Abstract: The present invention provides an organic electroluminescence (EL) element that suppresses leakage current flowing between an upper electrode and an under electrode through an organic layer. The organic EL element (51) is provided at a pixel region (R11) surrounded by a bank (3) on the substrate, and comprises: an organic layer (9) including at least one layer of the light-emitting layer (6); an upper electrode (7) and an under electrode (2) which hold the organic layer (9) therebetween; and a leakage current block layer (5) formed between the upper electrode (7) and the under electrode (2) at the boundary region (R12) between the pixel region (R11) and the bank region (R13), and formed between the upper electrode (7) and the under electrode (2) at the boundary region (R12) between the pixel region (R11) and the bank region (R13).

Abstract: The present invention provides a substrate for an organic EL device. The substrate for an organic EL device of the present invention is provided with a support substrate on which a plurality of pixel electrode arrays are formed in parallel with each other, and a partition wall composed of stripe partition walls located between each of the pixel electrode arrays along the pixel electrode arrays and a frame partition wall in the form of a rectangle surrounding all of the plurality of pixel electrode arrays, and in this structure, the partition wall partitions a coating area of ink applied on the pixel electrode arrays and a neighboring coating area of ink applied on the pixel electrode array, and notches are located in the stripe partition walls to make the neighboring coating areas communicate with each other.

Abstract: A light-emitting device comprises: a substrate; a plurality of organic electroluminescent elements provided on the substrate; and a partition defining pixel areas in each of which one of the organic EL elements is provided. The partition comprises an insulating film provided with openings each hollowly formed in an area corresponding to one of the pixel areas and a partition body provided on an opposite side of the insulating film with respect to the substrate. Each of the organic EL elements comprises a pair of electrodes and a light-emitting portion that is interposed between the electrodes and that is arranged in an area surrounded by the insulating film. The thickness of the insulating film is smaller than the thickness of the light-emitting portion.

Abstract: In the global information sharing and distributing service system, the public use of idle resources can be propelled and sufficient security can be guaranteed on the resources for private use. A node machine configuring an information network includes resources located in a private zone available to private use, resources located in a public zone for public service use, and a private resource security management unit for management of the security of the resources located in the private zone.

Abstract: An organic electroluminescence element includes: a substrate (111); a first electrode layer (121) provided above the surface of the substrate; an organic base layer (141) that is provided covering at least a part of the first electrode layer, and is made of a material insoluble in water; a bank (131B) that is provided covering a part of the organic base layer, and is arranged with a plurality of pixel areas (132B) provided above the organic base layer; an organic light-emitting layer (142) provided within the pixel areas; and a second electrode layer (122) provided above the organic light-emitting layer.

Abstract: A method of manufacturing an organic electronic or optoelectronic device, the method comprising the steps of: (a) providing a substrate having a plurality of banks formed thereon with alternating well formations formed therebetween, the surface of said banks having imprint formations formed thereon of a dimension conferring a selected wetting property to the surface of said banks that is different from the surface of said wells; and (b) depositing an organic solution into said well formations, wherein the wetting property of said banks causes any organic solution deposited thereon to be at least partially repelled.

Abstract: The present invention provides an organic electroluminescence (EL) element that suppresses leakage current flowing between an upper electrode and an under electrode through an organic layer. The organic EL element (51) is provided at a pixel region (R11) surrounded by a bank (3) on the substrate, and comprises: an organic layer (9) including at least one layer of the light-emitting layer (6); an upper electrode (7) and an under electrode (2) which hold the organic layer (9) therebetween; and a leakage current block layer (5) formed between the upper electrode (7) and the under electrode (2) at the boundary region (R12) between the pixel region (R11) and the bank region (R13), and formed between the upper electrode (7) and the under electrode (2) at the boundary region (R12) between the pixel region (R11) and the bank region (R13).

Abstract: There is provided a parallel processing computer for executing a plurality of threads concurrently and in parallel.

Abstract: In the global information sharing and distributing service system, the public use of idle resources can be propelled and sufficient security can be guaranteed on the resources for private use. A node machine configuring an information network includes resources located in a private zone available to private use, resources located in a public zone for public service use, and a private resource security management unit for management of the security of the resources located in the private zone.

Abstract: There is provided a parallel processing computer for executing a plurality of threads concurrently and in parallel.

Abstract: In the global information sharing and distributing service system, the public use of idle resources can be propelled and sufficient security can be guaranteed on the resources for private use. A node machine configuring an information network includes resources located in a private zone available to private use, resources located in a public zone for public service use, and a private resource security management unit for management of the security of the resources located in the private zone.