51 results about "Complementary colors" patented technology

A compensation type color mixing system comprises a light source, a light through hole formed in a main light path, three single-color annular light filters arranged on a light emitting light path in parallel at intervals and a driving device used for driving the light filters to rotate, and the three light filters are the C light filter, the M light filter and the Y light filter respectively. A light-transmitting area and a color area which are annularly arranged and connected end to end are arranged on the optical filter; the light source is characterized by further comprising at least one color complementing piece which is arranged on a light emitting path, has the same color type as the light filter and is arranged adjacent to the light filter in parallel at intervals; the shape, the size and the color area shape and the size of the light filter are the same as those of the color complementing piece, the linear gradual change direction of the color area of the light filter is opposite to the light emitting direction of the color complementing piece, and part of the color area of the color complementing piece is selectively and statically arranged on a main light path.

This application relates to the field of cargo stacking technology and discloses a cargo stack filling method and system based on image recognition. The method includes: acquiring panoramic images of cargo storage space using a drone equipped with a high-resolution camera; extracting cargo stack images using a deep learning model after image preprocessing, obtaining their main color tone, and generating an enhanced image with complementary color boundary lines; detecting stacking edges between goods based on boundary lines, and identifying the type, size, shape, and position of the goods; optimizing the stacking order by combining storage space size and filling strategy to formulate the best cargo stack filling scheme; calculating the remaining space based on real-time filling images, dynamically adjusting the scheme, and outputting the results through a visualization device. This application solves the problems of low space utilization, low manual efficiency, and poor stacking stability in traditional cargo stacking, and improves the utilization rate of warehouse space and the accuracy of operations.

The application provides a kind of unknown object instance segmentation method for complex desktop scene, it is related to instance segmentation technical field, for the shape scale change of object, mutual occlusion between objects, unknown target object etc. in desktop scene, first, a kind of deep metric learning network is proposed, it contains multi-level feature fusion and multi-scale feature prediction.Then a feature fusion module is proposed to effectively fuse complementary color and depth information.Attention mechanism and skip connection can improve the representation ability of the feature map after fusion.By deploying feature fusion modules at different resolution stages of feature extraction, the robustness of the neural network to object size changes is improved.Finally, the application designs a loss function containing multi-scale metric learning mechanism, which considers the feature embedding distance of different feature levels, calculates the intra-class and inter-class distance at multiple scales, and improves the learning ability of the network to metric distance.

The application discloses an ESIPT luminescent material with high exciton utilization, a preparation method and application thereof, combines ESIPT properties and thermal activated delayed fluorescence properties, designs and synthesizes an ESIPT material capable of generating a high-energy level triplet excited state to a single excited state reverse intersystem crossing mechanism. The molecular excited state of the material has a significant hybridization of local charge transfer properties, and has a high exciton utilization. Meanwhile, the material has good thermal stability and film forming property, and single molecule yellow light and single molecule white light OLEDs are prepared; the application also dopes a TADF blue light material and the above ESIPT yellow light material as a light emitting layer, and the energy transfer between the two is blocked, the complementary color host-guest light emitting peaks are adjusted by a doping ratio, and a low-cost, repeatable, efficient, EL spectrum stable, color adjustable white light OLED device is prepared.

The method and device enable reducing the energy required to render an image by replacing pixels of the image with temporally consecutive pixels of alternating complementary colors that require less energy to display and are selected according to a polarity constraint. This solution exploits the flicker fusion property of the human visual system, which allows selecting complementary colors that can visually have the same perceptual properties as corresponding monochrome colors. The alternating complementary colors are selected to be more economical in terms of the energy consumption required to render the colors. This replacement is performed by either frame doubling, frame skipping, or frame averaging. The concept of consecutive pixels is temporal. In other words, when using frame doubling, one pixel is replaced by two temporally consecutive pixels of alternating complementary colors, with the replacement pixels having half the duration. When using frame skipping or averaging, two temporally consecutive pixels are replaced by two temporally consecutive pixels of alternating complementary colors, with the replacement pixels having the same duration. The polarity constraint enables a reduction in perceived flicker. The association between colors and corresponding alternating complementary colors can be obtained from a lookup table. These principles can be used for videos containing an image or a sequence of images.

Provided is a display device comprising first, second, and third light-emitting elements that radiate light of different colors from each other, wherein the first light-emitting element has a first color filter having a first color, the second and third light-emitting elements each have a second color filter having a second color that is complementary to the first color, and a separation layer made of a color filter material having the first color is provided at a boundary between the second light-emitting element and the third light-emitting element.

A method and apparatus proposes modifying the color of pixels of a video to reduce the energy required to display the video. This is accomplished by determining a pair of replacement complementary colors for a pair of co-located pixels of successive frames of the video and replacing the colors of the pair of co-located pixels with the pair of replacement complementary colors. The pair of replacement complementary colors is selected to provide energy reduction while ensuring perceptual similarity in order to provide a satisfactory quality of experience. Different embodiments propose different solutions to apply a replacement process to different arrangements of frames and pixels.

The application discloses a reflective display device and a driving method. The reflective display device comprises a first liquid crystal box and a second liquid crystal box, and has a first color pixel unit, a second color pixel unit and a third color pixel unit. A color film substrate of the first liquid crystal box is transparent in a region corresponding to the first color pixel unit, is provided with a second color color resistance layer in a region corresponding to the second color pixel unit, and is provided with a third color color resistance layer in a region corresponding to the third color pixel unit. One of first cholesteric liquid crystal molecules of the first liquid crystal box and second cholesteric liquid crystal molecules of the second liquid crystal box reflects first color light when in a reflective state, and the other reflects complementary color light of the first color light when in the reflective state. The filtering wavelength of the second color color resistance layer and the filtering wavelength of the third color color resistance layer both partially overlap with the wavelength of the complementary color light. Thus, the reflective display device can realize color display by adopting double liquid crystal boxes.

The disclosed systems and methods provide for automatically generating digital color palettes associated with user interest colors. A method may include receiving, by a computer, a user interest digital color value, retrieving a color palette ruleset having rules to provide Boolean outputs indicating whether a color palette rule is satisfied by candidate color values, applying the color palette ruleset to the user interest color value, and identifying digital color values for a digital color palette associated with the user interest color value. Identifying the digital color values can include: identifying a complement color value to the user interest color, identifying a neutral gray color corresponding to the user interest color, mapping the user interest color, complement color, and neutral gray color in a 3D color plane, and applying triangulation techniques to identify a subset of color values within a triangular range according to the color palette ruleset.

A light absorption filter including a resin, a dye having a main absorption wavelength band in a wavelength range of 400 to 700 nm, and a compound that generates a radical upon ultraviolet irradiation, in which the dye contains at least two kinds of dyes with hues in a complementary color relationship, an optical filter using the light absorption filter, a manufacturing method for an optical filter, an organic electroluminescent display device, an inorganic electroluminescent display device, and a liquid crystal display device.

For visual content using spatially alternating complementary color or temporally alternating complementary color processing algorithms, a method introduces the concept of mass / energy optimization for these algorithms. This optimization is performed under the control of at least one energy reduction criterion and at least one quality of experience criterion or a criterion combining energy reduction and quality of experience. It allows for an increased energy reduction to be provided at the cost of an acceptable reduction in quality of experience compared to alternating complementary color techniques.

This application relates to a test tube rack based on contrast differentiation and its usage method. This application utilizes a dividing device on the test tube rack to differentiate test tube placement; it employs a 180° complementary color design to increase visual impact. This test tube rack with differentiation function can help nurses quickly and effectively distinguish test tubes from different patients, as well as the blood collection area and the non-blood collection area. Furthermore, this solution uses a movable dividing device to differentiate test tube placement, abandoning a fixed test tube placement structure, allowing for flexible and varied placement. The space of the test tube rack can be used according to needs, avoiding waste of test tube rack space resources and improving test tube rack utilization.

The invention relates to the technical field of cargo stacking, and discloses a cargo stack filling method and system based on image recognition, and the method comprises the steps: collecting a panoramic image of a cargo storage space through a high-resolution camera carried by an unmanned aerial vehicle; preprocessing the image, extracting a cargo stack image by using a deep learning model, obtaining a dominant hue of the cargo stack image, and generating an enhanced image with a complementary color boundary line; detecting stacking edges among the goods based on the boundary lines, and identifying types, sizes, shapes and positions of the goods; the stacking sequence is optimized in combination with the storage space size and the filling strategy, and an optimal cargo stack filling scheme is formulated; calculating the residual space according to the real-time filling image, dynamically adjusting the scheme, and outputting the scheme through visual equipment; the problems that in traditional cargo stacking, the space utilization rate is low, the labor efficiency is low and the stacking stability is poor are solved, and the storage space utilization rate and the operation precision are improved.

The invention provides a jacquard fabric with a sunshine sense and a design and weaving method thereof, the jacquard fabric is formed by combining two parts of surface layer yarns and backing yarns, a structure of combining double warps and double wefts is adopted, the double wefts are covered on one side, and complementary colors are adopted between the warps and the wefts of the surface layer and between the wefts of the surface layer and the wefts of the backing. The weaving method comprises the steps of determining the style of a product, selecting a loom for mounting, determining the size of a pattern back and the apparent warp and weft density and the like. According to the jacquard fabric, the yarns on the surface layer adopt the structure of combining the double warps with the double wefts, the double wefts adopt the technical means of single-side covering and the like, so that the colors of the upper layer and the lower layer of the jacquard fabric can generate a visual comprehensive effect along with the change of the observation angle of an observer, and the visual sunshine sense is favorably formed. Complementary colors are adopted between the warp yarns and the weft yarns of the surface layer and between the weft yarns of the surface layer and the weft yarns of the backing, so that the colored light of the jacquard fabric can be enhanced, and the jacquard fabric is more gorgeous and colorful.

A method and apparatus allow for reducing the energy consumption or power consumption required to render an image by replacing a pair of adjacent pixels of the image with pixels of spatially alternating complementary colors that require less display energy, in other words, by setting the colors of the pair of adjacent pixels of the image to a pair of spatially alternating complementary colors that require less display energy. This solution takes advantage of spatial fusion characteristics of a human vision system that perceive complementary adjacent pixels as a single pixel. Selection of spatially alternating complementary colors is more economical than a single color in terms of power consumption required to render colors. This combination doubles the energy reduced search space dimensions from three to six. Techniques for replacing pixels with adjacent pixels of spatially alternating complementary colors are performed by pixel doubling, pixel skipping, or pixel averaging. Associations between colors and corresponding spatially alternating complementary colors may be stored in a lookup table. These principles may be used on an image or a video comprising a series of images.

Methods and devices propose to determine, for an input color, a pair of alternating complementary colors based on the input color, wherein an average color of the pair of alternating complementary colors is perceptually similar to the input color and wherein a sum of the energy consumed by displaying a pair of colors of the alternating complementary colors is lower than twice the energy consumed by displaying an input color, wherein the pair of colors of the alternating complementary colors is selected according to a selection mode based on a hue difference, a saturation difference and a luminance difference

This invention belongs to the textile field and provides a method for spinning fancy boucle yarn by blending fibers and yarns. A cotton yarn and a fluffy wool fiber roving are fed in simultaneously as finishing yarn, and an elastic nylon filament is used as the core yarn and pressing yarn. The resulting boucle yarn has tightly packed and firm cotton boucles, while the wool boucles are fluffy and soft. The boucle yarn undergoes a two-bath dyeing process, utilizing the different dyeing processes for cotton and wool fibers to dye the two fibers the same color, similar colors, or complementary colors, forming a series of vibrant colors. The overlapping of large and small boucles in the yarn creates a staggered and three-dimensional texture, and the special color mixing effect presents a multi-layered color appearance.

The present application relates to a performance output toy and a toy separate body. The present application provides, for example, a novel structure for realizing a performance for a performance output toy. The present performance output toy includes: a toy main body having a light emitting portion capable of emitting light in a plurality of colors and a control portion for controlling a performance using the light emitting portion; and one or more toy separate bodies capable of being attached to and detached from the toy main body. The one or more toy separate bodies include a performance member formed using mutually different colors in a complementary color relationship, which allows irradiation light from the light emitting portion to pass therethrough in a state of being attached to the toy main body.

The invention provides an optical anti-counterfeiting element and an anti-counterfeiting product. The optical anti-fake element comprises a base material and a plating layer, a partial area of at least one surface of the base material is provided with an optical microstructure, the plating layer is arranged on the surface of the side, away from the base material, of the optical microstructure, the optical density of the plating layer is larger than 1, and the optical microstructure is provided with optical microstructure units. At least 200 optical microstructure units are contained in the cross section of at least a local area of the optical microstructure within the span range per millimeter, and the depth of at least one part of the optical microstructure meets the following conditions: when a light beam irradiates the optical microstructure at an incident angle, the light beam is irradiated to the optical microstructure; light of a wavelength or a wavelength range in the light beam is long in interference in the reflected light direction and the transmitted light direction, presents a first color in the reflected light direction and the transmitted light direction and presents a second color in at least one direction near the reflected light, and the first color and the second color are complementary colors. The problems that in the prior art, an optical anti-counterfeiting element is unclear in anti-counterfeiting feature and difficult to manufacture are solved.

The present application discloses a display panel and a display device, wherein the display panel includes a substrate, a plurality of light-emitting structures, a black matrix, and a plurality of filter units. The mixed color of the light-emitting color of the first light-emitting structure and the light-emitting color of the second light-emitting structure is a complementary color to the light-emitting color of the third light-emitting structure. The black matrix has a first opening, a second opening, a third opening, a first photosensitive hole, a second photosensitive hole, and a third photosensitive hole. The first filter unit is located between the first opening and the first photosensitive hole, and the light-transmitting color of the first filter unit is the same as the light-emitting color of the first light-emitting structure; the second filter unit is located between the second opening and the second photosensitive hole, and the light-transmitting color of the second filter unit is the same as the light-emitting color of the second light-emitting structure; the third filter unit is located between the third opening and the third photosensitive hole, and the light-transmitting color of the third filter unit is the same as the light-emitting color of the third light-emitting structure.

The method and device reduce the energy consumption required to render an image by replacing pixels of the image with temporally consecutive pixels of alternating complementary colors, which require less energy to display. This solution exploits the flicker fusion properties of the human visual system to display temporally consecutive alternating complementary colors that visually have the same perceptual properties as corresponding monochrome colors. The alternating complementary colors are selected to be more economical than monochrome colors in terms of the energy consumption required to render the colors. This combination doubles the dimension of the search space for energy reduction from three to six. The temporal modulation used to replace pixels with temporally consecutive pixels of alternating complementary colors is performed by frame doubling, frame skipping, or frame averaging. The association between colors and corresponding alternating complementary colors can be stored in a lookup table. These principles can be used for images or videos consisting of image sequences.

The invention provides a point-by-point correction method, device and equipment for an LED display screen and a storage medium, and the method comprises the steps: obtaining a correction coefficient matrix of each sub-pixel in a pixel unit, the correction coefficient matrix comprising a main color coefficient and a complementary color coefficient; merging the similar complementary color coefficients of all the sub-pixels in the unit to generate a shared merged complementary color coefficient; based on all the independent main color coefficients and the shared combined complementary color coefficients, constructing an optimized correction coefficient set of the pixel units; and finally, performing real-time correction on the input signal according to the coefficient set. According to the invention, through distinguishing processing and merging sharing of the complementary color coefficients, the correction data volume is greatly compressed on the premise of ensuring the brightness uniformity, so that the loading bottleneck of a receiving card is broken through, and the system cost is effectively reduced while high-precision display is realized.

The embodiment of the invention discloses a preparation method and system of colored multi-strand yarn, computer equipment and a medium. The method comprises the steps that the target color of unit spun yarn is obtained according to a preset pattern; coloring the unit spun yarn based on the target color of the unit spun yarn to obtain dyed spun yarn; detecting whether the actual color of the dyed spun yarn is consistent with the target color; if yes, doubling and twisting the twisted and dyed spun yarns to obtain colorful multi-ply yarns; if not, cutting off the dyed spun yarn, or complementing the color of the dyed spun yarn until the actual color of the dyed spun yarn meets the expectation. The target color of the unit spun yarn is obtained according to the preset pattern, whether the actual color of the dyed spun yarn obtained by dyeing the unit spun yarn before doubling and twisting meets the expectation or not is detected, and if not, the section is cut off or the color is complemented through spray dyeing, so that the dyed yarn meeting the color standard requirement is always adopted for doubling and twisting in the doubling and twisting process; the color of unit spun yarn can be adjusted in real time, the color of colored multi-plied yarn can be adjusted in real time, and the production efficiency and the qualified rate of the colored multi-plied yarn are improved.

The utility model discloses a luminous keyboard and luminous keys thereof. The luminous keyboard comprises a bottom plate, a key assembly, a light guide plate, a white light source and a dimming sheet, the key assembly is arranged on the bottom plate and comprises a plurality of light-emitting keys, and at least one of the light-emitting keys comprises a key cap and a lifting supporting mechanism. The lifting supporting mechanism has a color cast color and is connected to the key cap and the bottom plate so that the key cap can move up and down relative to the bottom plate. The light guide plate is arranged below the key assembly. The white light source irradiates the light guide plate. The dimming piece is arranged between the light guide plate and the key assembly and is provided with a plurality of light-transmitting parts corresponding to the positions of the light-emitting keys, the light-transmitting parts are provided with lifting supporting mechanisms with complementary colors and corresponding to color cast colors, and light in the light guide plate penetrates through the light-transmitting parts and the lifting supporting mechanisms to generate white light which enters the key caps. According to the utility model, the color cast problem that the light emitting color of the key is yellowish due to yellowing of the lifting support mechanism can be solved.

The method and device enable reducing the energy or power consumption required to render an image by replacing pairs of adjacent pixels in an image with pixels of spatially alternating complementary colors that require less energy to display, in other words, by setting the colors of pairs of adjacent pixels in an image to pairs of spatially alternating complementary colors that require less energy to display. Such a solution exploits the spatial fusion property of the human visual system, which perceives complementary adjacent pixels as a single pixel. The spatially alternating complementary colors are selected to be more parsimonious than a single color in terms of the power consumption required to render the color. This combination doubles the search space dimension for energy reduction from three to six. The technique used to replace pixels with adjacent pixels of spatially alternating complementary colors is either pixel doubling, pixel skipping, or pixel averaging. The association between colors and corresponding spatially alternating complementary colors can be stored in a lookup table. These principles can be used for images or videos containing a series of images.

The invention discloses an interface color adjusting method and device and electronic equipment. The method relates to the field of artificial intelligence, and comprises the steps that under the condition that it is detected that a target object enters a target area, current visual environment information of the target area is acquired, the target area is the area with the visual environment information change amplitude larger than the preset amplitude, and the current visual environment information comprises current illumination intensity and / or current color information; based on the current visual environment information, target color adjustment parameters are determined, the target color adjustment parameters comprise the light transmittance and / or the complementary color value of a target interface, and the target interface is an interface where the target object interacts with external visual information; and performing color adjustment on the target interface based on the target color adjustment parameter. Through the method and the device, the problem of poor accuracy of the color adjustment result of the interface in an environment in which visual environment information such as illumination intensity and color information changes severely in the prior art is solved.

The invention relates to a light-emitting device, a preparation method thereof and display equipment. The light-emitting device comprises a driving substrate, a light-emitting element, a color filling layer and a texture layer. The color filling layer and the light-emitting element are both arranged on the driving substrate, and the light-emitting element is located between the driving substrate and the color filling layer. The texture layer is arranged on the surface, away from the driving substrate, of the color filling layer. The texture layer comprises an ink sub-layer, the ink sub-layer is made of reflective ink, and the reflective ink forms texture patterns on the color filling layer. The color filling layer has light transmission, and the color of the color filling layer and the color of the texture layer are complementary colors. The light-emitting device can achieve uniform display and is not prone to color cast, and then the effect of hiding splicing seams in the splicing process can be achieved.

To provide an identification system and a definition unit that can improve the accuracy of identifying reference points in point cloud data.SOLUTION: The identification system comprises a marker 30 provided on a base 3 and having a mark 32 capable of defining center point data 2a in point cloud data 2, a data acquisition unit capable of acquiring the point cloud data 2 of the mark 32, and an identification unit that identifies the center point data 2a based on the point cloud data 2 of the mark 32 acquired by the data acquisition unit, where the mark 32 forms a center point P corresponding to the center point data 2a and is divided into four or more regions by a plurality of boundaries tangent to the center point P, and the plurality of regions are each different in color and include at least two pairs of regions that are in a relationship of complementary hue or hue similar to complementary hue.SELECTED DRAWING: Figure 1

A method and apparatus allow for reducing the energy required to render an image by replacing pixels of the image with temporally contiguous pixels of alternating complementary colors that require less energy to be displayed and selected according to polarity constraints. The solution takes advantage of flicker fusion characteristics of a human vision system, which allows the selection of complementary colors that may visually have the same perceptual characteristics as a corresponding single color. Alternating complementary colors are selected to be more economical in terms of the energy consumption required to render the colors. The replacement is performed by frame doubling, by frame skipping, or by frame averaging. The contiguous pixel concept is temporal. In other words, when frame doubling is used, one pixel is replaced by two temporally consecutive pixels of alternating complementary color pixels, the replaced pixel having half the duration. When frame skipping or frame averaging is used, two temporally consecutive pixels are replaced by two temporally consecutive pixels of alternating complementary color pixels, the replacement pixels having the same duration. Polarity constraints allow for reduction of perceived flicker. An association between a color and a corresponding alternating complementary color may be obtained from a lookup table. These principles may be used on images or videos including a series of images.