Corrective type AMOLED display panel

Abstract

The invention discloses a corrective type AMOLED display panel. The corrective type AMOLED display panel comprises a bottom plate layer and matrix frame strips formed on the bottom plate layer, wherein multiple sub-pixel intervals are divided among the matrix frame strips; a color photo-resistance strip is formed and covered on each sub-pixel interval; a horizontal protective layer is covered on the color photo-resistance strip; a convex filling strip for filling the gap between adjacent color photo-resistance strips is arranged at the lower end surface of the horizontal protective layer; the bottom plate layer is composed of a horizontal bottom plate in the middle, a first inclined bottom plate at the left side and a second inclined bottom plate at the right side; the sub-pixel intervals on the first inclined bottom plate form a first region pixel unit structure, the sub-pixel intervals on the second inclined bottom plate form a second region pixel unit structure, and the sub-pixel intervals on the horizontal bottom plate form a middle region pixel unit structure; the display panel disclosed by the invention is reasonable in layout; the color deviation difference is greatly reduced, the vision color cast is effectively improved, the production process step is simplified, and the production manufacturing difficulty is lowered.

Description

technical field [0001] The invention relates to the technical field of display panels, in particular to a deviation-correcting AMOLED display panel. Background technique [0002] OLED, organic light-emitting diode, has self-illumination, simple structure, ultra-thin, fast response, wide viewing angle, low power consumption and flexible display lamp characteristics. It is known as "dream display" and is considered to be the ideal next generation Flat panel display technology. However, due to the OLED luminous spectrum viewing its display screen under different viewing angles, it is easy to be affected by the different lengths of the OLED structural optical cavity at different angles, and the luminous spectrum received by the eyes will be different, and the color shift of the video display screen at different angles; In addition, the existing AMOLED display panel needs to be prepared through multiple patterning processes (reticle process) and several coating processes, and ea...

AI Technical Summary

Problems solved by technology

However, due to the OLED luminous spectrum viewing its display screen under different viewing angles, it is easy to be affected by the different lengths of the OLED structural optical cavity at different angles, and the luminous spectrum received by the eyes will be different, and the color shift of the video display screen at different angles; In addition, the existing AMOLED display panel needs to be prepared through multiple patterning processes (reticle process) and several coating processes, and each patterning process includes processes such as masking, exposure, development, etching, and stripping. The production process is complex and difficult, and the cost of production can be saved without using

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