Organic electroluminescent device and method of manufacturing the same

An organic electroluminescent device comprising:

• a plurality of ITO films formed on a substrate;
• a plurality of scan lines each formed between the ITO films on the substrate;
• an insulating layer formed on other areas than luminescent areas of the ITO films and connection areas of the scan lines;
• a plurality of organic layers formed on the luminescent areas;
• a plurality of metal line layers formed on the organic layers and the connection areas, wherein the metal lines layers cross over the ITO films;
• and
• a scan line connection section for connecting the scan lines.

An organic electroluminescent device comprising:

• a plurality of ITO films formed on a substrate;
• a plurality of scan lines each formed between the ITO films on the substrate;
• an insulating layer formed on other areas than luminescent areas of the ITO films and connection areas of the scan lines;
• a plurality of organic layers formed on the luminescent areas;
• a plurality of metal line layers formed on the organic layers and the connection areas, wherein the metal line layers cross over the ITO films;
• and
• a plurality of scan line connection sections for connecting the scan lines in the unit of K (integer of above 2).

An organic electroluminescent device having ITO films and metal line layers crossing over the ITO films comprising:

• a plurality of data lines each connected to the ITO films;
• a plurality of data line connection sections for connecting the data lines in the unit of L (integer of above 2);
• a plurality of scan lines each formed between the ITO films;
• and
• a scan line connection section for connecting the scan lines.

A method of manufacturing an organic electroluminescent device comprising:

• forming a plurality of first ITO films on a substrate;
• forming a plurality of scan lines in parallel with the first ITO films between the first ITO films;
• depositing an insulating material on other areas than luminescent areas and connection areas on the whole area of the substrate on which the first ITO films and the scan lines are formed;
• depositing respectively an organic layer on the luminescent areas;
• and
• forming a plurality of metal line layers crossing over the first ITO films on the luminescent areas and the connection areas.

A method of manufacturing an organic electroluminescent device comprising:

• forming a plurality of ITO films on a substrate;
• forming a plurality of scan lines in parallel with the ITO films between the ITO films;
• forming a scan line connection section for connecting the scan lines;
• depositing insulating material on other areas than luminescent areas and connection areas on the whole area of the substrate on which the ITO films and the scan lines are formed;
• depositing each organic layer on the luminescent areas;
• and
• forming a plurality of metal line layers crossing over the ITO films on the luminescent areas and the connection areas.