Liquid crystal display panel

A liquid crystal display panel comprising in the following order:

• a first substrate including pixel electrodes;
• a liquid crystal layer containing liquid crystal molecules;
• and
• a second substrate including a counter electrode,
• the liquid crystal display panel including pixels each including at least four alignment regions of a first alignment region, a second alignment region, a third alignment region, and a fourth alignment region,
• the four alignment regions providing different tilt azimuths to the liquid crystal molecules,
• the first alignment region, the second alignment region, the third alignment region, and the fourth alignment region being arranged in the given order in a longitudinal direction of each pixel,
• the first alignment region and the second alignment region providing tilt azimuths approximately 180° different from each other to the liquid crystal molecules or the third alignment region and the fourth alignment region providing tilt azimuths approximately 180° different from each other to the liquid crystal molecules,
• the pixel electrodes including a first pixel electrode configured to apply voltage to the first alignment region and the second alignment region and a second pixel electrode configured to apply voltage to the third alignment region and the fourth alignment region, the first pixel electrode and the second pixel electrode being configured to apply different voltages to the liquid crystal layer, and
• the liquid crystal display panel including pixels with |V1(k)|>|V2(k)| and pixels with |V1(k)|<|V2(k)| in display at a grayscale value k in the range of 0 to n, where n is an integer of 2 or greater, k is 0<k<n and an integer of 1 or greater, V1(k) is voltage applied to the liquid crystal layer by the first pixel electrode and V2(k) is voltage applied to the liquid crystal layer by the second pixel electrode,
• a pixel with |V1(k)|>|V2(k)| being arranged next to a pixel with |V1(k)|>IV2(k)| in a column direction and next to a pixel with 1V1(k)|<1V2(k)| in a row direction,
• the pixels in the row direction consecutively having a first alignment division pattern or a second alignment division pattern, and
• every multiple pixels in the column direction alternately having the first alignment division pattern and the second alignment division pattern.

A liquid crystal display panel comprising in the following order:

• a first substrate including pixel electrodes;
• a liquid crystal layer containing liquid crystal molecules;
• and
• a second substrate including a counter electrode,
• the liquid crystal display panel including pixels each including at least four alignment regions of a first alignment region, a second alignment region, a third alignment region, and a fourth alignment region,
• the four alignment regions providing different tilt azimuths to the liquid crystal molecules,
• the first alignment region, the second alignment region, the third alignment region, and the fourth alignment region being arranged in the given order in a longitudinal direction of each pixel,
• the first alignment region and the second alignment region providing tilt azimuths approximately 180° different from each other to the liquid crystal molecules or the third alignment region and the fourth alignment region providing tilt azimuths approximately 180° different from each other to the liquid crystal molecules,
• the pixel electrodes including a first pixel electrode configured to apply voltage to the first alignment region and the second alignment region and a second pixel electrode configured to apply voltage to the third alignment region and the fourth alignment region, the first pixel electrode and the second pixel electrode being configured to apply different voltages to the liquid crystal layer, and
• the liquid crystal display panel including pixels with |V1(k)|>|V2(k)| and pixels with |V1(k)|<IV2(k)| in display at a grayscale value k in the range of 0 to n, where n is an integer of 2 or greater, k is 0<k<n and an integer of 1 or greater, V1(k) is voltage applied to the liquid crystal layer by the first pixel electrode and V2(k) is voltage applied to the liquid crystal layer by the second pixel electrode,
• the pixels with |V1(k)|>|V2(k)| being arranged consecutively in a row direction and a column direction or the pixels with |V1(k)|<|V2(k)| are arranged consecutively in the row direction and the column direction,
• the pixels in the row direction consecutively having a first alignment division pattern or a second alignment division pattern, and
• the pixels in the column direction alternately having the first alignment division pattern and the second alignment division pattern.