192results about How to "Lifelike" patented technology

This invention relates to a simulate wood card, in addition to a plaster technique and device, characterized in that it based on a hot press, and the lower of the bay has a working bench, and the upper of the bay is connected with a press hydraulic cylinder and a connecting board which can be moved up and down; the work bench can be a transforming bench which can be shifted outside; on the connecting board upon the bay it sets at least one wood sheet steel form with inner heating system and wood grain in the lower surface; the bay also has at least two infrared generators; the method of using the device comprises the following steps: fixing the wood sheet steel form on the top of the hot press, aligning the impregnated wood paper according to the interior wiring of the flooring base material, laying it on the transforming working bench and aligning with the upper wood sheet steel form, plastering with the hot press to get the base material, which has a wood paper with at least one wood pattern, and on the surface of the wood paper it has warp wood grain.

The invention relates to a system and method for recovering a three-dimensional true vehicle model in real time and belongs to the field of intelligent transportation. The system and method can be applied to vehicle information management and traffic cases involving vehicles. The system comprises a one-dimensional laser sensor and a monocular camera. The whole modeling process is divided into an off-line process and an on-line process. The off-line process comprises self-calibration of the camera and mutual calibration of a laser and the camera. The on-line process comprises the steps of collecting laser information and vehicle video information, synchronizing the information, fusing the information, generating three-dimensional model point clouds of the vehicle and conducting triangularization connection and texture mapping. Compared with a traditional three-dimensional vehicle modeling method, the method has the advantage that the three-dimensional vehicle model generated through the method has real-time performance and verisimilitude, but through the traditional three-dimensional vehicle modeling method, only a simple skeleton model of the vehicle is recovered, and abundant texture information is not involved.

The present invention belongs to technical field of essences for food, and discloses a preparation method of a high-temperature resistant egg yolk essence and an application thereof. Egg yolk liquid or egg yolk powder which has been subjected to spray drying is prepared into a solution of a certain concentration, the solution is subjected to enzymolysis through protease and flavourzyme, and reducing sugar, amino acid, yeast extract and edible flavor are added into the egg yolk enzymolysis product, so as to obtain the egg yolk essence. The combination method of biological enzymolysis effect and Maillard reaction is adopted, and subtle flavoring skills are used, so that the high-temperature resistant egg yolk essence is prepared. The essence has stronger natural feeling and thick taste, and meets the needs of the general public.

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 present invention relates to an OTN network planning setting method in a power communication network. The method comprises the steps of (1) updating the state information of a current network and releasing completed connection resource, waiting a new connection request, and going to step (2) if the new connection request arrives, (2) using a shortest path algorithm to find two shortest paths which do not intersect to be the working channel WP and the standby channel PP of the connection request, (3) distributing wavelength resource for the working channel and the standby channel and applying the idea of SBPP to share the standby wavelength resource, (4) if both routing and wavelength assignment are successful, the connection request is connected successfully, otherwise the connection request is declined, and going back to the step (1). According to the method, the OTN network planning setting timeliness and level can be improved, and the standardization and rationalization of OTN network design are realized. The method can be widely applied to the field of power communication network planning.

The invention discloses a method for making a jacquard fabric with simulated color effects. Firstly, the image file is processed, and the artwork is scanned into a computer, adjusted with Photoshop image processing software, and four color separations are performed to separate four colors into blue and blue respectively. , red, yellow, and black pictures; and then weaving electronic pattern file production, using the jacquard fabric system to carry out the latitude and longitude gradient organization of the blue, red, yellow, and black pictures into a pattern file, and then four The individual version files are combined into a four-color weaving version file; finally, the weaving version file is input into the electronic jacquard machine, and white warp yarns and four-color weft yarns are used to weave fabrics through electronic pattern file control. The method of the invention is novel, and can weave jacquard fabrics with rich colors, high quality and high quality.

The invention discloses a simulated dinosaur robot. The simulated dinosaur robot is characterized in that the robot comprises a head, a neck, a body, two mechanical legs, a tail and a control mechanism, the two mechanical legs are fully consistent in structure and are symmetrically installed on the two sides of the body of the robot, the head, the neck and the tail are integral welded parts, and the head and the neck are welded together; the control mechanism is installed in the body and mainly consists of eight servo motors, including two neck motors, two tail motors, two lifting motors and two pushing motors used for controlling and coordinating the movement of the robot; the mechanical legs comprise a lifting system, a pushing system, an auxiliary supporting system and a joint acting system.

The invention provides a method for fabricating blue-and-white peony porcelain, which comprises calcining from basic material of china clay, raw material of glaze and chromatic china clay, wherein the chromatic china clay includes red china clay, pink china clay, yellow china clay and green china clay. The method for fabricating peony porcelain comprises the following steps: preparing a clay blank; preparing color mud; making enamel frit; making porcelain body; biscuit firing; applying underglaze blue and glazing; dough molding and calcining. The blue-and-white peony porcelain fabricated by the method of the invention comprises overglaze blue and underglaze blue, and can combine porcelain flowers and porcelain during the calcination process.

The invention discloses a holy-water Guanyin landscape system, which relates to an outdoor artificial landscape system. The holy-water Guanyin landscape system is provided with a pool and a control room, wherein the middle part of the pool is provided with an underwater installing room, a vertical guide rail is arranged in the underwater installing room, a sliding seat is sleeved on the guide rail, jacking hydraulic cylinders are uniformly distributed around the sliding seat, the top end of each jacking hydraulic cylinder is provided with a lifting pulley, the lifting pulley is provided with a chain, the chains are respectively connected with the sliding seat and the bottom of the pool, the upper part of the sliding seat is provided with an external gear-type rotary bearing sleeved on the guide rail, an inner ring of the rotary bearing is connected with the sliding seat, an outer ring of the rotary bearing is provided with a Guanyin statue, the Guanyin statue is sleeved on the outside of the guide rail, the sliding seat is provided with a motor, the motor is connected with a driving gear, and the driving gear is meshed with teeth on the outer ring of the rotary bearing; and the underwater installing room is provided with a controllable lotus pedestal, and auxiliary landscapes such as a music fountain are arranged in the pool. According to the holy-water Guanyin landscape system, the Guanyin statue can be lifted and rotated from the inside of the lotus pedestal, and is visual, vivid and lifelike, and gives people a strong sense of impact.

The invention discloses a simulation method of a global real cloud layer of a three-dimensional geographic information system. The method includes the following steps that a cloud chart is analyzed, the cloud chart is displayed at the height of earth atmospheric layer in a curled mode, and a cloud chart cache is generated; a global volume cloud tile of a quadtree structure is constructed; according to the different heights of a camera or a visual angle, the volume cloud tile is regulated; clouds forming the tile are sampled from the cloud chart cache; by continuously using several global cloudcharts, the global cloud layer effect changes with time; through the position of the camera, the height of the cloud layer and the position of a central point of the volume cloud tile, the transparency of the cloud layer is adjusted in real time; a global real-time cloud chart is used as a basic data source of global scale three-dimensional cloud simulation of the three-dimensional geographic information system, wherein the data source is simple and the data size is small; according to different visual angles of the camera, the cloud layer effect different in detail level is shown, and according to different space time, different real-time clouds can be continuously used for building different three-dimensional global volume clouds.

The invention provides an interactive photographing device based on an AR technology. The interactive photographing device comprises a shell, a power source, an image collection device, an image display device, an AR processing device, an image processing unit, an operation panel, an industrial control host, a paying module and a printing module, wherein the power source, the image collection device, the image display device, the AR processing device, the image processing unit, the operation panel, the industrial control host, the paying module and the printing module are arranged in the shell. According to the interactive photographing device based on the AR technology, through simple operation, a tourist can combine the real image of the environment where the tourist is located and the virtual scene reflecting the theme of a vacation spot, the image is true to life, the effects that scenery can be enjoyed and the world can be visited without going outdoors and travelling are achieved, and the interactive photographing device can be applied to and popularized in science and technology museums, museums, planning libraries, memorial halls, permanent exhibition halls of enterprises and other places.

The invention relates to method to make model, especially food model. The main step of making food model is first dividing the food into one or several units, making module for each, and then assembling the separating module. The procedure of making each module includes the following: (1) Making module. A. Paint silica gel on the real food to form inner module after drying. B. Pour plaster slurry on the outer of the inner module; after drying, separate the two and get the outer module. C. separates the inner module from the real food. D. assembles the inner module and outer module to get the complete module. (2) Making model: A. pour the material into the module. B. when drying, first remove the outer module and then stripe the inner module, finally get the model. It is easy to master the method, and the model made with the method seems similar to real food very much so it can replace the real food for decoration. Of course it won't go wrong either though after long time so it also can save food.

The invention discloses a method for making 3D simulation training courseware on power equipment, and relates to the technical field of electronic courseware making. By depending on a computer, Photoshop CS software, Google Sketchup8.0 software, Autodesk 3ds Max2017 software and VEStudio3.8 software, the 3D simulation training courseware on the power equipment is made; through technologies of 3D visualization, bidirectional control and the like, students can perform watching from any angle at will during learning and watching, so that the watching effect is vivid and flexible; and the learningoperation is flexible, a part can be selected at will for learning, positive and negative bidirectional demonstration can be performed, and the explanation of the previous step can be backed and understood again.

The invention is concerned with a kind of preparation method of soft imitation floss handicraft article. Use sculpture material to prepare integrate animal sculpt, cut the head and body of it, make mould with gesso to the cut head and prepare the head of animal with mould. Cut out man made feather according the prepared animal body and sew the feather into animal body with sartorius. Connect the prepared head and body and fill them. Cut down the man made hair according to the demand with scissors and nipper and felt with manmade hair according to the color and design of animal's faces. It makes up the shortage of imitation animal product with hard tyre and soft floss toy, inherits and develops the reality of handicraft article with hard tyre and the tenderness of soft toy. This kind of handicraft article has easy technology for preparing and the prepared toy is neatness, beauty, reality and loveliness.

The invention relates to an animal specimen antiseptic mothproofing agent and application thereof. The animal specimen antiseptic mothproofing agent is prepared from 40-50 g of arsenic trioxide, 10-16 g of sodium hydroxide powder, 1800-1900 mL of a 10-15% formalin solution and 100 mL of water. The animal specimen antiseptic mothproofing agent can be applied to manufacturing animal freezing-drying specimens, animal skeleton specimens or animal skinned specimens. By means of the manufacturing method, damage caused by worms and rats to the animal specimens can be completely eradicated, and the animal specimen antiseptic mothproofing agent is portable, easy to move, not prone to damage and vivid in appearance.

The invention discloses an environment-friendly biological plasticizer for biological specimen preservation, which is prepared from the following components in parts by weight: 100 parts of silicone resin, 20-100 parts of plasticizer, 0.5-5 parts of catalyst and 2-10 parts of crosslinking and curing agent, wherein the silicone resin is hydroxyl-terminated methyl silicone oil, the plasticizer is methyl-terminated methyl silicone oil, the catalyst is organotin, and the crosslinking and curing agent is organosiloxane. The invention has the advantages of no toxicity, no harm, no smell and no pollution, and is transparent; the specimen plasticized by the plasticizer has the advantages of strong authenticity, good hand feeling and high vividness, and can be stored for a long time; the environment-friendly biological plasticizer for biological specimen preservation can ensure the manufacture of biological specimens to be carried out at ordinary temperature, and avoids using chloro-platinic acid and other noble and highly-corrosive reagents, thereby greatly lowering the cost and reducing the harm to operating personnel; and the invention avoids using a diluter, and simplifies the operation steps.

The invention provides a leopard spot glaze with a wide sintering range. The glaze comprises ground glaze and cover glaze, wherein the ground glaze is prepared from the following components in parts by weight: 30-70 parts of basic transparent glaze, 3-7 parts of MnO, 4-7 parts of Fe2O3, 3-5 parts of Cr2O3 and 30-50 parts of low-temperature clinker; and the cover glaze is prepared from the following components in parts by weight: 20-50 parts of basic transparent glaze, 8-10 parts of vanadium-zirconium blue, 3-5 parts of ZnO and 50-80 parts of low-temperature clinker. The glaze has a wide sintering range, has vivid leopard spot decorating effect, and can well enrich the decorating means of art and craft ceramics.

The invention relates to an aluminizing product with an anti-counterfeit mark, a vacuum aluminizing system and a vacuum aluminizing process, which belong to the field of packing materials. The aluminizing product comprises a substrate and a coating layer, an aluminizing layer and a protecting layer which are sequentially covered on the substrate. The aluminizing product is characterized in that the aluminizing layer with an anti-counterfeit mark pattern is arranged between the coating layer and the protecting layer. The aluminizing system is characterized in that an oil tank is arranged insidethe aluminizing system; a transfer roll is arranged above the oil tank; a scrapper is arranged in front part of the contacted and matched part of the transfer roll and a printing roll; the outside ofthe printing roll is close to an aluminizing process roll; and the substrate is arranged on the contacted and matched periphery of the aluminizing process roll and the printing roll. The process comprises the following steps: 1. substrate selection; 2. coating layer; 3. corona discharge; 4. printing; 5. aluminizing; and 6. protecting layer coating. The aluminizing layer with the anti-counterfeitmark printing patterns is formed by closely combining the fundamental principle and method of the flexography with the vacuum aluminizing process. The formed anti-counterfeit mark has the characteristics of distinctive nuance, clear darkness and brightness and life-like image, as well as heavy metal texture and good anti-counterfeiting effect, thereby being difficult to simulate.

The invention discloses a robot sound control method which comprises the following steps of (1) arranging a robot for singing songs, telling stories and performing corresponding dancing actions; (2) arranging a sound control system for receiving a sound instruction of a user and controlling the robot to perform corresponding sound producing actions and dancing actions. The invention further discloses the robot for implementing the robot sound control method. The robot sound control method can combine sound producing and action effectively, the robot can perform vivid action and is realistic, and the robot is controlled to sing songs or dance conveniently through sound. The robot is coordinated and rich in actions, convenient to control and capable of improving interest, singing songs and telling stories. Therefore, the robot is novel, lovely, realistic and capable of attracting people's attention.