Display device with bridge section

A liquid crystal display device comprising:

• a substrate having an image forming section in which a plurality of pixel sections is arranged in a matrix, each of the pixel sections including a thin film transistor and a pixel electrode;
• and
• an organic insulating film formed in an upper layer of the thin film transistor,
• wherein the pixel electrode is formed on the organic insulating film,
• a wire formed in the same process as a drain wire connected to the thin film transistor extends to a terminal section,
• the organic insulating film is formed to the outside of the image forming section,
• a through hole is provided to the organic insulating film in the terminal section,
• a metal oxide conductive film covers the through hole and a periphery of the through hole,
• the wire formed in the same process as the drain wire and the metal oxide conductive film are connected to each other at the through hole,
• an end of the organic insulating film is located on the substrate outer than the terminal sections, and inner than an end of the substrate,
• a part of the organic insulating film forms a bridge section extending outside the end of the organic insulating film to the end of the substrate, and
• the bridge section is located between the terminal sections adjacent to each other.

A liquid crystal display device comprising:

• a substrate having an image forming section in which a plurality of pixel sections is arranged in a matrix, each of the pixel sections including a thin film transistor and a pixel electrode;
• and
• an organic insulating film formed in an upper layer of the thin film transistor,
• wherein the pixel electrode is formed on the organic insulating film,
• a wire formed in the same process as a gate wire connected to the thin film transistor extends to a terminal section,
• the organic insulating film is formed to the outside of the image forming section,
• a through hole is provided to the organic insulating film in the terminal section,
• a metal oxide conductive film covers the through hole and a periphery of the through hole,
• the wire formed in the same process as the gate wire and the metal oxide conductive film are connected to each other at the through hole,
• an end of the organic insulating film is located on the substrate outer than the terminal sections, and inner than an end of the substrate,
• a part of the organic insulating film forms a bridge section extending outside the end of the organic insulating film to the end of the substrate, and
• the bridge section is located between the terminal sections adjacent to each other.

An organic EL display device comprising:

• a substrate having an image forming section in which a plurality of pixel sections is arranged in a matrix, each of the pixel sections including a thin film transistor and an organic EL light emitting section;
• and
• an organic insulating film formed in an upper layer of the thin film transistor,
• wherein the organic EL light emitting section includes a lower electrode formed of an oxide conductive film, an organic EL layer and an upper electrode formed of a metal layer, and is formed on the organic insulating film,
• a plurality of terminal sections is formed in a periphery of the image forming section,
• the organic insulating film is formed to the outside of the image forming section,
• a through hole is provided to the organic insulating film in the terminal section,
• a metal oxide conductive film covers the through hole and a periphery of the through hole,
• an end of the organic insulating film is located on the substrate outer than the terminal sections, and inner than an end of the substrate,
• a part of the organic insulating film forms a bridge section extending outside the end of the organic insulating film to the end of the substrate, and
• the bridge section is located between the terminal sections adjacent to each other.

An organic EL display device comprising:

• a substrate having an image forming section in which a plurality of pixel sections is arranged in a matrix, each of the pixel sections including a thin film transistor and an organic EL light emitting section;
• and
• an organic insulating film formed in an upper layer of the thin film transistor,
• wherein the organic EL light emitting section includes a lower electrode formed of a metal layer, an organic EL layer and an upper electrode formed of an oxide conductive film, and is formed on the organic insulating film,
• a plurality of terminal sections is formed in a periphery of the image forming section,
• the organic insulating film is formed to the outside of the image forming section,
• a through hole is provided to the organic insulating film in the terminal section,
• a metal oxide conductive film covers the through hole and a periphery of the through hole,
• an end of the organic insulating film is located on the substrate outer than the terminal sections, and inner than an end of the substrate,
• a part of the organic insulating film forms a bridge section extending outside the end of the organic insulating film to the end of the substrate, and
• the bridge section is located between the terminal sections adjacent to each other.