158 results about "Color blind" patented technology

In an embodiment, an image is provided to an augmented reality application program. The program detects colors and modifies the image. In particular, the program may analyze an image of a scene provided by a camera of a portable electronic device that may be problematic for color challenged users. It then modifies one or more colors such that a color challenged user viewing the altered image may perceive the scene colors as the colors would be perceived by a non-color challenged user viewing the scene.

Systems and methods for processing data representative of a full color image. Such systems may comprise the steps of assisting a color blind person to indicate portions of an image which to their color-deficient vision are indistinguishable, and altering the image to cause those portions to become distinguisable and identifiable.

The present invention provides a technology called Pulse-Multiline Excitation or PME. This technology provides a novel approach to fluorescence detection with application for high-throughput identification of informative SNPs, which could lead to more accurate diagnosis of inherited disease, better prognosis of risk susceptibilities, or identification of sporadic mutations. The PME technology has two main advantages that significantly increase fluorescence sensitivity: (1) optimal excitation of all fluorophores in the genomic assay and (2) “color-blind” detection, which collects considerably more light than standard wavelength resolved detection. Successful implementation of the PME technology will have broad application for routine usage in clinical diagnostics, forensics, and general sequencing methodologies and will have the capability, flexibility, and portability of targeted sequence variation assays for a large majority of the population.

An apparatus and a method are provided for adjusting real time video to compensate for color blindness. A video system includes a decoder that receives and decodes a video signal into original color signals. A processor receives the original color signals and outputs color signals that are adjusted for compensating for a selected one of a number of precharacterized types of color blindness. A screen receives the adjusted color signals and displays images adjusted from the original to compensate for the selected type of color blindness. The adjusted signals are derived from the original signals by one color gamut adjustment for each type of color blindness. The color gamut adjustments are generated by characterizing at least the known, major color deficiencies, and then generating color gamut transforms to fit more range of actual color contrast within the range of perception of the color blind. Each transform is stored in a memory as a lookup table, and looked up by the processor. Software controls whether any color adjustment is to take place, and if so which one of the available mappings is to be used by showing a sample image for each one of the color transforms.

Disclosed is a method for evaluating the qualities of the user's color vision by means of the FM chromaticity test or directly measuring the defective factors of the user causing the color blindness. Thus it modifies the color composition of a video displaying apparatus according to a numerical analysis of the color and degree of color blindness specific to each dichromatic individual, so that he may perceive the same colors as the normal person. Also discloses is an apparatus for performing the method steps described herein.

The discriminability of character data that is displayed on a screen is improved by performing a color conversion on the character data. More specifically, a color conversion system is provided which comprises: extraction means for extracting character data including color data; conversion means for converting the extracted color data based on a predetermined color conversion rule; and output means for outputting the character data and the obtained color data to the application. The color conversion rule for this invention is set in advance so as to attain a specific objective (e.g., to enable a color-blind user to easily identify displayed characters). A single color conversion process and / or a process that provides the sequential conversion of multiple character colors at a constant time interval may be used.

Systems and methods for processing data representative of a full color image. Such systems may comprise the steps of assisting a color blind person to indicate portions of an image which to their color-deficient vision are indistinguishable, and altering the image to cause those portions to become distinguisable and identifiable.

Embodiments of the present invention provide a method and apparatus for dynamically modifying computer graphics content for colors and / or patterns that are problematic for color-blind viewers prior to display. In particular, graphics content may be modified in various stages of the graphics pipeline, including but not limited to, the render or raster stage, such that images provided to the user are visible to color-blind viewers upon display without further modification.

Disclosed are a method of compensating colors in an image display device for users with color vision deficiency and a device of the same, enabling the users with color vision deficiency to view display images as vividly and naturally as normal users. The method for compensating colors in an image display device includes a step of determining whether a user is partially color blind or normal, and a step of controlling gain values of a plurality of color signals depending upon the user's color perceptivity so as to compensate colors displayed on a screen, if the user is determined to be partially color blind.

An electronic equipment includes an image storage device for capturing and / or storing data representative of an image, and an image processing circuit. The image processing circuit is operable to modify the stored image data when a color combination as defined in the image data corresponds to a color combination associated with color blindness. The modified image data then is provided to a display for viewing by a color blind individual.

Systems and methods for processing data representative of a full color image. Such systems may comprise the steps of assisting a color blind person to indicate portions of an image which to their color-deficient vision are indistinguishable, and altering the image to cause those portions to become distinguishable and identifiable.

The present invention provides a novel system, methods, which include machine learning, and device for providing color and fashion recommendations, including for persons with visual impairment such as color blindness or complete blindness.

A sentiment visualization system provides a method for identifying content sentiment visually, and does so in a way that is also relevant to individuals who are colorblind. The system provides multiple visual cues that identify sentiment. In some embodiments, the visualization shows a bar that displays a color gradient. The color gradient is anchored by a positive color on one end and a negative color on the other end. The bar contains a color-neutral notch that represents where the sentiment value lies. The system may also allow a viewing user to reclassify an automatically determined sentiment of an item, such as by dragging a notch or other control on the visual display to a new location. Thus, the sentiment visualization system allows users to quickly sift through a large amount of content and identify high priority items for which a fast response is warranted.

The invention discloses an intelligent traffic control system for the blind and a method thereof. The system comprises a transmitting device and a receiving device, wherein the connection relationship of internal modules in the transmitting device is that a data reading unit is sequentially connected with a modulation encoding unit and a transmitting unit, while the connection relationship of internal modules in the receiving device is that a receiving unit is sequentially connected with a decode unit, a control unit and an audio unit, and the control unit is connected with the receiving unit. The method is to arrange transmitting point of the transmitting device at each traffic road junction, the transmitting point of the transmitting device forms the traffic light signals received at each traffic road junction into a ring, each transmitting point of the transmitting device transmits the traffic light signals to the located road junction, the receiving device directionally receives the traffic light signals from the transmitting point of the transmitting device and obtains the traffic signal light information of the forward direction which is indicated by speech. The intelligent traffic control system for the blind can overcome the existing potential dangers for the blind going on a journey and ensure that the blind and the color blind can hear the traffic condition ahead when crossing a traffic light.

A programmable multi colored Light Emitting Diods (LEDs) rectangular display (panel) to replace the conventional traffic lights, the conventional traffic lights are generally vertically arranged consumes relatively alot of power and embedded into a bulky housing, the red light on top of the yellow light and the yellow light on top of the green light, the red light represents traffic must stop at an intersection, yellow light represents caution and green light represents traffic may pass, while in the new embodiment of the present invention a single rectangular LED display will provide the three traffic signal lights on the same area of the display consecutively,one after the other, in order to achieve this goal, the shapes of the three signal lights and the shapes of the arrow signal lights must be easily distinguishable for the color blind drivers.Therefore the new invention provides a method and a system of updating the conventional traffic lights to have a less bulky, less power consumption and less expensive programmable LED traffic light display.

The present invention provides a technology called Pulse-Multiline Excitation or PME. This technology provides a novel approach to fluorescence detection with application for high-throughput identification of informative SNPs, which could lead to more accurate diagnosis of inherited disease, better prognosis of risk susceptibilities, or identification of sporadic mutations. The PME technology has two main advantages that significantly increase fluorescence sensitivity: (1) optimal excitation of all fluorophores in the genomic assay and (2) “color-blind” detection, which collects considerably more light than standard wavelength resolved detection. This technology differs significantly from the current state-of-the-art DNA sequencing instrumentation, which features single source excitation and color dispersion for DNA sequence identification. Successful implementation of the PME technology will have broad application for routine usage in clinical diagnostics, forensics, and general sequencing methodologies and will have the capability, flexibility, and portability of targeted sequence variation assays for a large majority of the population.

A color blindness dialog box in a Properties window includes a color blindness process mode checkbox enabling a user to select a printing process designed for color blindness. When the color blindness process mode checkbox is checked, it is determined whether the image to be printed includes problematic areas for people with color blindness. If so, image data for these areas is extracted and displayed in a popup window. Subsequently, a borderline process is performed to form a borderline on either or both of the border areas and of text data and graphics data. Thus, the problematic areas are extracted and processed properly so that the problematic areas will become easy to distinguish.

The invention provides a color-blind image conversion system based on mobile phones. The system comprises an image acquisition device, an image processing device for processing the acquired images and a display device for displaying the images, wherein the image processing device comprises a setting module and a converting module; the setting module is used for creating one or more user setting items in the processing process; the converting module is used for converting at least one color on the images according to the user setting items in the processing process and comprises a simulation unit and a translation unit; the simulation unit is used for carrying out color-blind simulation conversion on the images according to the user setting items in the processing process and is used for realizing simulation of various defective color visions; and the translation unit is used for carrying out color vision color translation conversion on the images according to the user setting items in the processing process. The invention provides the technology and device which can help people with defective color visions to carry out effective communication and comprehension of the color information anytime and anywhere if necessary.

The invention discloses a volume rendering method for designing a color transmission function for color blindness. The method comprises the following steps of: importing volume data into a volume drawing system, designing the color transmission function and an opacity transmission function, and drawing by using the volume rendering method based on a light ray projection algorithm to obtain a result image; re-coloring the result image by using a re-coloring method for the color blindness; setting a color value which is included by the color transmission function to be unknown, sampling part ofnon-background pixels in a window, respectively projecting light rays to the pixels, accumulating weight values about unknown colors, and thus obtaining linear combinations of the unknown colors; setting each linear combination to be equal to the color of a re-colored image at corresponding pixel position, solving to obtain the unknown colors and constructing a new color transmission function; and drawing the volume data by using the new color transmission function and using a new color fusion operator for the color blindness, and thus obtaining the result image which can be explored by a color blindness observer.

The invention discloses a portable traffic light distinguishing method for color blindness and color amblyopia people. When color blindness and color amblyopia people pass through an intersection provided with a traffic light, a rear camera of a portable device is aligned with the traffic light at the intersection first, and the position of the traffic light on a screen is determined by means of touching the screen with a finger; next, a traffic light recognition system of the device judges the color of the traffic light at the position determined by means of finger touching through a related algorithm of machine vision and digital image processing, and feeds back a recognition result to a user in the forms of screen text prompting and loudspeaker broadcasting at the same time. The portable traffic light distinguishing method has the advantages that color blindness and color amblyopia people are assisted in correctly judging the traffic light, and the defect that color blindness and color amblyopia people can only judge the traffic light according to the relative position of the traffic light is overcome; meanwhile, color blindness and color amblyopia people can also be helped greatly to judge color information quickly and correctly on other occasions.

Disclosed is a method for evaluating the qualities of the user's color vision by means of the FM chromaticity test or directly measuring the defective factors of the user causing the color blindness. Thus it modifies the color composition of a video displaying apparatus according to a numerical analysis of the color and degree of color blindness specific to each dichromatic individual, so that he may perceive the same colors as the normal person. Also discloses is an apparatus for performing the method steps described herein.

The invention provides an anerythrochloropsia display conversion method based on a color display mobile phone, and a device thereof. The device comprises an anerythrochloropsia display conversion switch used for triggering a display conversion program; a pixel conversion unit used for calculating the effective brightness value of each color pixel of color pictures in a color display area and converting the effective brightness value of each color pixel through pixel matching to generate black and white pixel value; a display drive unit which is used for converting the color picture in the color display area into a black and white picture. The method eliminates the inconvenience of anerythrochloropsia users when using the color display mobile phone and expands the social benefit and the economic benefit of the application of the color display mobile phone.

Disclosed are a method of compensating colors in an image display device for users with color vision deficiency and a device of the same, enabling the users with color vision deficiency to view display images as vividly and naturally as normal users. The method for compensating colors in an image display device includes a step of determining whether a user is partially color blind or normal, and a step of controlling gain values of a plurality of color signals depending upon the user's color perceptivity so as to compensate colors displayed on a screen, if the user is determined to be partially color blind.

A color blindness dialog box in a Properties window includes a color blindness process mode checkbox enabling a user to select a printing process designed for color blindness. When the color blindness process mode checkbox is checked, it is determined whether the image to be printed includes problematic areas for people with color blindness. If so, image data for these areas is extracted and displayed in a popup window. Subsequently, a borderline process is performed to form a borderline on either or both of the border areas and of text data and graphics data. Thus, the problematic areas are extracted and processed properly so that the problematic areas will become easy to distinguish.

The example of the invention provides a display method of a mobile terminal, which comprises: obtaining a picture, when discoloration display is judged, color is adjusted and treated according to a preset, and the picture is displayed through using a treated color. The mobile terminal can adjust and display the color of the picture according to the preset of a user, the experience degree of the user is increased, and a user which has the defect of color blindness can conveniently distinguish the content of the picture. Correspondingly, the example of the invention further provides a mobile terminal.

The invention is directed to present a set of each of a plurality of colors which can be distinguished from each other by a color-blind person and a plurality of colors which can be distinguished from each other by a person of normal color vision but are recognized as the each color by the color-blind person.

An image enhancement method for improving color perception of colorblind viewers has an image input step, an image difference area analyzing step, an image color distribution adjusting step, and an image output step. In such method, a normal image and a colorblindness-simulative image are input and calculated to produce a colorblindness-optimized image. Color vision obtained by a colorblind person from the colorblindness-optimized image is substantially identical to that obtained by a person with normal color perception from the normal image.