Electro-optical device producing wider reproducible color range having complementary color sub-pixel in transmission region and no reflection region among sub-pixels forming three primary-color filter system

An electro-optical device for implementing transmission display and reflection display, comprising:

• sub-pixels corresponding to three colors, each sub-pixel having a coloration layer of one color among the three colors;
• at least one sub-pixel having a coloration layer of a color different from the three colors;
• and
• a light transmission region in each of the sub-pixels corresponding to the three colors and the at least one sub-pixel and a light reflection region in each of the sub-pixels corresponding to the three colors,
• the coloration layer in each of the sub-pixels is the same in the light transmission region as that in the light reflection region,
• the coloration layer in the at least one sub-pixel is disposed in the light transmission region,
• the transmission display implementing color display using the three colors of the coloration layers disposed in the light transmission regions of the three sub-pixels corresponding to the three colors and the color different from the three colors of the coloration layer disposed in the light transmission region of the at least one sub-pixel, and
• the reflection display implementing color display using the three colors of the coloration layers disposed in the light reflection regions of the three sub-pixels corresponding to the three colors.

An electro-optical device for implementing color display by transmission display and/or reflection display, comprising:

• a plurality of sub-pixels having a light transmission region and a li&t reflection region;
• and
• a sub-pixel having a light transmission region,
• the plurality of sub-pixels and the sub-pixel corresponding to a plurality of colors, each of the plurality of sub-pixels and the sub-pixel having a coloration region of one color among the plurality of colors,
• the coloration regions including a coloration region of a blue-color-system color, a coloration region of a red-color-system color, and coloration regions of two colors selected from among colors ranging from blue to yellow in the range of visible light in which the color is changed in accordance with wavelength,
• the coloration regions in the light reflection regions constituting the coloration region of the blue-color-system color, the coloration region of the red-color-system color, and one of the coloration regions of the two colors selected from among the colors ranging from blue to yellow,
• the coloration regions in the light transmission regions constituting the coloration region of the blue-color-system color, the coloration region of the red-color-system color, and the coloration regions of the two colors selected from among the colors ranging from blue to yellow, and
• wherein a sub-pixel having a coloration region that constitutes the one of the coloration regions of the two colors selected from among the colors ranging from blue to yellow does not comprise a light reflection region for reflection display.

An electro-optical device for implementing transmission display by a light transmission region and reflection display by a light reflection region, comprising:

• sub-pixels corresponding to three colors, each sub-pixel having a coloration region of one color among the three colors;
• at least one sub-pixel having a coloration region of one color different from the three colors;
• and
• a light transmission region in the sub-pixels corresponding to the three colors and the at least one sub-pixel and a light reflection region in each of the sub-pixels corresponding to the three colors,
• the coloration region in each of the sub-pixels is the same in the light transmission region as that in the light reflection region,
• the coloration region in the at least one subpixel is disposed in the light transmission region,
• wherein the transmission display implements color display using the three colors of the coloration regions disposed in the light transmission regions of the three sub-pixels corresponding to the three colors and the color different from the three colors of the coloration regions disposed in the light transmission regions of the at least one sub-pixel, and
• the reflection display implements color display using the three colors of the coloration regions disposed in the light reflection region of the three sub-pixels corresponding to the three colors.