Light emitting display device sloped electrode

1. A light emitting display device, comprising:

a first pixel on a substrate comprising:

a first sub pixel extending in a horizontal direction, the first sub pixel including:

a first sub pixel thin film transistor (TFT) disposed at a first side of an active area of the first sub pixel, and

a first sub electrode coupled to the first sub pixel TFT, the first sub electrode having a first slope with respect to the substrate in an emission area of the first sub pixel,

wherein the first sub electrode is disposed over the first sub pixel TFT, from the first side of the active area of the first sub pixel to a second side of the active area of the first sub pixel, wherein the second side of the active area of the first sub pixel is opposite to the first side of the active area of the first sub pixel along a vertical direction, and

wherein a distance between the first sub electrode and the substrate at the first side of the active area of the first sub pixel over the first sub pixel TFT is greater than a distance between the first sub electrode and the substrate at the second side of the active area of the first sub pixel,

a second sub pixel extending in the horizontal direction, the second sub pixel next to the first sub pixel in the vertical direction, the second sub pixel including:

a second sub pixel TFT disposed at a second side of the active area of the second sub pixel, and

a second sub electrode coupled to the second sub pixel TFT, the second sub electrode having a second slope with respect to the substrate in an emission area of the second sub pixel, the second slope having a tilting direction opposite to the first slope,

wherein the second sub electrode is disposed over the second sub pixel TFT, from the second side of the active area of the second sub pixel to a first side of the active area of the second sub pixel,

wherein the second side of the active area of the second sub pixel is opposite to the first side of the active area of the second sub pixel along the vertical direction, and

wherein a distance between the second sub electrode and the substrate at the second side of the active area of the second sub pixel over the second sub pixel TFT is greater than a distance between the second sub electrode and the substrate at the first side of the active area of the second sub pixel, and

a third sub pixel extending in the vertical direction, third sub pixel including a third sub electrode coupled to a third sub pixel TFT; and

a second pixel on the substrate and adjacent to the first pixel in the horizontal direction, the second pixel comprising:

a fourth sub pixel extending in the horizontal direction, the fourth sub pixel including:

a fourth sub pixel TFT disposed at a second side of an active area of the fourth sub pixel, and

a fourth sub electrode coupled to the fourth sub pixel TFT, the fourth sub electrode having the second slope with respect to the substrate in an emission area of the fourth sub pixel, the second slope having the tilting direction opposite to the first slope,

wherein the fourth sub electrode is disposed over the fourth sub pixel TFT, from the second side of the active area of the fourth sub pixel to a first side of the active area of the fourth sub pixel, wherein the second side of the active area of the fourth sub pixel is opposite to the first side of the active area of the fourth sub pixel along the vertical direction,

wherein a distance between the fourth sub electrode and the substrate at the second side of the active area of the fourth sub pixel over the fourth sub pixel TFT is greater than a distance between the fourth sub electrode and the substrate at the first side of the active area of the fourth sub pixel, and

wherein the first sub pixel and the fourth sub pixel display different colors,

a fifth sub pixel extending in a horizontal direction, the fifth sub pixel next to the fourth sub pixel in the vertical direction, the fifth sub pixel including:

a fifth sub pixel TFT disposed at a first side of an active area of the fifth sub pixel, and

a fifth sub electrode coupled to the fifth sub pixel TFT, the fifth sub electrode having the first slope with respect to the substrate in an emission area of the fifth sub pixel,

wherein the fifth sub electrode is disposed over the fifth sub pixel TFT, from the first side of the active area of the fifth sub pixel to a second side of the active area of the fifth sub pixel, wherein the second side of the active area of the fifth sub pixel is opposite to the first side of the active area of the fifth sub pixel along a vertical direction, and

wherein a distance between the fifth sub electrode and the substrate at the first side of the active area of the fifth sub pixel over the fifth sub pixel TFT is greater than a distance between the fifth sub electrode and the substrate at the second side of the active area of the fifth sub pixel, and

wherein the first sub pixel and the fifth sub pixel display the same color,

wherein the tilting direction is in the vertical direction.

2. The light emitting display device of claim 1 wherein the first sub pixel is formed in a left upper side of the first pixel, the second sub pixel is formed in a left lower side of the first pixel, and the third sub pixel is formed in a right side of the first pixel.

3. The light emitting display device of claim 1 , wherein the first pixel and the second pixel form one pixel group and the pixel group repeatedly disposed in the horizontal direction and the vertical direction.

4. The light emitting display device of claim 1 , wherein the first sub pixel is a red sub pixel including a red light emitting layer, the second sub pixel is a green sub pixel including a green light emitting layer, and the third sub pixel is a blue sub pixel including a blue light emitting layer.

5. The light emitting display device of claim 1 , wherein lengths in the horizontal direction of the first sub pixel and the second sub pixel and lengths in the vertical direction of the first sub pixel and the second sub pixel are equal to each other.