Multi-domain liquid crystal display device

A multi-domain liquid crystal display device, comprising:

• first and second substrates facing each other;
• a liquid crystal layer between said first and second substrates;
• a plurality of gate bus lines arranged in a first direction on said first substrate and a plurality of data bus lines arranged in a second direction on said first substrate to define a plurality of pixel regions:
• a thin film transistor positioned at a crossing area of said data bus line and said gate bus line said thin film transistor comprising a gate electrode, a semiconductor layer, and source/drain electrodes;
• a common-auxiliary electrode comprising at least one electrode in the each pixel region, the common-auxiliary electrode surrounding said pixel regions on a same layer wherein said gate bus line is formed;
• plurality of pixel electrodes electrically charged through the thin film transistor;
• and an alignment layer on at least one substrate between said first and second substrates;
• a light shielding layer on said second substrate;
• a color filter on said light shielding layer;
• a common electrode on said color filter layer;
• and an alignment layer on at least one substrate between said first and second substrate;
• said pixel electrode does not overlap said common-auxiliary electrode;
• a storage electrode overlapping said common-auxiliary electrode.

A multi-domain liquid crystal display device, comprising:

• first and second substrates facing each other;
• a liquid crystal layer between said first and second substrates;
• a plurality of gate bus lines arranged in a first direction on said first substrate and a plurality of data bus lines arranged in a second direction on said first substrate to define a plurality of pixel regions;
• a common-auxiliary electrode surrounding said pixel regions on a same layer whereon said gate bus line is formed;
• a gate insulator over said whole first substrate;
• a storage electrode overlapping said gate bus line on the gate insulator, the storage electrode connecting electrically the pixel electrode on an area except the pixel region;
• a passivation layer on said gate insulator over said whole first substrate;
• a pixel electrode electrically charged through said data bus line in said pixel region;
• a light shielding layer on said second substrate;
• a color filter layer on said light shielding layer;
• a common electrode on said color filter layer;
• and an alignment layer on at least one substrate between said first and second substrates;
• wherein said pixel electrode does not overlap said common-auxiliary electrode.

A multi-domain liquid crystal display device, comprising:

• first and second substrates facing each other;
• a liquid crystal layer between said first and second substrates;
• a plurality of gate bus lines arranged in a first direction on said first substrate and a plurality of data bus lines arranged in a second direction on said first substrate to define a plurality of pixel regions;
• a common-auxiliary electrode surrounding said pixel region on a same layer whereon said gate bus line is formed;
• a gate insulator over said whole first substrate;
• a storage electrode overlapping said gate bus line on the gate insulator, the storage electrode connecting electrically the pixel electrode on an area except the pixel region;
• a passivation layer on said gate insulator over said whole first substrate;
• a pixel electrode electrically charged through said data bus line in said pixel region;
• a light shielding layer on said second substrate;
• a color filter layer on said light shielding layer;
• a common electrode on said color filter layer;
• and an alignment layer on at least one substrate between said first and second substrates;
• said pixel electrode does not overlap said common-auxiliary electrode;
• a dielectric frame for distorting electric field on said pixel electrode.

A multi-domain liquid crystal display device, comprising:

• first and second substrates facing each other;
• a liquid crystal layer between said first and second substrates;
• a plurality of gate bus lines arranged in a first direction on said first substrate and a plurality of data bus lines arranged in a second direction on said first substrate to define a plurality of pixel regions;
• a common-auxiliary electrode surrounding said pixel region on a same layer whereon said gate bus line is formed;
• a gate insulator over said whole first substrate;
• a storage electrode overlapping said gate bus line on the gate insulator, the storage electrode connecting electrically the pixel electrode on an area except the pixel region;
• a passivation layer on said gate insulator over said whole first substrate;
• a pixel electrode electrically charged through said data bus line in said pixel region;
• a light shielding layer on said second substrate;
• a color filter layer on said light shielding layer;
• a common electrode on said color filter layer;
• and an alignment layer on at least one substrate between said first and second substrates;
• said pixel electrode does not overlap said common-auxiliary electrode;
• wherein said passivation layer includes a material selected from the group consisting of silicon nitride and silicon oxide.

A multi-domain liquid crystal display device, comprising:

• first and second substrates facing each other;
• a liquid crystal layer between said first and second substrates;
• a plurality of gate bus lines arranged in a first direction on said first substrate and a plurality of data bus lines arranged in a second direction on said first substrate to define a plurality of pixel regions;
• a common-auxiliary electrode surrounding said pixel region on a same layer whereon said gate bus line is formed;
• a gate insulator over said whole first substrate;
• a storage electrode overlapping said gate bus line on the gate insulator, the storage electrode connecting electrically the pixel electrode on an area except the pixel region;
• a passivation layer on said gate insulator over said whole first substrate;
• a pixel electrode electrically charged through said data bus line in said pixel region,
• a light shielding layer on said second substrate;
• a color filter layer on said light shielding layer;
• a common electrode on said color filter layer;
• and an alignment layer on at least one substrate between said first and second substrates, said alignment layer being divided into at least two portions, liquid crystal molecules in the liquid crystal layer in each portion being aligned differently from each other;
• and
• said pixel electrode does not overlap said common-auxiliary electrode;
• wherein at least one portion of said at least two portions of the alignment layer is alignment-treated.

A multi-domain liquid crystal display device, comprising:

• first and second substrates facing each other;
• a liquid crystal layer between said first and second substrates;
• a plurality of gate bus lines arranged in a first direction on said first substrate and a plurality of data bus lines arranged in a second direction on said first substrate to define a plurality of pixel regions;
• a common-auxiliary electrode surrounding said pixel region on a same layer whereon said gate bus line is formed;
• a gate insulator over said whole first substrate;
• a storage electrode overlapping said gate bus line on the gate insulator, the storage electrode connecting electrically the pixel electrode on an area except the pixel region;
• a passivation layer on said gate insulator over said whole first substrate;
• a pixel electrode electrically charged through said data bus line in said pixel region;
• a light shielding layer on said second substrate;
• a color filter layer on said light shielding layer;
• a common electrode on said color filter layer;
• and an alignment layer on at least one substrate between said first and second substrates;
• said pixel electrode does not overlap said common-auxiliary electrode;
• wherein said liquid crystal layer includes liquid crystal molecules having positive dielectric anisotropy.

A multi-domain liquid crystal display device, comprising:

• first and second substrates facing each other,
• a liquid crystal layer between said first and second substrates;
• a plurality of gate bus lines arranged in a first direction on said first substrate and a plurality of data bus lines arranged in a second direction on said first substrate to define a plurality of pixel regions;
• a common-auxiliary electrode surrounding said pixel region on a same layer whereon said gate bus line is formed;
• a gate insulator over said whole first substrate;
• a storage electrode overlapping said gate bus line on the gate insulator, the storage electrode connecting electrically the pixel electrode on an area except the pixel region;
• a passivation layer on said gate insulator over said whole first substrate;
• a pixel electrode electrically charged through said data bus line in said pixel region;
• a light shielding layer on said second substrate;
• a color filter layer on said light shielding layer;
• a common electrode on said color filter layer;
• and an alignment layer on at least one substrate between said first and second substrates;
• and
• and said pixel electrode does not overlap said common-auxiliary electrode;
• a negative uniaxial film on at least one substrate.