Patent ID: 7662464
Filing Date: 2010-02-16
Classification: C09K,G02B,Y10T

Abstract:
1. An anti-reflection coating with low resistivity function and transparent conductive coating as outermost layer, comprising: a substrate; a fifteenth layer arranged on a front surface of the substrate, said fifteenth layer being composed of TiO a fourteenth layer arranged on said TiO a thirteenth layer arranged on the fourteenth layer and composed of an oxide scoring high on the refractive index, wherein the physical thickness of the thirteenth layer is between 30nm and 80nm; a twelfth layer arranged on the thirteenth layer and composed of a metal scoring low on the refractive index, wherein the physical thickness of the twelfth layer is between 8nm and 12nm; an eleventh layer arranged on the twelfth layer and composed of an oxide scoring high on the refractive index, wherein the physical thickness of the eleventh layer is between 30nm and 80nm; a tenth layer arranged on the eleventh layer and composed of a metal scoring low on the refractive index, wherein the physical thickness of the tenth layer is between 8nm and 12nm; an ninth layer arranged on the tenth layer and composed of an oxide scoring high on the refractive index, wherein the physical thickness of the ninth layer is between 30nm and 80nm; an eighth layer arranged on the ninth layer and composed of a metal scoring low on the refractive index, wherein the physical thickness of the eighth layer is between 8nm and 12nm; a seventh layer arranged on the eighth layer and composed of an oxide scoring high on the refractive index, wherein the physical thickness of the seventh layer is between 30nm and 80nm; a sixth layer arranged on the seventh layer and composed of a metal scoring low on the refractive index, wherein the physical thickness of the sixth layer is between 8nm and 12nm; a fifth layer arranged on the sixth layer and composed of an oxide scoring high on the refractive index, wherein the physical thickness of the fifth layer is between 30nm and 80nm; a fourth layer arranged on the fifth layer and composed of a metal scoring low on the refractive index, wherein the physical thickness of the fourth layer is between 8nm and 12nm; a third layer arranged on the fourth layer and composed of an oxide scoring high on the refractive index, wherein the physical thickness of the third layer is between 30nm and 80nm; a second layer arranged on the third layer and composed of a metal scoring low on the refractive index, wherein the physical thickness of the second layer is between 8nm and 12nm; and a first layer arranged on the second layer and composed of an oxide scoring high on the refractive index, wherein the physical thickness of the first layer is between 20nm and 40nm; wherein the first layer, the third layer, the fifth layer, the seventh layer, the ninth layer, the eleventh layer, and the thirteenth layer are composed of SnO:Sb, and wherein the second layer, the fourth layer, the sixth layer, the eighth layer, the tenth layer, the twelfth layer, and the fourteenth layer are composed of silver.