299results about How to "Strong visual impact" patented technology

The invention discloses a camera device for the holography congealing effect of moving objects in videos and advertisements, and a photography method thereof. The camera device is provided with a plurality of photography recording units, a track, a controller and a control signal transmission component, wherein, the plurality of photography recording units are mounted on the track, the controller is connected with the control signal transmission component which is in connection with each photography recording unit, and the controller controls and adjusts the photography recording units to shoot at the same time or shoot at a certain interval. The holography congealing photography method of the camera device comprises designing of the camera device, installing, debugging, shooting, data outputting, and post-processing. According to the invention, the plurality of photography recording units are combined regularly to form a photography system and shoot under the control of the controller orderly shoot an object at the same time or in a certain interval so as to obtain the panorama image record which has strong visual impact after being post-processed and edited.

The invention relates to the technical field of wallpapers, and particularly relates to sand wallpaper and a preparation method thereof. The sand wallpaper comprises a base material layer, a printing layer and a sand layer, which are sequentially arranged, wherein the sand layer is prepared from the following raw materials in parts by weight: 100 parts of modified acrylic resin emulsion, 40-100 parts of a packing composition, 0.5-5 parts of an adhesion auxiliary and 0.1-3 parts of a thickening agent; and the packing composition is prepared from packing A, packing B and packing C at the ratio in parts by weight of (4-100) to (2-5) to 1. The sand wallpaper is simple in process, and has a distinct stereoscopic vision, a strong sense of touch, and a good three-dimensional effect.

The invention relates to an encoding method and a decoding method for a color two-dimensional code, and belongs to the technical field of computers and two-dimensional codes. The encoding method comprises the following steps: step one, enabling all colors needing to be used by the two-dimensional code to correspond to corresponding numerical values in a one-to-one correspondence mode; step two, converting information to be expressed into single characters one by one; step three, converting the single characters into ASCII (American Standard Code for Information Interchange) codes; step four, converting the ASCII codes into N-system digits; step five, converting the digits into different colors; step six, filling a matrix graph with the colors in the step five to form the color two-dimensional code. The encoding method and the decoding method for the color two-dimensional code provided by the invention is good in practicability, can overcome the problems that a traditional two-dimensional code is low in information storage content and poor in compatibility and cannot express complicated pictures and scenes; meanwhile, the color two-dimensional code has rich colors and relatively strong visual impact.

The invention discloses a laser projection type anti-counterfeit label and a preparation method thereof, and belongs to the fields of optical anti-counterfeiting and micro-nano processing. The surface of the label is provided with a single layer or multiple layers of disordered nano-scale embossment structures, and an anti-counterfeiting image can be presented after laser irradiation. The surface structure of the label is obtained by means of computer aided optical design, and by means of diffraction optics and Fourier optics, the anti-counterfeiting image is converted into a phase modulation structure on the surface of the label. Under the same incident light condition, different anti-counterfeiting images are corresponding to different label surfaces. The preparation method of the label comprises the steps of preparing a mother template by mean of optical etching, prepaing a nickel template by means of electroplating, and preparing the label by means of nano-impression. The laser projection type anti-counterfeit label has the advantages that a common laser pen is used as an identification tool, the projected anti-counterfeit image is high in brightness and strong in visual impart force, and different from the characteristics of a common laser holographic label that an optical variable image is low in contrast and difficult to discriminate, the laser projection type anti-counterfeit label can effectively improve the anti-counterfeit performance.

The related control method for LED used as decorative lighting lamp comprises: applying IR technology to remote control the LED, using MCU or ASIC to code or random control signal, arranging an external analog electric signal input interface and pre-set remote control coding data memory, using embedded-MPU to receive signal and generate digital PWC signal to control RGB current of every LED. This invention is benefit to build individual dynamic lighting atmosphere.

The image processing method for specifying dot arrangements for respective ink components according to image data, when forming an image on a recording medium by means of dots of inks of n colors, where n is any positive integer, the method comprises the steps of: calculating color correlation and spatial frequency components from the image data; specifying a dot overlap function for controlling overlapping between dots of the ink components, according to the calculated color correlation and spatial frequency components; calculating an ink recording rate of each of the inks from the image data; specifying the dot arrangement of a first ink component by means of a prescribed method, according to the ink recording rate; and determining a dot arrangement for the inks of the n colors, in such a manner that, taking k to be an integer where 2≦k≦n, the dot arrangement of the kth ink component is specified according to the ink recording rate of the kth ink component, and the previously specified dot arrangement and dot overlap function of the first ink component through to the (k−1)th ink component.

The invention relates to a pet food, and in particular relates to a novel branded pet food. The novel branded pet food is prepared by the steps of clearing up fresh meat raw material, and chopping the meat raw material which is cleared up into meat paste; evenly mixing all ingredients with the meat paste in sequence, and taking the mixture as an initial material; molding the initial material by hand or a molding machine; steaming the molded material in a state of boiling water; cooling and then hanging pulp in the prepared feed liquid; drying the product until the water content is 22+/-2%; branding on the upper surface or the lower surface of the product; cutting the product into a certain shape to obtain the novel branded pet food. The novel branded pet food provided by the invention is reasonable in technology and formulation, and is excellent in color, taste and texture on the basis of guaranteeing the nutrition of the product to be balanced; the finished product has the color and the empyreumatique of barbecue, is neither too hard, nor too soft in texture and does not adhere teeth; the novel branded pet food is warped with pulp and has brand, so that the product appearance is novel and unique and has strong visual impact, and defects of the existing pet food in the respect can be made up.

The invention relates to a naked-eye 3D mobile phone backboard film and a preparation method thereof as well as a mobile phone. The naked-eye 3D mobile phone backboard film comprises a transparent film layer, wherein a micro lens array layer is arranged on the front surface of the transparent film layer; a microstructure pattern layer and a local printing layer are sequentially arranged on the back surface of the transparent film layer; a supporting layer is arranged on the back surface of the local printing layer; and the micro lens array layer comprises a plurality of micro lenses arranged in an array. The naked-eye 3D mobile phone backboard film is remarkable in stereoscopic impression, rich in appearance display effect, capable of presenting a naked-eye 3D display effect in a 360-degree full-angle range, strong in visual impact and sensual experience, and excellent in wear resistance.

The invention provides an electronic equipment housing, a preparation method thereof, and electronic equipment. The electronic equipment housing includes a housing body. The housing body includes a bottom wall and at least one side wall connected with the bottom wall. At least one of the inner surface of the bottom wall and the inner surface of the side wall has a millimeter-sized first stereoscopic texture; the outer surface of the bottom wall is a plane or a cambered surface; the outer surface of the side wall is a cambered surface; and at least one of the outer surface of the bottom wall and the outer surface of the side wall has a millimeter-sized second stereoscopic texture. In the electronic equipment housing, by setting the millimeter-sized stereoscopic texture on the inner surface,a user can directly see a strong stereoscopic effect by naked eyes; and since the outer surface of the housing has the millimeter-sized second stereoscopic texture, the user can feel the stereoscopictexture effect when viewing by naked eyes and holding with hands. The housing can simultaneously give the user a strong stereoscopic effect from the visual and tactile aspects, thus meeting the requirements of fashion and individuation and providing users with a good use experience.

The invention provides a production method of an IML face shell with a magnetic printing ink stereo pattern effect. The production method comprises the following steps: carrying out dust removal, heating and preshrinking processing to a transparent film; printing a color tracking and positioning color batch on the back surface of the transparent film through a screen printing machine; printing the magnetic printing ink on the back surface of the transparent film through the screen printing machine; carrying out pattern magnetized setting on the magnetic printing ink to form a magnetic printing ink stereo pattern layer; performing curing and drying; performing screen printing on an IML printing ink layer on the back surface of the magnetic printing ink stereo pattern layer; forming through injection molding. Therefore, the production method breaks through a traditional production process form of the IML face shell, the IML face shell is viewed from the transparent film layer, and the magnetic printing ink stereo pattern layer can show luster with light and shade contrast and the stereo effects of multiple layers and uniform transition, can bring strong visual impact to people, and only a magnetic printing ink printing line is increased on the conventional IML printing production line. Compared with the prior art, the production method is simple and efficient and high in practicability, and the produced IML face shell has a strong stereo effect.

The invention belongs to the technical field of wood veneer/batten manufacturing, and particularly relates to a dyeing technology for a wood veneer/batten. The dyeing technology solves the problem that the existing technology is not reasonable in design and the like. The dyeing technology for the wood veneer/batten comprises the following steps that A, separation is conducted; B, kiering is conducted; C, dyeing is conducted; D, water is removed; F, drying is conducted; and F, post-treatment is conducted. The dyeing technology has the beneficial effects that firstly, removing resin oil, a mineral line, spots, cracks and the like is the purpose of kiering, the color required by a customer is achieved, the color of the wood veneer is whiter and whiter, and the hand feeling is more comfortable and softer; secondly, the technology is simple and easy to control; thirdly, the quality and structural stability of products are improved, and practicability is higher; and fourthly, the dyeing quality is improved.

The invention discloses a multifunctional solar advertizing and planting lamp box, which comprises a seat, an advertizing box and an air condenser, wherein the seat is provided with a support; the top of the support is provided with a rain baffle; the upper surface of the rain baffle is provided with a solar panel connected with a storage battery; the storage battery is provided with a control circuit board; the air condenser is connected with the storage battery; the advertizing box is arranged beside the seat; a planting box is arranged on the advertizing box, is connected with the air condenser through a guide pipe and is provided with an overflow port; a light source is arranged in the advertizing box and is connected with the storage battery. The multifunctional solar advertizing and planting lamp box is novel, unique, environment-friendly and energy-saving, has multiple functions such as environmental greening, urban streetscape decorating, solar power supply, automatic irrigation by making water through air condensation and advertising, is multipurpose and appears for the first time in the industry; the multifunctional solar advertizing and planting lamp box can attract private capital investment and reduce public expense of the government.

The invention provides a visual monitoring method and system for the heat supply network data of a heating station heat supply area. The method comprises the following steps that: collecting the monitoring data of the fixing monitoring point of a heat-supply pipe network in each heating station heat supply area in an appointed area; taking each piece of collected monitoring data as the heat supplynetwork data of the corresponding heating station heat supply area; according to a preset first mapping relationship, obtaining an identification color corresponding to the heat supply network data of each heating station heat supply area, wherein the first mapping relationship comprises a corresponding relationship between the numerical value range of the heat supply network data and the identification color; and according to the obtained identification color, independently identifying the corresponding boundary graph of each heating station heat supply area in a heat supply heat supply network graph. By use of the method, management personnel can conveniently and visually know the working condition of the heat supply network and carry out regulation and control according to the workingcondition of the heat supply network, energy waste is reduced so as to be favorable for energy saving and emission reduction, in addition, the comprehensive monitoring of a thermodynamic system is realized, and therefore, heat supply service quality is favorably provided.

The invention relates to a method for converting a 2D video into a 3D video, belongs to the field of mode identification and computer vision, and aims to eliminate an unpredictable error brought in by scene depth estimation and viewpoint synthesis in the prior art and meanwhile greatly improve a calculation speed. The method disclosed by the invention comprises a training stage and a using stage; the training stage sequentially comprises the steps of data input, feature extraction, feature fusion, viewpoint synthesis and parameter updating; and the using stage sequentially comprises the steps of data input, feature extraction, feature fusion and viewpoint synthesis. In the training stage, a 10<6>-level side-by-side 3D stereoscopic video movie film is trained, scene depth estimation and viewpoint synthesis are simultaneously subjected to optimization solution and parameters are determined, so that pixel-level accuracy prediction of an output right-sided view is ensured, and an error brought in by dividing conversion from the 2D video to the 3D video into two task operations; and after training is completed, conversion from the 2D video to the 3D video can be directly carried out, so that conversion efficiency can be greatly improved, and accuracy of a finally output 3D stereoscopic video is ensured.

The invention discloses an NCVM (Non Conductive Vacuum Metallization) spraying surface treatment process and an NCVM product. The process comprises the following steps: (1), undercoat spraying: an undercoat is sprayed on a substrate to form an undercoat layer; (2), electroplating: the surface of the undercoat layer is subjected to electroplating treatment to form an electroplating film layer; (3), laser etching oil paint spraying: laser etching oil paint which is convenient for laser etching process is sprayed on the electroplating film to form a laser etching oil paint layer; (4), 3D (Three Dimensional) laser etching: the laser etching oil paint layer is divided into a laser etching area and a non laser etching area, and a laser etching machine is used to perform laser etching process on the laser etching area to form a laser etching layer; (5) finishing coat spraying; (6) 3D laser processing; and (7) curing. By sequentially performing undercoat spraying, electroplating, laser etching oil paint spraying, 3D laser etching, finishing coat spraying, 3D laser processing and curing on the substrate, a shiny surface and matte surface combined object with a handfeel is formed; a shiny surface and a matte surface are combined, so that the appearance of a cell phone is attractive, and a strong visual impact is formed by the shiny surface and the matte surface; and for the use handfeel of the product, the fine and smooth feeling of the shiny surface and the matte surface of the product can be felt.