jacquard interval fabric mesh cloth, the third step of weaving and manufacturing, and the fourth step of dyeing and finishing and sizing, wherein in the second step, the upper layer of the flour-linen jacquard interval fabric mesh cloth is knitted through the control of guide bar GB1 to guide bar GB3; the middle layer of the flour-linen jacquard interval fabric mesh cloth is knitted through the control of guide bar GB4; the lower layer of the flour-linen jacquard interval fabric mesh cloth is knitted through the control of guide bar GB5 and guide bar GB6. According to the flour-linen jacquard interval fabric mesh cloth prepared through the manufacturing technique, distortion or deformation of the flower-type are not easily caused, the precision of the flower-type is high, the stability is good, after dyeing treatment of half matt gloss polyester yarn and terylene CD yarn on the upper layer of the mesh cloth, the surface of the finished product mesh cloth presents an effect of two-tone flour-linen, dyefastness is good, and a very good overall dyeing effect is achieved.

The invention relates the manufacturing technique of high sley abrasive material, comprising preparation of raw material, certification, warping, making grey cloth, dyeing, preboarding plucking, shaping, grinding hair, water scrubbing and drying. The face fabric made with the said technology is tight, thick, novel style, cubic effect, fashion and good hand feeling.

The invention provides a PU shoe sole laminating and forming process which comprises the following steps of: flatly putting film paper on a bottom mould of a mould, and pressing a middle frame to cover the bottom mould, and fixing by tensioning hand fasteners; carrying out vacuum-pumping on an inner cavity of the mould and enabling the film paper to completely fit to the bottom mould; heating the mould for increasing the mould temperature to 60-70 DEG C; and finally, pouring a polyurethane foaming stock solution into the mould cavity for foaming and forming the polyurethane foaming stock solution in a mould cavity, and cooling and de-molding, thereby obtaining the laminated PU foamed shoe sole. The PU shoe sole laminating and forming process can effectively solve the problems of bubbles, material deficiency, foamed grains, pits and pores generated in a PU foamed shoe sole production process, so that bright effect of products is improved.

A laser marking method on wafer surface includes: production of marking films, wherein, the matrix for marking films is glass sheets capable of permeating the laser, a metallic film layer with a certain thickness is formed on the single side surface of the glass sheet, the laser irradiates on the metallic film layer, and is blocked and accumulated by the metallic film layer, the thickness of the metallic film layer can ensure that the metallic film layer can be melted through by the laser irradiated by the laser marking machine; jointing of the marking film and the wafer surface, so that the metallic film layer surface on the marking film are jointed together with the position on the wafer surface required to mark; laser marking, using laser marking machine to irradiate laser to the position of the wafer required to mark from one side of the marking film without metallic film layer, the irradiated laser is blocked by the metallic film layer and accumulated at the metallic film layer, the accumulated laser can melt through the metallic film layer to ablate the wafer surface, for forming making on the wafer surface. So that three-dimensional effect makings can expediently be marked at wafer surfaces with various characteristics.

The invention provides a transformer substation monitoring method and device, and relates to the technical field of safety monitoring. The method comprises the steps that three-dimensional scanning is performed on a transformer substation by using a three-dimensional scanner so as to obtain the modeling data of the transformer substation, and the three-dimensional model of the transformer substation is established according to the modeling data of the transformer substation; a transformer substation monitoring platform is established, the monitoring page of the transformer substation is displayed on the transformer substation monitoring platform, the monitoring page includes a navigation bar, a tool bar, a left sidebar, a right sidebar and a middle area, and the three-dimensional model is displayed by using the middle area; operation initiated by the user for the monitoring page is monitored in real time; and the motion corresponding to the operation is performed according to the monitored operation initiated by the user for the monitoring page. According to the transformer substation monitoring method and device, the technical problems that the conventional transformer substation monitoring method can only be greatly performed by the monitoring personnel through professional training and the use requirements of the common work personnel cannot be met can be solved.

The invention discloses large dense-weft jacquard gauze, clipped jacquard and colored woven cotton fabric. The colored woven cotton fabric comprises a bottom plain part, a gauze part and a clipped large dense-weft jacquard; the gauze part and the clipped large dense-weft jacquard are woven on the bottom plain part; and the cover of the colored woven cotton fabric is in a concave-convex stereoscopic shape. The highly difficult technologies concerning the dense weft, the warp-weft jacquard, the large-jacquard gauze, the clipped large-jacquard and the like are integrated perfectly, thus the colored woven cotton fabric has diversified styles and patterns and more stereoscopic sense.

The invention discloses in the style of antiquity compound floor and its the preparation method belongs to the compound floor technology, for may solve the traditional compound floor plane effect and the existing in the style of antiquity floor color effect bad, only pauses in the superficial question, the thermo-compression, after the polishing and opens, carries on smokes and scratches, the compound floor which makes has the unique smoking color and the clearer level obvious stereoscopic effect, the form is diverse, and the table board may fully use and so on the merit, in the style of antiquity compound floor which the class invents uses in the house decoration.

The invention brings forward a preparation method of a pigment slurry for painting. Raw materials for preparation and the preparation process are as follows: a flexible acrylic acid emulsion and an aqueous adhesive are added into an acrylic acid elastic emulsion; after uniformly stirring, calcium powder, silicon powder, talcum powder and tourmalinite powder are added, and stirring is conducted; and after stirring, perfume, pigment and redispersible powder are added and then stirred and grounded to prepare the pigment slurry. According to the invention, water is used as a diluent of the pigment slurry prepared by the method. It is environmentally friendly and it is convenient to adjust. By adding the tourmalinite powder into a film forming matter, negative air ions can be generated. As the perfume is added into the pigment slurry, the prepared pigment slurry has fragrance. Paintings drawn by the use of the pigment slurry have stereo perception, can generate negative air ions and can continuously generate fragrance. The preparation method provided by the invention is suitable for the pigment slurry for painting.

The invention discloses a printing, positioning and knurling production and manufacturing process of a soft material. The printing, positioning and knurling production and manufacturing process comprises the following steps: S1, discharging and heating the soft material; S2, printing a pattern on release paper/film; S3, guiding the soft material obtained in the S1 and the release paper/film obtained in the S2 into a printing and knurling mechanism to carry out integrated printing and knurling; and S4, cooling and separating the soft material and the release paper/film, which are subjected to the integrated printing and knurling in the S3, so as to obtain the soft material with a knurled pattern on one side, and a pattern transferred on a pre-set position of the other side through the release paper/film. The printing, positioning and knurling production and manufacturing process of the soft material has accurate alignment on printing and knurling and has the beautiful printed pattern; and meanwhile, the invention further provides equipment for realizing the process.

The invention relates to a manufacturing technique of fabrics of polyester-cotton plisse warp knitting western-style clothes, comprising the steps of the preparation of raw materials, warping, complete hair-coiling, the fabric manufacture of grey cloth, unwinding, dyeing and the typing of finished products. The step of the fabric manufacture of the grey cloth adopts four stripping combs for weaving, wherein, the first stripping comb adopts polyester filament in a way of 6 being penetrated and 3 being hollow, and crossband plisses are formed by a manner of combining woven flatness and pad lack; the second stripping comb adopts compact spinning cotton yarn in the way of 1 being penetrated, 6 being hollow, 1 being penetrated and 1 being hollow, and straight strips are formed in a manner of woven flat double stranded weaving; the third stripping comb adopts polyester low stretch yarn in the way of 1 being hollow, 6 being penetrated, 1 being hollow and 1 being penetrated, the blank penetrating part of the second stripping comb is filled up in the manner of woven flat weaving, and straight twin color effect is formed after dyeing; the fourth stripping comb also adopts the polyester low stretch yarn in the manner of symmetrical double needle woven flat weaving, mainly playing the role of solidification so as to cause the fabrics to be more compact. The fabrics have compact texture, novel style, and stereoscopic impression, and are rough while maintaining softness, and the application of the cotton yarn causes the fabrics to have the twin color effect, and enhances the wearing comfort of the fabrics.

The invention relates to a new process method for manufacturing a mold capable of ensuring the size accuracy of a cast blade for a large-scale water turbine. The method is characterized by comprising the following steps of: selecting materials; designing a technical scheme for manufacturing the mold; establishing a three-dimensional model for manufacturing the mold; manufacturing a mold blank; processing the mold; and detecting the mold. The process method of the invention is unique and solves the problem that a distorted-surface blade casting mold has low manufacturing efficiency and that the kind of casting mold manufactured by the traditional manual method cannot achieve the accuracy of a design size. The method solves the deformation problem of the mold per se and ensures the size accuracy of a blade-type mold through the research and application of a new material and a new method in a mold manufacturing process.

A colorful road plated with porous polymer concrete face and relative construction first mix polymer, broken stone and stuff uniformly to form polymer porous concrete material, lay to form polymer porous concrete face 1, mix uniformly the colorful face, and plate colorful face on the face of porous polymer concrete face layer 1 to form a colorful face layer 2, while the colorful face layer 2 is adhered with the porous polymer concrete face layer 1, to form a colorful road. The inventive road has high strength, better deformation property, abrasion resistance or the like, while the color can adjust via different fields.

The invention discloses a method for making a three-dimensional picture on a ceramic plate. The method comprises the following steps: selecting a ceramic plate with a glaze layer; making a sticker with a picture; engraving the sticker; adhering the engraved sticker to the glaze layer of the ceramic plate; removing a part in the sticker except for the picture, thus forming a reserved picture region and a removed rejection region on the ceramic plate; and carrying out sand blasting on the ceramic plate adhered with the sticker, namely removing the glaze part of the rejection region and stopping sand blasting until the remained thickness of the glaze layer is 1/4-1/2 of the original thickness of the glaze layer. The method has the advantages that the sticker with the picture is adhered to the ceramic plate and is engraved, then the part except for the picture is removed, the ceramic plate adhered with the sticker is subjected to sand blasting, the glaze part of the rejection region is removed and the sand blasting is stopped until the remained thickness of the glaze layer is 1/4-1/2 of the original thickness of the glaze layer, so that the picture on the ceramic plate is layered, soft, flexible and vital.