197 results about "Color transition" patented technology

A color barcode symbology is disclosed that can be accurately decoded despite severe distortions, misreads or altered symbols. This disclosed barcode is a color transition barcode having linear growth properties designed to resist the single or combined effects of: scaling distortions, perspective distortions, shear distortions, and wave distortions of both the uniform and non-uniform type distributed across the barcode's vertical or horizontal axis. This color barcode symbology is also resistant to missing symbols and altered symbols while offering, high security, error checking, and double error correcting capability.

A hand-manipulated prop is picked-up via a single video camera, and the camera image is analyzed to isolate the part of the image pertaining to the object for mapping the position and orientation of the object into a three-dimensional space, wherein the three-dimensional description of the object is stored in memory and used for controlling action in a game program, such as rendering of a corresponding virtual object in a scene of a video display. Algorithms for deriving the three-dimensional descriptions for various props employ geometry processing, including area statistics, edge detection and / or color transition localization, to find the position and orientation of the prop from two-dimensional pixel data. Criteria are proposed for the selection of colors of stripes on the props which maximize separation in the two-dimensional chrominance color space, so that instead of detecting absolute colors, significant color transitions are detected. Thus, the need for calibration of the system dependent on lighting conditions which tend to affect apparent colors can be avoided.

A flame simulating device includes a substantially translucent shell having a hollow interior, a plurality of colored light sources, positioned within the hollow interior of said shell and a light source driving device for selectively activating each of said plurality of light sources. Each of the light sources are alternately and individually activated to have active periods and such that the surface of said shell is illuminated to produce an animated flame effect. In one example implementation, yellow, orange and red LEDs are positioned at varying heights within the flame-shaped shell and activated on and off in a sequence that follows a set of color transition rules in order to provide a close simulation of the flickering of a flame. During their active periods, LEDs are blinked on and off to conserve power.

A method for determining wagers by applying a chip denomination representation, having at least one angle associated with at least one color transition, against a working chip template. A related system includes, but is not limited to, circuitry and / or programming for effecting the foregoing-referenced method; the circuitry and / or programming can be virtually any combination of hardware, software, and / or firmware configured to effect the foregoing-referenced method embodiments depending upon the design choices of the system designer.

A fluidic assay device or test format that can regulate or control the sample flow rate and modulate the manifestation of test results to reduce or eliminate errors is described. The assay device has a substrate with a flow-rate control zone that regulates the amount of time needed for development and appearance of a visual signal in the observation-feedback zone until the color transition in the detection zone reaches color stability. The present invention also describes absorbent articles incorporating such an assay device and methods of monitoring dehydration or testing ion strength of a urine sample using such a test format.

A display device having an electrophoretic display panel that has two types of electrophoretic elements of different color and polarity disposed between electrodes, and changes display state according to an applied voltage, and a drive means for driving the electrophoretic display panel by applying a voltage between the electrodes. The drive means has a storage means for storing color transition information correlating the color levels displayed by the electrophoretic elements to the color level that is displayed when a positive pulse is applied and the color level that is displayed when a negative pulse is applied to the electrode connected to the electrophoretic elements displaying a particular color level; a target value setting means for setting as a target value the color level to be displayed by the electrophoretic elements; and a pulse applying means for applying a pulse of a specific voltage level to the electrode at least until a current value denoting the current color level of the electrophoretic elements matches the target value. The pulse applying means has a value determination unit for determining if the current value and the target value match, a pulse application unit for applying either a positive pulse or a negative pulse to the electrode so that the current value approaches the target value if the value determination unit determines the current value and the target value do not match, a transition value acquisition unit for getting from the color transition information a transition value denoting the color level after the pulse is applied, and a current value updating unit for updating the current value to the transition value.

Computer-implemented methods and computer program apparatus, for implementing techniques for shading selected regions of an image. These include receiving an input selecting a region to be filled, receiving an input defining a gradient specifying a color transition to be applied between a starting position and an ending position, and applying the gradient between the starting position and the ending position to assign, based on the shape of the selected region, a color for each of a plurality of points located inside an outline defining the region's shape. In preferred embodiments, the gradient is applied by identifying, for each point in the selected region, a color interpolation vector extending from the starting position through the point to the ending position and intersecting the outline at one or more intersection points, and assigning a color for the point based on its position along the color interpolation vector.

The invention relates to the technical field of color space conversion, and discloses a method and a system for processing RGB (Red, Green, Blue) data. The method comprises the following steps of S1, converting three input color values of R, G and B into an HSV (Hue, Saturation, Value) color space; S2, under the condition of remaining a hue H value and a saturation S of the HSV color space value unchanged, adjusting a value of brightness V; and S3, converting the H value, the S value and the V value processed through the step S2 into the RGBW (Red, Green, Blue, White) color space from the HSV color space, and displaying. The RGB color space is converted into the HSV color space, the brightness V is improved under the condition of remaining the H and the S in the HSV color space unchanged, and the HSV color space is converted into the RGBW color space, so that the brightness can be improved while better hue and color saturation are maintained and color transition is natural.

A hand-manipulated prop is picked-up via a single video camera, and the camera image is analyzed to isolate the part of the image pertaining to the object for mapping the position and orientation of the object into a three-dimensional space, wherein the three-dimensional description of the object is stored in memory and used for controlling action in a game program, such as rendering of a corresponding virtual object in a scene of a video display. Algorithms for deriving the three-dimensional descriptions for various props employ geometry processing, including area statistics, edge detection and / or color transition localization, to find the position and orientation of the prop from two-dimensional pixel data. Criteria are proposed for the selection of colors of stripes on the props which maximize separation in the two-dimensional chrominance color space, so that instead of detecting absolute colors, significant color transitions are detected. Thus, the need for calibration of the system dependent on lighting conditions which tend to affect apparent colors can be avoided.

It is possible to linearly arrange cells and indicate particular data in the order of colors of respective sells. A code system uses an optical symbol decoding method capable of reading the color arrangement if the arrangement continuity and the linear shape are maintained. The data expression method may be other than “the order of colors.” For example, it is possible to employ a method for allocating a numeric value to each of the colors by one-to-one correspondence (R=0, B=1, etc.), a method for allocating data by a color transition (“CM”=“MY”=“YC”=0, “CY”=“YM”=“MC”=1, etc.), a method for allocating data for a combination of colors, and the like.

A method for generating a structured-light pattern is disclosed, wherein high-resolution real-time three-dimensional (3D) data can be obtained by using a single frame (or one-shot) imaging or double frames (or two-shot) imaging methods. The structured-light pattern for the one-shot imaging is formed of a multiple-stripe color pattern using a color selection scheme and a sequence principle. The proposed color selection scheme reduces the ambiguity in stripe labeling in one-shot imaging, and the proposed sequence principle increases the number of distinguishable stripe codes. The structured-light pattern for two-shot imaging is formed so that three-dimensional (3D) data can be obtained even for objects having strong surface colors with ambient lights, wherein the first two-shot pattern is synthesized, thereby forming a multiple-stripe color pattern using sign codes and a sequence principle under a condition that prevents color-transitions in more than one channels from occurring. Subsequently, the second two-shot pattern is formed by reversing the first two-shot pattern. Accordingly, high-resolution real-time three-dimensional (3D) data, which is insensitive to object shape and surface color, system noise and nonlinearity, can be obtained.

Provided is a large-area complex-terrain-region unmanned plane sequence image rapid seamless splicing method which comprises the following steps: to begin with, with air strip arrangement features of unmanned plane image sequence being prior knowledge, carrying out inter-image multiple-overlap SIFT feature point extraction and matching; then, carrying out matching point gross error removing and purifying based on random sample consensus algorithm, and solving transformation parameters of each image in spliced regions in an adjustment manner through an Levenberg-Marquardt algorithm; next, carrying out overlapped region image optimized selection according to the relative position relationship between central projection image point displacement rules and the images, and determining splicing lines; and finally, carrying out image uniform-coloring and fusion at the edge-connection places, and outputting spliced images, thereby realizing mass unmanned plane image seamless splicing. The seamless splicing method helps to improve the extraction efficiency of the SIFT feature points, guarantee the geometric accuracy of the spliced images, and eliminate the tiny color difference at the two sides of the image splicing line, and thus the spliced images with natural color transition and good natural object and landform continuity are obtained.

A method for color tagging electronic mail (e-mail) content containing multiple replies, such that the e-mail facilitates easy reading by a recipient of the reply e-mail. The method includes receiving e-mail containing various forms of content on a client node. Afterwards, the method proceeds with dispatching a reply e-mail from the client node. The method concludes with tagging for identification of the user the additional content incorporated into the reply e-mail from the user of the client node. The ID tagging being at least one of, (i) color tagging using a specific color for each user's comments rendered during the communication, (ii) color tagging using a dark to light color transition such that time lines are provided for the reply e-mail, (iii) font tagging via usage of a different font style, and (iv) font tagging via usage of a different font size.

The invention relates to a vertical-blanking-mode material distributing machine of ceramic presser and a distributing method thereof. The material distributing machine comprises a material feeding device and a vertical material receiving chamber formed by a triangular planar belt with a 90-degree rotational angle and a back cover plate or formed by a planar belt with a 90-degree turning angle and an additional planar belt. Powder falls into the vertical material receiving chamber through a hopper. Due to the vertical blanking mode, the powder has an effect of a layer of stable pattern; and when the powder vertically falls down, the powder of different types are properly mixed with natural color transition. After being turned over, the powder is horizontally positioned on a movable bottom plate which conveys the powder to a place below a movable suspended grating on a small skip car, a movable suspended grating cylinder drives the movable suspended grating to cover the powder, and a driving mechanism drives and conveys the power into a mold cavity of the presser.

The algorithm is used in the image compression field. It integrates the color space transition, quantification and DCT three steps in order to reduce the operand; while reducing the operand of color transition, except the little adjustment of quantification step length, the structure and operand in both DCT and quantification process steps are not influenced. In case the image sub-sampling is 4:4:4, the new algorithm realizes the 40% and 42% reduction on the multiplication and additive operation in process of transition from RGB to YCbCr in compression process; in the de-compression process, the 60% and 42% reduction on the multiplication and additive operation is realized in the process of transition from YCbCr to RGB.

A hand-manipulated prop is picked-up via a single video camera, and the camera image is analyzed to isolate the part of the image pertaining to the object for mapping the position and orientation of the object into a three-dimensional space, wherein the three-dimensional description of the object is stored in memory and used for controlling action in a game program, such as rendering of a corresponding virtual object in a scene of a video display. Algorithms for deriving the three-dimensional descriptions for various props employ geometry processing, including area statistics, edge detection and / or color transition localization, to find the position and orientation of the prop from two-dimensional pixel data. Criteria are proposed for the selection of colors of stripes on the props which maximize separation in the two-dimensional chrominance color space, so that instead of detecting absolute colors, significant color transitions are detected. Thus, the need for calibration of the system dependent on lighting conditions which tend to affect apparent colors can be avoided.

A time-indicating apparatus based on the color change property of a reduced redox dye in the presence of oxygen is characterized by the initial introduction into a receptacle of a predetermined metered amount of a redox dye in its oxidized form together with a predetermined effective amount of a reducing agent in an alkaline medium. The conversion of the oxidized form of the redox dye into its reduced form occurs within the sealed receptacle. Precisely controlling the amount of both the oxidized dye and the amount of reducing agent introduced into the receptacle ensures that only a predetermined amount of the reduced form of the redox dye is able to be formed within the receptacle. The amount of reduced dye formed within the receptacle having a predetermined total surface area and the rate at which oxygen is able to enter into the receptacle allows the color transition time interval of the redox dye to the precisely controllable. Methods for making the time-indicating apparatus are also disclosed. Articles such as a container for a time-sensitive product and badge for indicating the expiration of a period of legitimacy incorporating the time-indicating apparatus are also disclosed.

The invention discloses a preparation method and a sensitivity regulation method of a pH type food freshness indication label. The preparation method comprises: extracting a pH sensitive natural dye to obtain a pH sensitive natural dye concentrated solution; dissolving a natural polymer material in a solvent to obtain a film-forming stock solution; sequentially adding a plasticizer, a water absorbent, a phase transfer catalyst and the pH sensitive natural dye concentrated solution into the film-forming stock solution, and fully stirring until the materials are uniformly mixed and dispersed toobtain a film-forming solution; and carrying out ultrasonic deaeration on the film-forming solution, slowly pouring the film-forming solution into a culture dish, and drying the solvent to obtain thefreshness indication label. According to the present invention, the pH value of the film-forming solution in the preparation process of the indication label is adjusted according to the front-back relationship between the freshness indication label color transition point and the food spoilage point, such that the two time points are matched so as to achieve the purpose of precise indication; and the method is simple and easy to implement, and the prepared indication label has high sensitivity, has the sensitivity capable of being regulated based on food spoilage rule, and has wide application.

A system and method for temporally anti-aliasing a display of a set of frames rendered from scene information without significantly increasing an amount of processing power used in rendering the frames. In some embodiments of the invention, a view used to render the frames from the scene information may be modulated between renderings of successive frames. This modulation of the view may temporally blend pixel colors displayed in pixels at or near color transitions in the frames by causing the pixel colors of these pixels to fluctuate between frames, thereby reducing aliasing present at these transitions as the human eye observing the display of the frames innately averages the fluctuating pixel colors.

The invention proposes a display color transition method. The method comprises the steps: firstly determining a region where a point A is located, wherein the output brightness values of three subpixels RGB are the same as the input values if the point A is located in a triangle WBR; secondly converting the three subpixels RGB into three subpixels RXB if the point A is located in a quadrangle WFGE, wherein X is a dynamic pixel between green and yellow at this moment, and calculating the brightness of the RXB; thirdly converting the three subpixels RGB into three subpixels XXY if the point A is located in a triangle WFB or a triangle WER, where X is a dynamic pixel between blue and green at this moment and Y is a dynamic pixel between yellow and read, and calculating the brightness of the three subpixels XXY. The above method achieves the color gamut (158%), and the color gamut greatly exceeds a color gamut which can be implemented by any conventional display, thereby achieving the true high-color fidelity, and improving the display quality of the display.

There is provided a polydiacetylene supramolecule comprising diacetylene molecules, capable of immobilizing a receptor molecule having a thiol group. Since the polydiacetylene supramolecule has a receptor immobilized thereon having a thiol group, for example, an antibody, and thus shows color transition when reacting with a sample, an antigen can be detected through specific color transition of the polydiacetylene when employing in a receptor-ligand reaction, for example, an antibody-antigen reaction.

The invention relates to a production process of a scientific wood veneer. The process specifically comprises the following steps: (1) cutting off; (2) carrying out rotary cutting; (3) cutting; (4) drying; (5) sorting; (6) dyeing; (7) drying; (8) repairing; (9) assembling; (10) gluing; (11) laminating; (12) making wood; (13) slicing; (14) repairing a finished product; (15) checking; (16) packaging and storing. Compared with the prior art, the problems of an existing scientific wood veneer that textures are stereotyped, lines are not natural and color transition is too rigid are solved; the process is simple; the production process is simple, and compared with a common scientific wood veneer, the wood veneer machined by the process steps has the advantages of natural and changeable patterns, natural color transition, strong whole stereoscopic impression and the like; the repeated production can be realized by process data above, and the production efficiency is improved.

An image enhancement unit and method for enhancing the image quality of a video stream is presented. The image enhancement unit combines a contour enhancement unit, a luminance contrast stretching unit, a color transient improvement unit, and a color saturation control unit to enhance both the luminance and chrominance values in the video stream. Specifically, the contour enhancement unit processes the luminance values to improve the contours of the images in the video steam. The luminance contrast stretching unit further improves the luminance by enhancing the contrast in the images. The color transient improvement unit processes the chrominance values to remove blurring around along the edges of color transitions and the color saturation control unit increases the color saturation to improve the appearance of the images.

A method for determining wagers by applying a chip denomination representation, having at least one angle associated with at least one color transition, against a working chip template. A related system includes, but is not limited to, circuitry and / or programming for effecting the foregoing-referenced method; the circuitry and / or programming can be virtually any combination of hardware, software, and / or firmware configured to effect the foregoing-referenced method embodiments depending upon the design choices of the system designer.

The invention provides a colorizing method of building decoration microcrystalline glass produced by a sintering method. The colorizing method comprises the steps of: preparing glass basic composition materials, adding the glass basic composition materials to a horseshoe flame glass melting furnace for melting, and controlling melting temperature at 1520-1570 DEG C and the temperature of the melting furnace working part at 1360-1420 DEG C; uniformly adding a colorizing agent or an inorganic high-temperature pigment to the molten glass at the front end of the working part through a feeding port at the front end of the working part, arranging a stirring device at the middle of the working part behind the feeding port of the melting furnace, and forming uniform colored glass melt under the combined action of the temperature, molten glass flow and the stirring device; introducing the colored glass melt into a water quenching tank through a supplying channel connected with the working part of the horseshoe flame glass melting furnace, so as to obtain color-uniform glass granules with granularity of 1-6 mm; and carrying out subsequent processing according to a microcrystalline glass preparation process by the sintering method to obtain the product. The prepared glass granules have uniform color, and effectively avoid the problems of color transition material, energy consumption and the like generated by changing glass materials of different colors.

It is possible to linearly arrange cells and indicate particular data in the order of colors of respective sells. A code system uses an optical symbol decoding method capable of reading the color arrangement if the arrangement continuity and the linear shape are maintained. The data expression method may be other than “the order of colors.” For example, it is possible to employ a method for allocating a numeric value to each of the colors by one-to-one correspondence (R=0, B=1, etc.), a method for allocating data by a color transition (“CM”=“MY”=“YC”=0, “CY”=“YM”=“MC”=1, etc.), a method for allocating data for a combination of colors, and the like.

The invention discloses a personalized display method during picture preloading. The method comprises the following steps of storing a plurality of pictures and calculating dominant hue value of each picture; generating a record strip according to the name and storage position of each picture and the dominant hue values; and filling a picture preloading interface by using the dominant hue values according to the storage positions. Compared with the prior art, the method has the characteristics that the time of filling the picture preloading interface according to the dominant hue values can be ignored compared with the time of picture preloading, therefore, what a user sees is the filled picture preloading interface according to the dominant hue values during the process of picture preloading, and simultaneously the dominant hue values of the pictures are relatively similar to the colors of the pictures, so that when pictures are preloaded, the personalized display method is provided with a color effect during the process of picture preloading, the color transition during the preloading process is more natural visually, and the user experience is promoted. Meanwhile, the invention discloses a personalized display terminal during picture preloading.

The invention discloses a three-dimensional modeling method based on a plane image. The plane image after graying is subjected to edge detection to obtain edges of the image; dilation is used at the edges to remove the transition color between adjacent colors in the image; a bitmap is decomposed to a gray matrix, the outer contour of the matrix is acquired and segmented, each gray value is corresponding to one height, a segmentation point is enhanced to a height corresponding to the gray value, three adjacent segmentation points are used to form a triangular patch, normal vectors obtained by the triangular patch are used to determine an inner side and an outer side, and a three-dimensional model map is finally obtained. Through acquiring the gray values in the image, each gray value is corresponding to one height value, simple three-dimensional modeling is thus realized, the method is particularly suitable for three-dimensional test for kid teaching, and the kid can realize drawing ofa three-dimensional space model through a simple color drawing.

An embodiment of the invention discloses an image processing method. The method includes: converting a to-be-processed RGB image from RGB space to hue saturate value HSV space to acquire a to-be-processed HSV image; acquiring hue H component and saturate S component of reference color; determining to-be-adjusted pixel points; adjusting the to-be-adjusted pixel points according to the H component and the S component of the reference color to acquire a HSV image after being adjusted; converting the HSV image after being adjusted from HSV space to RGB space to acquire a target RGB image. The embodiment of the invention further provides a terminal and a readable storage medium. The problem that images with gentle and natural transition cannot be acquired efficiently during image processing inthe prior art is solved, adjusting of hue saturate in the HSV space is realized, high pertinence is realized, and color transition is natural, so that effect and efficiency of image processing are improved.

Disclosed is an organic light emitting display device to prevent deterioration of visibility caused by reflection of incident light and color transition at high viewing angle, and improve transmittance, the organic light emitting display device includes an organic light emitting display panel, and an antireflective member adhered to an outer surface of the organic light emitting display panel, the antireflective member including a reactive liquid crystal layer and a polarizer film which are laminated in this order, wherein the reactive liquid crystal layer has a λ / 4 retardation with respect to a transmitted light of the polarizer film.