Method of manufacturing organic EL device, and organic EL device

A method of manufacturing an organic EL device, comprising the steps of:

• forming first and second grooves in an insulating film on a substrate while the positions of their one edge portions are shifted from each other;
• forming a stopper to prevent a solution from entering said first groove;
• immersing said one edge portions of said first and second grooves in a first solution in which a first organic EL material is dissolved, and filling said second groove with said first solution while said stopper prevents said first solution from entering said first groove;
• removing said stopper;
• and
• immersing said one edge portion of said first groove in a second solution in the state where said second groove is apart from said second solution in which a second organic EL material is dissolved, and filling said first groove with said second solution.

A method of manufacturing an organic EL device, comprising the steps of:

• forming first and second grooves in an insulating film on a substrate while the positions of their one edge portions and the other edge portions are shifted from each other;
• immersing said one edge portion of said second groove in a first solution in the state where said first groove is apart from said first solution in which a first organic EL material is dissolved, and filling said second groove with said first solution;
• and
• immersing said other edge portion of said first groove in a second solution in the state where said second groove is apart from said second solution in which a second organic EL material is dissolved, and filling said first groove with said second solution.

A method of manufacturing an organic EL device, comprising the steps of:

• forming first, second and third grooves in an insulating film on a substrate while the positions of their one edge portions are shifted from each other;
• forming first and second stoppers to prevent a solution from entering said first and second grooves;
• preparing a first solution in which an organic material of a first luminescence color is dissolved;
• immersing said other edge portions of said first, second and third grooves in said first solution, and filling said third groove with said first solution while said first and second stoppers prevent said first solution from entering said first and second grooves;
• removing said second stopper;
• preparing a second solution in which an organic material of a second luminescence color is dissolved;
• immersing said one edge portions of said first and second grooves in said second solution in the state where said third groove is apart from said second solution, and filling said second solution in said second groove while said first stopper prevents said second solution from entering said second groove;
• preparing a third solution in which an organic EL material of a third luminescence color is dissolved;
• and
• immersing said one edge portion of said first groove in said third solution in the state where said second and third grooves are apart from said third solution, and filling said third groove with said third solution.

A method of manufacturing an organic EL device, comprising the steps of:

• forming first, second and third grooves in an insulating film on a substrate while the positions of their one edge portions are shifted from each other and the position of the other edge portion of the third groove is shifted from the edge portions of said first and second grooves;
• forming a stopper to prevent a solution from entering said first groove;
• preparing a first solution in which an organic material of a first luminescence color is dissolved;
• immersing said one edge portions of said first and second grooves in the first solution in the state where said third groove is apart from said first solution, and filling said second groove with said first solution while said stopper prevents said first solution from entering said first groove;
• removing said stopper;
• preparing a second solution in which an organic material of a second luminescence color is dissolved;
• immersing said one edge portion of said first groove in said second solution in the state where said second and third grooves are apart from said second solution, and filling said first groove with said second solution;
• preparing a third solution in which an organic material of a third luminescence color is dissolved;
• and
• immersing said other edge portion of said third groove in said third solution in the state where said first and second grooves are apart from said third solution, and filling said third groove said third solution.

An organic EL device, comprising:

• a substrate;
• a first insulating film formed on said substrate;
• a first electrode formed on said insulating film;
• a second insulating film, which is formed on said insulating film and in which grooves are provided on a position corresponding to said first electrode;
• an organic EL layer that is formed in said grooves and whose one surface is electrically connected to said first electrode;
• and
• a second electrode electrically connected to the other surface of said organic EL layer.

A method of manufacturing an organic EL device, comprising the steps of:

• forming grooves in an insulating film on a substrate;
• filling said grooves with a solution in which a material that becomes a buffer layer between an organic EL layer and an electrode is dissolved;
• and
• drying said solution.

A method of manufacturing an organic EL device, comprising the steps of:

• forming grooves in an insulating film on a substrate;
• filling said grooves with a solution in which a material that becomes an electrode is dissolved;
• and
• drying said solution.