12 results about "Color transition" patented technology

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 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 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.

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 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.

This invention relates to a multi-color electrochromic device and its fabrication method. The multi-color electrochromic device has a five-layer structure, consisting of a first ITO conductive glass, a first electrochromic layer, an electrolyte layer, a second electrochromic layer, and a second ITO conductive glass. The first electrochromic layer comprises surfactant I and poly(3,4-ethylenedioxythiophene); the second electrochromic layer comprises surfactant II and a polytetraphenylbenzidine derivative. By utilizing the color characteristics exhibited when the first and second electrochromic layers undergo redox reactions at different voltages, the electrochromic device achieves multiple color transitions from transparent to blue, black, and green, ultimately returning to transparent. This device can be widely used in applications such as solar panels for new energy vehicles and smart photochromic glasses.

An electrophoretic display having a multi-particle electrophoretic medium, and an improved method for driving such a multi-particle electrophoretic medium, particularly using an active matrix backplane and controller. A larger lookup table is used, containing multiple time-shifted waveforms for each color transition. Thus, the controller can easily cause a phase shift of color flashes across the display, which ultimately reduces or eliminates the perception that the device is "flashing" during the update from the first image to the second image. The method is generalizable to any electrophoretic display using waveforms and is particularly well suited to newer multi-particle electrophoretic displays capable of producing four or more colors at each pixel.

This invention discloses a method and system for comfort dimming of a liquid crystal display (LCD) screen based on environmental perception, belonging to the field of LCD display terminal technology. The method includes the following steps: generating a confident environmental reference by performing environmental perception correction and pseudo-environment component removal on environmental observation results; generating a comprehensive color reference, a comprehensive color transition reference state, and a coordinated comfort target based on the confident environmental reference; and achieving coordinated adjustment of brightness and white point through observation locking, pre-adaptation, coordinated convergence maintenance, comprehensive evaluation, and bidirectional correction. This scheme improves the accuracy of environmental reference, dimming continuity, and coordinated stability, solving the problems of distorted environmental observation, abrupt dimming changes, and lack of coordination between brightness and white point in existing technologies.

This utility model belongs to the field of UV inkjet printing technology, and solves the shortcomings of existing UV inkjet printing, such as large color differences and poor inkjet display effect. It provides a printing carriage and a UV inkjet printer. The printing carriage includes: a frame; an inkjet unit mounted at the bottom of the frame, including a printhead plate and printheads mounted in corresponding holes on the printhead plate; a first UV lamp and a second UV lamp arranged on opposite sides of the printheads to cure the ink ejected from the printheads. In the reciprocating motion direction of the inkjet unit relative to the printing medium, the first distance between the first UV lamp and the printhead is equal to the second distance between the second UV lamp and the printhead. The printing carriage and UV inkjet printer provided by this utility model ensure consistent color depth, natural color transitions, and uniform overall display effect, thus improving inkjet printing quality.