Display device and production method for pixel forming structure of organic electronic assembly

Abstract

The invention is a display and a facture method of a picture-pixel forming sturcture of an organic electronic assembly, in which liquid ink is provided in a single longitudinal direction or a transverse direction to form two edges which are in parallel in the picture-pixels by using an insulating material, arranging direction of the insulating material is vertical to an arranging direction of an anode formed on coating indium tin-doped oxide (ITO) of a transparent glass substrate but not surround around four edges of the picture-pixel. When performing an ink jetting program, a row or a column is acted as an operation unit but not using a single picture-pixel as an ink jetting unit, so that each picture-pixel is formed evenly, and irradiance of the display is even. On the other hand, the arranging direction of the insulating material is in parallel with a cathode forming direction, the picture-pixels is jetted and formed at surfaces of the anodes by an int jetting device, the insulating material is two cathode separating strips adjacent with each other to ensure accuracy of the display picture-pixel facture process and increase irradiance area and uniformity of each picture-pixel.

Description

technical field [0001] The present invention relates to a manufacturing method of a pixel forming structure of a display and an organic electronic component, especially a method of using an insulating material to arrange a liquid ink on two parallel peripheries of a pixel in a single vertical or horizontal direction during the manufacturing process, and to insulate The arrangement direction of the material is perpendicular to the arrangement direction of the anode formed by coating Indium Tin-doped Oxide (ITO) on the transparent glass substrate, instead of enclosing the surrounding of the pixel, it can be done or It is listed as an operation unit instead of the existing single pixel as the inkjet unit, so the formation of each pixel is very flat and uniform, so the luminosity of the display can be made uniform, and on the other hand, the arrangement direction of the insulating material is exactly the same as that of the cathode The formation direction is parallel, and the pixe...

AI Technical Summary

Problems solved by technology

[0003] The first is to make the pixel display area 13 shrink accordingly, causing the problem of insufficient brightness of the display

[0004] The second is that the four perimeters of the effective pixels are all made of protruding insulating materials. When the ink is sprayed on the effective pixels, it will cause the liquid ink 14 to form a surface tension phenomenon. The central area is thicker and the surroundings are thinner, causing the display to glow. Inhomogeneity

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