26 results about "Color saturation" patented technology

The application relates to a driving scene-based song MV automatic generation method and device, and belongs to the technical field of vehicle control, wherein the driving scene-based song MV automatic generation method comprises the following steps: determining a driving scene of a target vehicle based on an average vehicle speed and a steering wheel angle change rate of the target vehicle from a target time to a current time, wherein the time interval between the target time and the current time is a first preset time length; determining picture color saturation, video frame switching frequency and visual element complexity of a song MV based on the driving scene of the target vehicle; and adjusting the picture color saturation, the video frame switching frequency and the visual element complexity of the song MV based on the driving scene of the target vehicle, a currently played lyric segment, a visual feature of a currently played video frame sequence and a next played lyric segment. The application can improve in-vehicle entertainment while ensuring driving safety.

This invention discloses a laser dimension measurement device and method for hollow plastic panels, belonging to the field of laser measurement technology. The method obtains the optical signal-to-noise coefficient based on laser echo intensity, surface reflection uniformity, and speckle contrast; it obtains the motion disturbance coefficient based on encoder slip rate, dynamic bow height of the panel, and edge burr fluctuation frequency; and it obtains the medium interference coefficient based on ambient stray light flicker frequency, transmission depth offset, and color saturation. Furthermore, based on the optical signal-to-noise coefficient and motion disturbance coefficient, combined with the resonant frequency of the internal cavity of the panel and the hollow layer collapse coefficient, a resonance-collapse measurability model is used to obtain resonance-collapse measurability. Finally, combining the medium interference coefficient and the current scanning axis acceleration, an optimized scanning axis acceleration is obtained through an acceleration optimization model. This invention can comprehensively evaluate multi-source interference during the measurement process, dynamically optimize scanning parameters, and improve measurement accuracy and stability.

The present application relates to a metal iridium complex and an organic electroluminescent device. The metal iridium complex has a general formula of Ir(La)(Lb)(Lc), the structure thereof being shown as a formula (1). The metal iridium complex provided by the present application has the advantages of low evaporation deposition temperature, high optical and electrochemical stability, narrow half-peak width, high color saturation, high light-emitting efficiency, long device service life and the like. Therefore, the metal iridium complex can be used in organic light-emitting devices, particularly used as a red light-emitting phosphorescent material, and has the possibility of being applied to the AMOLED industry.

The application discloses an image purple edge detection and correction method, device, equipment and medium, and the method comprises the steps of acquiring a visible light image and an infrared image; determining a first candidate region based on the purple color feature, highlight feature and edge feature of the visible light image; determining a second candidate region based on the edge feature and high gray scale feature of the infrared image; fusing the first candidate region and the second candidate region to obtain a preliminary purple edge region; screening the preliminary purple edge region according to the gray scale feature of the infrared image to eliminate a heat shadow interference region and obtain a target purple edge region; and adaptively reducing the color saturation of pixels in the target purple edge region according to the infrared edge intensity of the target purple edge region and the visible light saturation, and using non-purple edge pixels in the normal direction of the edge of the target purple edge region to perform color repair. The application can accurately distinguish the real purple edge artifact from image noise or other interference, and naturally correct the same, thereby avoiding color distortion.

This invention relates to the field of metal recycling technology, and more particularly to an intelligent recycling method for recovering non-ferrous metals from industrial electronic and electrical waste. The method includes: acquiring image data and weight data of the waste to be recycled; calculating an integrity index based on contour regularity and weight data to determine whether the recycling type is whole-piece recycling or dismantling recycling. If it is dismantling recycling, the dismantling area is located through the image, and the dismantling order of the area is determined by combining the degree of damage and color saturation parameters of each area. Further, candidate dismantling points are determined within each area, and the dismantling order of the points is determined by analyzing the damage risk parameters and structural complexity parameters of the points. Finally, precise dismantling is performed based on the area dismantling order and the point dismantling order. This invention, through multi-level visual recognition and intelligent sorting techniques, achieves the beneficial effects of reducing damage to non-ferrous metals during dismantling and improving recycling rate and efficiency.

The present disclosure relates to an image display method and device, electronic equipment, storage medium and program product, the method comprising: obtaining a color image to be displayed; determining brightness and color saturation of the color image based on pixel values of pixel points included in the color image; performing color smoothing processing on the color image based on the brightness and the color saturation, and obtaining a target image; and displaying the target image. Through the method, the accuracy of color smoothing can be improved, and the display effect of the color image can be improved.

This utility model proposes a curved luminous screen for vehicle instrument panels, including an instrument body, which comprises an instrument shell, a mounting plate, and an OLED self-emissive screen. The mounting plate has a mounting cavity, and a control component is disposed between the mounting plate and the instrument shell. A glass cover is disposed on the mounting plate. The OLED self-emissive screen includes a liquid crystal display module, which comprises a polarizing film, a glass encapsulation layer, a low-temperature polycrystalline silicon layer, and a graphite sheet layer arranged sequentially. The use of an OLED self-emissive screen in the vehicle instrument panel only requires power to the illuminated pixels, resulting in 40%-50% lower power consumption than LCD. This is particularly suitable for extending the range of new energy vehicles. Furthermore, the self-emissive nature of OLED pixels allows for a contrast ratio of up to one million to one, with near-pure black, reducing light pollution, especially during nighttime driving, and improving the readability of instrument information. OLED covers the DCI-P3 wide color gamut, with superior color saturation and reproduction compared to LCD, making warning icons, navigation maps, and other details on the instrument panel clearer.

The application belongs to the technical field of augmented reality (AR) near-eye display, and discloses a double-configuration pixel-level dark color and solid color display integrated AR display unit and a preparation method and a regulation method, which comprises two optional configurations, an ambient light sensor and a synchronous driving chip. The application realizes pixel-level pure black undercoating on a transparent panel for the first time through pure dark color display, and the dark color and solid color display area is no longer virtual due to the transparent substrate, and meanwhile, the normal dimming of the non-display area is not affected, the black purity is improved by more than 30%, and the color saturation and definition of the solid color background are significantly improved. For example, when displaying the part contour of industrial detection, the sharpness of the fine line (10 mu m) under the black background is improved from ≤70% of the traditional scheme to ≥95%, and there is no sawtooth feeling on the edge; through the optical synergy of "transparency black undercoating + dimming color display", the contrast of the display color is improved from ≤800:1 of the traditional scheme to ≥1500:1, the color restoration degree of the solid color background is higher, the pixel-level controllable opacity image can be displayed locally or entirely on the transparent material, and the independent control of the remaining area is not affected, the regulation core takes the pixel transparency (A) requirement as the core, and the ambient light intensity is adaptively matched, which is beneficial to the actual application and operation.

Imaging systems, apparatus, developer systems and methods are provided which includes a two-layer developer comprising a low-haze clear developer layer (De) and a microporous translucent developer layer (Dp). The microporous translucent developer layer is deposited between an imaging layer which includes photosensitive microcapsule layer and the low-haze clear developer layer. The resulting imaging sheets achieve improved image color saturation, an improved rate of image development and enhanced dye mixing, and an improved printing energy efficiency as well as an improved weatherability or discoloration resistance of the developed image.

Imaging systems, microcapsules and method are provided, including an under-layer including one or more pressure-sensitive microcapsules including a solvent, plasticizer, or a diluent and / or a photo-hardenable black microcapsule including a black leuco-dye or a leuco-dye system. The resulting imaging sheets achieve improved image color saturation, an improved rate of image development, and enhanced dye mixing.

An illumination system is provided. A projection apparatus includes the illumination system. The illumination system includes a light source module and a first dichroic mirror. The light source module includes a first light source and a second light source. The first light source and the second light source respectively provide a first color light, a second color light, and a third color light. The first dichroic mirror is disposed on transmission paths of the first color light, the second color light, and the third color light. The first dichroic mirror allows the first color light and the second color light to transmit along a first direction and allows the third color light to transmit along a second direction. The first direction is perpendicular to the second direction. The disclosure achieves a reduction of the size of the projection apparatus and enhances the color saturation of the projected image.

This utility model discloses a battery decorative cover, comprising: a fiberglass substrate; a gray base coat layer, screen-printed on the surface of the fiberglass substrate; a first color layer; a second color layer, used to supplement and strengthen the first color layer, thereby increasing color saturation and pattern complexity; a pearlescent ink layer, screen-printed on the second color layer; a first UV texture layer, transferred onto the pearlescent ink layer using a UV transfer device, providing a visual texture effect; a PVD coating layer, covering the surface of the first UV texture layer; a high-transmittance varnish layer, screen-printed on the PVD coating layer; and a second UV texture layer, transferred onto the high-transmittance varnish layer using a UV transfer device, providing a tactile texture effect. Through the above methods, this utility model can improve gloss and brightness, supporting the customization of complex decorative graphics.

This invention relates to the field of video image processing technology and discloses a low-power video image quality enhancement method, including frame-by-frame video extraction, intelligent extraction of useful regions, local interpolation enhancement, and frame image synthesis steps. By focusing on key areas of user interest for targeted image quality optimization, it avoids the high power consumption problem of whole-frame processing, improving the clarity, contrast, and color saturation of core areas while reducing device computing power consumption and power consumption. This invention uses an image semantic segmentation algorithm and a key region determination model to automatically identify and extract useful areas of core user interest (such as people and main scenery), performing interpolation enhancement only on these local areas, focusing on improving clarity, contrast, and color saturation; non-critical areas retain their original image quality, avoiding ineffective enhancement, ensuring clear and prominent visual focus, and improving the overall viewing experience.

The application discloses a dry particle pre-treatment method for digital glue, and belongs to the technical field of ceramic tile production and processing. The method comprises the following steps: body pre-treatment, bottom glaze spraying, digital positioning glue spraying, dry particle distribution, surface glaze spraying, design drawing printing, protective glaze spraying and kiln firing. The application completely solves the problem of dry particle interference color development in the existing process, and the color saturation is greater than or equal to 85%, the color difference Delta E is less than or equal to 1.5, the glaze compatibility is improved, the glaze surface defect rate is less than or equal to 1.2%, the three-dimensional relief texture and the warm touch are considered, the ceramic tile design space is expanded, the process is mature and suitable for industrial production, and the application has a wide application prospect.

This invention discloses a multimodal data fusion system and method for intelligent management and breeding of breeding geese, belonging to the interdisciplinary fields of smart animal husbandry, computer vision, and artificial intelligence. The method includes: configuring an identity tag for each breeding goose and establishing an individual digital file; simultaneously collecting and recording various data of the breeding goose when it passes through a preset data acquisition channel; extracting body length, body height, crown color saturation, and body surface temperature values ​​on an edge computing device; integrating the data with age information to form a multimodal time-series data sequence; calculating the weight change trend, and inputting the weight change trend, crown color saturation, body surface temperature, feed intake data, and age information into a trained artificial intelligence model, outputting quantitative decision parameters. This invention achieves precise synchronization and intelligent fusion of multimodal data, improving breeding accuracy, reducing feed conversion ratio, and enhancing breeding management efficiency and breeding precision.

This application provides a method, apparatus, storage medium, and electronic device for adjusting the brightness of a display panel. The method includes: acquiring initial brightness control parameters and brightness change rate of the display panel; determining target brightness control parameters of the display panel based on the initial brightness control parameters and brightness change rate; determining pulse width modulation parameters of the display panel based on the target brightness control parameters, and determining grayscale compensation values ​​of each pixel on the display panel based on the pulse width modulation parameters; determining the actual grayscale values ​​of each pixel on the display panel in the next frame based on the grayscale compensation values ​​of each pixel on the display panel, and determining the grayscale values ​​of the pixels in the next frame as the actual grayscale values. This method can adaptively adjust the backlight intensity in real time according to the current display content of the display panel, while maintaining the color saturation and hue of the image while reducing the backlight, and ensuring smooth brightness changes when the image frequently switches.

Imaging systems, apparatus, developer systems and methods are provided which includes a two-layer developer comprising a low-haze clear developer layer (Dc) and a microporous translucent developer layer (Dp). The microporous translucent developer layer is deposited between an imaging layer which includes photosensitive microcapsule layer and the low-haze clear developer layer. The resulting imaging sheets achieve improved image color saturation, an improved rate of image development and enhanced dye mixing, and an improved printing energy efficiency as well as an improved weatherability or discoloration resistance of the developed image.

A decorative panel may have at least an upper visible surface that has a decorative pattern and an identification pattern. The identification pattern may be non-visible by the human eye and detectable by a detecting device. The decorative pattern may include at least one region having an average color having a saturation value. The identification pattern may be formed by a plurality of pattern elements distributed on at least a portion of the visible surface. The pattern elements may each have a color that has a different saturation value than the saturation value of the average color of the region of the decorative pattern wherein the plurality of pattern elements are situated.

The present application relates to the field of color saturation analysis, and relates to a high-wear-resistance water-based decorative paper color saturation analysis method and analyzer. The present application carries out color zoning on the to-be-tested sample through the standard design drawing of the to-be-tested sample, selects multiple collection points, obtains the glossiness of each collection point through double-plane optical measurement, dynamically adjusts the light trap absorption area of the spectrophotometer, respectively collects the first reflection spectrum and the second reflection spectrum of each collection point, identifies the fluorescence interference wavelength point in combination with the system calibration deviation rate, determines the fluorescence decay coefficient in combination with the glossiness of the collection point, obtains the fluorescence correction reflectivity of each wavelength point, and thus obtains the color saturation. Based on the color saturation and the distribution position of each collection point, the saturation abnormal points are identified. Based on the effective fluorescence interference amount of the fluorescence characteristic band and the reference band, the fluorescence spectrum characteristics of each saturation abnormal point are analyzed, the abnormal reasons of the saturation abnormal points are analyzed, and the efficiency of production quality control is improved.

The present application belongs to the technical field of ink concentration regulation for printing, and specifically discloses an ink concentration regulation and control system for printing, which comprises: determining the ink concentration deficiency compensation parameter of the actual printing of the two-dimensional code by detecting the ink concentration of the standard gray profile of the pre-printed pattern of the cigarette case two-dimensional code and the cigarette case paper characteristics, so that the printed pattern can be more closely combined with the paper; comparing the ink concentration difference between the two-dimensional code film coating pattern and the standard gray profile of the pre-printed pattern to determine the concentration defects and quality defects in the post-processing process of the two-dimensional code, which comprises: detecting the color saturation and light transmittance of the two-dimensional code film coating pattern to evaluate the visual effect difference of the two-dimensional code film coating pattern and regulate the ink concentration; detecting the adhesion effect difference of each ink adhesion effect defect point to regulate the ink quality. This is helpful to ensure that the subsequent printed two-dimensional code maintains consistent high quality in visual effect and adhesion effect.

Imaging systems, microcapsules and method are provided, including an under-layer including one or more pressure-sensitive microcapsules including a solvent, plasticizer, or a diluent and / or a photo-hardenable black microcapsule including a black leuco-dye or a leuco-dye system. The resulting imaging sheets achieve improved image color saturation, an improved rate of image development, and enhanced dye mixing.

This application belongs to the field of image processing technology, specifically a method and system for intelligent synchronization of electronic photo frame images based on a local area network. The method includes: acquiring light and sound data, extracting light fluctuation frequency and average sound amplitude, and determining atmosphere type labels; then screening candidate images from local and online image resources, determining an atmosphere matching score by combining theme tags, color saturation values, and image object density values, and constructing a target image subset; subsequently generating and synchronously displaying a sequence, adjusting the carousel interval according to sound changes, and reconstructing the display sequence when changes exceed a threshold. This application can improve the environmental adaptability, content coordination, and multi-terminal consistency of image display.

The invention relates to a lightweight convolutional neural network construction method and system for glue pudding defect detection, and the method comprises the steps: constructing a color intensity distribution interval for a brightness contrast value and a color saturation change rate in each region according to a preliminarily labeled gradient region distribution diagram, analyzing and calculating the intensity change trend in the region through a histogram, and obtaining a color intensity distribution interval; determining a quantitative description value of the color difference; adjusting local focusing parameters during image acquisition according to classification labels of defect severity in combination with crack depth estimation values and color intensity distribution intervals, optimizing the detail capture capability of high-risk areas, and determining a monitoring enhancement scheme for specific defects on the surfaces of the rice dumplings; and by monitoring a strengthening scheme, updating crack distribution density ratio and color distribution uniformity degree data processed by a production line image, generating a dynamic detection template aiming at the stuffing seepage defect on the surface of the sweet soup ball, and finishing continuous tracking and identification of a specific defect type.