Liquid crystal display structure

A LCD structure, comprising:

• a liquid crystal layer;
• a first alignment layer disposed on the liquid crystal layer, wherein the first alignment layer at least comprises:
• a first alignment area having a first aligning direction;
• and
• a second alignment area having a second aligning direction;
• a first electrode layer disposed on the liquid crystal layer;
• a second alignment layer disposed under the liquid crystal layer, wherein the second alignment layer at least comprises:
• a third alignment area having a third aligning direction;
• and
• a fourth alignment area having a fourth aligning direction, wherein the first aligning direction, the second aligning direction, the third aligning direction and the fourth aligning direction are different;
• and
• a second electrode layer disposed under the liquid crystal layer, wherein at least one of the first electrode layer and the second electrode layer comprises a substrate material and a plurality of openings, and at least comprises:
• a first electrode area;
• a second electrode area;
• a third electrode area;
• and
• a fourth electrode area, wherein
• the boundaries of the first electrode area, the second electrode area, the third electrode area and the fourth electrode area correspond to a boundary of the first alignment area and the second alignment area, and correspond to a boundary of the third alignment area and the fourth alignment area,
• the openings are disposed in the boundaries of the first electrode area, the second electrode area, the third electrode area and the fourth electrode area, and the openings are arranged in a cross shape.

A LCD structure, comprising:

• a liquid crystal layer;
• a first alignment layer disposed on the liquid crystal layer, wherein the first alignment layer at least comprises:
• a first alignment area having a first aligning direction;
• and
• a second alignment area having a second aligning direction;
• a first electrode layer disposed on the liquid crystal layer;
• a second alignment layer disposed under the liquid crystal layer, wherein the second alignment layer at least comprises:
• a third alignment area having a third aligning direction;
• and
• a fourth alignment area having a fourth aligning direction, wherein the first aligning direction, the second aligning direction, the third aligning direction and the fourth aligning direction are different;
• and
• a second electrode layer disposed under the liquid crystal layer, wherein at least one of the first electrode layer and the second electrode layer comprises a substrate material and a plurality of openings, and at least comprises:
• a first electrode area;
• a second electrode area;
• a third electrode area;
• and
• a fourth electrode area, wherein
• boundaries of the first electrode area, the second electrode area, the third electrode area and the fourth the electrode area correspond to a boundary of the first alignment area and the second alignment area, and correspond to a boundary of the third alignment area and the fourth alignment area,
• the directions of the openings in the first electrode areas are between the first aligning direction and the third aligning direction,
• the directions of the openings in the second electrode areas are between the second aligning direction and the third aligning direction,
• the directions of the openings in the third electrode areas are between the first aligning direction and the fourth aligning direction,
• the directions of the openings in the fourth electrode area are between the second aligning direction and the fourth aligning direction.