Liquid crystal display and a manufacturing method thereof

A liquid crystal display device, comprising:

• a front glass substrate having inner and outer surfaces:
• a rear glass substrate having inner and outer surfaces, disposed parallel to said front glass substrate and separated therefrom by a predetermined distance, said inner surface of said rear glass substrate facing said inner surface of said front glass substrate;
• a plurality of scanning signal lines comprising pairs of first and second scanning signal lines alternately arranged at predetermined intervals on said transparent substrate;
• a plurality of display signal lines, each insulated from and crossing said scanning signal lines above the surface of said rear glass substrate to thereby define a plurality of pixel regions on said rear glass substrate;
• a pixel electrode disposed in each of said pixel regions;
• a thin film transistor disposed in each of said pixel regions and having a gate electrode connected to one of said scanning signal lines, a drain electrode connected to one of said display signal lines and a source electrode connected to said pixel electrode;
• and
• a first electrode disposed so that at least a portion of said first electrode overlaps said pixel electrode, said first electrode being connected to both of said first and second scanning signal lines of said one of said scanning signal lines;
• a light-shielding layer matrix disposed on said inner surface of said front glass substrate for defining a light transmitting aperture area;
• a color filter layer disposed on said inner surface of said front glass substrate, including said light transmitting area;
• a transparent crystal electrode formed on said color filter layer;
• and
• a liquid crystal layer injected between said front glass substrate and said rear glass substrate.

A portion of a liquid crystal display device, comprising:

• a transparent substrate;
• a plurality of scanning signal lines comprising pairs of first and second scanning signal lines alternately arranged at predetermined intervals on the surface of said transparent substrate;
• a plurality of display signal lines, each insulated from and crossing said scanning signal lines above said transparent substrate to thereby define a plurality of pixel regions on said transparent substrate;
• a pixel electrode disposed in each of said pixel regions;
• a thin-film transistor disposed in each of said pixel regions and having a gate electrode connected to one of said scanning signal lines, a drain electrode connected to one of said display signal lines and a source electrode connected to said pixel electrode;
• and
• a first electrode disposed in each of said pixel regions to substantially surround said pixel electrode, said first electrode being connected to both of said first and second scanning signal lines of said one of said scanning signal lines.

A liquid crystal display device, comprising:

• a front glass substrate having inner and outer surfaces;
• a rear glass substrate having inner and outer surfaces, disposed parallel to said front glass substrate and separated therefrom by a predetermined distance, said inner surface of said rear glass substrate facing said inner surface of said front glass substrate;
• a plurality of scanning signal lines comprising pairs of first and second scanning signal lines alternately arranged at predetermined intervals above said transparent substrate;
• a plurality of display signal lines, each insulated from and crossing said scanning signal lines on the surface of said rear glass substrate to thereby define a plurality of pixel regions on said rear glass substrate;
• a pixel electrode disposed in each of said pixel regions;
• a thin-film transistor disposed in each of said pixel regions and having a gate electrode connected to one of said scanning signal lines, a drain electrode connected to one of said display signal lines and a source electrode connected to said pixel electrode;
• a first electrode disposed in each of said pixel regions to substantially surround said pixel electrode, said first electrode being connected to both of said first and second scanning signal lines of said one of said scanning signal lines;
• a light-shielding layer matrix disposed on said inner surface of said front glass substrate for defining a light transmitting aperture area;
• a color filter layer disposed on said inner surface of said front glass substrate, including said light transmitting area;
• a transparent crystal electrode formed on said color filter layer;
• and
• a liquid crystal layer injected between said front glass substrate and said rear glass substrate.