Novel anti-reflection conductive film

An anti-reflection and conductive film technology, applied in optics, instruments, optical components, etc., can solve the problems of low yield, complex process, high cost, etc., achieve the effect of small thickness, simplified process, and continuous batch production

Active Publication Date: 2008-10-01
陈培璋
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Similarly, the thickness of the high-refractive index layer is thicker, which increases the number of targets and vacuum chambers, and the process of continuous production is complicated and unstable.
[0019] In summary, although

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Example Embodiment

[0040] Embodiment 1: L / H / S / H / L / T type anti-reflection conductive film of the present invention

[0041] The specific film features of the L / H / S / H / L / T type anti-reflection conductive film of the present invention are:

[0042] The high refractive index layer (H) uses TiO 2 , the refractive index index of the material at 530-570nm is 2.1-2.4;

[0043] The low refractive index layer (L) is made of SiO 2 , the refractive index of the material at 530-570nm is 1.4-1.5;

[0044] The substrate material (S) is selected from glass, and the refractive index in the visible range is 1.51-1.56;

[0045] The transparent conductive film (T) is made of ITO, and the refractive index in the visible light range is between 1.85-1.95;

[0046] The thickness of each layer is designed as follows:

[0047]

[0048] refer to figure 1 , the reflection color of this film layer is light blue, and the reflectance value at the wavelength of 530nm-570nm can reduce the reflectivity of the original su...

Example Embodiment

[0056] Embodiment 2: (L / H) of the present invention 2 / S / (H / L) 2 / T type anti-reflection conductive film

[0057] (L / H) of the present invention 2 / S / (H / L) 2 The / T type anti-reflection conductive film has a 9-layer structure with a large number of layers, but this structure can realize a variety of colors, so that the required color can be adjusted according to the needs. The specific film layer features are:

[0058] The high refractive index layer (H) uses TiO 2 , the refractive index index of the material at 530-570nm is 2.1-2.4;

[0059] The low refractive index layer (L) is made of SiO 2 , the refractive index of the material at 530-570nm is 1.4-1.5;

[0060] The substrate material (S) is selected from glass, and the refractive index in the visible range is 1.51-1.56;

[0061] The transparent conductive film (T) is made of ITO, and the refractive index in the visible light range is between 1.85-1.95;

[0062] The thickness of each layer is designed as follows:

...

Example Embodiment

[0068] Embodiment 3: L / M / H / S / H / M / L / T type anti-reflection conductive film of the present invention

[0069] In the L / M / H / S / H / M / L / T type anti-reflection conductive film structure of the present invention, there is an extra layer of middle refractive index layer (M). This structure can realize a more stable process, and the specific film Layer features are:

[0070] The high refractive index layer (H) uses TiO 2 , the refractive index index of the material at 530nm-570nm is 2.1-2.4;

[0071] Middle refractive index layer (M), when the material is 530nm-570nm, the refractive index is 1.6-1.7;

[0072] The low refractive index layer (L) is made of SiO 2 , the refractive index of the material at 530-570nm is 1.4-1.5;

[0073] The substrate material (S) is selected from glass, and the refractive index in the visible range is 1.51-1.56;

[0074] The transparent conductive film (T) is made of ITO, and the refractive index in the visible light range is between 1.85-1.95;

[0075]...

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Abstract

A novel antireflection conductive film has three different specific structures. The conductive film comprises a high refractive index layer (H), a low refractive index layer (L), a transparent conductive film (T), and/or an intermediate refractive index film (M). Each layer of film is arranged according to the regulation of L/H/S/H/L/T type, or (L/H)<2>/S/(H/L)<2>/T type or L/M/H/S/H/M/L/T to form a multi-layer composite film. The thickness of each film layer of the novel antireflection conductive film according to the invention is smaller. The producing technique can be simplified and the invention is suitable for the continuous batch production and is especially suitable for producing antireflection conductive film with large area. The invention can be widely used as the antireflection film on optical glass or transparent plastic based material, and has a wide application in liquid crystal display, cathode ray tube, architectural glass, panel of touch screen, wave filter of screen and the like.

Description

technical field [0001] The invention relates to an anti-reflection conductive film attached to transparent materials, especially for anti-reflection films attached to optical glass and transparent plastic substrates such as liquid crystal displays, cathode ray tubes, architectural glass, touch screen panels, and screen filters. conductive film. Background technique [0002] When a display device such as a cathode ray tube or a liquid crystal display is used in a bright outdoor public place, the external light has a great interference on the display screen, especially for some liquid crystal display (LCD), the human eye can hardly distinguish the displayed color normally. Ratio and contrast, so that this type of display can not play a normal display effect, such as the LCD screen of a mobile phone can hardly see the displayed content in the sun. [0003] The following two methods can be used to solve this problem, one is to reduce the light loss rate of the various component...

Claims

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Application Information

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IPC IPC(8): G02B1/11G02B1/00G02B1/115G02B1/16
Inventor 郭爱军
Owner 陈培璋
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