Image display device, method of driving image display device, and electronic apparatus
First Claim
1. An image display device in which one dot is displayed using M (M is an integer larger than 3) sub-pixels having different colors and being disposed adjacent to each other in a vertical direction or horizontal direction, a ratio of a length of a sub-pixel of the one dot in a disposition direction to a length in a direction orthogonal to the disposition direction being M:
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3, comprising;
a resolution converter that converts the resolution in the disposition direction of the image data which defines an image to be displayed for every dot to 3/M;
a color separating unit that separates color components of the image data converted by the resolution converter into color components corresponding to the M sub-pixels for every dot; and
a driving circuit that drives the sub-pixels so as to have a resolution defined by the image data separated by the color separating unit.
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Accused Products
Abstract
An image display device in which one dot is displayed using M (M is an integer larger than 3) sub-pixels having different colors and being disposed adjacent to each other in a vertical direction or horizontal direction, a ratio of a length of the sub-pixel of the one dot in a disposition direction to a length, in a direction orthogonal to the disposition direction being M:3, includes a resolution converter that converts the resolution in the disposition direction of the image data which defines an image to be displayed for every dot to 3/M; a color separating unit that separates the image data converted by the resolution converter into color components corresponding to the M sub-pixels pixels for every dot; and a driving circuit that drives the so as to have a resolution defined by the image data separated by the color separating unit.
11 Citations
7 Claims
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1. An image display device in which one dot is displayed using M (M is an integer larger than 3) sub-pixels having different colors and being disposed adjacent to each other in a vertical direction or horizontal direction, a ratio of a length of a sub-pixel of the one dot in a disposition direction to a length in a direction orthogonal to the disposition direction being M:
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3, comprising;
a resolution converter that converts the resolution in the disposition direction of the image data which defines an image to be displayed for every dot to 3/M;
a color separating unit that separates color components of the image data converted by the resolution converter into color components corresponding to the M sub-pixels for every dot; and
a driving circuit that drives the sub-pixels so as to have a resolution defined by the image data separated by the color separating unit. - View Dependent Claims (2, 3, 4, 5, 7)
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3, comprising;
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6. A method of driving an image display device in which one dot is displayed using M (M is an integer larger than 3) sub-pixels having different colors and being disposed adjacent to each other in a vertical direction or horizontal direction, a ratio of a length of the sub-pixel of the one dot in a disposition direction to a length in a direction orthogonal to the disposition direction being M:
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3, the method comprising;
converting the resolution in the disposition direction of the image data which defines an image to be displayed for every dot to 3/M;
separating color components of the image data converted by the resolution converter into color components corresponding to the M sub-pixels for every dot; and
driving the sub-pixels so as to have resolutions defined by the image data separated by the color separating unit.
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3, the method comprising;
Specification