145results about How to "With three-dimensional effect" patented technology

A three-dimensional mapping method of human faces in a computer virtual world comprises the following steps: Step 1, providing a human face photo, conducting human face feature recognition by using the computer vision technology, and acquiring human face feature data; Step 2, selecting the most matching three-dimensional human face model picture of the human face feature data in a prefabricated three-dimensional human face model picture, or generating a three-dimensional human face model picture according to the human feature data; and Step 3, combining the human face photo and the thee-dimensional human face model picture. A front three-dimensional virtual human face is rapidly and accurately generated according to the human face photo, and the human face picture is perfectly matched with the three-dimensional model. Even if a user who has no three-dimensional knowledge can create a three-dimensional role of the user himself in a short time. The method can be widely applicable to personal images or virtual characters in the virtual world, such as network interaction, web2.0, a virtual platform, communities, etc.

The invention relates to a fiber-reinforced resin-matrix composite furniture material and a preparation method of the material, aiming to solve the technical problem of the traditional material. According to the fiber-reinforced resin-matrix composite furniture material, thermosetting resin is taken as a matrix, woven fibers are taken as reinforcing materials, and a sandwiched material is taken as an interlayer. The fiber-reinforced resin-matrix composite furniture material can be widely applied to furniture manufacture.

The invention provides a method for manufacturing product shell patterns, which manufactures patterns on a product shell and comprises the steps of setting a carving proposal according to at least one coating attached to the product shell, and jointly carving the at least one coating according to the carving proposal to obtain the patterns. The invention also provides a control device for manufacturing the product shell patterns. The method and the control device perform pattern carving on the product shell attached with multiple layers of the coatings and remove partial coatings by utilizing laser under the background of background colors of surface layers, and the removed surface layers have different depths and display different colors, so that the patterns with multilayer colorful effects provided with the surface layers, the second layer of the coating, the third layer of the coating, and the like are formed; the method and the control device can obtain the colorful decorative effect of the product shell without needing other carriers, such as a heat transfer film or a masking film and a particular clamp; and the device has a simple circuit and simpler design without offering halftones again, and can manufacture delicate and complicated patterns and make the patterns have certain stereoeffect.

The stone-simulating polished brick is produced with transparent powder material and common ceramic material, and through multiple pipe material distributing, forming adobe, drying, backing and polishing. The transparent powder material accounts for 50-90 wt% and consists of SiO2 66-75 wt%, Al2O3 16-25 wt%, MgO 0.6-2.5 wt%, K2O 0.5-2.5 wt% and Na2O 4.5-10 wt%. Compared with available technology, the stone-simulating polished brick of the present invention has the advantages of jade texture and stereo effect.

The invention relates to an imitation wood-grain ceramic product and a production process thereof; the imitation wood-grain ceramic product comprises a ceramic body and also comprises a cracked ground glaze layer and a surface glaze layer arranged on the surface of the ceramic body. The imitation wood-grain ceramic product provided herein is totally different from traditional ceramic with smooth glaze, and has unique artistic effect. The cracked ground glaze layer and the surface glaze layer form the natural ceramic body cracked and exposed; as the cracked ground glaze layer is thick, the cracked ground glaze layer is stereoscopic; as the color of the whole ceramic product is adjusted through the surface glaze layer, imitation bark or other rough grains can be achieved. High contents of red soil, clay, gold tailings and other low-price industrial wastes are used as ceramic materials for the imitation wood-grain ceramic product, so that the imitation wood-grain ceramic product has significant environmental value, and has effectively decreased production cost of materials and increased economic benefit and marketing competitiveness.

The embodiment of the invention relates to a lighting effect processing method and device, a terminal and a computer readable storage medium. The method comprises the following steps of: acquiring animage to be processed and identifying the face region in the image to be processed; determining the facial feature positions in the face region; acquiring a brightening position acting on the image tobe processed; and performing lighting effect processing on the face region according to the relative relationship between the brightening position and the facial feature positions. With application of the method, shadows and highlights and other effects can be added to the facial features when the lighting effect is added to the image to be processed so that the facial feature positions are enabled to have the stereoscopic effect and the expressiveness of the image is improved.

The invention relates to the technical field of masks, in particular to a three-dimensional dustproof filtering mask. The three-dimensional dustproof filtering mask comprises a mask body used for covering the mouth and the nose, the mask body is symmetrically divided into a first covering part and a second covering part by a longitudinal folding line in the middle of the mask body. One end of the first covering part and one end of the second covering part are respectively connected with an ear fastening belt. The ear fastening belts are elastic belts with a certain stretched length. The upper end of the longitudinal folding line, located at the joint of the first covering part and the second covering part, extends upwards to form a nose protection part having a certain camber and being capable of being attached to the nose. The nose protection part is designed based on the camber of the nose with the outside protruding outwards and an attaching groove capable of being attached to the nose formed inside. The lower end of the longitudinal folding line, located at the joint of the first covering part and the second covering part, extends downwards to form an attaching part having a certain camber and being capable of being attached to the lower jaw. A three-dimensional area allowing people to breathe freely is formed between the nose protection part and the attaching part. When a user wears the three-dimensional dustproof filtering mask, a three-dimensional effect is achieved on the face, and the mask is closely attached to the face. In addition, free breathing is guaranteed and the user feels comfortable.

The invention relates to a method for producing carve product, wherein it comprises that: using three-dimension camera or scanner to select pattern; inputting pattern into computer, and treating the pattern; inputting pattern into laser carver; heating the carver at 21-26Deg. C for 10mins; adjusting the optical wave at 532nm; putting crystal blank on the workbench; starting the carver; taking off the carved crystal blank; decorating. The invention has simple method with solid effect.

The invention discloses a method for producing stereoscopic printing fabric and a system thereof. The method comprises the following steps of: (1) preparation step of transferring printing paper: printing the patterns on a transfer printing paper to prepare a transfer printing paper by a method of printing colored ink; (2) heat transfer printing step of organzine: using a printing machine to hotly transfer the transfer printing paper pattern to the warped organzine at a suitable temperature and pressure; and (3) fabric weaving step: weaving the printed organzine and wefts to prepare the stereoscopic printing fabric by a weaving procedure. The production process is simple and easy to realize industrial production, needs no complex post-processing, has high yield, good quality and low cost and can produce the printing fabric with the stereoscopic effect.

The invention relates to a decorative plate, and discloses a porcelain plastic decorative plate. The porcelain plastic decorative plate comprises, from top to bottom, a PVC transparent abrasion-resistant layer, a PVC pattern printing layer and a substrate layer which are sequentially stacked. The substrate layer comprises the following components, by weight, 100 parts of PVC resin, 15-20 parts of a plasticizer, 2.0-5.0 parts of a stabilizing agent, 60-70 parts of bead powder, 15-30 parts of a fiber, 5-10 parts of an impact improver, 15-30 parts of stone powder, 0.5-1.5 parts of rosin or PE wax, and a proper amount of a coloring agent. The invention also discloses a processing method of the decorative plate. The method comprises the following technological steps: 1, processing the substrate layer; 2, printing a pattern; 3, carrying out hot-press molding; 4, carrying out surface treatment; 5, carrying out heat treatment; and 6, carrying out product inspection and packaging. The decorative plate has the advantages of stable dimensional stability, low water absorption rate, difficult deformation, difficult shedding and foaming of the decorative layer, rich and colorful pattern, and stereoscopic effect.

The invention discloses a novel method for production of weaving functional and health-care textile fabric. The textile fabric is formed in a one-step mode on a weaving machine according to the special production processing principle. According to the functional and health-care textile fabric, a certain number of tubular protrusions are additionally arranged based on an ordinary single-layer textile fabric body, the tubular protrusions can be arrayed according to certain patterns, corresponding health-care materials can be added to the tubular protrusions, and then the textile fabric with different health-care functions can be obtained.

The invention discloses a three-dimensional zebra crossing. The three-dimensional zebra crossing comprises a top face and four side faces including a front face, a rear face, a left face and a right face. The zebra crossing is embedded into the surface of the ground. The top face and the side faces can be rendered with coating, and the three-dimensional effect is highlighted. Glass powder can be added into the coating, and the zebra crossing can be seen clearly at night. The three-dimensional zebra crossing has the advantages that the three-dimensional effect is achieved, the zebra crossing is like a deceleration strip, the deceleration effect is improved, and the safety coefficient of a city is improved.

The invention provides a human bod motion animation generating method of a two-dimensional virtual figure. The human body motion animation generating method comprises the steps of shooting a real person motion video; extracting an initial frame image of the video; detecting the angular point of the initial frame image; calculating a sparse characteristic point light stream frame by frame; calculating 2D grid deformation; calculating a modal grid and a weight sequence; editing the modal grid and the weight sequence; using an isomorphic 2d grid to conduct animation rendering on the virtual figure. According to the technical scheme, compared with a purely manually made animation, since motions come from the real person video, the animation is more vivid, and particularly, it is very difficultto achieve the authenticity of the deformation and the rhythm randomness of the motions through a manual method; the 2d figure has a certain stereoscopic effect, the animation effect can be adjustedaccording to requirements through manual modification simply with the isomorphic grid, the same motion data can adapt to different figures of different body types, different skins, different clothes and different icons, and when the animation is applied, the real-time calculation amount is small.

The invention discloses anti-ultraviolet asphalt as well as a preparation method and application thereof. The anti-ultraviolet asphalt is mainly prepared from the following components in parts by weight: 75-85 parts of asphalt, 3-5 parts of a modifier, 3-5 parts of a light screener with a sandwich structure, 3-5 parts of an auxiliary light screener, 1-3 parts of an antioxidant, 1-3 parts of an anti-aging agent, 1.5-1.7 parts of an ultraviolet light absorber, 1-3 parts of a free radical scavenger and 0.3-0.5 part of a light stabilizer. The modified material added in the anti-ultraviolet asphalt has good compatibility with asphalt and is uniformly dispersed to form a continuous-phase protective layer, ultraviolet rays can be reflected and scattered through the double-layer inorganic light covering layer, the damage of the ultraviolet rays to a pavement is reduced, and the asphalt has small infrared ray absorption and can partially convert the absorbed ultraviolet rays into heat energy, so that the pavement has an energy storage function, the anti-ultraviolet capability of the asphalt pavement is greatly improved, and the service life of the pavement is prolonged.

The invention relates to the field of printing, in particular to a UV glazing method for an offset printing machine. It includes the following steps: selecting the liner paper and the original, cutting off the area of ​​the liner paper corresponding to the non-image part of the printed matter to form a hollow, installing the color sequence printing plate, and laying the cut liner paper in a corresponding manner On the printing area on the blanket, install the liner paper together with the blanket on the blanket cylinder and fix and lock it, then set the light ink, UV lamp, adjust the offset printing machine and print, UV on the printed matter Varnish. The invention provides a high-efficiency glazing method for performing UV three-dimensional effect of an offset printing machine by hollowing out the liner paper, and solves the problems that the existing offset printing machine glazing method has complicated procedures and cannot print three-dimensional effects.

The invention discloses a P-N-containing porous organic cage ligand, a preparation method and applications thereof, wherein the P-N-containing porous organic cage ligand is prepared through cross-linking by using P and N ligands functionalized with an aldehyde group, an amino group and other functional groups as monomers and using corresponding polyamine or polyaldehyde as a comonomer. According to the invention, the synthesized P,N porous organic cage ligand has a stable unique pore structure and can be used for selectively adsorbing and separating gas; the complex catalyst formed by the P,Nporous organic cage ligand has the characteristics of homogeneous reaction and multiphase recovery; and during a reaction, a catalyst formed by a P,N porous organic cage ligand and a transition metalis in a homogeneous reaction state, reactants fully contacts the catalytic center so as to ensure good catalytic performance, an alcohol solvent is added after the reaction is finished, and the P,N porous organic cage ligand complex catalyst is crystallized out of the reaction system, so the catalyst can be easily recovered.

The invention discloses a manufacturing technology for glass with a three-dimensional effect and a corresponding production system. The manufacturing technology comprises a cleaning working procedure, a front surface printing working procedure, a back surface multi-layer printing working procedure and a painting working procedure, which are carried out in sequence. According to the manufacturing technology, the front surface and the back surface of the glass are printed respectively to achieve an obvious layering effect on printed patterns; and the patterns have certain thicknesses, so that the glass has the three-dimensional effect. The manufacturing technology is suitable for manufacturing the glass with the three-dimensional effect.

The invention relates to a furniture component having a basic body (1) designed as a carrier and having a front element (2) arranged on the basic body (1), wherein the basic body (1), on at least one end side (11), has a profile element (3) which projects beyond the surface (13) of the basic body (1), this surface being directed towards the front element (2), wherein the peripheral region (21) of the front element (2) is arranged, at least in part, on the profile element (3), and wherein the profile element (3) has a structural layer (30) and at least one functional layer (14), which contain, at least in part, a thermoplastic material, characterized in that the structural layer (30) of the profile element (3) has at least one base element (32) and a covering element (31), wherein the covering element (31) of the structural layer (30) of the profile element (3), this covering element being arranged on the peripheral region (21) of the front element (2), and the functional layer (5) are produced, at least in part, from a transparent and/or translucent material.

The invention relates to a mobile phone having a three-dimensional image shooting function. The mobile phone comprises a mobile phone body which is provided with a display screen, a first camera and a second camera, wherein the first camera and the second camera are electrically connected with the display screen, and the display screen is arranged on one face of the mobile phone body; the first camera and the second camera are arranged on one face, facing away from the display screen, of the mobile phone body; the first camera and the second camera are level with each other. According to the mobile phone having the three-dimensional image shooting function, the two cameras arranged on the back face of the mobile phone body are used for shooting an object at the same time, and pictures that are taken can be subjected to superposing and integrating operation; because of horizontal three dimensional parallax between the two cameras, the shooting object has a different depth of field after picture synthesis operation, and three dimensional effect of the pictures can be fulfilled on the display screen. The mobile phone is advantaged by low cost, convenience of use and suitability for popularization and application.

The invention relates to a speaker sound cavity box with a sound-guiding pipe groove, wherein the speaker sound cavity box with the sound-guiding pipe groove comprises a sound-guiding pipe sound-closing sheet, the rear sound-cavity sound-guiding pipe groove, an antenna bracket rear sound cavity and a speaker main body, and the sound-guiding pipe sound-closing sheet is used for introducing outer sound into the sound cavity box. The speaker sound cavity box with the sound-guiding pipe groove is characterized in that: the rear sound-cavity sound-guiding pipe groove is closed with the sound-guiding pipe sound-closing sheet by hot-melting and is connected with the antenna bracket rear sound cavity; the sound-guiding pipe groove is arranged on the antenna bracket rear sound cavity, and a circular groove which is matched with the speaker main body is retained on an antenna bracket; and the rear sound-cavity sound-guiding pipe groove is communicated with a rear sound cavity body and is connected to the speaker main body, and the internal wall of the sound-guiding pipe groove is smooth. The bottom of the sound cavity box is further provided with rear sound-cavity sound-closing foam which is used for closing the bottom end and for enabling the sound cavity box to form a semi-closed space. The sound cavity box can be applied to a mobile phone, and the sound cavity box is used for realizing the excellent air inlet/outlet positioning for the sound of the mobile phone and for realizing the adjusting of the sound of a speaker.

An in-mould formed label structure is sequentially composed of a raw material layer, a hardened layer, a laser embossed layer or electroplated layer, a coated glue layer able to bind with print ink, and a printed layer.

The invention discloses a knitting mechanism of an embossed grain electronic jacquard warp knitting machine. The knitting mechanism comprises a slot needle mounted on a slot needle bed, a needle core mounted on a needle core bed, a settling sheet mounted on a settling bed, a coil slippage needle mounted on a coil slippage needle bed and a guide bar with at least one ground guide bar, at least one jacquard guide bar and a yarn pressing guide bar, wherein a yarn pressing plate is mounted at the lower end of the yarn pressing guide bar. During operation, the yarn pressing plate downwardly presses yarns, which participate or do not participate jacquard knitting, on the jacquard guide bars into the slot needle and works together with the needle core, the settling sheet, the coil slippage needle and the ground guide bars for loop knitting of jacquard; the knitting mechanism further comprises a yarn cutting device for cutting off the yarns, which do not participate jacquard knitting, in the slot needle and a broken yarn clearing device for clearing the cut yarns from the slot needle. According to the knitting mechanisms, the yarns which do not participate jacquard knitting are removed in the knitting process, so that no connection yarn is arranged among embossed grain patterns, and knitted patterns are clearer and more delicate; furthermore, the fabric weight is reduced.

The invention discloses a method, a device and a terminal for processing game special effects. The method comprises: acquiring a current motion vector of a target object; obtaining a current transformation matrix corresponding to a sub-model of a special effect model according to the current motion vector of the target object, wherein the special effect model comprises a plurality of intersectingplanes; determining an orientation and/or position of the sub-model according to the current transformation matrix and/or the current motion vector; and displaying the updated special effect model. The invention solves the technical problem of poor tail trace display effect in the prior art.