46 results about "Color transition" patented technology

According to the lead-zinc ore sorting method and the electronic equipment, in the preprocessing stage, an obtained raw ore high-energy diagram is registered with a low-energy diagram as the benchmark, physical response difference measurement is adopted, the low-energy diagram and the registered high-energy diagram are fused to obtain a fusion diagram, the fusion diagram is colored according to a color transition rule, a pseudo-color diagram is obtained, and a lead-zinc ore sorting result is obtained. And the pseudo-color image is used as input, and a target detection model based on deep learning is used for processing, so that accurate and efficient recognition of the lead-zinc ore in the raw ore is realized.

The invention relates to the technical field of display screen color correction, and provides a film and television shooting LED display screen color correction method and system, and the method comprises the steps: obtaining a real-time video stream from a camera; generating color priority region identification information based on the real-time video stream; setting a corresponding target reference color for the identified color priority area; acquiring pixel data of the color priority area from the real-time video stream according to the color priority area identification information; comparing the pixel data of the color priority area with a target reference color to obtain a color deviation; generating a local color compensation scheme according to the color deviation; performing color transition processing on the non-priority area by using a local color compensation scheme to obtain an input signal sent to the LED display screen; and applying the local color compensation scheme to an input signal in real time so as to realize color correction of the LED display screen. The method has the advantages that the picture reality sense and the manufacturing efficiency are improved.

The invention relates to liquid sanitizing and / or disinfecting compositions comprising an active agent, an indicator compound, an acid, and a solvent. The compositions may be applied to a surface by spraying or transferring from cleaning article, in order to eliminate pathogens on the surface. The indicator compound may comprise a dye such as a cyanine dye, which provides a color to the composition and has at least one absorption maxima in the visible region. Once applied to the surface, the composition undergoes a color transition and becomes colorless.

The application discloses a high-contrast MiniLED control method, system and medium, relates to the technical field of MiniLED display control, and ensures the uniform distribution of luminosity on the screen by subdividing luminosity data and adjusting the luminosity data on the adjacent boundary line; meanwhile, the precision adjustment of the luminosity color difference avoids unnatural color transition or obvious color difference problems; finally, the luminosity regulation model can realize more accurate luminosity coordinated transition, the display effect is more real and delicate, and a plurality of display scenes can be adapted; the whole realizes accurate control and optimization of the luminosity of the MiniLED backlight area; each link solves the problems of luminosity unevenness, color distortion and unnatural brightness transition that may occur in display in different dimensions, especially plays a key role in reducing the halo effect.

The utility model relates to the technical field of indication boards, in particular to a temperature-sensitive color-changeable temperature indication board which comprises a positioning seat and an auxiliary mechanism, the auxiliary mechanism comprises an adjusting screw rod, a mounting support, an upper nut, a lower nut, an indication board body and a guide device, and a wood material layer is fixedly adhered to the front side of the indication board body. The wood material layer consists of a wood material main body and a thermochromic agent which is immersed and retained in pores of the wood material, and the thermochromic agent can be reversibly converted from one preset color to another preset color along with the change of temperature in a preset temperature interval; when in use, the wood material layer can change color intelligently along with the change of the ambient temperature so as to indicate the temperature of the external environment, and compared with the mode of knowing the change of the air temperature through weather forecast, telephone query, network query and the like of television relaying, the method is simpler, more convenient and quicker, and more accurate in data; therefore, the temperature data can be monitored more conveniently and accurately.

A device for optically scanning surfaces and capturing surface profiles is proposed. For error correction (color edge effect), the evaluation unit is designed to compensate for local brightness gradients and color differences of a surface that is not homogeneous with respect to its optical scattering and reflection properties, so that these are not evaluated as changes in distance or surface profile. The evaluation unit is designed to capture the cross-sectional profile of the line and to detect any asymmetrical deviation of the cross-sectional profile from the Gaussian shape, interpreting it as a color difference and / or brightness gradient, and / or disregarding it for calculating distances or the surface profile, and / or replacing and correcting it with a substitute cross-sectional profile.

The application discloses a lamp control method and device and a storage medium. The lamp comprises a plurality of light emitting units arranged in an array, and the plurality of light emitting units are divided into a plurality of light emitting assemblies. The method comprises: controlling the plurality of light emitting assemblies to sequentially perform color gradient at a preset time interval; during the color gradient process, controlling the light emitting assembly to be converted from a current color to a target color through at least one transition color, and the time interval of the conversion is the preset time interval; and the color control parameter of the transition color is associated with the color control parameter of the current color and / or the target color. The application can enrich the color transition effect, improve the smoothness of color transition, and improve the user visual experience.

A computer-implemented method for generating a color 3D model for a dental restoration. The method receives color information, a color distribution map, and shape for a tooth. The color information is assigned to the color distribution map. The color information and the color distribution map are then combined with the shape to generate a digital color 3D model. The resulting 3D model includes volumes for different color materials for the restoration to provide for color transition zones, which can be 3D printed from the 3D model to made a corresponding restoration.

The invention provides a wide-color-gamut electrochromic device based on a single material and a method for solving the problems that an existing electrochromic display is single in color, complex in structure and high in cost. A traditional device is limited in color, a complex structure or heterogeneous material combination is needed for achieving a wide color gamut, and preparation is difficult. Similar defects also exist in a sub-pixel-based structure. The core of the invention is that a functional layer is constructed by using a Prussian blue material, and wide two-dimensional color gamut regulation and control are realized in a simplified architecture through an innovative device structure and a driving strategy. The key breakthrough is that six reversible and clear color changes (transparency, blue, green, blue-green and the like) are realized by using a single material. Compared with the prior art, the color gamut can be remarkably widened, multicolor reversible switching can be achieved, the potential difference between different states of the electrode is utilized, the spontaneous color changing capacity is achieved, continuous external electric field driving is not needed, and the advantages in the aspects of simplifying a material system and reducing the preparation difficulty and cost are remarkable.

The invention discloses a non-linear correction method and system for radiation brightness of a remote sensing sequence image. The method comprises the following steps: S1, carrying out ground object classification on a remote sensing image to extract ground object pixels with the same name; s2, constructing a nonlinear model based on local consistency constraint so as to eliminate local radiation difference between the images; s3, establishing a global constraint for keeping the statistical characteristics of the whole image set unchanged so as to ensure the overall radiation fidelity of the image and avoid tone drift; and S4, solving an optimization model jointly formed by local and global constraints, obtaining correction coefficients of all the images, and completing correction. The method is suitable for automatic production of large-scale, multi-source and multi-temporal remote sensing image mosaic products, complex non-linear radiation differences can be effectively processed, the generated mosaic products are natural in visual effect and smooth in color transition, and excessive correction of radiation brightness and overall hue drift are successfully avoided while color balance is achieved.

The application discloses an automatic curved surface projection correction splicing method, first, a network camera driving module is run, file mapping technology is used to transmit image information with a main program, then a curtain calibration point is recognized according to a specific color. After that, through an iterative method, in each round of iteration, a core algorithm is used to update distortion parameters according to a projection calibration diagram collected by a camera until a termination condition is reached and then the method is stopped. Finally, according to the distortion parameters obtained through iteration, a final corrected image is obtained. After distortion correction, taking an intermediate channel image as a reference, an iterative splicing correction method is used in left and right channels to complete splicing correction. Finally, in order to eliminate the bright band caused by splicing, color transition is performed on the image. The application does not depend on the accurate position relationship between the camera and the projector, the model can automatically iterate to complete distortion correction and splicing work, and manual participation is not needed, so that the problems of low precision and long time consumption in manual correction are solved, and the application has good correction, splicing and color transition effects.

The application relates to a residual breathing lamp method for new energy charging, and relates to the technical field of man-machine interaction of new energy vehicles, and comprises the following steps: S1, current power information and current charging mode information of a power battery are acquired in real time; and S2, target color parameters and reference brightness parameters are calculated based on the current power information through a preset color mapping model. According to the application, the power of 0%-100% is continuously and steplessly mapped into color gradation from red to green through a high-precision color mapping model, and 65536-order smooth color transition is realized by means of 16-bit PWM control technology, so that subtle power changes can also bring delicate and soft visual feedback. Meanwhile, the method integrates an adaptive intelligent adjustment function: the rhythm of the breathing effect dynamically changes according to different modes such as fast charging and slow charging, and the charging speed is vividly reflected; and the display brightness is automatically adjusted according to ambient light, so that the display is not dazzling in dark light and is clearly visible in strong light.

The invention provides an image processing method and device, electronic equipment and a storage medium. According to the method, an initial makeup trying image is generated through a first generation model, and the first generation model is formed by loading an actor feature adaptation module and a clothing feature adaptation module to a pre-trained image generation model according to different weight proportions; performing local redrawing on a face region in the initial makeup trying image to obtain a redrawn face region; fusing the redrawn face region with an initial makeup trying image to generate an intermediate makeup trying effect picture; performing color migration processing on a face region in the middle makeup trying effect picture based on face region color features of the initial makeup trying image; and fusing the face region subjected to color migration processing with the middle makeup trying effect picture to generate a target makeup trying effect picture. Therefore, the skin color difference caused by independent training of the feature model is fundamentally bridged, and perfect color transition between the face and the body area is realized.

The application discloses a backlight driving method, a backlight driving device and a display device, relates to the technical field of picture display, and is applied to a display device with a backlight source and comprises the following steps: acquiring image data to be displayed by a backlight partition in the display device, wherein the image data contains luminance values of color channels; determining a target color channel with a non-zero luminance value in the image data; adaptively selecting a target driving mode from a plurality of backlight driving modes according to a target number of the target color channel; and converting the luminance values of the color channels into driving signals for driving the backlight source to emit light based on the target driving mode. The application improves the display color gamut while ensuring the naturalness of color transition, and optimizes the display effect as a whole.

This application provides a method and system for optimizing 3D modeling of anime characters for 3D printing. First, a 3D model of the target anime character is constructed and partitioned into multiple color blocks. Then, the specular features of each color block are extracted, and chromaticity compensation is performed on the specular features of each color block based on the reflectivity of the printing material within that color block, resulting in a chromaticity compensation value for each color block during model rendering. The color transition loss during model rendering is determined based on the hue differences between adjacent color blocks in the 3D model and the color gamut characteristics at the boundaries of different printing materials. The confidence constraint for the color of each color block is determined using the color transition loss and the chromaticity compensation value during model rendering. Finally, the 3D model's color rendering is optimized based on all confidence constraints. Using the scheme of this application, rendering optimization of color deviations in anime character models can be achieved.

A system is configured to control one or more light sources for rendering a light scene (81,86) associated with multiple colors. The system determines a current color (82,87) rendered by each light source, which is part of the set of colors. It also identifies a next color (83,88) to be rendered by the light source, also included in the set of colors. Additionally, the system calculates the color difference between the current and next colors and establishes a transition duration (84,89) based on this color difference. Finally, the system controls the light source to execute the transition between the current and next colors within the specified duration and subsequently render the next color.

The present disclosure generally relates to user interfaces for managing audio exposure, particularly user interfaces and techniques for managing audio exposure using a computer system (e.g., an electronic device). According to some embodiments, the electronic device displays a graphical indication of noise exposure levels over a first period of time, where an area of the graphical indication is colored to represent the noise exposure levels, the color of the area transitioning from a first color to a second color when the noise exposure levels exceed a first threshold. According to some embodiments, the electronic device displays noise exposure levels attributable to a first output device type and a second output device type, and in response to selection of a filter affordance, visually distinguishes a set of noise exposure levels attributable to the second output device type.

The invention discloses a gradient color diaphragm for a liquid crystal display screen and a production process of the gradient color diaphragm, and relates to the technical field of liquid crystal display screens. Gradient coating preparation and micro-gravure dynamic feeding and coating are utilized, color transition is fine and natural, light scattering is optimized through nanometer titanium dioxide, the acrylic resin is matched, the light transmittance of the diaphragm is not lower than 85%, the brightness of a display screen is guaranteed, the base layer is subjected to rough treatment and matched with the optional bonding layer, the interlayer adhesive force is remarkably enhanced, the film layer is prevented from falling off, and the service life of the display screen is prolonged. The protective layer adopts UV curing resin and is added with an anti-ultraviolet agent, so that ultraviolet aging is effectively resisted, the scratch resistance is good, the micro gravure coating ensures uniform drying of the coating through precise control of the coating thickness and multi-temperature-zone drying in cooperation with horizontal airflow, the process stability is high, the repeatability is high, and the large-scale production requirement can be effectively met; color gradient is ensured to be matched with display logic driven by the thin film field effect transistor, and the overall display effect is improved.

The invention relates to the technical field of illumination control, in particular to an MCU-based high-end illumination multi-channel gradient color mixing control system, and aims to solve the problem of discontinuous color transition caused by energy overlapping interference and time domain brightness change rate jump of a multi-channel PWM signal in a frequency domain. The system comprises an MCU module, a multicolor LED channel, a brightness detection sensor and a power supply driving unit. A frequency spectrum estimation module and a brightness change rate calculation unit are integrated in the MCU, channel dominant frequency is analyzed through FFT, the frequency is dynamically and finely adjusted to decouple interference, and meanwhile the duty ratio change step length is limited based on brightness feedback to achieve smooth output. Through the mechanism, the dual color continuity in the CIE chromaticity space and time dimensions is realized.

The invention discloses a special effect color conversion method. The method comprises the following steps: receiving a color conversion request for a special effect object; wherein the color conversion request carries a target color, and the target color comprises black white and color; for each emitter in the special effect object, extracting a plurality of current colors from the emitter and a map associated with the emitter, and determining a plurality of mapping color values according to the plurality of current colors and the target color; and updating the current color of the corresponding emitter according to the plurality of mapping color values, and displaying the emitter according to the updated current color, thereby solving the problems of unnatural color transition and distorted visual effect in a special effect color conversion process in related technologies, and improving the user experience. The color of each emitter is intelligently mapped and updated according to the target color, the black and white or color special effect is efficiently presented, and the visual performance and interaction flexibility are enhanced.

The application provides a dynamic HSV dimming control method and system based on local input and a lighting device, comprising collecting original brightness values and original color temperature values from a local input device; converting the original color temperature values and the original brightness values into a first hue component and a first lightness component respectively; performing weighted smoothing based on a history buffer on the first hue component and the first lightness component to obtain a smoothed hue value and a smoothed brightness value; calculating a dynamic speed factor according to a change rate of the first hue component and adjusting an interpolation speed; interpolating the smoothed hue value and the smoothed brightness value respectively to obtain a second hue component and a second lightness component; converting the second hue component, a saturation component and the second lightness component into RGB values; switching a target mode according to a user instruction, and generating a PWM signal for driving multiple LED channels based on the target mode and the RGB values. The application can solve the problems of non-intuitive adjustment, non-following response, harsh color transition and mode switching jump in the prior art.

This invention relates to the field of color printing technology, and discloses a color optimization printing method suitable for offset paper. The method includes: converting the ink droplet diffusion process into a linear operator based on a diffusion kernel to form a continuous image after diffusion; defining an objective function; and alternately solving the continuous image and the objective function to output a first matrix. This invention establishes partial differential equation constraints based on measured diffusion kernels and anisotropic parameters, ensuring that the ink volume predicted by the neural network strictly follows the actual diffusion law. Furthermore, by increasing color channels, more layers of ink dots can be superimposed, achieving smoother color transitions. Simultaneously, it expands the color gamut, allowing precise control of ink dot distribution in each region, ensuring clear strokes and rich colors in tiny characters, vividly reproducing image textures, shadow gradations, and other details, achieving smoother skin tone transitions and metallic texture representation. This method is suitable for industrial-grade high-speed printing and one-pass paper printing scenarios.

The present application relates to the technical field of dental material, and discloses a triple gradient zirconia material for crown production, which is a three-layer structure zirconia ceramic with strength gradient and color gradient characteristics, comprising a cervical margin layer, an intermediate layer and a cutting end layer, the bending strength of the cervical margin layer is 1200MPa, the bending strength of the intermediate layer is 1100MPa, and the bending strength of the cutting end layer is 670MPa, and the cervical margin layer, the intermediate layer and the cutting end layer are continuously transitioned, the overall color gradient range of the material covers A1 to D4 color numbers and contains three bleaching color transitions; through the design of the three-layer zirconia structure with strength gradient and color gradient, the crown restoration can simultaneously simulate the mechanical properties and aesthetic characteristics of natural teeth, ensure the mechanical strength requirement of the restoration in the area with larger stress, and realize the natural color transition in the aesthetic sensitive area.

The utility model relates to a compact color mixer, and belongs to the technical field of stage lighting. The compact color mixer comprises a substrate, and two groups of color filtering assemblies, a rotating disc, a color sheet disc, a transmission mechanism and a magnetic induction positioning assembly which are mounted on the substrate, the substrate is used for a white light transmission channel, each color filtering assembly comprises at least two coaxially stacked color filters and is used for gradient dynamic color mixing, the rotating disc is used for realizing light and shadow cutting, and the magnetic induction positioning assembly is used for positioning the rotating disc. The color chip disc is coaxially integrated at the top of one group of color filtering assemblies and used for rendering pure-color lamplight, the transmission mechanism and the magnetic induction positioning assembly respectively drive and position all rotating parts, and the precision of multi-axis cooperation is ensured. According to the scheme provided by the utility model, through the coaxial laminated color filtering assembly, magnetic induction closed-loop positioning and cooperative driving of multiple transmission mechanisms, the problems of large size and non-uniform color mixing caused by positioning deviation of a traditional color mixer are solved, and the effects of compact structure and high-precision color transition of the color mixer are realized.

The application provides an RGB lighting lamp based on a color space color point switching algorithm, which comprises an LED light source module, an LED driving module, a storage module, an information source module, a configuration for inputting information instructions, a first color space calculation module, a second color space calculation module and a third color space calculation module. The application overcomes the uneven color distribution phenomenon of the CIEXYZ color space, and solves the problem that the color transition does not conform to the color transition perception of the human eye when a linear switching method is used for color transition. An optimized color adjusting path is obtained through the conversion of the color space, so that the transition from an initial color point to a target color point conforms to the color transition of the human eye even if the linear switching method is used.

The invention provides a dynamic HSV dimming control method and system based on local input and a lighting device. The method comprises the following steps: acquiring an original brightness value and an original color temperature value from local input equipment; respectively converting the original color temperature value and the original brightness value into a first hue component and a first brightness component; performing weighted smoothing on the first hue component and the first brightness component based on a historical buffer area to obtain a smooth hue value and a smooth brightness value; calculating a dynamic speed factor according to the change rate of the first hue component and adjusting the interpolation speed; respectively interpolating the smooth hue value and the smooth brightness value to obtain a second hue component and a second brightness component; converting the second hue component, the saturation component and the second brightness component into RGB values; and switching a target mode according to a user instruction, and generating a PWM signal for driving multiple paths of LEDs based on the target mode and the RGB value. According to the method, the problems that adjustment is not visual, response does not follow the hand, color transition is stiff, and mode switching jumps in the prior art can be solved.

The utility model discloses a button and clothing relates to clothing auxiliary material field, wherein button includes main part, and the two surfaces of main part in thickness direction are all pressure -sintered with first color layer, and every first color layer with main part all is provided with mixed layer, and first color layer can be copper layer and the hardness is lower than main part, can also include the second color layer of cladding in main part and first color layer combination whole, and main part peripheral surface is provided with color transition area, in addition still includes containing above -mentioned button's clothing. The application reaches through first color layer and solves the problem that main part is not easy to electroplate or color, makes button color more rich, and because the middle part of main part peripheral surface is not covered first color layer, can keep certain wear -resisting corrosion -resistant characteristic, and main part adopts stainless steel, and first color layer adopts copper can reduce the technical effect of cost.

This application discloses a method for paving complex-shaped pixelated stone, comprising the following steps: S1, pixelating the paving drawing and generating a pixelated layout drawing, wherein a first-size pixel block is used in large areas of the same color, and a second-size pixel block is used at color transition positions, with the area of ​​the first-size pixel block being larger than the area of ​​the second-size pixel block; S2, calculating the required number of first-size and second-size pixel blocks based on the pixelated drawing; S3, obtaining the first-size and second-size pixel blocks based on the calculated values; S4, paving according to the drawing. This patent application's method for paving complex-shaped pixelated stone, by pixelating the paving drawing and setting small-size pixels at color transition positions, not only demonstrates the color transition at these positions but also eliminates the need for stone cutting, saving stone and improving construction efficiency while maintaining an aesthetically pleasing form.

The application provides a method for displaying multiple colors by driving a four-color film material by an electronic paper three-color chip, the method comprises the following steps: converting a color image to be displayed into a 256 gray scale image and mapping the 256 gray scale image to 16 gray scales; analyzing 0-F hexadecimal data obtained by taking modulus of the 16 gray scales through an image data algorithm to determine a display change area, and merging pixels with the same driving scheme by using a grouping compression algorithm; constructing a gray scale-driving scheme mapping table, and distributing gray scale data to corresponding registers of the three-color chip; performing multi-round layered refreshing; and realizing pure display of 5-16 colors through multi-round refreshing superposition, and only refreshing the change area. The application realizes differential driving of different color particles by the same voltage driving logic through multiple driving schemes and particle channels, and realizes pure display of 5-16 colors through 5-round layered superposition, the color transition is smooth, and there is no mottling at a close distance.