Display screen, terminal and display screen making method

Abstract

The invention discloses a display screen, a terminal and a display screen making method; the display screen comprises a display layer, a function layer, an ink layer, a reflective film and a transparent protection plate; the display layer comprises a visible zone and a non-visible zone surrounding the visible zone; the function layer is provided with a visible function layer corresponding to the visible zone, and provided with a non-visible function layer corresponding to the non-visible zone; the ink layer is stacked on the non-function layer corresponding to the non-visible zone; the reflective film is stacked on the ink layer corresponding to the non-visible zone; the refractive index of the reflective film is same with that of the visible function layer; the transparent protection plate comprises a visible window corresponding to the visible zone, and a non-visible window corresponding to the non-visible zone; the reflective film can increase the reflection intensity of the ink layer, thus allowing the reflection intensity of the ink layer and the display layer in the visible zone becomes consistent.

Description

technical field [0001] The invention relates to the field of display screens, in particular to a display screen, a terminal and a method for manufacturing a display screen. Background technique [0002] At present, most display screens are in order from outside to inside: transparent protection, optical glue, touch layer and display layer. This layered structure and the differences in applied materials will increase the reflection intensity of the visible area of ​​​​the panel and produce color cast. , for most black display panels, there is usually an ink area around the visible area, and there is an obvious difference in the reflection intensity between the visible area and the ink area. Usually, the reflection intensity of the visible area is larger than that of the ink area, and its The visual effect is much brighter than the ink area. In the off-screen state, the ink area and the visible area will be inconsistent, and the seamless effect will not be achieved, which will...

AI Technical Summary

Problems solved by technology

[0002] At present, most display screens are in order from outside to inside: transparent protection, optical glue, touch layer and display layer. This layered structure and the differences in applied materials will increase the reflection intensity of the visible area of ​​​​the panel and produce color cast. , for most black display panels, there is usually an ink area around the visible area, and there is an obvious difference in the reflection intensity between the visible area and the ink area. Usually, the reflection intensity of the visible area is larger than that of the ink area, and its The visual effect is much brighter than the ink area. In the off-screen state, the ink area and the visible area will be inconsistent, which will not achieve a seamless effect, which will affect the visual effect of the display panel.

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