Organic electroluminescence device and method for manufacturing same

A method for forming an organic electroluminescence device comprising the steps of:

• forming first electrodes on a substrate in a single direction, the substrate having a luminous portion on which the first electrodes are formed and a pad portion;
• forming first bus electrode patterns on the pad portion of the substrate such that the first bus electrode patterns are connected with the first electrodes while forming the first electrodes, the first bus electrode patterns including a material for forming the first electrodes;
• forming second bus electrode patterns on the pad portion of the substrate while forming the first electrodes, the second bus electrode patterns including the first electrode forming material;
• forming an insulating layer pattern on the first electrodes and the substrate in a lattice shape to define plural pixel openings on the first electrodes;
• forming partition layers on the insulating layer pattern, the partition layers intersecting the first electrodes perpendicularly;
• forming barrier films between the first bus electrode patterns and the second bus electrode patterns while forming the partition layers;
• forming an organic thin film layer on the pixel openings;
• forming second electrodes on the organic thin film layer to be perpendicular to the first electrodes;
• and
• depositing a second electrode forming material on the first and the second bus electrode patterns while forming the second electrodes.

A method for forming an organic electroluminescence device comprising the steps of:

• forming first electrodes on a substrate in a single direction, the substrate having a luminous portion on which the first electrodes are formed and a pad portion;
• forming first bus electrode patterns on the pad portion of the substrate such that the first bus electrode patterns are connected with the first electrodes while forming the first electrodes, the first bus electrode patterns including a material for forming the first electrodes;
• forming an insulating layer pattern on the first electrodes and the substrate in a lattice shape to define plural pixel openings on the first electrodes;
• forming partition layers on the insulating layer pattern, the partition layers intersecting the first electrodes perpendicularly;
• forming barrier films on the pad portion of the substrate while forming the partition layers;
• forming an organic thin film layer on the pixel openings;
• forming a mask film pattern for blocking the first bus electrode patterns;
• forming second electrodes on the organic thin film layer to be perpendicular to the first electrodes by using the mask film pattern;
• and
• depositing a second electrode forming material between the barrier films to thereby form second bus electrode patterns while forming the second electrodes.

A method for forming an organic electroluminescence device comprising the steps of:

• forming first electrodes on a substrate in a single direction, the substrate having a luminous portion on which the first electrodes are formed and a pad portion;
• forming an insulating layer pattern on the first electrodes and the substrate in a lattice shape to define plural pixel openings on the first electrodes;
• forming partition layers on the insulating layer pattern, the partition layers intersecting the first electrodes perpendicularly;
• forming barrier films on the pad portion of the substrate while forming the partition layers;
• forming an organic thin film layer on the pixel openings;
• forming second electrodes on the organic thin film layer to be perpendicular to the first electrodes;
• and
• depositing a second electrode forming material between the barrier films to thereby form first and second bus electrode patterns while forming the second electrodes.