Multiple view liquid crystal display

A multiple view liquid crystal display that displays at least two images in different separating directions, said display comprising:

• a liquid crystal panel in a normally black mode, said liquid crystal panel including a black matrix for defining a region of each pixel of said liquid crystal panel;
• and
• a parallax barrier provided on a front surface of said liquid crystal panel, said parallax barrier including a light shielding film having opening portions through which light emitted from said pixel in the at least two images passes in a corresponding one of the separating directions,
• wherein said pixel of said liquid crystal panel includes a first region and a second region which have different voltage-transmittance characteristics from each other,
• said first region includes an end of said pixel in the corresponding one of the separating directions, said first region being disposed under a light shielding portion of said black matrix when viewed in plan view,
• said second region includes a central part of said pixel,
• said first region has a voltage-transmittance characteristic having a higher transmittance than a transmittance in said second region when low luminance display is carried out,
• said pixel includes an electrode provided with at least one slit entirely disposed in said first region and at least one slit entirely disposed in said second region for generating a fringe electric field,
• said liquid crystal panel includes two substrates interposing a liquid crystal therebetween and said substrate on a side where said electrode is disposed is provided with an alignment film subjected to liquid crystal alignment processing in a predetermined direction,
• an angle formed by an extending direction of said at least one slit in said first region and a direction of said liquid crystal alignment processing is greater than an angle formed by an extending direction of said at least one slit in said second region and a direction of said liquid crystal alignment processing,
• a gap exists between said at least one slit in said first region and said at least one slit in said second region such that said at least one slit in said first region is separated from said at least one slit in said second region in the corresponding one of the separating directions,
• said pixel of said liquid crystal panel includes a second electrode disposed opposite to said electrode through an insulation film for generating a fringe electric field,
• in said first region, each of said at least one slit and said second electrode are disposed under said light shielding portion of said black matrix when viewed in plan view, and
• each of said at least one slits is entirely disposed in a forming region of said second electrode when viewed in plan view.

A multiple view liquid crystal display that displays at least two images in different separating directions, said display comprising:

• a liquid crystal panel in a normally black mode, said liquid crystal panel including a black matrix for defining a region of each pixel of said liquid crystal panel;
• and
• a parallax barrier provided on a front surface of said liquid crystal panel, said parallax barrier including a light shielding film having opening portions through which light emitted from said pixel in the at least two images passes in a corresponding one of the separating directions,
• wherein said pixel of said liquid crystal panel includes an electrode provided with a plurality of slits for generating a fringe electric field, each of said plurality of slits being a continuous slit that includes first regions that abut opposite ends of a second region,
• said second region having a different voltage-transmittance characteristic from said first regions,
• one of said first regions in each of said plurality of slits includes an end of said pixel in the corresponding one of the separating directions,
• another of said first regions in each of said plurality of slits includes another end of said pixel in the corresponding one of the separating directions,
• at least one of said first regions includes a plurality of first portions of said plurality of slits positioned at a first angle relative to a direction of liquid crystal alignment processing, said first angle being greater than 0,
• said first regions are disposed under a light shielding portion of said black matrix when viewed in plan view,
• said second region includes a central part of said pixel, said second region including a plurality of second portions of said plurality of slits positioned at a second angle relative to the direction of liquid crystal alignment processing, said second angle being greater than 0 and having a different magnitude than a magnitude of said first angle relative to said direction of liquid crystal alignment processing,
• said first regions have a voltage-transmittance characteristic having a higher transmittance than a transmittance in said second region when low luminance display is carried out,
• said pixel of said liquid crystal panel further includes a second electrode disposed opposite to said electrode through an insulation film for generating a fringe electric field,
• in said first regions, said plurality of first portions of said plurality of slits and said second electrode are disposed under said light shielding portion of said black matrix when viewed in plan view, and
• said continuous slit is entirely disposed in a forming region of said second electrode when viewed in plan view.

A multiple view liquid crystal display that displays at least two images in different separating directions, said display comprising:

• a liquid crystal panel in a normally black mode, said liquid crystal panel including a black matrix for defining a region of each pixel of said liquid crystal panel;
• and
• a parallax barrier provided on a front surface of said liquid crystal panel, said parallax barrier including a light shielding film having opening portions through which light emitted from said pixel in the at least two images passes in a corresponding one of the separating directions,
• wherein said pixel of said liquid crystal panel includes first regions and a second region which have different voltage-transmittance characteristics from each other,
• said pixel includes an electrode provided with a plurality of slits entirely disposed in said first regions and a plurality of slits entirely disposed in said second region for generating a fringe electric field,
• one of said first regions includes an end of said pixel in the corresponding one of the separating directions,
• another of said first regions includes another end of said pixel in the corresponding one of the separating directions,
• at least one of said first regions includes at least one first slit of said plurality of slits entirely disposed in said first regions, said first slit having a width in the corresponding one of the separating directions,
• said first regions are disposed under a light shielding portion of said black matrix when viewed in plan view,
• said second region includes a central part of said pixel, said second region including at least one second slit of said plurality of slits entirely disposed in said second region, said at least one second slit having a width in the corresponding one of the separating directions that is different from the width of said at least one first slit, and
• said first regions have a voltage-transmittance characteristic having a higher transmittance than a transmittance in said second region when low luminance display is carried out,
• said pixel of said liquid crystal panel further includes a second electrode disposed opposite to said electrode through an insulation film for generating a fringe electric field,
• in said first regions, said first slit and said second electrode are disposed under said light shielding portion of said black matrix when viewed in plan view, and
• all of said plurality of slits of said electrode are entirely disposed in a forming region of said second electrode when viewed in plan view.