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OwnerCarlos Francisco Luizetto Pinto, Vanderlei Dawid Barbozainventors
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A real-time correction/calibration system for the color spectrum contained on an image output (transmitted) from an image capture and output macro-system is provided. The system uses a reference of previously defined color spectrum, represented by an inventive solution preferentially in the electro-electronic or computing sectors. The invention is particularly useful when applied to “image capture and output macro-systems” which involve the use of equipment such as TV sets, projectors, data show, notebook, netbook, PDA, tablets, mobile telephone apparatus, film and photographic cameras, among others. The system of correction/calibration of color spectrum of an image captured from an object (Ob) and perceived by the observer (Ob) is provided with attributes such as flexibility, portability, agility, automation, low labor cost and economically viable.
A real-time correction/calibration system for the color spectrum, wherein the conventional architecture of a “direct vision” system is formed by an image capturing device (Ca) such as a video or photographic camera, the captured image of which presents a distorted RGB color set (C2) related to the natural combination (C1), output by the object (Ob) that is directly sent to an image output device (Mo), such as a video monitor, that exactly outputs this distorted RGB color set (C2) that is perceived by the observer (Ho), wherein the system (S) has the architecture characterized by the operational blocks:
A real-time correction/calibration system for the color spectrum, wherein the conventional architecture of a “direct vision” system is formed by an image capturing device (Ca) such as a video or photographic camera, the captured image of which presents a distorted RGB color set (C2) related to the natural combination (C1), output by the object (Ob) that is directly sent to an image output device (Mo), such as a video monitor, that exactly outputs this distorted RGB color set (C2) that is perceived by the observer (Ho), wherein the system (S) has the architecture characterized by the operational blocks:
A real-time correction/calibration system for the color spectrum, wherein the conventional architecture of a “direct vision” system is formed by an image capturing device (Ca) such as a video or photographic camera, the captured image of which presents a distorted RGB color set (C2) related to the natural combination (C1), output by the object (Ob) that is directly sent to an image output device (Mo), such as a video monitor, that exactly outputs this distorted RGB color set (C2) that is perceived by the observer (Ho), wherein the system (S) has the architecture characterized by the operational blocks:
A real-time correction/calibration system for the color spectrum, wherein the conventional architecture of a “indirect vision” system is formed by an image capturing device (Ca) such as a video or photographic camera, the captured image of which presents a distorted RGB color set (C2) related to the natural combination (C1), output by the object (Ob) that is directly sent to an image output device (Mo), such as a video monitor, that exactly outputs this distorted RGB color set (C2) that is perceived by the observer (Ho), wherein the system (S) has the architecture characterized by the operational blocks:
Dependencies are inferred from the claim text.